Characterization of wood materials requires a range of tests under different loading conditions, such as tensile, compression, shear, and flexure. Instron provides a range of high-performance wood testing fixtures that conform to the requirements of the appropriate ASTM, ISO, EN, JIS, and other testing standards.
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As the premier extensometer solution, the AVE3 is unrivaled in versatility — offering precision strain measurement down to 1 micron accuracy for tensile, compression, and bend testing. Delivering unparalleled flexibility, the AVE3 can be used for everything — small to large gauge lengths, low to high elongations, sensitive materials like films, explosive failures of composites, and even non-ambient testing in a chamber or a fluid bath. The AVE3's compliance with ISO 9513 and ASTM E83 means you can reliably test to any standard with one device, eliminating the need to purchase and maintain multiple clip-on devices.
View Specifications
The AVE3 can measure both modulus and strain to failure for almost any application, including static tensile, flexure, and compressive testing for flat and round specimens. Measurements can be collected at ambient conditions or at high and low temperatures when using environmental chambers or fluid baths. Whether you're testing plastics, metals, composites, textiles, films, foils, elastomers, paper, components, or biomaterials, the AVE3 offers the versatility to meet evolving testing demands and the following standards.
Lenses are configured and factory calibrated for your unique test setup. Aperture and focus settings are locked to remove any variability of operator influence. Each lens is programmed with an identification number, which allows the test system to automatically recognize the device through a kinematic connection. This new connection method guarantees a repeatable placement of the lens. The AVE3 also uses a simplified calibration plate that can clip directly onto your specimen with your load string intact, making it easier to perform periodic calibration checks to ensure it's dialed in and ready for testing.
Note: When selecting your lens, ensure you know your minimum and maximum gauge length requirements as well as total elongation of the range of specimens you plan to test.
With the new AVE3, you're now able to perform testing that requires strain control, including ASTM E8 and ISO 6892. Between the advancements in accuracy and a data capture rate of 500 Hz, the AVE3 delivers rapid insights that allow the testing system to respond in real-time to changes in strain rate — ensuring you have repeatable and comparable results that comply with testing standards.
AverEdge32 is an optional advanced feature of the AVE3 that utilizes edge-detection technology to simultaneously measure transverse strain at 32 locations along the specimen gauge length. It then averages them in real time, resulting in a smooth and repeatable transverse strain value, which is essential to calculating the r-value of sheet metal.
Digital image correlation (DIC) is an optical technique that compares images of a tested specimen's surface to generate full-field strain and displacement maps. It creates pictures that can be used to visualize strain and displacement over the full two-dimensional surface of the test specimen.
Instron’s hydraulic grip pumps are designed to deliver precise and reliable clamping force for high-capacity testing applications, supporting load capacities up to 600 kN.
These machines are developed to obtain specimens by punching, using hollow dies of different sizes and contours. Several hundreds of dies can be created by interchangeable socket punches with different profiles and size according to the standards and to the customer needs. Dies are made of steel with hand finished cutting edges and can be provided with ejector for easy removal of the specimen after punching.
Compact design of instrument for an easy and fast preparation
Manual and automatic models obtain specimens of different size and geometries for a wide range of plastics testing applications
High level of results repeatability and time saving test procedures
For Universal Testing Systems
Our standard furnaces, mounts, grips, and load string assemblies for universal testing systems allow for testing up to 1200°C in air. Our engineered solutions group is also able to develop solutions to meet higher temperature requirements and additional furnace dimensions.
1200°C Three-Zone Split Tube Furnace
This three-zone split tube furnace features a side entry extensometer port and is manufactured with a wire-wound element for maximum operation up to 1200°C (2200°F). The elements are uniquely formed to provide optimum temperature uniformity, ensuring conformance with testing standards such as ASTM E21, ISO 6892-2, EN10002-5,and EN2002-2. The top and bottom furnace endplates are durable, provide excellent insulation, and include a 20 mm (0.787 in) diameter hole for use with pull rods.
| Specifications | |||
| Specimen Temperature Range | 200 - 1050°C (392 - 1922°F) | ||
| Overall Heated Length | 300 mm (11.81 in) | ||
| Interior Diameter | 75 mm (2.95 in) | ||
Mounting brackets are used to securely attach the furnace to the test system.
| Specifications | |||
| Description | Catalog No. | ||
| Floor Model Standard Furnace Mounting A standard 3-knuckle design furnace mounting that allows for manual adjustments. | CP119938 | ||
| Floor Model Advanced Furnace Mounting The advanced mounting allows for quick and easy fine adjustments of the vertical position of the furnace as well as parallelism to the load string. | CP107737 | ||
Three-Zone Temperature Control Systems
Temperature control systems are designed for controlling the heat output of furnaces. The control systems can be configured to operate nearly any furnace with any one of several different thermocouples types. Three zone control systems are designed for heat-only furnaces with three separate zones of heating elements, and typically three different thermocouples to control those zones.
| Specifications | |||
| Description | Catalog No. | ||
| Type K Control System | 3119-960 | ||
| Type R/S Control System | 3119-962 | ||
| Stepdown Transformer The wall mount 3KVA stepdown transformer assembly provides the ability to operate the 120V, single phase Model TCS3203 3-zone furnace control system from 190/200/208/220V, 50/60Hz power sources. | W-C015-TRAN | ||
Quick-change adapters are typically used in hot tensile applications to provide simplified load train installation. They consist of a button-head washer that is threaded onto the room temperature end of a pull rod. The washer and pull rod are then inserted through a slot in the adapter body.
| Specifications | |||
| Force Capacity | Effective Length | Catalog No. | |
| 90 kN | 6.43 in | W-7556M4 | |
| 10 kN | 5.58 in | W-7556M2 | |
Threaded End Specimen Holders
Catalog No. W-7551-C
Threaded-end specimen holders made of Inconel 713-C rated for a maximum temperature of 1100 Deg. C (2000 Deg. F).
| Specifications | ||
| Specimen Thread Size | Catalog No. | |
| Metric M6 x 1.0 | W-7551-CM1 | |
| Metric M8 x 1.0 | W-7551-CM2 | |
| Metric M8 x 1.25 | W-7551-CM3 | |
| Metric M10 x 1.5 | W-7551-CM4 | |
| Metric M12 x 1.5 | W-7551-CM5 | |
| Metric M12 x 1.75 | W-7551-CM6 | |
| Metric M14 x 2.0 | W-7551-CM7 | |
| Metric M16 x 1.5 | W-7551-CM8 | |
| Metric M16 x 2.0 | W-7551-CM9 | |
| Metric M18 x 2.5 | W-7551-CM10 | |
| Metric M19 x 1.5 | W-7551-CM11 | |
| US Customary 10-24 | W-7551-CU1 | |
| US Customary 10-32 | W-7551-CU2 | |
| US Customary 1/4-20 | W-7551-CU3 | |
| US Customary 1/4-28 | W-7551-CU4 | |
| US Customary 5/16-24 | W-7551-CU5 | |
| US Customary 5/16-18 | W-7551-CU6 | |
| US Customary 3/8-16 | W-7551-CU7 | |
| US Customary 3/8-24 | W-7551-CU8 | |
| US Customary 7/16-14 | W-7551-CU9 | |
| US Customary 1/2-13 | W-7551-CU10 | |
| US Customary 5/8-11 | W-7551-CU11 | |
| US Customary 3/4-10 (Type R3f) | W-7551-CU12 | |
Pull Rods
High temperature pull rods made of made of Inconel 713-C for strength and resistance to corrosion and oxidation. Both ends are threaded 0.75-10m-RH and are compatible with a range of grips, adapters, and specimen holders.
Rated for 9070 kgs (20,000 lbs) load up to 760°C (1400°F) and 1360 kgs (3000 lbs) load at a maximum temperature of 1100°C (2000°F).
| Specifications | |||
| Pull Rod Length | Force Capacity | Catalog No. | |
| 273 mm (10.75 in) | 90 / 26.7 kN | W-7546-C | |
| 330 mm (13.00 in) | 90 / 26.7 kN | W-7547-C | |
High Temperature Tension Wedge Grips
Catalog No. W-7554
One set (2) wedge grip specimen holders made of Hastelloy X. Holders designed for tension-only loading and may be equipped to accept flat specimens from 1.13 mm to 3.18 mm thick (0.005 in to 0.125 in) by 12.7 mm to 22.225 mm wide (0.5 in to 0.875 in). Design of holders requires drilling of holes in specimen end tabs for initial loading and jaw alignment. Centering pin diameter 4.1148 mm (0.162 in). Holders are 70mm (2.75 in) long by 38mm (1.375 in) diameter contain 0.75-10f-RH thread for attachment to pull rods. Jaw inserts ordered separately, selected based on thicknesses of specimens to be tested. See W-7554-A1, -A3, and -A4 below for available inserts and corresponding thickness ranges.
| Specifications | |||
| Specimen Diameter | Pin 4.1148 mm (Pin 0.162 in) | ||
| Specimen Thickness | 1.13 - 3.18 mm (0.005 - 0.125 in) | ||
| Specimen Width | 12.700 - 22.225 mm (0.500 - 0.875 in) | ||
| Temperature Rating | 926°C (1700°F) | ||
High Temperature Wedge Jaw Inserts
One set (two pairs) of high temperature wedge jaw inserts for use with the W-7554 high temperature tension wedge grips.
| Specifications | |||
| Type | Specimen Thickness | Temperature Rating | Catalog No. |
| Smooth-Faced | 0.13 to 1.0 mm (0.005 to 0.040 in) | 926°C (1700°F) | W-7554-A1 |
| Serrated-Faced | 1.0 to 2.0 mm (0.040 to 0.078 in) | 926°C (1700°F) | W-7554-A3 |
| Serrated-Faced | 2.0 to 3.18 mm (0.078 to 0.125 in) | W-7554-A4 | |
Pin and Clevis Holders
Pin and clevis specimen holders are designed for flat specimens that have a hole in each end. The specimen fits into the slot of the holder and is secured by the pin.
Note: Using a specimen that is smaller (thinner) than the slot width specified for a given set of holders can result in misalignment of the specimen.
| Specifications | |||
| Material | Iconel 713-C | ||
| Temperature Rating | 1100°C (2000°F) | ||
| Upper and Lower Fittings | US Customary 3/4 in-10 (Type R3f) | ||
| Coupling Length | 69.9 mm (2.75 in) | ||
| Coupling Diameter | 28.6 mm (1.125 in) | ||
| Available Sizes | |
| Size | Catalog No. |
| 1 mm slot, 3 mm pin | CP112249 |
| 2 mm slot, 3 mm pin | CP112250 |
| 3 mm slot, 4 mm pin | CP112251 |
| 4 mm slot, 4 mm pin | CP112252 |
| 6 mm slot, 6 mm pin | CP112253 |
| 10 mm slot, 10 mm pin | CP112255 |
For Flex, Bend, and Fracture Toughness Bond Testing
The flexure fixture allows a variety of flexural and fracture toughness bond tests to be performed, including determination of flexural modulus, flexural strength and flexural yield strength. Easy to install, the 3-point fixture can be modified with an optional conversion kit to provide a 4-point bending conversion. Lower anvils are adjustable to accommodate specimens of different spans. Deflection of the specimen can be measured either through crosshead displacement, or for more precise measurement you can use a mid-span direct measurement plunger with a clip-on extensometer.
Principle of Operation
The specimen is supported on two precision machined anvils of a defined radius. The force is applied either centrally (3-point) or at a defined distance either side of the center (4- point). The support beam is graduated lengthways in metric units for accurate positioning of the anvils, equally spaced to the center line.
Features
Application Range
Type of loading: Static flexure, cyclic flexure tests
Specimen material: Plastics, metals, alloys, composites, ceramics and other materials
Specimen shapes: Strip, bar, components
Common standards: ASTM D790, ISO 178
| Specifications | |
|---|---|
| Catalog no. | 2810-400 |
| Maximum Capacity | 5 kN (1125 lbf, 500 kgf) |
| Temperature Range | -100 °C to 350 °C (-148 °F to 660 °F) |
| Adjustable Span Distance | 10 - 200 mm (0.39 - 7.87 in) |
| View Full Specifications | Download Brochure |
Today's testing laboratories and manufacturers have a wide variety of material and component testing needs. To meet these varying requirements, Instron has several accessories designed to help interface with external equipment and measuring devices.
2810-500/505
For more information, download the literature
Visit the ElectroPuls webpage
Revolutionary Strain Control
Revolutionary Strain Control
If you want to protect your strain measurement device from damaging shock loads then contact us to discuss your non-contacting strain application today.
With endless applications and materials to test, comes the need for grips, fixtures, and connections of all sizes. The following page takes a comprehensive look at the various connection types that Instron has to offer and provides an organized view to understand and select the couplings and adapters needed for your application.
Need help finding the right coupling or adapter? Check our Compatibility Guide to learn about the various types of clevis interfaces commonly found on Instron's electromechanical systems. Please contact us if you have any questions.
Clevis to clevis adapters are used for grip and fixture connections that have a larger or smaller clevis than the load cell or machine adapter.
| Available Models | |||
| End 1 | End 2 | Connection Type | Catalog No. |
| Male - Type OO (6 mm connection with 2.5 mm clevis pin) |
Female - Type O (12 mm connection with 6 mm clevis pin) |
Rigid | 2501-350 |
| Male - Type OO (6 mm connection with 2.5 mm clevis pin) |
Female - Type C (5/8 in. connection with 1/4 in. clevis pin) |
Rigid | S1-13807 |
| Male - Type O (12 mm connection with 6 mm clevis pin) |
Female - Type B (1/2 in. connection with 3/16 in. clevis pin) |
Rigid | 2501-134 |
| Male - Type O (12 mm connection with 6 mm clevis pin) |
Female - Type C (5/8 in. connection with 1/4 in. clevis pin) |
Rigid | 2501-133 |
| Male - Type O (12 mm connection with 6 mm clevis pin) |
Female - Type D (1.25 in. connection with 1/2 in. clevis pin) |
Rigid | 2501-093 |
| Male - Type D (1.25 in. connection with 1/2 in. clevis pin) |
Female - Type O (12 mm connection with 6 mm clevis pin) |
Rigid | 2501-346 |
| Male - Type D (1.25 in. connection with 1/2 in. clevis pin) |
Female - Type B (1/2 in. connection with 3/16 in. clevis pin) |
Rigid | 2501-119 |
| Male - Type D (1.25 in. connection with 1/2 in. clevis pin) |
Female - Type C (5/8 in. connection with 1/4 in. clevis pin) |
Rigid | 2501-120 |
| Male - Type D (1.25 in. connection with 1/2 in. clevis pin) |
Female - Type 1 (34 mm connection with 16 mm clevis pin) |
Rigid | 2501-338 |
Clevis to clevis adapters are used for grip and fixture connections that have a larger or smaller clevis than the load cell or machine adapter. Flexible adapters are used for some applications for the alignment of specimens.
| Available Models | |||
| End 1 | End 2 | Connection Type | Catalog No. |
| Male - Type OO (6 mm connection with 2.5 mm clevis pin) |
Female - Type B (1/2 in. connection with 3/16 in. clevis pin) |
Flexible | 2501-115 |
| Male - Type OO (6 mm connection with 2.5 mm clevis pin) |
Female - Type C (5/8 in. connection with 1/4 in. clevis pin) |
Flexible | 2501-157 |
| Male - Type O (12 mm connection with 6 mm clevis pin) |
Female - Type O (12 mm connection with 6 mm clevis pin) |
Flexible | 2501-348 |
| Male - Type O (12 mm connection with 6 mm clevis pin) |
Female - Type B (1/2 in. connection with 3/16 in. clevis pin) |
Flexible | 2501-109 |
| Male - Type O (12 mm connection with 6 mm clevis pin) |
Female - Type C (5/8 in. connection with 1/4 in. clevis pin) |
Flexible | 2501-094 |
| Male - Type O (12 mm connection with 6 mm clevis pin) |
Female - Type D (1.25 in. connection with 1/2 in. clevis pin) |
Flexible | 2501-091 |
| Male - Type D (1.25 in. connection with 1/2 in. clevis pin) |
Female - Type D (1.25 in. connection with 1/2 in. clevis pin) |
Flexible | 2501-356 |
| Male - Type 1 (34 mm connection with 16 mm clevis pin) |
Female - Type C (5/8 in. connection with 1/4 in. clevis pin) |
Flexible | 2501-170 |
| Male - Type 1 (34 mm connection with 16 mm clevis pin) |
Female - Type D (1.25 in. connection with 1/2 in. clevis pin) |
Flexible | 2501-090 |
Clevis to thread adapters are used for grip and fixture connects on floor model systems when the load cell or machine has a threaded connection.
| Available Models | |||
| End 1 | End 2 | Connection Type | Catalog No. |
| Male - Type D (1.25 in. connection with 1/2 in. clevis pin) |
Male - Type I (M30x2 right hand thread) |
Rigid | 2501-173 |
| Male - Type D (1.25 in. connection with 1/2 in. clevis pin) |
Male - Type II (M48x2 right hand thread) |
Rigid | 2501-172 |
| Male - Type 1 (34 mm connection with 16 mm clevis pin) |
Female - Type O (12 mm connection with 6 mm clevis pin) |
Rigid | 2501-159 |
| Male - Type 1 (34 mm connection with 16 mm clevis pin) |
Female - Type D (1.25 in. connection with 1/2 in. clevis pin) |
Rigid | 2501-092 |
| Male - Type 1 (34 mm connection with 16 mm clevis pin) |
Male - Type I (M30x2 right hand thread) |
Rigid | 2501-073 |
| Male - Type 1 (34 mm connection with 16 mm clevis pin) |
Male - Type II (M48x2 right hand thread) |
Rigid | 2501-171 |
| Male - Type I (M30x2 left hand thread) |
Female - Type D (1.25 in. connection with 1/2 in. clevis pin) |
Rigid | 8005-061 |
| Male - Type II (M48x2 left hand thread) |
Female - Type D (1.25 in. connection with 1/2 in. clevis pin) |
Rigid | 8005-062 |
Threaded adapters are generally used for grips and fixtures to account for high-capacity testing. They will be needed for most hydraulic load string connections, load strings over 100kN, and for systems with threaded base and load cell connections.
| Available Models | |||
| End 1 | End 2 | Connection Type | Catalog No. |
| Male - Type II (M48x2 left hand thread) |
Female - 1.5 in. -12 right hand thread | Rigid | 2501-206 |
| Male - Type II (M48x2 left hand thread) |
Female - Type I (M30x2 left hand thread) |
Rigid | 2501-205 |
| Male - Type II (M48x2 left hand thread) |
Female - 2 in. -12 right hand thread | Rigid | 8005-022 |
| Male - Type I (M30x2 left hand thread) |
Male - Type I (M30x2 right hand thread) |
Rigid | 8005-041 |
| Male - Type I (M30x2 left hand thread) |
Male - Type II (M48x2 right hand thread) |
Rigid | 8005-045 |
| Male - Type II (M48x2 left hand thread) |
Male - Type I (M30x2 right hand thread) |
Rigid | 8005-046 |
| Male - Type II (M48x2 left hand thread) |
Male - Type II (M48x2 right hand thread) |
Rigid | 8005-042 |
| Male - Type IIA (M72x3 left hand thread) |
Male - Type IIA (M72x3 right hand thread) |
Rigid | 8005-043 |
Machine base adapters are generally used for connecting a grip or fixture to the machine. On machines 10 kN and below, a clevis adapter with a through hole for a screw is used. On 30 kN, 50 kN, and 100 kN machines, a flange adapter with clevis and bolt circle is used. For machines above 100 kN, see the threaded adapter section.
| Available Models | |||
| End 1 | End 2 | Connection Type | Catalog No. |
| 6 x M10 Bolt Circle | Female - Type D (1.25 in. connection with 1/2 in. clevis pin) |
Rigid | 2501-113 |
| 6 x M10 Bolt Circle | Female - Type II (M48x2 left hand thread) |
Rigid | 2501-148 |
Quick-mount load cell adapters make it easier to secure load cells up to 50 kN to the crosshead. One part of the adapter mounts to the crosshead, the other to the load cell – allowing the load cell to hang securely from the crosshead unaided while you thread the through-bolt to complete installation. Additional load cell adapters are available for use with several load cells.
| Available Models | |
| Description | Catalog No. |
| Full Kit for 5900 or 6800 Table Model to 2580, 2530, and 2525 Series Load Cells (comes with crosshead adapter and one load cell adapter) |
2501-212 |
| Additional Load Cell Adapter for 500 N - 5 kN 2580 Load Cells | 2501-213 |
| Additional Load Cell Adapter for 10 kN – 50 kN 2580 Load Cells | 2501-214 |
| Additional Load Cell Adapter for 5 N – 5 kN 2530 Load Cells | 2501-215 |
Piggyback load cell adapters allow the system’s primary load cell to remain in place while a secondary, low-capacity load cell is installed.
| Available Models | ||||
| Compatible Primary Load Cell Connection Type | Compatible Secondary Load Cells | Catalog No. | ||
| Type D | 500 N to 5 kN For mounting 2580 Series load cells. | 2501-208 | ||
| Type D | 5 N to 5 kN For mounting 2530 Series load cells. | 2501-210 | ||
| Type D | 10 kN to 50 kN For mounting 2580 Series load cells. | 2501-209 | ||
| Type II (M48) | 500 N to 50 kN 2580 Series from 500 N to 50 kN (M10 or M16 attachment bolt) 2530 Series from 500 N to 50 kN (M10 or M16 attachment bolt) 2525 Series from 50 kN or less 2519 Series from 10 N to 5 kN (M6 or M10 attachment bolt) 2518 Series from 50 kN or less |
2501-227 | ||
| Type IIA (M72) | 500 N to 50 kN 2580 Series from 500 N to 50 kN (M10 or M16 attachment bolt) 2530 Series from 500 N to 50 kN (M10 or M16 attachment bolt) 2525 Series – 500 N to 50 kN 2519 Series from 10 N to 5 kN (M6 or M10 attachment bolt) |
2501-228 | ||
Piggyback load string adapters allow high-capacity grips to remain on the load string while providing a connection to utilize a wide variety of other fixtures.
| Available Models | ||||
| Primary Grip | Connection Provided | Catalog No. | ||
| 100 kN Hydraulic Wedge Grip (Catalog no. 2743-401) | Type Df (Low Profile) | 2501-258 | ||
| 100 kN Hydraulic Wedge Grip (Catalog no. 2743-401) | Type Df | 2501-260 | ||
| 300 kN Hydraulic Wedge Grip (Catalog no. 2742-501) | Type II (M48) | 2501-255 | ||
| 300 kN Hydraulic Wedge Grip (Catalog no. 2742-501) | Type Df | 2501-256 | ||
| 600 kN Hydraulic Wedge Grip (Catalog no. 2743-601) | Type IIA (M72) | 2501-259 This adapter can only be used for compression applications. | ||
| 100 kN Precision Manual Wedge Grips (Catalog no. 2716-028) 250 kN Precision Manual Wedge Grips (Catalog no. 2716-030) |
Type Df | 2501-700 | ||
| 100 kN Precision Manual Wedge Grips (Catalog no. 2716-028) 250 kN Precision Manual Wedge Grips (Catalog no. 2716-030) |
Type II (M48) | 2501-702 | ||
Drop-through load cell adapters enable the mounting of 2580 Series load cells to legacy Instron universal testing systems and systems that have had a 6800 Series system retrofit. The adapters are placed directly through the crosshead and can be used on both table model and floor model systems up to 100 kN force capacity.
| Available Models | ||||
| Frame Compatibility | Load Cell Compatibility | Maximum Daylight Reduction | Catalog No. | |
| 4464, 4465, 4466, 5564, 5565, 5566 | 2580 Series (500 N - 10 kN) |
153 mm | 2501-290 | |
| 4467, 4469, 5567, 5569 | 2580 Series (500 N - 10 kN) |
165 mm | 2501-291 | |
| 4481, 5581 | 2580-50kN (50 kN) |
133 mm | 2501-291 | |
| 4482, 5582 | 2580-100kN (100 kN) |
111 mm | 2501-292 | |
Universal Spherical Tension Adapter (USTA) kits provide a unique spherical movement for tension applications where alignment is critical and minor compensation is required. These threaded adapters are used for mounting tension fixtures to the machine load cell or base, or for secondary load string adaptation.
| Available Models | ||||
| Force Capacity | End 1 Machine Interface | End 2 Accessory Interface | Connection Type | Catalog No. |
| 300 kN | Type IIm (M48x2m LH) |
300 kN Capacity: Type R4m (M36x4) 100 kN Capacity: Type R3f (0.75-10) |
One Spherical One Rigid |
W-5551-A |
| 300 kN Shortened |
Type IIm (M48x2m LH) |
Full Capacity: Type R4m (M36x4) 100 kN Capacity: Type R3f (0.75-10) |
One Spherical One Rigid |
W-5551-G |
| 300 kN | Type IIm (M48x2m LH) |
300 kN Capacity: Type R4m (M36x4) 100 kN Capacity: Type R3f (0.75-10) |
Two Spherical | W-5551-B |
| 100 kN | Type Dm (1.25 in Connection) |
Full Capacity: Type R4m (M36x4 RH) 100 kN Capacity: Type R3f (0.75in-10 RH) |
One Spherical One Rigid |
W-5551-H |
| 300 kN Threaded Adapter Bushing Kit | Type R4f (M36x4f) | Rigid | W-5551-D | |
| 600 kN | Type IIAm (M72x3m LH) |
600 kN Capacity: Type IIm (M48x2m) 100 kN Capacity: Type R3f (0.75-10) thread |
One Spherical One Rigid |
W-5552-A |
| 600 kN | Type IIAm (M72x3m LH) |
600 kN Capacity: Type IIm (M48x2m) 100 kN Capacity: Type R3f (0.75-10) thread |
Two Spherical | W-5552-B |
| 400 kN | Type IIm (M48x2m LH) |
400 kN Capacity: Type IIm (M48x2m) 100 kN Capacity: Type R3f (0.75-10) thread |
One Spherical One Rigid |
W-5552-E |
| 400 kN | Type IIm (M48x2m LH) |
400 kN Capacity: Type IIm (M48x2m) 100 kN Capacity: Type R3f (0.75-10) thread |
Two Spherical | W-5552-F |
| 600 kN Threaded Adapter Bushing Kit | Type IIf (M48x2f) | Rigid | W-5552-G | |
Versatile Gripping Solution for a Wide Range of Materials and Specimen Types
Pneumatic side action grips are an effective solution for gripping a wide range of materials and specimen types, including fibers, wires, sheet, foils, film, textiles, plastics, elastomers, and components. Repeatable gripping force and speed of operation make pneumatic grips the ideal choice for a wide range of testing applications. In addition, the 2712-04x and 2712-05x grips also have a number of enhanced features to further improve ease of use, repeatability and operator safety including jaw face shields, super-quick jaw face changes and an optional specimen centering device.
50 N - 10 kN Force Capacities
Mid-Range Grips
1 kN, 2 kN, 5 kN, and 10 kN Force Capacities
The 2712-04x Series grips are ideal for static tensile testing on a wide range of materials and specimen types including plastics, elastomers, metals, textiles, paper, thin sheet, foil, and wire.
Low-Force Grips
50 N and 250 N Force Capacities
The 2712-05x grips are ideal for static tensile testing on a wide range of materials and specimen types including plastics, elastomers, textiles, paper, thin sheets, foil, wire, film, and monofilaments.
For high and low temperature testing requirements, the temperature rated pneumatic grips provide a convenient method for clamping a variety of materials within a temperature controlled environment.
Catalog no. CP122505, CP124893, CP125726, CP126077
Pneumatic action grips clamp the specimen through a dual lever arm, actuated by an air cylinder built into the grip body. Gripping force can be controlled by adjusting the input air pressure and remains constant even if the specimen contracts in the gripped area providing the ultimate in 'follow-up' action. Pneumatic grips can be operated by a foot switch or by grip mounted air-valves (most models) making them quicker and simpler to operate than screw-action grips.
| Force Capacity | Catalog no. |
|---|---|
| 50 N | 2712-051 |
| 250 N | 2712-052 |
| 1 kN | 2712-041 |
| 2 kN | 2712-042 |
| 5 kN | 2712-045 |
| 10 kN | 2712-046 |
Swipe to Spin
Protect Operators from Pinch Hazards
Jaw Face Shields
Protect fingers from pinching hazard between the jaw faces (patent pending).
Adjustable Air Flow Control
The adjustable flow-control valve can be used to slow down the jaw face closing speed to help prevent accidents.
Adjustable Opening
The 1, 2, 5, and 10 kN models feature an adjustable jaw face opening which can be set to the thickness of the specimen.
Easily Change Grips and Jaw Faces Without Any Tools
Unique Lock Nut Design
Designed for easy and comfortable hand-tightening to eliminate backlash. The smaller thread pitch also makes it easier to apply the required pre-load.
Quick Release Air Hose
A rotatable connection allows for tidy hose runs. Quick-connect makes disconnecting air supply quick and simple.
Changes jaw faces in seconds without any tools or pins, and without removing the grips from the testing system.
Designed to Increase Testing Throughput and Repeatability
Alignment Device
The optional specimen alignment device increases repeatability by helping operators load the specimen in the center of the grips.
Wire Alignment
The notch in the jaw face shields makes testing wires quicker and easier.
Self-Centering Design
Easily maintain axiality of loading without adjusting for changes in specimen thickness.
Offsettable Jaw Faces
Available on the 5 kN and 10 kN grips, offsettable jaw faces allow testing of irregular specimens or components (e.g. lap shear).
Precision Specimen Loader
Available for 250 N grips, this optional device improves the alignment and setup process for testing thin films and foils, reducing variability in test results while improving ergonomics and safety.
Specimen Holding Device
The optional specimen holding device allows the operator to close the grips with their fingers out of the test space.
Wide Range of Jaw Faces
Available in rubber-coated, serrated, smooth-ground, brake-lining (HFC), line-contact, wave-profile, and vee-serrated.
For Measuring Strain in Highly Elastic Materials
Designed for use with both single column and dual column universal testing systems, long-travel (XL) extensometers can be used to measure specimen elongations up to 30 in or 750 mm. The XL is designed to clamp directly onto a specimen quickly and easily. It will adjust to incremental gauge lengths ranging from 0.5 in to 5 in, or 10 mm to 200 mm.
Principle of Operation
The high elongation extensometer is designed to clamp directly onto a specimen quickly and easily. It will adjust to incremental gauge lengths ranging from 0.5 in to 5 in, or 10 mm to 200 mm. The XL can accommodate up to 10 in of clamp displacement, and is specifically designed to permit testing the sample through rupture without damaging the extensometer or otherwise disrupting the test routine. The XL extensometer is based on a pair of carefully counterbalanced clamp assemblies which drive a potentiometer through connecting cables. Both clamps move freely, but any increase in the separation or differential motion will advance the transducer. The upper and lower specimen clamps are separately counterbalanced and guided on a polished and ground shaft with linear bearings so that none of the extensometer’s weight is applied to the specimen.
Features and Benefits
| Available Models | ||
|---|---|---|
| Catalog Number | Compatible Frame | Full Scale Travel |
| 2603-084 | Single Column | 250 mm |
| 2603-086 (Extra Long Travel) | Single Column | 750 mm |
| 2603-080 | Dual Column | 250 mm |
| 2603-085 (Extra Long Travel) | Dual Column | 750 mm |
For Static and Dynamic Testing of Metals and Composites
Advanced Hydraulic Wedge Action Grips are a versatile grip that can be used in both static and dynamic materials testing applications – up to 500 kN force capacity for dynamic tests, and up to 600 kN for static tests. Ideal for metals and composites testing, the interchangeable grip jaw faces accommodate both flat and round specimens and the grip design maintains a constant gripping force on the test specimen, regardless of the applied test forces. This controlled gripping force is applied by the grips as long as there is an adequate hydraulic pressure supply that is active and connected.
Principle of Operation
Each grip functions independently of the other, an external hydraulic supply providing pressure to both open and close the grips. When gripping pressure is applied, the relative vertical position of the specimen/jaw faces remains unchanged to prevent specimen load generation during the gripping process. Once the grip faces contact the specimen the hydraulic pressure produces a vertical force on the grip head. The grip force will remain constant as the design automatically compensates for specimen thickness changes.
Application Range
| Specifications | ||||
|---|---|---|---|---|
| Catalog no. | Static Load Capacity | Dynamic Load Capacity | Temperature Range | |
| 2742-301 | ±30 kN | ±30 kN | 4° C to 65° C | Learn More |
| 2742-450 | ±50 kN | n/a | 4° C to 65° C | Learn More |
| 2743-401 | ±130 kN | ±100 kN | 4° C to 65° C | Learn More |
| 2742-501 | ±312 kN | ±250 kN | 4° C to 65° C | Learn More |
| 2742-601 | ±600 kN | ±500 kN | 4° C to 65° C | Learn More |
Add a specimen alignment device (catalog no. CP135054) to ensure consistent alignment of your test specimens. This device is compatible with the 2743-401, 2742-501, and 2742-601 versions of our advanced hydraulic wedge grips.
For Static Strain Measurement
Instron’s static axial clip-on extensometers are a quick and easy solution for measuring strain and are suitable for use on a wide range of materials such as plastics, metals, and composites. Our decades of strain measurement experience have helped us optimize the design of these devices to include: lightweight, rugged cross-brace design that eliminates errors caused by physical distortion; built-in protection to reduce damage caused by over-extension of the device; and device arms that are designed to require minimal force to stay attached to the specimen, thus minimizing knife-edge slippage during testing. All extensometers comply with both the ASTM E83 and ISO 9513 standards and are supplied with calibration certificates showing the individual performance of each unit at its factory calibration.
2630-100 SERIES
Principle of Operation
The 2630 series extensometers can be installed or set in place accurately and consistently, with the gauge length locking device automatically releasing itself after attachment, ensuring speed and reliability of operation. This unique "cone-latch" mechanism also overcomes the problems associated with having to remove pins or clips prior to starting a test, or tests being conducted with the extensometer accidentally locked at gauge length.
Features and Benefits
Application Range
| Available Models | ||
|---|---|---|
| Catalog Number | Gauge Length (Metric) | Travel (Axial) |
| 2630-120 | 8 mm | ±50% |
| 2630-101 | 10 mm | ±10% |
| 2630-102 | 10 mm | ±50% |
| 2630-105 | 25 mm | ±10% |
| 2630-106 | 25 mm | +50% |
| 2630-107 | 25 mm | +100% |
| 2630-111 | 50 mm | ±10% |
| 2630-112 | 50 mm | +50% |
| 2630-113 | 50 mm | +100% |
| 2630-123 | 75 mm | +10% |
| 2630-117 | 80 mm | +10% |
| 2630-118 | 80 mm | +50% |
| 2630-119 | 100 mm | +50% |
| Catalog Number | Gauge Length (US Customary) | Travel (Axial) |
| 2630-121 | 0.3 in | ±50% |
| 2630-103 | 0.5 in | ±10% |
| 2630-104 | 0.5 in | ±50% |
| 2630-108 | 1.0 in | ±10% |
| 2630-109 | 1.0 in | +50% |
| 2630-110 | 1.0 in | +100% |
| 2630-114 | 2.0 in | ±10% |
| 2630-115 | 2.0 in | +50% |
| 2630-116 | 2.0 in | +100% |
W-6280 SERIES
For Testing Rebar and Other Rod Materials
Principle of Operation
The unique pull-apart design of this long gauge length clip-on extensometer reduces the chance of damage during specimen fracture, and the quick attach kit (included) allows easy mounting on specimen. Because of their larger frame size, the W-6280 series extensometers require two handed operation to attach the instrument to the specimen, so these extensometers still rely on a pin to set the gauge length.
Application Range
| Available Models | ||
|---|---|---|
| Catalog Number | Gauge Length (Metric) | % Travel (Axial) |
| W-6280-200 | 200 mm | +12.5% |
| W-6280-250 | 250 mm | +10% |
| Catalog Number | Gauge Length (US Customary) | % Travel (Axial) |
| W-6280-8 | 8 in | +12.5% |
Lever Action Grips and O-Ring Type
Fibers and filaments tend to be relatively thin materials compared to most, but within these types of materials there can be a wide range of thicknesses and tensile strengths that determines the appropriate gripping method. To properly hold onto these materials, Instron offers two types of grips: a lever action style and an O-ring type.
LEVER ACTION GRIPS
Catalog no. 2711-006
The Lever Action Grips provide the ideal means to hold single fiber specimens. The grips are simple, lightweight, and symmetrical in design.
Principle of Operation
Lever Action Grips are generally used for the thicker range of fiber filament specimens. These grips have an adjustable clamping force, self-aligning hard rubber coated faces, and provide ease of operation similar to a clothes pin. An adapter is provided to use the lower grip in the vertical or horizontal orientation to ease specimen insertion.
Application Range
| Specifications | |
|---|---|
| Capacity | 5 N |
| Specimen Diameter | 2.5 mm |
| Temperature Range | -10 °C to 100 °C |
| Upper and Lower Fittings | Type Om (12 mm connection with 6 mm clevis pin) |
| Misc. | Includes a Type A (hook) for the upper grip |
The O-Ring type of grip is designed to hold very small diameter fiber specimens during tension testing. The rubber v-groove provides a gradually increased frictional hold on the specimen and helps reduce grip face pinching and subsequent specimen jaw breaks. Special considerations are built into the design, where the U-shaped bend provides sufficient area for specimen loading.
Principle of Operation
The O-Ring fiber grip utilizes two rubber o-rings sandwiched between two knurled wheels. These wheels thread on a stud and compress the o-rings to achieve desired gripping force on the specimen.
Application Range
| Specifications | |
|---|---|
| Capacity | 0.825 N |
| Specimen Diameter | 1 to 25 microns |
| Temperature Range | -10 °C to 100 °C |
| Upper and Lower Fittings | Type Om (12 mm connection with 6 mm clevis pin) |
| Misc. | Includes a Type A (hook) for the upper grip |
High temperature pneumatic side action grips are useful for tensile testing in both ambient conditions and inside environmental chambers. Inspired by the design of our 2712 Series tensile grips, these grips are made of a stainless-steel construction to endure high and low temperatures and are compatible with a wide range of accessories and jaw faces.The grips can also be positioned at 0, 30, and 90 degrees, making them fully compatible with our non-contacting video extensometer products.
The precision specimen loader improves alignment and the setup process for testing thin films and foils, resulting in reduced variation in test results and improved safety and ergonomics. Available for our 250 N pneumatic side action tensile grips (catalog no. 2712-052), this device uses a detachable alignment clip and linear rail to guide the specimens into the grips. The precision specimen loader is available in multiple sizes to accommodate a wide range of specimen dimensions.
For more information on the importance of specimen alignment for tensile testing of thin films and foils,
read our white paper
that covers the results of experiments designed to determine the impact specimen alignment has on results.
This extensometer can be attached to round and flat specimens to perform tensile, compression, and cyclic tests in environmental chambers up to 600°C with no cooling required. A quick attach kit for mounting on specimens is included. The device has a low operating force that prevents it from affecting the test.
| Specifications | |
| Gauge Length | 25 mm |
| % Travel (Axial) | +50% / - 8.0% |
| Specimen Size (Round) | Up to 15 mm diameter |
| Specimen Size (Flat) | Up to 50 mm wide for specimens up to 6.35 mm thick Up to 19 mm wide for specimens 6.35 mm to 12.5 mm thick |
| Catalog Number | CP118413 |
2632 Series
High temperature strain gauge extensometers suitable for use up to 1000°C in a resistance furnace. These extensometers are particularly suited to low cycle fatigue, creep, and stress relaxation testing. The extensometer attaches to a specimen using ceramic wrap-around cord (supplied) or by using a spring type attachment (catalog no. 2632-061). These extensometers are compatible with 3117-150, 3117-152, and 3117-200 furnaces.
| Gauge Length | % Travel (Axial) | Chisel and End Rods | Catalog No. |
| 12.5 mm | +20% / -10% | Quartz | 2632-054 |
| 12.5 mm | +20% / -10% | Alumina | 2632-055 |
| 25 mm | +10% / -5% | Quartz | 2632-056 |
| 25 mm | +10% / -5% | Alumina | 2632-057 |
E-Series
The E-Series high temperature extensometer is a self-supporting, side-entry axial strain gauge designed for use in furnaces with a slot for extensometers or with an induction heating system. The device uses a ceramic fiber cords to attach the extensometer to the specimen.
| Gauge Length | % Travel (Axial) | Catalog No. |
| 25 mm | ± 20% | W-E418-25 |
| 50 mm | ± 20% | W-E418-50 |
Non-Contacting Advanced Video Extensometer
In addition to its excellent performance for static testing, the Instron Advanced Video Extensometer (AVE2) is now available with an option for cyclic testing and high-speed monotonic test measurement. Designed to move from system to system with ease, this lightweight non-contacting extensometer can be moved within a laboratory quickly, offering flexibility to scientists, engineers and quality specialists that are seeking to study the dynamic behavior of materials without contacting the specimen
OPTIMIZED DYNAMIC TESTING CAPABILTY
DISCOVER MORE WITH NON-CONTACTING
DYNAMIC STRAIN CONTROL AND MEASUREMENT
ADVANCED NON-CONTACT SOLUTION
This non-contact extensometer minimizes negative effects of the test environment and operator to prevent premature damage to the specimen which results in the production of data that is inherently more consistent, accurate and repeatable.
ANTI-DIFFRACTION AIRFLOW SYSTEM
Typical laboratory environments are subject to variations in airflow that can introduce errors as high as several microns. Therefore, to maximize test accuracy, the AVE2 uses patented CDAT fans that generate a consistent laminar airflow between the specimen and camera, producing consistent results in free-field spaces even if the air-conditioning is operating during a test.
CROSS-POLARIZED LIGHTING SYSTEM
Different labs have different lighting conditions and as a day progresses, the light levels in the same room will also change and this difference can lead to variations in results for the same type of test. To ensure that the image the AVE2 is viewing is consistent, Instron developed a patented cross-polarized lighting system that is capable of producing repeatable results regardless of the lab light conditions.
FULLY INTEGRATED SOLUTION
Confidently delivering the results needed for many years to come, this solution can also adapt to the changing demands of a lab. Being compatible with a range of environmental chambers, bio-baths, optional lenses and accessories that can be unlocked using our proprietary test software, the potential test applications are almost endless.
REVOLUTIONARY DYNAMIC CAPABILITY FOR A
VARIETY OF CYCLIC AND MONOTONIC TESTS
Offering increased flexibility and usability from more traditional alternatives such as clip-on extensometers and in addition to tensile and compressive testing, the AVE2 also facilitates the measurement and control cyclic strain on a wide range of materials and specimen geometries. A single device in your lab now covers test specimens with multiple gauge lengths and varied elongations.
ADVANCED VIDEO EXTENSOMETER 2 WORKS WITH A RANGE OF
INSTRON DYNAMIC AND FATIGUE TESTING SYSTEMS
ElectroPuls® All-Electric
Dynamic and Fatigue Test Systems
General Purpose
Hydraulic Fatigue Systems
RESOURCES
Automatic Contacting Extensometer
The need for companies to increase specimen throughput to maximize efficiency and revenue while maintaining high quality standards and safe operating conditions has created a demand for increased speed, reliability and accuracy in their material testing routines. The AutoX750 (catalog no. 2665-750) is an automated long travel extensometer that fulfills this demand with sub-micron precision. With the benefit of automated gauge length positioning and attachment to the test specimen, operators enjoy a safer and simplified test routine. Companies gain faster cycle times and eliminate variability of critical test results brought upon by manual, time-consuming steps of traditional clip-on extensometers.
Principle of Operation
The AutoX750 integrates with Instron's 3360, 3380, 3400, 5500, 5960, 5980, and 6800 Series electromechanical test systems, as well as LX, DX, HDX, and KPX static hydraulic testing systems, and is controlled with Bluehill® Universal testing software via USB interface. The software provides an easy-to-use test sequence and setup that facilitates the automated gauge length, reference arm position and opening and closing of the arms before and after testing.
The counterbalanced measuring arms are virtually weightless, thus removing any influence on the material properties under test. The measuring arms are motor driven and will automatically position themselves to the correct position and gauge length every time.
Application Range
The high accuracy and travel of the AutoX750 make it an ideal extensometer to accommodate all of your materials
including metals, plastics, and composites. Determine a variety of calculations including modulus, offset yield,
plastic elongation to failure (non-proportional), and r and n values for sheet metals.
The AutoXBiax (catalog no. 2665-751) is an automated high precision measurement device that measures both axial and transverse strain simultaneously. Developed using the same high accuracy optical measurement system as the AutoX750, the AutoXBiax is specifically designed to measure plastic strain ratio (r-value) for steel and exceeds current standards, including ISO 10113, ASTM E517, and JIS Z 2254. The AutoXBiax is compatible with the 3382A, 5960, 5980, and 6800 Series systems.
For applications with specific alignment requirements, the AlignPRO system can be used to control both concentricty and angularity in your load string to optimize alignment. The system consists of an AlignPRO fixture that is mounted between the load cell and the loadframe, which is used to make adjustments to concentricity and angularity. The AlignPRO software monitors the output from strain gauges mounted on either flat or round alignment cells. These outputs are then used to calculate bending due to angular and concentric alignment errors, allowing you to make adjustments with the AlignPRO fixture while monitoring the effect on bending in real time in the AlignPRO software.
| Specifications | |
| Catalog No. | Description |
| 2910-130 | For 100 kN (22 kip) Electromechanical Machines |
| 2910-132 | For 150 and 250 kN (34 and 56 kip) Electromechanical Machines |
| 8000-082 | For Dynamic Machines - Capacities up to 250 kN (56 kip) |
| 8000-084 | For Dynamic Machines - Capacities up to 500 kN (112 kip) |
| Specifications | |
| Catalog No. | Description |
| 8000-171 | Strain-Gauged Alignment Cell, 8 Gauges, 8 mm Diameter in Gauged Section |
| 8000-172 | Strain-Gauged Alignment Cell, 8 Gauges, 10 mm Diameter in Gauged Section |
| 8000-173 | Strain-Gauged Alignment Cell, 8 Gauges, Flat 12 mm x 6 mm in Gauged Section |
| 8000-174 | Strain-Gauged Alignment Cell, 8 Gauges. Thin Flat 15 mm x 2 mm in Gauged Section |
With a Patented Self-Centering Mechanical Synchronizer
Instron hydraulic side acting grips provide an innovative solution for high-capacity testing and deliver enhanced gripping performance, usability, and operator safety over traditional grip designs. These advanced grips maintain a constant clamping force on the specimen that acts perpendicular to the direction of testing and is independent of tensile loading.
Instron’s dual side-acting grips incorporate our latest DuraSync technology. This patented self-centering mechanical synchronizer provides many improvements over hydraulic or mechanical rack and pinion designs commonly found in the marketplace.
Features
Application Range
| Specifications | ||||||
|---|---|---|---|---|---|---|
| Catalog no. | Force Capacity | Operation | Specimen Range | |||
| Rounds | Flats | Cable | ||||
| W-5450 | 250 kN | Dual Side-Acting | Standard | 3 - 60 mm | 0 - 60 mm | - |
| W-5400 | 600 kN | Single Side-Acting | Standard | 3 - 57 mm | 0 - 75 mm | - |
| W-5410 | 600 kN | Dual Side-Acting | Standard | 3 - 60 mm | 0 - 100 mm | - |
| W-5420 | 600 kN | Dual Side-Acting | Premium Premium Model The premium grips can be configured for testing standard flat, round, wire strand, and cable specimens. This model can also be configured for thru-zero (negative load) testing, provided the load frame is capable of thru-zero (cyclic) loading. |
3 - 60 mm Thru-Zero Specimen Range: 3 - 60 mm | 0 - 100 mm Thru-Zero Specimen Range: 0 - 75 mm | 4.8 - 25.4 mm |
| W-5460 | 1000 kN | Dual Side-Acting | Premium Premium Model The premium grips can be configured for testing standard flat, round, wire strand, and cable specimens. This model can also be configured for thru-zero (negative load) testing, provided the load frame is capable of thru-zero (cyclic) loading. |
3 - 85 mm | 0 - 120 mm | 4.8 - 25.4 mm |
| W-5430 | 1500 kN | Dual Side-Acting | Premium Premium Model The premium grips can be configured for testing standard flat, round, wire strand, and cable specimens. This model can also be configured for thru-zero (negative load) testing, provided the load frame is capable of thru-zero (cyclic) loading. |
3 - 85 mm Thru-Zero Specimen Range: 3 - 85 mm | 0 - 120 mm Thru-Zero Specimen Range: 0 - 85 mm | 4.8 - 25.4 mm |
| W-5440 | 2000 kN | Dual Side-Acting | Premium Premium Model The premium grips can be configured for testing standard flat, round, wire strand, and cable specimens. This model can also be configured for thru-zero (negative load) testing, provided the load frame is capable of thru-zero (cyclic) loading. |
3 - 100 mm Thru-Zero Specimen Range: 3 - 85 mm | 0 - 120 mm Thru-Zero Specimen Range: 0 - 85 mm | 4.8 - 25.4 mm |
Air Kits for Pneumatic Grips
Pneumatic air kits, foot-switches, or distribution kits are optionally provided for ease of grip closure and productivity.
Hydraulic Grip Pumps
Instron’s hydraulic grip pumps are designed to deliver precise and reliable clamping force for high-capacity testing applications, supporting load capacities up to 600 kN.
Loadframe Support Tables/Bases
Testing frame tables or bases can be added to floor and table model systems to bring the testing space to a more ergonomic height for your operators.
Debris Shields
Debris shields provide a protective barrier between the test space and the operator. These may be necessary for materials that exhibit violent failures under test, such as composites, rebar, and cables.
Today's testing laboratories and manufacturers have a wide variety of material and component testing needs. To meet these varying requirements, Instron has different configurations of instruments to ensure the right solution to the testing application.
PC Hardware
Electronic interfaces are required for systems utilising computers. Systems using GPIB communications require a suitable card for the computer.
For Tensile Testing on a Wide Range of Materials and Specimen Types
Screw action grips provide a very simple and efficient method for holding test specimens in a wide range of applications. The dual-acting design means that jaw faces can be adjusted to accommodate different specimen thicknesses, this ensures that the line of tensile force remains concentric with the grip body. They can be equipped with a selection of interchangeable grip jaw faces in various sizes and choice of surfaces including smooth ground, rubber-coated, and serrated.
2710-100 Series | 100 N - 10 kN Force Capacities
The 2710-100 Series dual-acting screw design accommodates specimens up to 46 mm (1.8 in) thick and can be offset for irregular or asymmetrical specimens such as lap-shear types and component testing. Screw knobs on either side are knurled to facilitate hand tightening and the higher capacities also feature hex socket screw knobs that accommodate a hex key or torque wrench. Engraved scales on the carriages aid in centering the planes of gripping.
| Force Capacity | Catalog no. |
|---|---|
| 100 N | 2710-111 |
| 500 N | 2710-112 |
| 1 kN | 2710-113 |
| 2 kN | 2710-114 |
| 5 kN | 2710-115 |
| 10 kN | 2710-116 |
Advanced Screw Side Action Grips
Quick Change Jaw Faces
The quick change jaw face design allows all jaw faces to be changed single-handedly in seconds without the use of tools or pins.
Designed to Ease Alignment
Carriages with engraved scales ease alignment of specimens to the axis of testing. Self-aligning jaw faces compensate for specimen irregularities. Optional specimen alignment devices increases repeatability by helping operators load the specimen in the center of the grips.
Versatile
Wide opening suitable for a wide range of specimen thicknesses and unique components. Large space between the jaw faces and the grip body eases specimen insertion.
Wide Range of Jaw Faces
Available in rubber-coated, serrated, smooth-ground, brake-lining (HFC), line-contact, wave-profile, and vee-serrated.
OTHER MODELS
Mid-Range and Low-Force Grips
Basic Mid-Range Grips
2710-200 Series | 1 kN - 5 kN Force Capacities
2710-200 Series screw side action grips are designed for basic mid-force-range static tensile testing on a wide range of materials.
Basic Low-Force Grips
2710-004 | 500 N Force Capacity
2710-004 screw side action grips are designed for basic static tensile testing for low-force applications.
For Tensile Testing on a Wide Range of Materials and Specimen Types
The manual wedge action grip is designed for easy specimen loading, alignment, and positioning. After initial specimen contact, gripping force increases as the testing load increases. Virtually no preload is seen during specimen clamping due to the design of the moving grip bodies, making them particularly suitable for testing high strength materials, such as metals and composites, ensuring that specimen slippage is eliminated.
1 kN - 150 kN Force Capacities
Low-Force Grips
1 kN - 50 kN Force Capacities
The low-force 2716 Series wedge grips are ideal for static tensile testing on a wide range of materials including plastics, elastomers, and metals.
High-Force Grips
100 kN and 150 kN Force Capacities
The high-force range of 2716 Series wedge grips are ideal for static tensile testing on metal and composite material.
The wedge action principle of these grips allows them to be tightened onto a specimen without altering the vertical position of the faces in relation to the specimen. This is accomplished by a design, which moves the grip body to close the faces. This feature makes it possible to pre-select the exact point at which the specimen will be held with consistent gauge length and no compressive force applied which may cause specimen buckling.
A strong clamping force can be applied to materials that are difficult to hold through a high mechanical advantage achieved by the tightening mechanism. The grip faces are spring loaded against a shoe which is in a fixed position in respect to the testing frame holding mechanism, only a light initial gripping force needs to be applied to the specimen. As the grip is tightened, it's frame is drawn up and the inclined sides push against the matching side of the faces which move laterally against the specimen. A shoe incorporated to the driving shaft prevents the faces from moving.
The open front design of the grip frames allows faces to be easily interchanged as well as easy specimen loading. Because the faces are held in fixed position, there is no recoil, or loosening, when the specimen ruptures and if an extensometer is attached, it will remain in place.
Features
Application Range
| Available Models | ||
|---|---|---|
| Force Capacity | Maximum Specimen Width | Catalog no. |
| 1 kN | 19 mm | 2716-016 |
| 2 kN | 19 mm | 2716-017 |
| 5 kN | 25 mm | 2716-010 |
| 30 kN | 25 mm | 2716-015 |
| 30 kN [High Temperature] | 25 mm | 2736-015 |
| 50 kN | 25 mm | 2716-020 |
| 100 kN | 25 mm | 2716-002 |
| 100 kN | 50 mm | 2716-003 |
| 100 kN [High Temperature] | 25 mm | 2736-004 |
| 100 kN [High Temperature] | 50 mm | 2736-005 |
| 150 kN | 50 mm | 2716-008 |
OTHER MODELS
For High Force Testing
Precision Mechanical Wedge Grips
250 kN Force Capacity
Catalog no. 2716-030
Tensile grips for composites and metals provide accurate, repeatable specimen alignment and are engineered to meet Nadcap AC7122‑1 and AC7101 requirements. Their precise clamping and robust design help ensure reliable, high‑quality test results for demanding applications.
High Capacity Wedge Action Tensile Grips
300 kN Force Capacity
Catalog no. CP130950
Manual wedge grips provide a high‑capacity gripping solution without the need for pneumatic or hydraulic actuation. Their self‑tightening design increases clamping force as load rises, offering reliable, low‑maintenance performance for a wide range of materials and test applications.
For Tensile Testing Thin Sheets, Films, Flexible Plastics, Rubber, and Elastomers
The self-tightening grips are primarily designed for the precision testing of elastomeric and other flexible materials exhibiting a large reduction in cross-section area under load. They provide excellent testing accuracy, positive non-slip gripping action and are quick and simple to use. The upper grip is counter balanced so that the specimen can be aligned with the load cell to eliminate non-axial forces.
1 kN - 5 kN Force Capacities
1-kN-Modell | 2713-007
2-kN-Modell | 2713-004
5-kN-Modell | 2713-002
The self tightening grip uses an eccentric roller type clamping action. A single fast action lever reduces the time required to load specimens. Specimen insertion is extremely easy and the spring pressures of the roller bracket gives a positive non-slip action gripping force. This is sufficient to hold the material until a load is applied. The follow up action of the roller while under test prevents the specimen from slipping out of the grip as the load increases.
Specimen Loading: 1 kN Grips
Specimen Loading: 2 kN Grips
| Specifications | |||
|---|---|---|---|
| Catalog no. | 2713-007 | 2713-004 | 2713-002 |
| Force Capacity | 1 kN | 2 kN | 5 kN |
| Maximum Specimen Width | 43 mm | 28 mm | 28 mm |
| Temperature Range | -70 °C to 150 °C | -70 °C to 315 °C | -70 °C to 315 °C |
| View Full Specifications | Download Brochure | Download Brochure | Download Brochure |
Self-Tightening Eccentric Roller Grips
Fast action for rapid specimen insertion to increase testing throughput.
Positive, non-slip gripping action for accurate results.
Eccentric roller type clamping action increases clamping force with applied force.
Designed for use in -70° C to 315° C (-94° F to 600° F) temperature ranges.
Low-Force Grips
2713-006 Series | 100 N Force Capacity
These grips are ideal for tensile testing natural rubber latex, elastomers, paper, and polymer films.
The 2620 Series dynamic strain gauge extensometers are accurate lightweight units used for direct measurement and closed-loop control of strain in a variety of static and high frequency cyclic materials testing applications. Tensile, compressive, low and high cycle fatigue testing, creep and stress relaxation as well as straight line (ramp) testing may be performed with the 2620 series dynamic strain gauge extensometer to an extensive range of national and international standards.
The 2620 Series extensometers are designed for use with metals, composites, plastics, wood and other materials exhibiting total strains up to ±50% of the original gauge length. They are immersible in a range of fluids (acetone, mineral and silicone oils, alcohol and similar cooling/heating fluids) and can be quickly and easily calibrated.
| Item Name | Gauge Length | % Travel (Axial) | Cat# |
| Dynamic Extensometer 12.5mm GL ±5mm Travel | 12,5 ; 25 and 50 mm | ±40, ±20 and ±10% | 2620-601 |
| Dynamic Extensometer 12.5mm GL ±2.5mm Travel | 12,5 ; 25 and 50 mm | ±20, ±10 and ±5% | 2620-602 |
| Dynamic Extensometer 10mm GL ±1mm Travel | 10, 25 and 50 mm | ±10, ±4 and ±2% | 2620-603 |
| Dynamic Extensometer 25mm GL +12.5mm -2.5mm Travel | 25 and 50 mm | +50 à -10 and +25 à -5% | 2620-604 |
For Testing High Strength Textile Materials
Webbing capstan grips are designed to permit faster, easier testing of seat belts and other high strength belts and tapes. Based on the capstan principle, these grips minimize slippage and jaw breakage effects, and permit the predetermination of specimen length while allowing for quick, convenient loading.
These webbing capstan grips incorporate an ingenious double capstan design which provides fast, easy loading with a gripping action that results in proper breaks in the full gauge length of the specimen. The key to the ease of loading is the use of an inner and outer capstan. The specimen is loaded simply by inserting one end into the groove of the inner capstan and cranking it through 360 degrees. Gripping efficiency is also greatly increased because the surfaces of both capstans are utilized.
| Specifications | |
|---|---|
| Catalog no. | 2715-003 |
| Capacity | 50 kN |
| Standards | ASTM D6775, D3950 |
| Maximum Specimen Width | 50.8 mm |
| Maximum Specimen Thickness | 4.75 mm |
| Temperature Range | -29 °C to 121 °C |
| Upper and Lower Fittings | Type Dm (1.25 in connection with 1/2 in clevis pin). Rigid coupling required. |
| Brochure | Download |
Translation and clamping stages are used to precisely position and align a test specimen below the actuator. These are commonly used for securely positioning microelectronic circuit boards and components within the testing system.
For Testing Fiber, Cord, Yarns, and Fine Braided Wires
Pneumatic cord and yarn grips provide a convenient method for clamping fiber, cord, yarns and fine braided wires to reduce the problem of jaw breaks associated with testing these materials. A specially designed horn with a smooth finish and a contoured surface with a graduated cam allows for easy loading and a stress reduced clamping area on the specimen. The clamping mechanism can be activated either automatically or through a foot switch. This allows hands-free grip operation enabling the specimen to be held with both hands for easy loading. Pneumatic cord and yarn grips provide a selectable clamping force to accommodate different materials and excellent follow-up action which compensates for decay of the holding force due to specimen creep.
Where the gripping area of mono-filaments, cord and yarn is small in relation to the strength, normal techniques using standard grip faces usually result in specimen failures adjacent to the jaw faces. The pneumatic cord and yarn grips have been designed specifically to overcome the problem of specimen failure by incorporating a capstan design which evenly distributes the gripping force over the surface of a curved half capstan through friction.
In addition, the pneumatically cushioned gripping force applied to the ends of the specimen compensates for the decay of force due to specimen creep.The pneumatics activate a moveable face, which acts upon a contoured fixed gripping face. This serves as a capstan and provides support for the specimen, making the transition from the free stressed length of specimen to the rigidly clamped portion gradually rather than abruptly, thus minimizing breakage of the specimen adjacent to the jaw face. The capstan also incorporates a polished guide horn, which assists in rapid specimen loading. The polished finish prevents damage to individual fibres during specimen insertion.
The specimen is placed over the top of the horn and slides down to the proper gripping position on the contoured clamp. The grips may be closed or opened by a pneumatic footswitch for hands free operation. An automatic air kit is also available for hands free, automated, and pretension testing via software or system default settings.
| Force Capacity | Maximum Specimen Diameter | Catalog no. | View Full Specifications |
|---|---|---|---|
| 50 N | 2.4 mm | 2714-031 | Download Brochure |
| 1 kN | 3.2 mm | 2714-005 | Download Brochure |
| 1 kN [High Temperature] | 3.2 mm | 2734-007 | Click Here |
| 2 kN | 4.8 mm | 2714-040 | Download Brochure |
Dynacell is the world's first truly dynamic load cell, designed from the outset for measuring dynamic loads. Dynacell utilizes an accelerometer right at the heart of the load cell, directly on the load axis. This removes the risk of errors in the acceleration reading resulting from off-center loading.
2527 Series Bi-axial Dynacell Load Cells
The 2527 Series load cells are designed for use with Dynamic Testing Systems; offering exceptional performance with the ability to measure forces as low as 1/250th of the force capacity to an accuracy of 0.5% of reading.
2527 Series Dynacell Load Cells
Dynacell is a unique load measurement device that automatically compensates for load errors induced through inertia of the load string components. A method of dynamic inertia compensation is essential for all forms of dynamic testing.
For Testing Components and Structures
The T-slot table provides an extended work area for your universal testing system that offers a convenient way to secure components and structures for performing tensile, compression and flexural tests. The T-slot table gets mounted directly to the base of the machine and is equipped with T-slots that run front-to-back, side-to-side, and diagonally. Components and structures can then be secured in position on the table using the various clamping tools supplied. The design allows you to use standard Instron grips, text fixtures, and other major accessories without needing to remove the T-slot table from the frame.
T-slot tables allow users to secure components that can't be held with standard grips to a universal testing machine. Commercially available T-slot nuts are slid into the inverted T-slot of the table. Bolts, studs, or threaded rods can then be threaded into the nuts. The T-slot table can be used to secure specimens that might otherwise be ejected from the test space under load.
The T-slot table can also be used to position specimens in the same location for repeated tests or batch testing of product. Guides, slides, or stops can be positioned on the table and bolted into position to allow precise placement of the specimens for every test.
| Specifications | ||||
|---|---|---|---|---|
| Catalog no. | Maximum Capacity | Compatible Frames | Width | Depth |
| CP103964 | 5 kN | 3340, 4440, 5540, 5840, 5940, 34SC, 68SC Single Column Systems | 200 mm | 160 mm |
| 2850-206 | 50 kN | 3360 Table Model Systems | 400 mm | 500 mm |
| 2850-205 | 50 kN | 4460, 5560, 5860, 5960, 34TM, 68TM Table Model Systems | 400 mm | 500 mm |
| 2850-203 | 300 kN | 3382, 3384, 3385H, 34FM-100, 34FM-300, 4481, 4482, 4484, 4485, 5581, 5582, 5584, 5585, 5585H, 5881, 5882, 5884, 5885, 5885H, 5982, 5984, 5985, 68FM-100, 68FM-300 | 550 mm | 500 mm |
| 2850-202 | 600 kN | 4400, 5500, 5800, 5900 Floor Model Systems Over 250 kN Capacity | 640 mm | 640 mm |
This composite tensile grip guide provides an overview of key specifications for tensile grips that are ideally suited for testing composite materials. For a detailed look at the requirements and important issues related to gripping composite laminate coupons, read our Composites Gripping Guide White Paper.
| Manual Wedge Action Grips | |
| Grip Type | Moving body wedge |
| Static Capacity | 100 kN, 150 kN |
| Operation | Manual |
| Interchangeable | Yes |
| Temperature Range | -70° to 315° C |
| Can You Attach Fixtures Without Removing Grips? Some grips can be outfitted with adaptors to attach other fixtures - offering the flexibility to perform other tests without needing to remove the grips. This is referred to as piggybacking. |
No |
| Nadcap Alignment | No |
| Catalog Numbers | 2716-002, 2716-003, 2716-008, 2736-004, 2736-005 |
| Precision Manual Wedge Grips | |
| Grip Type | Moving body wedge |
| Static Capacity | 100 kN, 250 kN |
| Operation | Manual |
| Interchangeable | Possible (not easy) |
| Temperature Range | -80° to 250° C |
| Can You Attach Fixtures Without Removing Grips?  Some grips can be outfitted with adaptors to attach other fixtures - offering the flexibility to perform other tests without needing to remove the grips. This is referred to as piggybacking. |
Yes |
| Nadcap Alignment | Yes |
| Catalog Numbers | 2716-028, 2716-030 |
| Hydraulic Wedge Action Grips | |
| Grip Type | Moving body wedge |
| Static Capacity | 130 kN, 312 kN, 600 kN |
| Operation | Hydraulic |
| Interchangeable | No |
| Temperature Range | Ambient only |
| Can You Attach Fixtures Without Removing Grips?  Some grips can be outfitted with adaptors to attach other fixtures - offering the flexibility to perform other tests without needing to remove the grips. This is referred to as piggybacking. |
Yes |
| Nadcap Alignment | Yes |
| Catalog Numbers | 2743-401, 2742-501, 2742-601 |
| Extended Hydraulic Wedge Grips | |
| Grip Type | Extended moving body wedge |
| Static Capacity | 130 kN, 312 kN |
| Operation | Hydraulic |
| Interchangeable | No |
| Temperature Range | -70° to 350° C |
| Can You Attach Fixtures Without Removing Grips?  Some grips can be outfitted with adaptors to attach other fixtures - offering the flexibility to perform other tests without needing to remove the grips. This is referred to as piggybacking. |
Yes |
| Nadcap Alignment | Yes |
| Catalog Numbers | CP104947, CP109120 |
Hammer weights and attachment hardware for use with MPX Series frames of equal or greater capacity.
| Description | Catalog No. |
| 300J Hammer Weight | W-3576-A |
| 450J Hammer Weight | W-3576-B |
| 600J Hammer Weight | W-3576-C |
| 750J Hammer Weight | W-3576-D |
Catalog No. W-3577
Kit includes a chain hoist with a capacity of up to 500 kgf (1100 lbf) and a frame mounting bracket to suspend the hoist from an MPX Series pendulum impact machine. This kit is used to easily lift and securely support the hammer weights during weight changes, or the pendulum hammer assembly when replacing the striker, anvils, or other wear components.
Catalog No. W-3598
The Charpy specimen loader device attaches to the MPX frame and uses a manually operated pivoting arm to place individual specimens on the anvil for ambient testing. The arm must be moved away for the door to close and the test to be performed. Kit includes the specimen loader assembly and mounting hardware.
Tongs for handling and centering ambient and low-temperature Charpy and Izod specimens.
| Description | Catalog No. |
| Charpy Tongs | W-3550 |
| Izod Tongs | W-3587-D |
Charpy test kits include a Charpy impact striker, Charpy anvil inserts, and shrouds. These are for use on SI and MPX Series pendulum impact testing systems.
| Description | Catalog No. |
| Charpy Test Kit for ISO 148-2:2009 Includes: Charpy impact striker (2 mm Radius), and Charpy anvil inserts (1 mm radius), and shrouds |
W-3599-A |
| Charpy Test Kit for ASTM E23-12C (also complies with ISO 148-2:2009) Includes Charpy impact striker (8 mm radius), and Charpy anvil inserts (1 mm radius), and shrouds |
W-3599-B |
Catalog No. W-3587-C
Izod test conversion kit includes the components required to convert an MPX and SI Series pendulum impact tester to conduct an Izod test. Included are tongs for specimen handling, a magnetic specimen retrieval device and other necessary tooling. An Izod striker is not included.
Additional or spare Charpy impact strikers can be provided for testing with either a 2 or 8 mm radius.
| Description | Catalog No. |
| Charpy Impact Striker (2 mm radius) for ISO 148-2:2009 | W-3599-C |
| Charpy Impact Striker (8 mm radius) for ASTM E23-12C (also complies with ISO 148-2:2009) | W-3599-D |
Catalog No. W-3587-A
Izod impact striker for machine capacities 240 ft-lbf (325.4 joule) and greater.
Charpy specimen support sets are for use with SI and MPX Series pendulum impact testing systems and are compliant with ASTM E23-12C and ISO 148-1:2009.
| Description | Catalog No. |
| Standard (10 mm x 10 mm) Charpy Specimen Support Set | W-3585 |
| Subsize (7.5 mm x 10 mm Charpy Specimen Support Set (Set of 2) | W-3596 |
| Subsize (5.0 mm x 10 mm Charpy Specimen Support Set (Set of 2) | W-3595 |
| Subsize (2.5 mm x 10 mm Charpy Specimen Support Set | W-3594 |
FTS Charpy Specimen Cooling Bath includes Charpy rack that holds up to 65 specimens and exceeds ASTM E23 / ISO 148 temperature stability requirements.
Note: Performance specifications are based on SP Scientific test data from units using methanol and operating at an ambient room temperature of approximately 22 C (72 F). Higher ambient temperatures and/or different fluids may interfere in the system's ability to achieve its ultimate low temperature.
| Description | Catalog No. |
| 220 V Cooling Bath (50 Hz, 6 AMP) | W-3609-A |
| 120 V Cooling Bath (60 Hz, 12 AMP) | W-3609-B |
Catalog No. W-3558
A centering gauge for positioning Charpy anvil and pendulum.
Catalog No. W-3561
A lateral expansion gauge for impact testing in accordance with ASTM A370.
For Testing at Non-Ambient Temperatures
Compatible with both static and dynamic testing machines, the 3119-600 Series environmental chambers provide extensive temperature testing capabilities for evaluating material properties under non-ambient conditions. Chambers are available in a wide range of standard dimensions and can be fixed to the machine or mounted on roller brackets. They can also be fitted to other makes of testing machines with custom mountings, if needed. In addition, Instron can tailor complete solutions, including load string components, if the requirements for your application fall outside of the specifications of our standard chambers, grips, and fixtures.
Instron environmental chambers use a forced-convection principle in which hot or cold air is circulated around the specimen, grips, and pull rods to provide optimum heating/cooling rates, reduced thermal gradients, and good thermal stability. Ambient temperature air is also passed from the rear of the chamber into the space between the insulation and the outer panels. This helps to keep the outer skin of the chamber cool. The selectable high/low fan speed allows delicate specimens to be tested by reducing the effect of air turbulence within the chamber.
Heating is achieved by passing air over an electrically heated element. All chambers in the range come with heating as standard. Cooling is achieved by blowing cryogenic gas (either CO2 or LN2) into the chamber via an optional cooling valve. The cryogenic gas is normally stored in cylinders (liquid CO2) or a self-pressurizing Dewar (liquid N2). Waste cryogenic gas is exhausted to the rear of the chamber through a dedicated port to which a silicone rubber pipe can be attached and vented outside the laboratory environment.
Access to the specimen and grips is via a left-hand hinged door that also contains a heated, optical-glass window. An internal light allows the inside of the chamber to be clearly seen if required. The chamber automatically turns off heating, cooling, and the fan when the door is opened, reducing the hot/cold air reaching the operator.
A dedicated Eurotherm 3208 temperature controller mounted to the chamber is used to select the required set-point temperature. Temperature is monitored and controlled by a Type N thermocouple inside the chamber. The controller can be programmed with defined heating rates and dwell times (8 segments), as well as communicate with a PC via USB using compatible Instron software. It also features a 0-10V analog output of temperature for use by other devices, such as chart recorders.
The 3119-600 Series environmental chambers are compatible with a comprehensive line of grips, fixtures, extensometers, and push/pull rods to offer a reliable and enduring performance for a wide range of testing applications where non-ambient testing conditions are required.
| Catalog Number |
Temperature Rating Cooling option required to achieve temperatures below ambient levels. |
Internal Dimensions Depth x Width x Height |
External Dimensions Width x Height |
|---|---|---|---|
| 3119-605 | -100 °C to 350 °C | 230 x 240 x 485 mm | 350 x 635 mm |
| 3119-606 | -100 °C to 350 °C | 230 x 240 x 560 mm | 350 x 710 mm |
| 3119-609 | -100 °C to 350 °C | 230 x 240 x 660 mm | 350 x 810 mm |
| 3119-615 | -100 °C to 350 °C | 230 x 240 x 860 mm | 350 x 1010 mm |
| Catalog Number |
Temperature Rating Cooling option required to achieve temperatures below ambient levels. |
Internal Dimensions Depth x Width x Height |
External Dimensions Width x Height |
|---|---|---|---|
| 3119-607 | -150 °C to 350 °C | 400 x 400 x 560 mm | 550 x 710 mm |
| 3119-608 | -150 °C to 600 °C | 400 x 400 x 560 mm | 550 x 710 mm |
| 3119-610 | -150 °C to 350 °C | 400 x 400 x 660 mm | 550 x 810 mm |
| 3119-616 | -80 °C to 350 °C | 400 x 400 x 900 mm | 550 x 1050 mm |
| 3119-617 | -80 °C to 350 °C | 400 x 400 x 760 mm | 550 x 910 mm |
| 3119-618 | -80 °C to 350 °C | 400 x 400 x 1000 mm | 550 x 1050 mm |
For those testing applications that require more than a standard chamber offers, our Engineered Solutions Group is available to design specialized environmental chambers to fit your needs, including taller or wider chambers, chambers with higher temperature ratings, and custom load string components, such as grips and fixtures.
Catalog no. 2715-001
Cord capstan grips are designed to permit faster, easier testing of twisted or braided cords. These grips are designed to permit predetermination of specimen length, and allow quick, convenient loading.
Principle of Operation
Cord capstan grips provide a superior method for clamping twisted or braided cord during testing. Each grip has a round capstan with a right-hand spiral grooved surface that accommodates specimens up to 3.2 mm (0.125 in) in diameter. The capstan is split axially into two halves, one half being stationary and the other movable. The specimen is wound from the outside of the capstan towards the center before being passed through the split halves where it is clamped. The groove completes 2.5 turns around the capstan, which allows two full turns for distributing the specimen load and stress concentration. The grips self tighten as load is applied to the specimen.
Smooth capstan surfaces are available separately.
Application Range
| Specifications | |
|---|---|
| Catalog no. | 2715-001 |
| Force Capacity | 2.5 kN |
| Maximum Specimen Diameter | 3.2 mm |
| Temperature Range | -73 °C to 316 °C |
| View Full Specifications | Download Brochure |
Split insert tensile grips are designed for safe, high-volume production testing of threaded-end, shoulder-end, or button-end machined specimens. Engineered with an operator focus, the split insert style tensile grips are easy to install, offer quick change inserts for standard specimen sizes, and promote efficient static testing of a wide range of metals and alloys. A preferred solution for the testing of high-strength, high-toughness materials that may damage or cause excessive wear to traditional grip arrangements. These grips are designed to comply with ASTM E8, ASTM A370, or ASTM A48, and other international standards, and can be made to custom specifications. A wide range of possible button-end, shank hole, and chamfer / radius dimension options ensures compatibility with a large variety of specimen sizes.
Debris shields, also known as protective shields, provide a protective barrier between the test space and the operator. These may be necessary for materials that exhibit violent failures under test, such as composites, rebar, and cables.
These debris shields feature an anodized extruded aluminum frame and clear Lexan® panels that offer unobstructed views of the text space. A hinged-style access door is available with or without door safety interlocks.
| Compatible Frames | Catalog Number |
| Single Columns | 500 N Systems: 334X, 34SC, 594X, 68SC |
CP127700 |
| Single Columns | 1 - 5 kN Systems | Standard Height: 334X, 34SC, 594X, 68SC |
CP127701 |
| Single Columns | 5 kN Systems| Extra Height: 3345, 34SC-5, 68SC-5 |
CP127702 |
| Table Models | Standard Width: 336X (dual T-slot column cover style only), 34TM, 446X, 556X, 586X, 596X, 68TM |
2910-074 |
| Floor Models: 3382, 3384, 3385H, 34FM, 4481, 4482, 4484, 4485, 5581, 5582, 5584, 5585, 5585H, 5881, 5882, 5884, 5885, 5885H, 5982, 5984, 5985, 5985, 68FM |
2910-062 |
Depending on user-preference and footprint limitations, a sliding debris shield is available for table model universal testing systems. The sheet metal and polycarbonate shield encase the front of the test machine, separating the user from debris and moving parts while also giving excellent visibility. To access the test space, the sliding door is opened to the left and specimens and grips can be loaded through the 845mm tall and 440mm wide port. The debris shield can be equipped with an optional magnetic interlock which prevents tests from being started with the door open and can be configured to prevent all crosshead motion when the door is open.
| Compatible Frames | Catalog Number |
| 68TM, 34TM, 336X, 596X | Standard Height, Standard Width | CP129040 |
| 68TM | Extra Height, Standard Width | CP129044 |
| 34TM, 336X, 596X | Extra Height, Standard Width | CP126003 |
| 336X, 596X | Standard Height, Standard Width | CP126002 |
For Testing End Products and Components
The Component Test Plate is a drilled and tapped metal plate that can be mounted directly to the base of single and dual column test frames. The entire surface is covered in an array of M6 threaded holes that can be used for a variety of purposes, including mounting components or end products to the plate for tensile, compression, bend, peel, or puncture testing. The plate also allows you to mount grips off-center and makes it easier adapt custom-made grips and fixtures to your test system.
Principle of Operation
Components or end products can be mounted directly to the component test plate with compatible M6 hardware or machinist vices. The location of the specimen on the plate should be selected such that the area of interest, where the load application occurs, is completely centered. If the load application is off-center it could potentially damage the load cell.
The component test plate is also compatible with Instron standard base adapters (type O and D) which can be mounted to the plate using any of the M6 threaded holes – allowing you to place a grip off-center or adapt a custom-made grip or fixture to the test frame.
Application Range
| Specifications | ||||
|---|---|---|---|---|
| Catalog no. | Compatible Frames | Capacity | Width | Depth |
| 2910-108 | Single Column Systems 68SC |
1 kN | 600 mm | 300 mm |
| 2910-107 | Dual Column Systems 68TM, 34TM, 596x, 336x, 556x, 556xA, 446x |
2 kN | 300 mm | 300 mm |
| 2910-106 | Single Column Systems 334x |
1 kN | 600 mm | 300 mm |
| 2910-105 | Single Column Systems 34SC, 594x, 554x |
1 kN | 600 mm | 300 mm |
| CP129729 | Extra Wide Dual Column Systems 68TM-30 |
30 kN | 914 mm | 610 mm |
| CP129738 | Dual Column Systems 68TM, 34TM, 596x, 336x, 556x, 556xA, 446x |
30 kN | 400 mm | 400 mm |
Instron pneumatic wedge action grips may be used in static or dynamic materials testing applications, interchangeable wedge-shape grip faces accommodating either flat or round specimens.
The grip is designed to allow test specimens to be securely gripped without introducing axial pre-loading to the specimen. This is achieved by using jaw faces that move in a horizontal direction only, relative to the specimen.Each grip functions independently of the other, an external hydraulic supply providing pressure to both open and close the grips.
When gripping pressure is applied, the relative vertical position of the specimen/jaw faces remains unchanged to prevent specimen load generation during the gripping process.
Once the grip faces contact the specimen the hydraulic pressure produces a vertical force on the grip head. The grip force will remain constant as the design automatically compensates for specimen thickness changes.
UNITS
| Item Name | Cat # |
|---|---|
| 2742-103 ±1 kN Pneumatic Fatigue Grips |
2742-103 |
| 2742-205 ±3 kN, ±25 Nm Pneumatic Fatigue Grips |
2742-205 |
| 2742-315 ±10 kN ±100 Nm Pneumatic Fatigue Grips |
2742-315 |
UNITS
| Item Name | Capacity | Specimen Width | Cat# |
|---|---|---|---|
| Additional Extension Rod | 2780 120 | ||
| Compact Tension Fixtures for 12.5mm Thick Compact Tension Specimens |
±10 dynamic, 20 static kN | 12.5 mm | 2780-118 |
| Compact Tension Fixtures for 25mm Thick Compact Tension Specimens |
±50 dynamic, 100 static kN | 25 mm | 2780-119 |
| Compact Tension Fixtures for 50mm wide Compact Tension Specimens |
±250 dynamic, 500 static kN | 50 mm | 2750-120 |
| High Temperature Clevis Grips | 0.8 @ 1000 deg.C kN | 12.5 mm | 2420C |
Pneumatic wedge action grips feature an open front design, which facilitates easy loading of large specimens. This series can accommodate round specimens up to 60 mm (2.36 in) in diameter and flat specimens up to 70 mm (2.75 in) thick. The compact design of these pneumatic wedge grips provides optimum use of the test area when installed on Instron’s floor model testing systems.
Specially suited for industrial environments where dust and metal chips may be present, these grips have protective dust covers that fit easily over the faces to shield the moving surfaces. Optional piggyback adapter plate furnishes an efficient method for mounting secondary load strings for lower capacity testing without removing the larger grip.
On the 2716-110 and 2716-120 Grips, the vee faces used for round specimens by design have a reduced area at the center, which compromises their ability to absorb high energy breaks without fracture. This grip uses a split-vee face configuration which allows the break energy to be dissipated without damaging the faces. On the W-5180 and W-5190 Grips, the considerable increase in size allows the use of a one-piece design grip face.
These grips are operated with a control knob mounted on the grip or with an Instron standard pneumatic control kit. Powered by pneumatic control, the faces are moved by a pneumatic piston - which eliminates a costly hydraulic pump and its control. When under load the wedge action provides additional clamping pressure to minimize specimen slippage.
The 2716-110 and 2716-120 grips use a unique carrier/face mounting system allows for easy face insert changes. The carrier is placed on the grips and held on by springs from the grip body and against the driving piston. The faces sit on the carriers held by a couple of thumb screws. The lubrication of the jaw face carriers is through a standard grease fitting. This eliminates the need to remove either the faces or the carriers for greasing. Each face set can accommodate a wide range of specimen types offering flexibility with a minimum number of face changes.
W-5180 and W-5190 grips include a face mounting system with embedded magnets and jaw faces with circular centering disks. This design simplifies jaw face loading and holds the jaws in position when no load is applied.
UNITS
| Item Name | Capacity | Upper Fitting | Cat # |
|---|---|---|---|
| Pneumatic Wedge Action Grips; Capacity: 100 kN |
100 kN 22,500 lbf |
0.5 in clevis pin (Type Dm) |
2716-111 |
| Pneumatic Wedge Action Grips; Capacity: 200 kN |
200 kN 45,000 lbf |
M48x2mLH (Type IImLH) |
2716-121 |
W-E404 Series Transverse Extensometers are designed for measuring transverse displacements. They are self-supporting on the test specimen and will work on any width or diameter specimen from 0 to 25 mm (1 in).
W-E404-A/C/E/F types are commonly used for the measurement of Poisson’s ratio and transverse strain on anisotropic materials such as composites. They are frequently used simultaneously with axial extensometers. These units easily clip on to the specimen and are held in place with an integral spring. The rounded contact edges help maintain the position on the specimen.
A special averaging version (2640-010) is available for determining "r" value of sheet metals (NOT suitable for Poisson's Ratio).
The specimen displacement is measured at a single point using a high-accuracy, dual flexure strain-gauge sensor designed for strength and improved performance.
The special version for 'r' value measures the specimen displacement at two points using two individual high-accuracy, dual-flexure strain-gauge sensors. The output of each sensor is merged to produce a single averaged output.
The design makes these units very durable and they may be left on the specimen through specimen failure.
The extensometers are easy to mount and feature integral springs that hold the unit on the test specimen. An adjustable specimen contact bar below the knife edges provides good mechanical stability for the extensometer body.
Units
| Item Name | Travel Transverse | Cat# |
|---|---|---|
| Transverse Averaging Extensometer | 2640-010 | |
| Transverse Extensometer, Range +/- 2.5 mm | W-E404-F | |
| Transverse Extensometer, Range +/- 0.1 in | W-E404-C | |
| Transverse Extensometer, Range +/- 0.5 mm | W-E404-E |
These averaging axial clip-on extensometers measure the axial strain on both sides of the specimen. Versions are available that provide either a single averaged strain output or two independent axial strain outputs. In all cases, the use of average axial strain corrects for any specimen bending due to misalignment for the consistent determination of materials properties such as modulus. The independent output versions allow simultaneous monitoring of both; the average axial and bending strain.
The extensometers use strain gauges for measurement and are constructed from high-strength aluminum, titanium and stainless steel. All of the extensometers feature simple, single-handed operation which ensures consistent results and facilitates safe use within a temperature chamber. The extensometer incorporates automatic electrical calibration and transducer recognition including a unique digital serial number.
Conical points are provided as standard with the extensometer and these are recommended for most composite materials. Other contact options are available: line contacts, which are recommended for use with soft materials such as thermoplastics; and vee profiles, which are most suitable for thin section test specimens.
Units
| Item Name | Travel Axial | Cat# |
|---|---|---|
| Averaging Extensometer, 25 mm Gauge Length, +5 / -2% Strain, Single Output | -2 to +5% | 2650-560 |
| Averaging Extensometer, 1 in Gauge Length, +5 / -2% Strain, Single Output | -2 to +5% | 2650-564 |
The Instron 2650 Series Biaxial Extensometers are ideally suited for testing a wide range of materials, including polymer matrix composites, metals, and plastics over a range of temperatures. Two sensors measure axial strain on opposite sides of the specimen and a third sensor measures transverse strain. The extensometers meet the calibration requirements of ASTM E83 class B1, ISO 9513 class 0.5, and ISO 527.
These bi-axial clip-on extensometers use strain gauges for measurement and are constructed from high-strength aluminum, titanium, and stainless steel. All of the extensometers feature simple, single-handed operation which ensures consistent results and facilitates safe use within a temperature chamber. The extensometer incorporates automatic electrical calibration and transducer recognition including a unique digital serial number.
All of the extensometers measure the axial strain on both sides of the specimen. Versions are available that provide either a single averaged axial strain output or two independent axial strain outputs. In all cases, the use of average axial strain corrects for any specimen bending due to misalignment for the consistent and accurate determination of modulus. The independent output versions allow simultaneous monitoring of both; the average axial and the bending strain. Additionally, the extensometer includes a sensor that measures transverse strain allowing for the determination of properties such as Poisson's Ratio and the In-Plane Shear Modulus.
Conical points are provided as standard with the extensometer and are recommended for most composite materials. Other contact options are available: line contacts, which are recommended for use with soft materials such as thermoplastics; and vee profiles, which are most suitable for thin section test pieces.
UNITS
Pneumatic action and snubbing style tensile grips are used for testing cord, tire cord, bead wire, cable, yarn, and tow specimens.
| Accessory Height | 30 mm (1.2 in) |
| Accessory Weight | 0.010 kg (0.022 lb) |
| Accessory Width | 18 mm (0.7 in) |
| Gauge Length | 5 mm |
| Static or Fatigue Rated | Fatigue |
| Temperature Rating | -200 to +200 °C (-328 to +392 °F) |
These machines are developed to obtain specimens by punching, using hollow dies of different sizes and contours. Several hundreds of dies can be created by interchangeable socket punches with different profiles and size according to the standards and to the customer needs. Dies are made of steel with hand finished cutting edges and can be provided with ejector for easy removal of the specimen after punching.
Compact design of instrument for an easy and fast preparation
Manual and automatic models obtain specimens of different size and geometries for a wide range of plastics testing applications
High level of results repeatability and time saving test procedures
The Custom Solutions group at Instron has been developing unique grips and platens to meet our customers’ unique needs for decades. Customized cord and yarn grips or custom webbing grips of various sizes are just a small example of things that we can do. Whether your grip or platen is being purchased with a new frame or being used with your current set-up, we will work diligently to understand your goals and ensure they are met or exceeded. Please browse the gallery above to see some of our recent projects.
We also make specialized jaw faces!
Click here to see our existing customized grips or platens for specific applications.
Requires: grip faces and fatigue rated adapters
Quantity: 2 grips
| Accessory Height | 170 mm (6.89 in) |
| Accessory Weight | 26 kg (57.2 lb) |
| Accessory Width | 172 mm (6.77 in) |
| Capacity | +/- 100 kN (+/- 22,000 lbf) |
| Lower Fitting | M30 RH (Type If) |
| Static or Fatigue Rated | Fatigue |
| Temperature Rating | -70 to +350 °C (- 94 to + 662 °F) |
| Upper Effective Length | 170 mm (6.8 in) |
| Upper Fitting | M30 RH (Type If) |
Capacity: 500 N (100 lb, 50 kgf).
| Notes | For holding PCBs and assemblies |
Capacity: 2.2 kN (500 lb, 220 kg)
Minimum specimen diameter: 0.125 mm (0.005 in).
Maximum specimen diameter: 1.52 mm (0.06 in).
Upper and lower fittings: Type Om (12 mm connection with 6 mm diameter clevis pin).
| Accessory Height | 101 mm (4 in) |
| Accessory Width | 84 mm (3.3125 in) |
| Capacity | 2.22 kN (500 lbf) |
| Effective Length | 139 mm (5.472 in) |
| Lower Fitting | 6 mm clevis pin (Type Om) |
| Specimen Diameter | 0.125 - 1.5 mm (0.005 - 0.06 in) |
| Temperature Rating | +10 to +40 °C (+50 to +150 °F) |
| Upper Fitting | 6 mm clevis pin (Type Om) |
The Custom Solutions group at Instron has been developing unique fixtures to meet our customers’ unique needs for decades. If you need to push or pull against something unique or novel, like yak hair or pizza dough, we are interested in learning more about it. Whether your fixture is being purchased with a new frame or being used with your current set-up, we will work diligently to understand your goals and ensure they are met or exceeded. Please browse the gallery above to see some of our recent projects.
Click here to see our existing customized fixtures for specific applications.
Transverse Averaging Extensometer with single channel output for attachment to thin rigid specimens, 0.3 mm to 4 mm thick.
Accepts specimens from 10 mm to 20 mm wide and from 15 mm to 25 mm wide. Suitable for ´r´ and ´n´ testing on sheet metals.
Requires suitable axial extensometer of 50 mm gauge length minimum for ´r´ value determination. Requires single strain conditioner.
Temperature Range: -80 °C to +100 °C
| Specimen Thickness | 0.3 mm to 4 mm (0.12 in to 0.16 in) |
| Specimen Width | 10 - 25 mm (0.4 - 1 in) |
| Temperature Rating | -80°C to +100 °C (-112°F to +212 °F) |
Compression parallel to grain per ASTM D143 (primary method).
Requires Platens (75 mm (3 in) minimum diameter for primary method, Spherical Seat and Extensometer (2630); order separately.
| Accessory Weight | 0.65 kg (1.4 lb) |
| Specimen Zone | 200 mm (8 in) |
| Specimen Thickness | 50 mm (2 in) |
| Specimen Width | 50 mm (2 in) |
| Testing Standards | BS 373, ASTM D 143 |
| Upper Effective Length | 150 mm (6 in) |
Digital caliper with carbide standard jaws. Resolution of 0.0005" (0.01mm). Accuracy of ±0.001" (±0.02mm). Repeatability of 0.0005" (0.01mm).
Designed to be used in conjunction with Automatic Data Entry Interface listed separately. Qualifies as one (1) device. Includes case.
Note: This measuring device requires an Automatic Data Entry Interface listed separately for direct entry of measurements into software.
| Description | Caliper, Standard Jaw, 0-6 in (0-150 mm) w/Data Cable |
|---|
Biaxial Extensometer 2 inch Gauge Length providing one averaged axial and one transverse strain measurement.
Features:
Transverse Travel +/- 0.02 in (Strain range depends on specimen width)
The extensometer provides a single averaged axial output along with a single transverse output and requires 2 Sensor channels. It has electrical calibration and is self-identifying with 3300, 3400, 4200, 4300, 4400, 4500, 5500, 5800, 5900, 6800, 8500, 8800 Tower, and 8800MT Series Systems.
The extensometer is supplied with a single set of conical point specimen contacts.
| Axial Travel | (-0.02 to +0.05 in) |
| Gauge Length | 50.8 mm (2 in) |
| Maximum Crosstalk | 0.5 % of FS |
| % Travel (Axial) | -1 to +2.5 % |
| Specimen Diameter | 0.1 to 34 mm (0.004 to 1.34 in) |
| Specimen Thickness | 0.1 to 34 mm (0.004 to 1.34 in) |
| Specimen Width | 0.1 to 55 mm (0.004 to 2.17 in) |
| Temperature Rating | -200 to +200 °C (-328 to +392 °F) |
| Travel (Transverse) | (±0.02in) |
Instead of working with a pallet mounted onto the crash sled, the patented Instron two piece sled integrates the pallet system into the sled design. This allows for much faster set up times using multiple pallets whilst significantly reducing the overall mass of the sled to provide a higher dynamic performance.
The pallets can be tailored to meet the specific needs of the test laboratory.
Back to CSA.
0.5" gauge length.
| Gauge Length | 0.50 in |
Capacity 300 kN (67,500 lbf, 30,000 kgf)
Specimen Range:
Minimum Specimen Length without the use of an extensometer is 270 mm (10.63 in)
Ambient temperature use only.
Upper and Lower Fittings: Type IIfRH (M48 x 2)
Weight Per Grip Body 123 kg (270 lb)
Grip Body Dimensions W x L x D: 445 x 302 x 127 mm (17.5 x 11.875 x 5 in)
Effective Length using standard threaded mounting:
Grip faces sold separately use: W-5246 & W-5247 series grip faces
Configuration Notes:
| Accessory Weight | 123 kg (270 lb) |
| Accessory Width | 445 mm (17.5 in) |
| Capacity | 300 kN (67,500 lbf) |
| Lower Fitting | Type IIfRH (M48x2) |
| Temperature Rating | 10-38 °C (50-100 °F) |
| Upper Effective Length | 329 mm (13.0 in) |
| Upper Fitting | Type IIfRH (M48x2) |
For Instron standard manual gauge punch devices.
Suitable for 1 inch, 2 inch, 1.4 inch, 25 mm or 50 mm gauge lengths.
Biaxial Extensometer 1 inch Gauge Length providing one averaged axial and one transverse strain measurement.
Features:
Transverse Travel +/- 0.02 in (Strain range depends on specimen width)
The extensometer provides a single averaged axial output along with a single transverse output and requires 2 Sensor channels. It has electrical calibration and is self-identifying with 3300, 3400, 4200, 4300, 4400, 4500, 5500, 5800, 5900, 6800, 8500, 8800 Tower, and 8800MT Series Systems.
The extensometer is supplied with a single set of conical point specimen contacts.
| Axial Travel | mm (-0.02 to +0.05 in) |
| Gauge Length | 25.4 mm (1 in) |
| Maximum Crosstalk | 0.5 % of FS |
| % Travel (Axial) | -2 to +5 % |
| Specimen Diameter | 0.1 to 34 mm (0.004 to 1.34 in) |
| Specimen Thickness | 0.1 to 34 mm (0.004 to 1.34 in) |
| Specimen Width | 0.1 to 55 mm (0.004 to 2.17 in) |
| Temperature Rating | -200 to +200 °C (-328 to +392 °F) |
| Travel (Transverse) | (±0.02in) |
Set includes 9 probes
Upper fitting: Requires Chuck 2830-036.
Lower fitting: Requires optional support plates with Drip tray S5400A and Support Frame S4427A.
Flat-end puncture probes produce a shear stress in the specimen. The force required to cause shearing as the probe penetrates the specimen relates to texture properties such as firmness and hardness.
Capacity: 2 kN
Dimensions: 1 mm (0.039 in) thick x 50 mm(2 in) wide blade. Similar to Warner Bratzler blade without the V-notch.
Upper fitting: 6 mm clevis, male
Lower fitting: Requires Warner Bratzler S5406A
*May use with S5401A plain plate for Noodle Shearing test
| Lower Fitting | Requires S5406A or S5401A |
| Upper Fitting | 6 mm Clevis Pin (Type Om) |
500 kN (110 kip) Dynamic Capacity, With 100mm (3.94 in) Diameter Upper Roller and 50mm (1.97 in) Diameter Lower Rollers
Requires: fatigue rated adapters
| Accessory Height | 700 mm (27.56 in) |
|---|---|
| Accessory Weight | 750 kg (1650 lb) |
| Accessory Width | 1300 mm (51.18 in) |
| Capacity | 500 kN (112,500 lbf) |
| Loading Span | 0 mm (0 in) |
| Lower Fitting | M72 RH (Type IIAf) |
| Specimen Width | 0 - 150 mm (0 - 6 in) |
| Static or Fatigue Rated | Fatigue |
| Support Span | 100 - 1,000 mm (3.94 - 39.4 in) |
| Temperature Rating | +10 to +40°C (+50 to +150°F) |
| Upper Fitting | M72 RH (Type IIAf) |
Air Cushion Isolators (for frames 3 & 4). Not suitable for 8801 or 8516 (1 Set)
Suitable for testing frequencies above 15Hz.
| Compatible Frame Models | Air Cushion Isolators (for frames 3 & 4). Not suitable for 8801 or 8516 Suitable for testing frequ |
For mounting ElectroPuls table-top systems when used for low to medium acceleration dynamic tests (accelerations below 6g)
Robust design with high stiffness grey frame and light-grey scratch-resistant table-top
Pre-drilled with mounting holes to suit E1000 or E3000 systems
| Model | Height | Width | Depth | Weight | ||||
|---|---|---|---|---|---|---|---|---|
| mm | in | mm | in | mm | in | kg | lb | |
| 1300-311 | 785 | 31 | 1000 | 39 | 750 | 30 | 56 | 123 |
| 1300-315 | 800 | 32 | 1000 | 39 | 750 | 30 | 65 | 143 |
High-Stiffness Support Table for ElectroPuls E1000 and E3000 tabletop test instruments.
Combination 25mm and 50 mm Manual Gauge Point Punch.
| Gauge Length | 25/50 mm |
Dynamic Extensometer for direct strain measurement and closed loop strain control. Suitable for tensile, compressive & fatigue testing, the extensometer has a 12.5mm gauge length with a travel of ±5mm giving ±40% strain.
It includes a 12.5mm extender to give a gauge length of 25mm and ±20% strain and a 37.5mm extender to give a gauge length of 50mm and strain of ±10%.
Temperature range: -80C to +200C. Compatible with 8800 and 8500Plus controllers. May be immersed in acetone, silicone or alcohol.
| Accessory Height | 63 mm (2,48 in) |
| Accessory Weight | 0,02 kg (0,044 lb) |
| Accessory Width | 21 mm (0,83 in) |
| Gauge Length | 12,5 ; 25 et 50 mm (0.49, 0.98 et 1.97 in) |
| Specimen Diameter | 3 - 25 mm (0.12 à 1 in) |
| Specimen Thickness | 3 - 12,5 mm (0,12 - 0,5 in) |
| Specimen Width | 0 - 25 mm (0 - 1 in) |
| Static or Fatigue Rated | Fatigue |
| Temperature Rating | -80 à +200 °C (-112 à +392 °F) |
| % Travel (Axial) | ±40, ±20 et ±10 % |
Fracture Mechanics Fixtures for 50 mm wide compact tension specimen.
Rated capacity: ±250kN Dynamic, 500 kN Static
Requires: fatigue rated adapters. Mechanical interface M48 x 2 right hand female thread.
(1 Pair)
| Capacity | ±250 dynamic, 500 static kN (±56,200 dynamic, 112,000 static lbf) |
|---|---|
| Specimen Width | 50 mm (1.97 in) |
| Testing Standards | ASTM E399, ASTM E647, ASTM E813, ASTM E1290, BS7448 |
Supports closed-loop control and data acquisition for only one transducer (strain gage bridge, LVDT, or +/-10V BNC input).
Includes:
Note: Not recommended for customer installation to an existing tower. Always include service time when quoting as an accessory
Per MIL-STD-3010
Simple puncture fixture with clearly specified dimensions.
Upper fitting: Type O (12 mm connection with 6 mm clevis pin)
Lower fitting: Type D (1.25 in connection with 1/2 in clevis pin)
| Accessory Height | 356 mm (14 in) |
| Accessory Width | 125 mm (5 in) |
| Capacity | 2.5 kN (500 lbf) |
| Lower Fitting | 1/2 inch Clevis Pin (Type Dm) |
| Temperature Rating | +10 to +40 °C (+50 to +100 °F) |
| Testing Standards | MIL-STD-3010 |
| Upper Fitting | 6 mm Clevis Pin (Type Om) |
Digital micrometer with flat anvils for measuring outside diameter and thickness. Resolution of 0.00005" (0.001mm). Accuracy of ±0.0001" (±0.002mm).
Designed to be used in conjunction with Automatic Data Entry Interface listed separately. Qualifies as one (1) device. Includes case.
Note: This measuring device requires an Automatic Data Entry Interface listed separately for direct entry of measurements into software.
| Description | Micrometer, Outside, 1-2 in (25-50 mm) w/Data Cable |
|---|
Partner Interface that translates and routes data from a device with an RS-232 output into the Partner software (i.e. micrometer, caliper, barcode reader, etc).
Allows the use of up to two (2) such devices. Requires one (1) PC serial port.
Includes all necessary hardware and software.
Notes:
| Description | Automatic Data Entry Interface - Partner |
|---|
Capacity: 5.0 kN (1,000 lb, 500 kg).
Incorporates a surfalloy coated clamping surface.
Temperature range: -10 °C to 80 °C (14 °F to 176 °F).
Maximum specimen diameter: 2 mm (0.08 in).
Upper and lower fittings: Type Dm (1.25 in connection with ½ in clevis pin).
Requires a rigid coupling and an Automatic Air Control Kit or Pneumatic Foot Switch
| Accessory Weight | 4.54 kg (10 lb) |
| Accessory Width | 245 mm (9.6 in) |
| Capacity | 5 kN (1125 lbf) |
| Effective Length | 248 mm (9.76 in) |
| Lower Fitting | 1/2 in clevis pin (Type Dm) |
| Specimen Diameter | 2 mm (0.07 in) |
| Temperature Rating | -10 to + 80 °C (+14 to +176 °F) |
| Upper Fitting | 1/2 in clevis pin (Type Dm) |
Notching machines are designed to notch specimens for impact resilience according to Izod, Charpy and Tensile impact methods. These instruments use a linear knife cutting technique to avoid overheating and consequent stresses during the specimen's notching operations. Therefore, an accurate notch preparation is guaranteed. Manual, motorized and fully-automatic models are available to cover the different testing needs.
Rated Capacity: ±50kN Dynamic, 100kN Static
Temperature Range: -50 to 315°C
Overall accessory length 400mm
Includes:
| Accessory Length | 400 mm (15.7 in) |
Capacity 2000kN
(450,000 lbf, 200,000 kgf)
Specimen ranges:
Grips are supplied with:
Grips interfaced to the machine’s hydraulic power supply when ordered with a new hydraulic UTM. (Consult factory for interfacing of grips to an existing machine or for systems where an independent hydraulic power supply is required)
Efective grip heights:
Upper grip: 715 mm (28.125 in.)
Lower Grip: 770 mm (30.3125 in.)
| Accessory Weight | 1685 kg (3714 lb) |
| Accessory Width | 813 mm (32 in) |
| Capacity | 2000 kN (450,000 lbf) |
| Lower Fitting | Bolt flange 12x M30 |
| Temperature Rating | 10-38 °C (50-100 °F) |
| Upper Effective Length | 715 mm (28.125 in) |
| Upper Fitting | Bolt flange 12x M30 |
Capacity: 1 kN
Dimensions: 2 , 4, 6, 8, and 10 mm (0.08, 0.16, 0.24, 0.31,
and 0.39 in) diameter ball.
The 2 mm probe is 80 mm (3.15 in) long
All others are 150 mm (5.9 in) long.
Requires 3-Jaw chuck 2830-036
| Lower Fitting | Requires Drip Tray S5400A and Support Frame S4472A |
| Upper Fitting | Requires 3-jaw chuck 2830-036 |
Averaging Extensometer 25 mm Axial Gauge Length providing a single averaged axial output.
Features:
The extensometer provides a single averaged axial output. It has electrical calibration and is self-identifying with 3300, 3400, 4200, 4300, 4400, 4500, 5500, 5800, 5900, 6800, 8500, 8800 Tower, and 8800MT Series Systems.
| Gauge Length | 25 mm |
| Axial Travel | -0.5 to +1.25 mm |
| % Travel (Axial) | -2 to +5 % |
| Specimen Thickness | 0 to 34 mm (0 to 1.34 in) |
| Specimen Width | 0.1 to 55 mm (0.004 to 2.17 in) |
| Temperature Rating | -200 to 200 °C (-328 to 392 °F) |
| Accessory Height | 40 mm (1.6 in) |
| Accessory Length | 110 mm (4.3 in) |
| Accessory Width | 120 mm (4.7 in) |
8" gauge length.
| Gauge Length | 8.00 in |
Capacity: 10 kN (2,000 lb, 1,000 kg).
Maximum specimen diameter: 5 mm (0.2 in).
Upper and lower fittings: Type Dm (1.25 in connection with ½ in clevis pin).
Requires a rigid coupling and an Automatic Air Control Kit or Pneumatic Foot Switch
Capacity: 10 kN (2,000 lb, 1,000 kg).
Maximum specimen diameter: 5 mm (0.2 in).
Upper and lower fittings: Type Dm (1.25 in connection with ½ in clevis pin).
Requires a rigid coupling and an Automatic Air Control Kit or Pneumatic Foot Switch
(ref. 2714-107)
| Accessory Weight | 10 kg (22 lb) |
| Accessory Width | 245 mm (9.6 in) |
| Capacity | 10 kN (2250 lbf) |
| Effective Length | 230 mm (9.1 in) |
| Lower Fitting | 1/2 in clevis pin (Type Dm) |
| Specimen Diameter | 5 mm (.2 in) |
| Temperature Rating | -10 to + 80 °C (+14 to +176 °F) |
| Upper Fitting | 1/2 in clevis pin (Type Dm) |
+/- 0.5 mm travel
For general purpose transverse or diametral strain measurement
on axially loaded specimens. Used for measurement of Poisson's ratio,
on anisotropic materials like many composites and similar applications.
Specifications:
W-E404 Series Transverse Extensometers are designed for measuring transverse displacements. They are self-supporting on the test specimen and will work on any width or diameter specimen from 0 to 25 mm(1 in).
Digital caliper with carbide pointed jaws for measuring small holes, grooves, and outer diameters encountered in precision work. Resolution of 0.0005" (0.01mm). Accuracy of ±0.001" (±0.02mm). Repeatability of 0.0005" (0.01mm).
Designed to be used in conjunction with Automatic Data Entry Interface listed separately. Qualifies as one (1) device. Includes case.
Note: This measuring device requires an Automatic Data Entry Interface listed separately for direct entry of measurements into software.
| Description | Caliper, Pointed Jaw, 0-6 in (0-150 mm) w/Data Cable |
|---|
Biaxial Extensometer 50 mm Axial Gauge Length providing one average axial and one transverse strain measurement.
Features:
Transverse Travel +/-0.5 (Strain range depends on specimen width)
The extensometer provides a single averaged axial output along with a single transverse output and requires 2 sensor channels. It has electrical calibration and is self-identifying with 3300, 3400, 4200, 4300, 4400, 4500, 5500, 5800, 5900, 6800, 8500, 8800 Tower, and 8800MT Series Systems.
| Axial Travel | -0.5 to +1.25 mm ( in) |
| Gauge Length | 50 mm ( in) |
| Maximum Crosstalk | 0.5 % of FS ( ) |
| % Travel (Axial) | -1 to 2.5 % ( ) |
| Specimen Diameter | 0.1 to 34 mm (0.004 to 1.34 in) |
| Specimen Thickness | 0.1 to 34 mm (0.004 to 1.34 in) |
| Specimen Width | 0.1 to 55 mm (0.004 to 2.17 in) |
| Temperature Rating | -200 to +200 °C (-328 to +392 °F) |
| Travel (Transverse) | ±0.5 mm ( in) |
Capacity: 200 kN (40,000 lb, 20,000 kg)
Upper and lower fittings: Type llm (M48 X 2 LH)
Maximum specimen thickness: 40 mm (flat)
Maximum specimen width: 75 mm (flat)
Maximum specimen diameter: 50 mm (round)
Clamping length: 70 mm.
Temperature range: ambient only
Requires faces
Includes an air distribution kit with both, 1/4 NPTM (7/16-20), and 1/4 inch hose barb end connections
An Automatic Air Control Kit or Footswitch is recommended
| Accessory Weight | 52 kg (114 lb) |
| Accessory Width | 300 mm (11.8 in) |
| Capacity | 200 kN (45,000 lbf) |
| Lower Fitting | M48x2mLH (Type IImLH) |
| Temperature Rating | 5 to 65°C (40 to 150°F) |
| Upper Effective Length | Upper: 315 Lower: 315 mm (Upper: 12.4 Lower: 12.4 in) |
| Upper Fitting | M48x2mLH (Type IImLH) |
The Instron 2718-550 hydraulic grip pump is designed for continuous 24/7 operation in manual and automated testing systems in industrial environments.
It can be configured to provide a maximum pressure of 207 bar (3000 PSI for use with wedge grips), or alternatively 138 bar (1900 PSI) for use with side acting grips. The unit incorporates two analogue pressure gauges, that are easily visible to the operator from the front of the pump.
The 2718-550 pump is configured to operate with a two stage flow speed, with a higher flow rate up to 69bar (1000psi) to increase productivity. Once clamping the specimen the pressure will then increase to the full pressure at the slower flow rate.
The 2718-550 hydraulic grip pump is activated by a footswitch, while a handset provides close/open functionality of each grip independently. The gripping pressure is easily configured by an electrical adjustment knob located on the front of the pump.
| Grip Type | Static Load Capacity | Catalog No. |
| Advanced Hydraulic Wedge Action Grips | ±130 kN | 2743-401 |
| Advanced Hydraulic Wedge Action Grips | ±312 kN | 2742-501 |
| Advanced Hydraulic Wedge Action Grips | ±600 kN | 2742-601 |
| Hydraulic Dual Side Action Grips | 250 kN | W-5450 |
| Hydraulic Dual Side Action Grips | 600 kN | W-5420 |
| Compatible Frame Models | Suitable for 2742-301, 501, 601, and 2743-401 hydraulic grips for tension applications only. |
| Flow Rate | 4.92 l/m (1.3 GPM) to 1000 psi | 0.98 l/m (0.26 GPM)to 3200 psi |
| Maximum Gripping Pressure | 207 bar (3000 PSI) for use with wedge grips | 138 bar (1900 PSI) for use with side acting grips |
| Oil Capacity | 30 L (8 gal) |
| Oil Type | Mineral or synthetic viscosity ISO grade 32 |
| Operating Weight | 108 kg (237 lb) |
| Overall Dimensions | 448×575×1156 mm (17.6×22.6×45.5 in) |
| Power Requirements | 120 VAC 60 Hz 15A or 240 VAC 60 Hz 7A |
| Pressure Readout (Upper and Lower Grip) | 0 to 340 bar (0 to 5000 psi) |
| Shipping Weight | 142 kg (314 lb) |
Includes:
| Accessory Length | 60.3 mm (2.375 in) |
|---|---|
| Lower Fitting | M12x1.75mRH |
| Specimen Diameter | (0.375 - 1.000 in) |
| Torque Capacity | 57 Nm (500 in-lb) |
| Upper Effective Length | 47.6 mm (1.875 in) |
| Upper Fitting | M12x1.75mRH |
Capacity: 2 kN
Size: 180 x 180mm (7.1 X 7.1 in) Drip tray.
Lower fitting: 1/2 in clevis, male.
Upper fitting: Requires a food fixture.
Provides a 6 mm clevis, female connection to directly mount other accessories
| Lower Fitting | 0.5 in Clevis Pin (Type Dm) |
| Upper Fitting | Requires Food Fixture |
The active controlled pitch simulation load unit offers a significant advantage through more realistic crash simulations and better reproduction of the dummy injury criteria. In a frontal impact, the deceleration and deformation of the vehicle body is almost always accompanied by a movement in the vertical plane. In most cases, this movement is a combination of a rotation around a point in the space in front of the vehicle with an additional vertical movement.
Pitching in crash events directly influences the acceleration and the movement path of the occupant during an impact. These movements together with the strong frontal deceleration during the impact determine the severity of the injury in interaction with the seatbelt and airbag. One focus of security system development is the management of the Head Injury Criteria (HIC) value. Earlier analyzes have shown up to 40% difference between the HIC values of sled tests with and without the possibility of pitch motion simulation. Further influences are found for neck accelerations and belt forces.
The Instron CSA systems with active pitch simulation are currently successfully used by 14 customers.
Back to CSA
Includes micrometer with ratchet, digital indicator, stand, foot switch, USB interface, and connecting cables.
Range: 0 - 25.4 mm (0 - 1.0 in)
Resolution: 0.001 mm (0.00005 in)
Instron® testing systems provide an accurate measurement of force during a test, but in order to produce accurate stress results, you must measure the specimen and get the dimensional data into Bluehill® Universal Software. While digital instruments, such as micrometers, can provide accurate measurements, using them properly takes time and requires the operator to manually enter the dimensional data into the software.
Suitable for testing frequencies above 15Hz
| Compatible Frame Models | Isolation mounts for 8801 or 8516 (1 set). For testing frequencies above 15Hz. |
Includes vertically mounted gage probe with indicator, stand, tip set, footswitch, USB interface, and connecting cables.
Range: 0 - 25 mm (0 - 1.0 in)
Resolution: 0.001 mm (0.00005 in)
Instron® testing systems provide an accurate measurement of force during a test, but in order to produce accurate stress results, you must measure the specimen and get the dimensional data into Bluehill® Universal Software. While digital instruments, such as micrometers, can provide accurate measurements, using them properly takes time and requires the operator to manually enter the dimensional data into the software.
Biaxial Extensometer 50 mm Axial Gauge Length providing 2 independent axial and one transverse strain measurement.
Features:
Transverse travel +/- 0.5 mm (Strain range depends on specimen width)
The extensometer provides 2 independent axial outputs along with a single transverse output and requires 3 sensor channels. It has electrical calibration and is self-identifying with 3300, 3400, 4200, 4300, 4400, 4500, 5500, 5800, 5900, 6800, 8500, 8800 Tower, and 8800MT Series Systems. The extensometer is supplied with a single set of conical point specimen contacts.
| Axial Travel | -0.5 to +1.25 mm |
|---|---|
| Gauge Length | 50 mm |
| Maximum Crosstalk | 0.5% of FS |
| % Travel (Axial) | -1 to 2.5% |
| Specimen Diameter | 0.1 to 34 mm (0.004 to 1.34 in) |
| Specimen Thickness | 0.1 to 34 mm (0.004 to 1.34 in) |
| Specimen Width | 0.1 to 55 mm (0.004 to 2.17 in) |
| Temperature Rating | -200 to +200°C (-328 to +392°F) |
| Travel (Transverse) | ±0.5 mm |
Capacity: 500 N (100 lb, 50 kgf)
Includes a single grip with lead pull jaw faces.
Temperature range: 0°C to 60°C (32°F to 140°F).
Fitting: Type Om (12 mm connection with 6 mm clevis pin). The pneumatic lead pull grip is a parallel action pneumatically operated vice action grip fitted with needle nose jaw faces for lead pull testing.
Requires an automatic air kit.
1 Grip Only.
| Capacity | 0.5 kN (112 lbf) |
| Temperature Rating | 0 to +60°C (32 to +140°F) |
| Upper Fitting | 6 mm clevis pin (Type Om) |
Capacity 36 kN (8,000 lb, 3,600 kg).
Minimum specimen diameter: 0.8 mm (0.031 in).
Maximum specimen diameter: 6.35 mm (0.250 in).
Upper and lower fittings: Type Dm (1.25 in connection with 0.5 in clevis pin).
| Accessory Height | 152 mm (6 in) |
|---|---|
| Accessory Width | 139 mm (5.5 in) |
| Capacity | 36 kN (8000 lbf) |
| Effective Length | 213 mm (8.375 in) |
| Lower Fitting | 1/2 in clevis pin (Type Dm) |
| Specimen Diameter | 0.8 - 6.5 mm (0.0312 - 0.25 in) |
| Temperature Rating | +10 to +40°C (+50 to +150°F) |
| Upper Fitting | 1/2 in clevis pin (Type Dm) |
Features:
90mm bore diameter, 358mm overall height (furnace only)
Three-zone split furnace configuration with durable embedded heating elements
1000 °C (1832 °F) nominal maximum specimen temperature (dependent on load string configuration)
300 - 600 °C (572 - 1112 °F) nominal minimum specimen temperature (dependent on load string configuration and test conditions)
High efficiency insulation (refractory ceramic fibre free)
Extensometer cut-out, full width, 76 mm high
Extensometer slot 40 mm high x 15 mm wide
Nominal power rating 3kW
Includes side port insulation plug for blanking extensometer slot.
Requires temperature controller with thermocouples, support brackets, and top/bottom insulating port plugs (not included)
Z-Direction Tensile.
Fixture includes two test blocks and tabs.
Requires a set of grips, not included.
| Description | TAPPI T541 Internal Bond Strength of Paperboard. Z-Direction Tensile. |
|---|---|
| Lower Fitting | Requires upper and lower grip |
| Testing Standards | TAPPI T541 |
| Upper Fitting | Requires upper and lower grip |
Fatigue Rated 3 Point Bend Fixture, 100 kN (22 kip) Dynamic Capacity, With 25mm (1.0 in) Diameter Rollers
Includes: One upper roller, 25 mm (0.97 in) Diameter
Requires: fatigue rated adapters
| Accessory Height | 270 mm (10.54 in) |
| Accessory Weight | 20 kg (44 lb) |
| Accessory Width | 352 mm (14 in) |
| Anvil Diameter | 25 mm (0.98 in) |
| Capacity | 100 kN (22,500 lbf) |
| Loading Span | 0 mm (0 in) |
| Lower Fitting | M30 RH (Type If) |
| Specimen Width | 0 - 50 mm (0 - 2 in) |
| Static or Fatigue Rated | Fatigue |
| Support Span | 10 - 250 mm (0.39 - 10 in) |
| Temperature Rating | -100 to +350 °C (-148 to +660 °F) |
| Upper Effective Length | 90 mm (3.54 in) |
| Upper Fitting | M30 RH (Type If) |
Side crashes are the second most common type of accident. They cause the highest number of critical injuries relative to the accident rate. One reason for this is the spatial proximity of the occupant to the deformation zone. There are different test standards for the side impact. These are the side crash according to ECE-R95 (European standard) and FMVSS-214 (US standard) as well as the tests given in the consumer protection programs. In addition to the actual side impact test, there is also a Pole Side Impact test according to Euro NCAP.
Side-crash simulations on sled systems are carried out for the development of safety restraint systems. These tests begin in an early phase of the development of the whole vehicle. However, prototype parts are not always available at this time and the price of these parts is very high. For the non-destructive sled test, substantially fewer parts are needed than in a destructive test procedure. For example, a seat can be used multiple times, and the door structure with the door trim can last a whole series of tests. Since many of the test components can be re-used, a new test can be set-up in a short time. In addition to the standard side impact simulation unit, Instron can also offer additional sled options for intrusion simulation.
Instron have also successfully integrated proven structures from external partners for intrusion simulation
Back to CSA.
Two chucks are provided
NOTE: Capacity is dependant on specimen geometry. When testing smooth, round specimens, the fixture may not be able to reach full capacity without slippage.
| Accessory Length | 96.5 mm (3.80 in) |
|---|---|
| Lower Fitting | M12x1.75mRH |
| Specimen Diameter | 9.5 mm (0.375 in) |
| Torque Capacity | 22.5 Nm (200 in-lb) |
| Upper Effective Length | 76.2 mm (3.00 in) |
| Upper Fitting | M12x1.75mRH |
250 kN (56 kip) Dynamic Capacity, With 100mm (4.0 in) Diameter Upper Roller and 50mm (1.97 in) Diameter Lower Rollers
Requires: fatigue rated adapters
| Accessory Height | 480 mm (18.9 in) |
|---|---|
| Accessory Weight | 130 kg (286 lb) |
| Accessory Width | 900 mm (35.43 in) |
| Capacity | 250 kN (56,250 lbf) |
| Loading Span | 0 mm (0 in) |
| Lower Fitting | M48 RH (Type IIf) |
| Specimen Width | 0 - 100 mm (0 - 4 in) |
| Static or Fatigue Rated | Fatigue |
| Support Span | 100 - 600 mm (3.94 - 23.6 in) |
| Temperature Rating | +10 to +40°C (+50 to +150°F) |
| Upper Effective Length | 190 mm (7.4 in) |
| Upper Fitting | M48 RH (Type IIf) |
150 kN (15,000 kg, 33,750 lbs) capacity T-Grip Bodies
| Accessory Height | 177.8 mm (6.5 in) |
| Accessory Width | 279.4 mm (11 in) |
| Capacity | 150 kN (33,750 lbf) |
The most common complication after a rear impact and a feared cause of chronic disorders is the whiplash injury. Preventive measures such as the optimization of the seat structure and head rest are proven measures to protect the occupant.
For the development and testing of the interaction between the occupant, the seat and the head rest, appropriate test methods have been developed. The current pulse requirements for rear-end impact tests at low speed are defined in the consumer protection programs (EuroNCAP) or in the USA by third party and legal regulations (IIHS Highway Insurance Institute and FMVSS202a) and other agencies worldwide.
In order to meet the high accuracy requirements of these tests, Instron has developed an expansion package that allows the highly dynamic CSA to be operated extremely precisely at a lower acceleration range. Special low - pressure supplementary equipment reduces the operating pressure of the sled system and thereby optimizes its dynamics according to the requirements of the Whiplash test specifications.
Back to CSA.
Capacity: 5.0 kN (1,000 lb, 500 kg).
Temperature range: -10 °C to 80 °C (14 °F to 176 °F).
Maximum specimen diameter: 2 mm (0.08 in).
Upper and lower fittings: Type Dm (1.25 in connection with ½ in clevis pin).
Requires a rigid coupling and an Automatic Air Control Kit or Pneumatic Foot Switch
The Instron® pneumatic tire cord grips provide a convenient method for clamping tire cord and braided wire during testing. A guide pin allows for easy loading onto a graduated radius cam, which provides a stress-reduced clamping area on the specimen. The clamping mechanism can be activated either automatically or through a footswitch, which allows for hands-free grip operation enabling the specimen to be held with both hands for easy loading. Pneumatic cord and yarn grips provide selectable clamping force to accommodate different materials and excellent follow-up action that compensates for decay of the holding force due to specimen creep.
Maximum specimen diameter: 13 mm (0.5 in). Capacity: 500 N (100 lb, 50 kg).
Temperature range: 0 °C to 100 °C (32 °F to 212 °F).
Fitting: 6 mm clevis, male.
Minimum specimen diameter: 1.5 mm (.06 in).
Weight: 340 g (.75 lb). Includes one chuck.
Flat-end puncture probes produce a shear stress in the specimen. The force required to cause shearing as the probe penetrates the specimen relates to texture properties such as firmness and hardness.
This guide provides instructions on how to use your components and other frequently performed operating tasks. This manual covers four types of grips: a set of mechanical action wedge grips, manually operated screw grips, a set of chuck grips similar to the chuck on an electric drill, and a set of pincer-action fiber grips. The four types of grips described are covered throughout this manual. The manual is divided into chapters covering description, specifications, installation, operation, maintenance, and parts breakdown. The chapters are subdivided into information about each type of grip.
Provides an integrated polycarbonate based guard with a hinged door to prevent operator access to test space when the E3000 is at high power. The guard is also designed to minimize hazards associated with specimen failure.
Includes interlock with ElectroPuls controller to prevent the instrument being switched into high power mode whilst the door is open. Also includes key-switch to over-ride the interlock in extreme cases allowing the machine to operated at high power with the guard door open.
NOTE: Only compatible with 8800 Tower controller
| Accessory Depth - Door Closed | 542 mm (21.3 in) |
| Accessory Depth - Door Open | 1086 mm (42.8 in) |
| Accessory Height - Door Closed | 1283 mm (50.5 in) |
| Accessory Height - Door Open | 1283 mm (50.5 in) |
| Accessory Width - Door Closed | 948 mm (37.3 in) |
| Accessory Width - Door Open | 1234 mm (48.6 in) |
Set includes:
| Accessory Length | 111.1 mm (4.375 in) |
|---|---|
| Lower Fitting | M12x1.75mRH |
| Specimen Diameter | 0.80 - 6.30 mm (0.0313 - 0.2500 in) |
| Torque Capacity | 225 Nm (2000 in-lb) |
| Upper Effective Length | 85.7 mm (3.375 in) |
| Upper Fitting | M12x1.75mRH |
Overview:
EFI software compatibility:
Provides an integrated polycarbonate based guard with a hinged door to prevent operator access to test space when the E20000 is at high power. The guard is also designed to minimize hazards associated with specimen failure.
Includes interlock with ElectroPuls controller to prevent the instrument being switched into high power mode whilst the door is open. Also includes key-switch to over-ride the interlock in extreme cases allowing the machine to operated at high power with the guard door open.
NOTE: Only compatible with 8800MT controller
| Accessory Depth - Door Closed | 601 mm (23.7 in) |
| Accessory Depth - Door Open | 1427 mm (56.18 in) |
| Accessory Height - Door Closed | 1295 mm (50.98 in) |
| Accessory Height - Door Open | 1295 mm (50.98 in) |
| Accessory Width - Door Closed | 1072 mm (42.20 in) |
| Accessory Width - Door Open | 1872 mm (73.70 in) |
Provides an integrated polycarbonate based guard with a hinged door to prevent operator access to test space when the E10000 is at high power. The guard is also designed to minimize hazards associated with specimen failure.
Includes interlock with ElectroPuls controller to prevent the instrument being switched into high power mode whilst the door is open. Also includes key-switch to over-ride the interlock in extreme cases allowing the machine to operated at high power with the guard door open.
NOTE: Only compatible with 8800MT controller
| Accessory Depth - Door Closed | 496 mm (19.5in) |
| Accessory Depth - Door Open | 1286 mm (50.65in) |
| Accessory Height - Door Closed | 1304 mm (51.34in) |
| Accessory Height - Door Open | 1304 mm (51.34in) |
| Accessory Width - Door Closed | 1054 mm (41.5in) |
| Accessory Width - Door Open | 1296 mm (51.02in) |
The Smart-Close Air Kit (catalog no. 2701-095), compatible with all 3400 and 6800 Series frames, is a system integrated option that allows for monitoring and control of pneumatic pressure to Instron’s pneumatic grips.
| Compatible Frame Models | 3400 Series, 6800 Series |
|---|---|
| Inlet Connection Type | ¼” OD hose |
| Maximum Input Pressure | 8.3 bar (120psi) |
| Maximum Output Pressure | 6.9bar (100psi) |
Capacity: 1.0 kN (225 lb, 100 kg).
Temperature range: -70 °C to 260 °C (-100 °F to 500 °F).
Maximum specimen diameter: 3.175 mm (0.125 in).
Upper and lower fittings: pneumatic connection.
Requires pneumatic pullrods and an Automatic Air Control Kit or Pneumatic Foot Switch
| Accessory Weight | 2.8 kg (6.2 lb) |
| Capacity | 1 kN (225 lbf) |
| Lower Fitting | Pneumatic connection |
| Specimen Diameter | 0 - 3.2 mm (0 - 0.125 in) |
| Temperature Rating | -70 to +260 °C (-100 to +500 °F) |
| Upper Effective Length | 154 mm (6.1 in) |
| Upper Fitting | Pneumatic connection |
Two types of bend fixtures are available for evaluating the ductility of plate specimens and welded ferrous and non-ferrous materials. The main difference between the two fixtures is in the base, the guided bend test fixture has a fixed span base, while the weld bend test fixture has an adjustable span base.
Both fixtures use plungers or loading struts with a fixed diameter nose for testing a particular specimen thickness. The plungers are attached to the adjustable crosshead using the grip bumper plate or a threaded adapter.
The base is equipped with a dowel hole in the center so that it can be doweled to the compression table and kept from sliding during a test. This also will maintain the alignment of the plunger in relation to base so that the force is applied in the center of the span.
The hardened rollers in the base are captured but free to rotate to allow the specimen to slide as the plunger moves between the rollers. The depth of the base will typically allow up to a full 180 degree bend in the specimen.
The bending force is applied as the specimen is forced against the plunger, either as the base is raised with the table or as the crosshead moves down depending on the frame being used. The plunger forces the specimen into a 180 degree bend against the rollers on the base.
On the weld bend test fixture, one half of the base can be adjusted to one of four different positions to allow for testing different thickness specimens. A separate plunger or strut is required for each thickness specimen, several struts are available depending on the fixture.
Guided bend fixtures have a fixed span base and a single diameter loading strut or plunger to form a complete assembly. Specimen loading is carried the same as with the weld bend fixture though a separate assembly must be purchased for each specimen thickness.
Guided-Bend / Weld Bend Test Fixture, Adjustable Span for "U" bend tests of plane plate or welded flat specimens.
Fixture consists of a t-slot base with adjustable span supports supported by two tie rods.
Fixture specifications:
100kN (22,500 lbf) if installed fully supported
If installed with overhang, capacity is rated per below
Capacity = 100kN (22,500 lbf) where x < 125mm (5 in)
Capacity (kN) = 12,600/x when x > 125 mm
Capacity (lbf) = 111,900/x when x > 5 in
Where x = distance from end of machine loading table
to lower flexure support
Fixture meets the following US and International standards:
ASTM A370-07a, ASTM E190-92, ASTM E290-97a, ANSI/AWS B4.0-98, API 1104, API 5L, AS 2205.3.1, ASME IX 2004, JIS Z2248, GOST 14019 (for specimens 19 to 38.1 mm thick), ISO 5173, ISO 7438, EN ISO 15630-1, EN 910.
Notes:
Includes 0.5, 1.0, 1.5, 2.0 inch diameter loading noses.
CAUTION:
Most standards require loading nose diameters of 4 x specimen thickness. However, some standards allow for other diameter loading noses to be specified locally or as agreed between vendor and customer. It is the customer's responsibility to ensure the proper size loading noses are ordered.
Note: Other size loading noses available individually or in sets as special order.
Metric Loading Nose Set for Guided Bend / Weld Bend Test Fixture. Includes 12, 16, 20, 24, 32, 40, 48 mm diameter loading noses.
CAUTION:
Most standards require loading nose diameters of 4 x specimen thickness. However, some standards allow for other diameter loading noses to be specified locally or as agreed between vendor and customer. It is the customer's responsibility to ensure the proper size loading noses are ordered.
Note: Other size loading noses available individually or in sets as special order.
| Anvil Diameter | 38.1 mm (1.5 in) |
| Capacity | 100 kN (22,500 lbf) |
| Lower Fitting | 12.7 mm (0.5 in) |
| Specimen Width | up to 76 mm (up to 3.0 in) |
| Support Span | 0-250 mm (0-10 in) |
| Upper Fitting | Refer to W-6810-A/-B |
Designed in accordance with international standards such as ASTM E399, E647 & E1820
Rated Capacity: ±10kN Dynamic, 20kN Static
Temperature Range: -50 to 315°C
Includes:
Note: Requires 2780-120 for use with a standard 3119-600 Series Chamber
| Capacity | ±10 dynamic, 20 static kN ( ±2200 dynamic, 4500 static lbf) |
|---|---|
| Specimen Width | 12.5 mm (0.49 in) |
| Testing Standards | ASTM E399, ASTM E647, ASTM E1820 |
±25kN / ±100Nm Fatigue Rated Hydraulic Wedge Grips for 8874 System
8874 machine requires 8000-049 attachment kit if load cell is fitted to actuator
Requires: Jaw faces (select from 2703-801 to 804 as required) and 207 Bar (3000psi) grip controller
Quantity: 2 grips
±25 kN/100 Nm (5.6 kip/0.6 kip-in) Axial/Torsional Hydraulic Grips catalog number 8260C
Load Frame Support Base/Extension for Models 4481, 4482, 4484, 4485, 5881, 5882, 5884, 5885, 5885H, 5982, 5984, 5985 load frames. Adds approximately 295 mm (11.6 in) to overall load frame height. An accessory storage drawer is included. For use with single test space, standard height and width load frames only.
Requires stabilizers if ordered with second test space and/or extra height.
Beyond extra height, stabilizers must be bolted to floor.
| Accessory Depth | 757 mm (29.8 in) |
| Accessory Height | 300 mm (12 in) |
| Accessory Width | 1130 mm (44.5 in) |
| Compatible Frame Models | Models 44481, 4482, 4484, 4485, 5881, 5882, 5884, 5885, 5885H, 5982, 5984, 5985 load frames |
Hand Held Automatic Caliper Measurement System with Carbide Tips. Includes a hand held caliper with digital indicator, carbide tips, footswitch, USB interface and connecting cables.
Range: 0 - 150 mm (0 - 6 in)
Resolution: 0.01 mm (0 .0005 in)
Instron® testing systems provide an accurate measurement of force during a test, but in order to produce accurate stress results, you must measure the specimen and get the dimensional data into Bluehill® Universal Software. While digital instruments, such as micrometers, can provide accurate measurements, using them properly takes time and requires the operator to manually enter the dimensional data into the software.
207 Bar (3000psi) Hydraulic Grip Controller And Manifold
Suitable for use on 8801/2/3/4 and 8871/2/4 machines. Provides opening and closing control of the grips with adjustable gripping pressure and handset controls. Includes hoses for connection to the grips and to the system's hydraulic supply.
Designed to be bolted to the table of the testing machine (may require addition of tapped holes).
| Compatible Frame Models | 8801/2/3/4, 8871/2/4, 8511, 8516, and 8502/3/4/5/6. |
| Description | Hydraulic Grip Controls for Servohydraulic Test Systems |
100 kN (10,000 kg, 22,500 lbs) capacity T-Grip Bodies.
| Accessory Height | 177.8 mm (7 in) |
| Accessory Width | 152.4 mm (6 in) |
| Capacity | 100 kN (22,500 lbf) |
| Lower Fitting | 0.75 in-10mRH |
| Specimen Diameter | 0 - 12.7 mm (0 - 1.000 in) |
| Specimen Thickness | 0 - 12.7 mm (0 - 0.500 in) |
| Specimen Width | 25.4 mm (1.000 in) |
| Upper Effective Length | 177.8 mm (7 in) |
| Upper Fitting | 0.75 in-10mRH |
Capacity: 5.0 kN (1,000 lb, 500 kg).
Incorporates a grooved channel for specimen guidance.
Temperature range: -10 °C to 80 °C (14 °F to 176 °F).
Maximum specimen diameter: 2 mm (0.08 in).
Upper and lower fittings: Type Dm (1.25 in connection with ½ in clevis pin).
Requires a rigid coupling and an Automatic Air Control Kit or Pneumatic Foot Switch
The Instron® pneumatic tire cord grips provide a convenient method for clamping tire cord and braided wire during testing.
The cold bend fixture consists of a base with two infinitely adjustable supports and a plunger (loading strut). Different size bending pins can be ordered to mount on the loading strut to change the radius of the bend. The fixture is designed to bend steel into a "U" shape bend. The finished bend can be near (but never more than) 180 degrees.
Conforms to ASTM A615, A706, A966A and BS4449. The heavy duty base with adjustable span is designed to perform a nominal 90 / 180 degree bend test on # 3 through # 18 (M8-M50) reinforcement bar (rebar), when used with the appropriate bending pins.
The loading strut is mounted in the compression space of a testing machine. The fixture base rests on the machine table and is aligned with the loading strut using a centering pin.
The supports are adjustable to any desired span using a scale that has an origin at the center of the base. Both English and Metric scales are located on the base. The supports clamp to the base by T-slots and use threaded rods to resist deflection during loading. The base is designed to be supported by the machine table or base and can only achieve full capacity when supported with an overhang of 64 mm (2.5 in) or less on each side.
Cold Bend Testing Fixture for bend testing of steel reinforcement bars in general accordance with Specifications; ASTM A615, A706, A996A, & BS4449
A heavy duty table mounted base fixture with an adjustable span is designed for performing the nominal 90 / 180 degree bend tests on #3 through #18 (M8-M50) rebar, when used with the appropriate loading pins. A loading strut, capable of accepting various diameter bending pins, is provided and must be adapted to the adjustable crosshead.
Specifications:
Capacity = 200kN (45,000 lbf) where x < 64mm (2.5 in)
Capacity (kN) = 12,600/x when x > 64 mm
Capacity (lbf) = 111,900/x when x > 2.5 in
(Pin sets based on specification standards and specimen sizes offered separately)
Combined Weight (without bending pins): 83 kg (183 lbs)
| Capacity |
200 kN (45000 lbf) |
|---|---|
| Lower Fitting | Centering Pin (1/2 in set screw) |
| Specimen Width |
76 mm (3 in) |
| Support Span |
0-480 mm (0-19 in) |
| Upper Fitting | Type R1 (1.0 in holding button) |
Anvil diameter: 6.4 mm (0.25 in).
For fabric specimens up to 76 mm (3 in) wide.
Per ASTM D-4964.
| Accessory Weight | 0.5 kg (1.1 lb) |
| Accessory Width | 108 mm (4.3 in) |
| Anvil Diameter | 6.4 mm (0.25 in) |
| Capacity | 2.5 kN (560 lbf) |
| Lower Fitting | 6 mm Clevis Pin (Type Om) |
| Specimen Width | 76 mm (3 in) |
| Temperature Rating | +10 to +40 °C (+50 to +100 °F) |
| Testing Standards | ASTM D 4964 |
| Upper Effective Length | 97 mm (3.8 in) |
| Upper Fitting | 6 mm Clevis Pin (Type Om) |
Capacity 600 kN (135,000 lbf, 60,000 kgf)
Specimen Range:
Minimum Specimen Length without the use of an extensometer is 300 mm (11.8 in)
Ambient temperature use only.
Upper and Lower Fittings: Type IIAf RH (M72x3p RH)
Weight Per Grip Body: 327 kg (720 lb)
Grip Body Dimensions W x L x D: 546 x 451 x 203 mm (21.5 x 17.75 x 8 in)
Grip faces sold separately use: W-5197 & W-5198 series grip faces
Configuration Notes:
| Accessory Weight | 327 kg (720 lb) |
| Accessory Width | 546 mm (21.5 in) |
| Capacity | 600 kN (135,000 lbf) |
| Lower Fitting | Type IIAf RH (M72x3P RH) ( ) |
| Temperature Rating | 10-38 °C (50-100 °F) |
| Upper Effective Length | 499 mm (19.625 in) |
| Upper Fitting | Type IIAf RH (M72x3P RH) ( ) |
Capacity: 2 kN
For use with food testing Drip Tray S5400A.
Dimensions: 95 x 95 x 80 mm (3.7 x 3.7 x 3.1 in) height.
Lower fitting: Drip Tray S5400A.
Upper fitting: Requires a food fixture.
| Lower Fitting | Drip Tray S5400A |
|---|---|
| Upper Fitting | Requires Food Fixture |
Dynamic Extensometer for direct strain measurement and closed loop strain control. Suitable for tensile, compressive & fatigue testing, the extensometer has a 25mm gauge length with a travel of +12.5mm to -2.5mm giving +50% to -10% strains.
It includes an extender to give a gauge length of 50mm and strain of +25% to -5% strain.
Temperature range: -80C to +200C. Compatible with 8800 and 8500Plus controllers.
May be immersed in acetone, silicone or alcohol.
| Accessory Height | 69 mm (2,72 in) |
|---|---|
| Accessory Weight | 0,02 kg (0,044 lb) |
| Accessory Width | 21 mm (0,83 in) |
| Gauge Length | 25 et 50 mm (0,98 et 1,97 in)) |
| Specimen Diameter | 3 - 25 mm (0.12 à 1 in) |
| Specimen Thickness | 3 - 12,5 mm (0,12 - 0,5 in) |
| Specimen Width | 0 - 25 mm (0 - 1 in) |
| Static or Fatigue Rated | Fatigue |
| Temperature Rating | -80 à +200°C (-112 à +392°F) |
| % Travel (Axial) | +50 à -10 et +25 à -5% |
Peel angle: Settable at 30, 45, 60, 90, 120, 135 or 150 degrees.
Fitting: Type Om (12 mm connection with 6 mm clevis pin). Maximum operating temperature : 60°C (140°F).
The miniature variable angle peel fixture is designed for determining the bond and peel strength of microelectronics components like copper runners, films, tapes etc. when peeled from circuit board, substrates or components.
Through the use of a special linkage system, the peel angle is maintained constant during the test.The substrate or component is clamped to the table of the fixture via an "up-down" clamping system.
The moving table is then attached to the actuator or crosshead of the test system. The motion of the actuator or crosshead creates movement on the clamp base but only peel forces are sensed and recorded.
| Capacity | 1 kN (225 lbf) |
| Lower Fitting | 6mm clevis pin (Type Om) |
| Notes | Peel angles of 30,45,60,90,120,135 and 150 deg. |
| Temperature Rating | 10 - 60 °C (50 - 140 °F) |
| Upper Fitting | Requires upper grip |
Capacity: 100 kN (20,000 lb, 10,000 kg)
Upper and lower fittings: Type Dm (1.25 in connection with 1/2 in clevis pin)
Maximum specimen thickness: 40 mm (flat)
Maximum specimen width: 75 mm (flat)
Maximum specimen diameter: 50 mm (round)
Clamping length: 70 mm
Temperature range: ambient only
Requires faces
Includes an air distribution kit with both, 1/4 NPTM (7/16-20), and 1/4 inch hose barb end connections
An Automatic Air Control Kit or Footswitch is recommended
| Accessory Weight | 52 kg (114 lb) |
| Accessory Width | 300 mm (11.8 in) |
| Capacity | 100 kN (22,500 lbf) |
| Lower Fitting | 0.5 in clevis pin (Type Dm) ( ) |
| Temperature Rating | 5 to 65°C (40 to 150°F) |
| Upper Effective Length | Upper: 323 Lower: 323 mm (Upper: 12.7 Lower: 12.7 in) |
| Upper Fitting | 0.5 in clevis pin (Type Dm) |
Biaxial Extensometer 25 mm Axial Gauge Length providing two independent axial and one transverse strain measurement.
Features:
Transverse Travel +/- 0.5 mm (Strain range depends on specimen width)
The extensometer provides 2 independent axial outputs along with a single transverse output and requires 3 sensor channels. It has electrical calibration and is self-identifying with 3300, 3400, 4200, 4300, 4400, 4500, 5500, 5800, 5900, 6800, 8500, 8800 Tower, and 8800MT Series Systems.
| Axial Travel | -0.5 to +1.25 mm |
| Gauge Length | 25 mm |
| Maximum Crosstalk | 0.5% of FS |
| % Travel (Axial) | -2 to +5% |
| Specimen Diameter | 0.1 to 34 mm (0.004 to 1.34 in) |
| Specimen Thickness | 0.1 to 34 mm (0.004 to 1.34 in) |
| Specimen Width | 0.1 to 55 mm (0.004 to 2.17 in) |
| Temperature Rating | -200 to +200°C (-328 to +392°F) |
| Travel (Transverse) | ±0.5 mm |
The Custom Solutions group at Instron has been developing accessories for unique thermal applications to meet our customers’ unique needs for decades. Your specimen acts differently in different environments and your testing should match, that's why we will develop thermal testing accessories that allow the ultimate flexibility in testing. Whether your testing in super cooled or extremely heated environments using a new frame or using your current set-up, we will work diligently to understand your goals and ensure they are met or exceeded. Please browse the gallery above to see some of our recent projects.
See our existing customized thermal solutions specific applications.
Biaxial Extensometer 25 mm Axial Gauge Length providing one averaged axial and one transverse strain measurement.
Features:
Meets ASTM E82 B-1, ISO 9513 grade 0.5 and ISO 527 (annex C)
Transverse Travel: +/-0.5 mm (Strain range depends on specimen width)
The extensometer provides a single averaged axial output along with a single transverse output and requires 2 sensor channels. It has electrical calibration and is self-identifying with 3300, 3400, 4200, 4300, 4400, 4500, 5500, 5800, 5900, 6800, 8500, 8800 Tower, and 8800MT Series Systems.
| Axial Travel | -0.5 to +1.25 mm ( in) |
| Gauge Length | 25 mm ( in) |
| Maximum Crosstalk | 0.5 % of FS ( ) |
| % Travel (Axial) | -2 to +5 % ( ) |
| Specimen Diameter | 0.1 to 34 mm (0.004 to 1.34 in) |
| Specimen Thickness | 0.1 to 34 mm (0.004 to 1.34 in) |
| Specimen Width | 0.1 to 55 mm (0.004 to 2.17 in) |
| Temperature Rating | -200 to +200 °C (-328 to +392 °F) |
| Travel (Transverse) | ±0.5 mm ( in) |
Two chucks are provided.
NOTE: Capacity is dependant on specimen geometry. When testing smooth, round specimens, the fixture may not be able to reach full capacity without slippage.
| Accessory Length | 96.5 mm (3.80 in) |
|---|---|
| Lower Fitting | M12x1.75mRH |
| Specimen Diameter | 9.5 mm (0.375 in) |
| Torque Capacity | 22.5 Nm (200 in-lb) |
| Upper Effective Length | 76.2 mm (3.00 in) |
| Upper Fitting | M12x1.75mRH |
Designed for low mass and high stiffness, the Instron camera outriggers provide a stable mounting point for high speed cameras whilst preserving the performance of the test system.
Includes 4 individual support fixtures for mounting and adjusting cameras on the sled. Proven design maintains access to the test object from both sides of the sled to facilitate test set up and exchange of test components.
Allows installation of up to 4 cameras with 5kg mass each.
| Accessory Height | 30 mm (1.2 in) |
| Accessory Weight | 0.015 kg (0.033 lb) |
| Accessory Width | 18 mm (0.7 in) |
| Gauge Length | 10 mm |
| Static or Fatigue Rated | Fatigue |
| Temperature Rating | -200 to +200°C (-328 to +392°F) |
Puncture Fixture per ASTM D5748-95, D4649
Capacity: 4.4 kN (1,000 lbf)
Probe: Tip with 0.75 in pear shaped, Teflon coated with 11 in shaft
Clamping ring inner diameter: 4 in
Lower fitting: Type Dm (1.25 in connection with 1/2 in clevis pin)
Upper fitting: Type Om (12 mm connection with 6 mm clevis pin)
Includes a 6 in square specimen cutting template
Suitable for both low force dynamic and static testing along with dental standards ISO 9917, ISO 6872, ISO 4049 or ISO 20795 the low-force 3-Point bend fixture is designed to be compatible with ElectroPuls E1000. The specimen is supported on two lower anvils and the load is applied in the center of the specimen by a single upper anvil. The t-slot base allows adjustment of the lower span from 15 - 80mm (0.59 - 3.15in) allowing for variable specimen lengths and is submersible to be compatible with an optional fluid bath and recirculator.
4-Point Bend Fixture Conversion Kit (2810-605): Used to convert 2810-600 from a 3-point to a 4-point bend fixture, the 4-point bend conversion kit has a variable span of 5 - 40mm (0.19-1.57in) and is suitable for both static and dynamic testing. The test specimen is supported on two lower anvils while the load is evenly applied by two upper anvils.
• 3 kN (675 lbf) capacity
• Support span 15 – 80 mm (0.59 – 3.15 in)
• Bend testing of small components, plastics, wood, and composites
• Specimen shapes: Flat and round
• Suitable for both static & fatigue testing
• Compatible with ElectroPuls E1000
The 3-Point bend fixture is designed to easily provide the capability of a 3-point flexure test; it is suitable for both Dynamic & Static testing. The specimen is supported on two lower anvils and the load is applied in the centre of the specimen by a single upper anvil. The fixture has a variable span from 15 – 80 mm (0.59 – 3.15 in).
1.4" gauge length.
| Gauge Length | mm (1.40 in) |
Digital caliper with carbide standard jaws. Resolution of 0.0005" (0.01mm). Accuracy of ±0.001" (±0.02mm). Repeatability of 0.0005" (0.01mm).
Designed to be used in conjunction with Automatic Data Entry Interface listed separately. Qualifies as one (1) device. Includes case.
Note: This measuring device requires an Automatic Data Entry Interface listed separately for direct entry of measurements into software.
| Description | Caliper, Standard Jaw, 0-12 in (0-300 mm) w/Data Cable |
|---|
Hydraulic Wedge Grips for 1000KPX/KX Frames
Capacity 1000 kN (225,000 lbf, 100,000 kgf)
Includes:
Upper grip: 648 mm (25.5 in)
Lower grip: 457 mm (18 in)
Combination 1" and 2" Manual Gauge Point Punch.
| Gauge Length | mm (1.00/2.00 in) |
Includes probes of 7.9 mm (0.31 in) and 11.1 mm (0.44 in) diameter.
Upper fitting: Requires Chuck 2830-036.
Lower fitting: Requires optional support plates with Drip tray S5400A and Support Frame S4427A.
Flat-end puncture probes produce a shear stress in the specimen. The force required to cause shearing as the probe penetrates the specimen relates to texture properties such as firmness and hardness.
Hydraulic Wedge Action Grips for 1500KX/KPX frames. Capacity 1500 kN (337,500 lbf, 150,000 kgf)
Includes:
Upper grip: 743 mm (29.25 in)
Lower grip: 648 mm (25.5 in)
Capacity: 2 kN
Dimensions: 100 mm x 100 mm (3.9 x 3.9 in) plates.
Four geometries:
Upper fitting: Requires optional probe sets.
Lower fitting: Requires Support Frame S4427A, and Drip Tray S5400A
| Lower Fitting | Requires Drip Tray S5400A and Support Frame S4472A |
|---|---|
| Upper Fitting | Requires optional food probes |
Designed in accordance with international standards such as ASTM E399, E647 & E1820
Rated Capacity: ±50kN Dynamic, 100kN Static
Temperature Range: -50 to 315°C
Includes:
Note: Requires 2780-120 for use with a standard 3119-600 Series Chamber
| Capacity | ±50 dynamic, 100 static kN (±11,500 dynamic, 22,500 static lbf) |
|---|---|
| Specimen Width | 25 mm (0.98 in) |
| Testing Standards | ASTM E399, ASTM E647, ASTM E1820 |
Requires Jaw Faces, 207 bar (3000psi) grip controller and fatigue rated adapters. Quantity: 2 grips
| Capacity | ±500 kN (±112000 lbf) |
|---|---|
| Static or Fatigue Rated | Fatigue |
| Accessory Height | 360 mm (14.17 in) |
| Accessory Width | 400 mm (15.7 in) |
| Accessory Weight | 255 kg (561 lb) |
| Upper Fitting | M72 x 3 RH (Type IIaf) |
| Lower Fitting | M72 x 3 RH (Type IIaf) |
| Temperature Rating | +4 to +65°C (+39 to +150°F) |
Includes:
| Accessory Length | 60.3 mm (2.375 in) |
|---|---|
| Lower Fitting | M12x1.75mRH |
| Specimen Diameter | 10 - 24 mm |
| Torque Capacity | 57 Nm (500 in-lb) |
| Upper Effective Length | 47.6 mm (1.875 in) |
| Upper Fitting | M12x1.75mRH |
Heavy Duty Load Frame Support Table for All Dual Column Table Top Models, including extra high, extra wide versions.
Provides convenient working height and leg room for operation while seated. Capacity: 679 kg (1500lb) evenly distributed load. Table top dimension: 762 x 1524 mm (30 x 60 in). Height adjustable from 635 to 813 mm (25 to 32 in).
The 2910-056 heavy-duty load frame support table optimizes the performance of tabletop testing systems by providing stability and increased safety. The support table maintains a level working surface, distributes the weight of a dual column electromechanical tabletop load frame, and establishes improved ergonomic conditions for users.
Set includes:
| Accessory Length | 94.6 mm (3.725 in) |
|---|---|
| Lower Fitting | M12x1.75mRH |
| Specimen Diameter | 6.30 - 14.25 mm (0.2500 - 0.5625 in) |
| Torque Capacity | 225 Nm (2000 in-lb) |
| Upper Effective Length | 82.6 mm (3.250 in) |
| Upper Fitting | M12x1.75mRH |
Averaging Extensometer 1 in Axial Gauge Length providing a single averaged axial output.
Features:
The extensometer provides a single averaged axial output. It has electrical calibration and is self-identifying with 3300, 3400, 4200, 4300, 4400, 4500, 5500, 5800, 5900, 6800, 8500, 8800 Tower, and 8800MT Series Systems.
| Gauge Length | mm (1 in) |
| Axial Travel | mm (-0.02 to +0.05 in) |
| % Travel (Axial) | -2 to +5 % ( ) |
| Specimen Thickness | 0 - 34 mm (0 - 1.34 in) |
| Specimen Width | 0.1 to 55 mm (0.004 to 2.17 in) |
| Temperature Rating | -200 to 200 °C (-328 to 392 °F) |
| Accessory Height | 40 mm (1.6 in) |
| Accessory Length | 110 mm (4.3 in) |
| Accessory Width | 120 mm (4.7 in) |
+/- 2.5 mm travel
For general purpose transverse or diametral strain measurement
on axially loaded specimens. Used for measurement of Poisson's ratio
on anisotropic materials like many composites and similar applications.
Specifications:
W-E404 Series Transverse Extensometers are designed for measuring transverse displacements. They are self-supporting on the test specimen and will work on any width or diameter specimen from 0 to 25 mm(1 in).
Capacity: 10 N (2 lb, 1 kgf).
Temperature range: -10 °C to 80 °C (14 °F to 176 °F). Maximum specimen width: 3 mm (0.12 in).
Maximum specimen thickness: 0.8 mm (0.03 in).
Weight without lock ring: 45 g.
Weight with lock ring: 80 g.
Upper and Lower fitting: Type Om (12mm connection with 6mm clevis pin).
Grips have one fixed and one moving face and provide a convenient method for clamping miniature specimens.
A large access area for repeatable and accurate specimen alignment is provided, making the grips suitable for testing of miniature specimens like fine wires, thin films or single filaments.
Foot switch actuation means the operator´s hands are free for accurate specimen placement in the grip. The grip is made of lightweight material and is suitable for both monotonic and low cyclic fatigue testing.
Requires an automatic air control kit.
| Capacity | 0.01 kN (2 lbf) |
| Lower Fitting | 6 mm clevis pin (Type Om) |
| Temperature Rating | -10 to +80°C (14 to +176°F) |
| Upper Fitting | 6 mm clevis pin (Type Om) |
Provides an integrated polycarbonate based guard with a hinged door to prevent operator access to test space when the E1000 is at high power. The guard is also designed to minimize hazards associated with specimen failure.
Includes interlock with ElectroPuls controller to prevent the instrument being switched into high power mode whilst the door is open. Also includes key-switch to over-ride the interlock in extreme cases allowing the machine to operate at high power with the guard door open.
NOTE: Only compatible with 8800 Tower controller
| Accessory Depth - Door Closed | 481 mm (18.9 in) |
| Accessory Depth - Door Open | 886 mm (34.9 in) |
| Accessory Height - Door Closed | 876 mm (34.5 in) |
| Accessory Height - Door Open | 876 mm (34.5 in) |
| Accessory Width - Door Closed | 835 mm (32.9 in) |
| Accessory Width - Door Open | 932 mm (36.7 in) |
The quick clamping mechanism allows standardized mounting of any type of structures to the sled. The installation and set-up of the test object can be carried out in preparatory rooms on pallets. The configured pallets are transported to the test sled by a crane and clamped on the sled in just a few minutes.
The pallets can be standardized universal pallets for component tests or pallet frames for the construction of reinforced body shells. Standardized pallets may be used or customers may adapt their own fixtures and test bucks to the Instron quick-clamp system.
Furthermore, the pallet design with the necessary interfaces to the INSTRON quick clamping mechanism can be developed by the test laboratory.
Back to CSA.
Dynamic Extensometer for direct strain measurement and closed loop strain control. Suitable for tensile, compressive & fatigue testing, the extensometer has a 10mm gauge length with a travel of ±1mm giving ±10% strain.
It includes a 15mm extender to give a gauge length of 25mm and ±4% strain and a 40mm extender to give a gauge length of 50mm and strain of ±2%.
Temperature range: -80C to +200C. Compatible with 8800 and 8500Plus controllers. May be immersed in acetone, silicone or alcohol.
| Accessory Height | 59 mm (2,32 in) |
| Accessory Weight | 0,02 kg (0,044 lb) |
| Accessory Width | 21 mm (0,83 in) |
| Gauge Length | 10, 25 et 50 mm (0.49, 0.98 et 1.97 in) |
| Specimen Diameter | 3 - 25 mm (0.12 à 1 in) |
| Specimen Thickness | 3 - 12,5 mm (0,12 - 0,5 in) |
| Specimen Width | 0 - 25 mm (0 - 1 in) |
| Static or Fatigue Rated | Fatigue |
| Temperature Rating | -80 à +200°C (-112 à +392°F) |
| % Travel (Axial) | ±10, ±4 et ±2% |
+/- 0.10 in travel
For general purpose transverse or diametral strain measurement
on axially loaded specimens. Used for measurement of Poisson's ratio,
on anisotropic materials like many composites and similar applications.
Specifications:
W-E404 Series Transverse Extensometers are designed for measuring transverse displacements. They are self-supporting on the test specimen and will work on any width or diameter specimen from 0 to 25 mm(1 in).
Dynamic Extensometer for direct strain measurement and closed loop strain control. suitable for tensile, compressive & fatigue testing, the extensometer has a 12.5mm gauge length with a travel of ±2.5mm giving ±20% strain.
It includes a 12.5mm extender to give a gauge length of 25mm and ±10% strain and a 37.5mm extender to give a gauge length of 50mm and strain of ±5% strain.
Temperature range: -80C to +200C. Compatible with 8800 and 8500Plus controllers. May be immersed in acetone, silicone or alcohol.
| Accessory Height | 56 mm (2,21 in) |
| Accessory Weight | 0,02 kg (0,044 lb) |
| Accessory Width | 21 mm (0,83 in) |
| Gauge Length | 12,5 ; 25 et 50 mm (0.49, 0.98 et 1.97 in) |
| Specimen Diameter | 3 - 25 mm (0,12 à 1 in) |
| Specimen Thickness | 3 - 12,5 mm (0,12 - 0,5 in) |
| Specimen Width | 0 - 25 mm (0 - 1 in) |
| Static or Fatigue Rated | Fatigue ( ) |
| Temperature Rating | -80 à +200 °C (-112 à +392 °F) |
| % Travel (Axial) | ±20, ±10 et ±5 % ( ) |
Capacity: 2 kN
Dimensions: 57.32 mm (2.26 in) diameter x 86 mm (3.39 in) long.
Fitting: 6 mm clevis, male.
| Lower Fitting | Requires suitable lower anvil or support plate |
|---|---|
| Upper Fitting | 6 mm Clevis Pin (Type Om) |
Supports data acquisition for only one transducer (strain gage bridge, LVDT, or +/-10V BNC input).
Includes:
Note: Not recommended for customer installation to an existing tower. Always include service time when quoting as an accessory.
150 kN (15,000 kg, 33,750 lb) capacity T-Grip Bodies
| Accessory Height | 165.1 mm (6.5 in) |
| Accessory Width | 279.4 mm (11 in) |
| Capacity | 150 kN (33,750 lbf) |
| Lower Fitting | M36x4fRH |
| Specimen Diameter | 9.5 - 25.4 mm (0.375 - 1.000 in) |
| Specimen Thickness | 0.4 - 25.4 mm (0.016 - 1.000 in) |
| Specimen Width | 50.8 mm (2.000 in) |
| Upper Effective Length | 129.1 mm (5.1 in) |
| Upper Fitting | M36x4fRH |
Digital micrometer with flat anvils for measuring outside diameter and thickness. Resolution of 0.00005" (0.001mm). Accuracy of ±0.0001" (±0.002mm). Designed to be used in conjunction with Automatic Data Entry Interface listed separately. Qualifies as one (1) device. Includes case.
Note: This measuring device requires an Automatic Data Entry Interface listed separately for direct entry of measurements into software.
| Description | Micrometer, Outside, 0-1 in (0-25 mm) w/Data Cable |
|---|
During tests carried out on servohydraulic machines, elements of the system are subject to acceleration. As a result, in addition to the force applied to the specimen, the load cell also reads forces resulting from its own movement and the mass of the grips and fixtures attached to it.
Dynacell is the world's first truly dynamic load cell, designed from the outset for measuring dynamic loads. Dynacell introduces the following advantages:
Dynacell utilises an accelerometer right at the heart of the load cell, directly on the load axis. This removes the risk of errors in the acceleration reading resulting from off-center loading.
This has the following advantages:
The conditioning of the acceleration signal from the Dynacell is handled as standard in the FastTrack 8800 electronics, and is set-up automatically when the system is autotuned. This means that time is saved and operator errors reduced.
For users who wish to do this themselves, they have the option to switch this feature on or off and set the correction factor manually. The resulting signal is then subtracted from the load cell signal to produce the true force on the specimen.
Application Range
Products
| Item Name | Cat # |
|---|---|
| Dynacell - Dynamic Load Cell ±250 N (±56 lbf) | 2527-131 |
| Dynacell - Dynamic Load Cell ± 2000 N (± 450 lbf) | 2527-129 |
| Dynacell - Dynamic Load Cell ± 5000 N (± 1125 lbf) | 2527-153 |
| Dynacell - Dynamic Load Cell ±1 kN (±225 lbf) | 2527-130 |
| Dynacell - Dynamic Load Cell ±10 kN (±2250 lbf) | 2527-102 |
| Dynacell, Dynamic Load Cell; +/-25 kN (5620 lbf) | 2527-101 |
| Dynacell, Dynamic Load Cell; +/- 50 kN (11250 lbf) | 2527-100 |
| Dynacell, Dynamic Load Cell; +/-100 kN. (22500 lbf) | 2527-111 |
| Dynacell, Dynamic Load Cell; +/- 250 kN (56250 lbf) | 2527-115 |
| Dynacell, Dynamic Load Cell; +/- 500kN (110 kips) | 2527-125 |
| Dynacell, Dynamic Load Cell; +/- 1MN (220 kips) | 2527-120 |
| Dynacell, Dynamic Load Cell +/-2.5MN (550 kips) | 2527-140 |
An electric pump charges the integral storage tank with compressed air. Grips are connected to the compressor via an optional airkit which may also include a footswitch for opening and closing the grips.
Pneumatic pressure to the grips is adjusted with the pressure regulator included with the compressor. A filter ensures clean air is supplied to the grips.
| Item Name | Cat# |
|---|---|
| Air Compressor, Portable; Line Voltage: 240 VAC | 2810-060 |
These socket style adapters allow the connection of any 0.5 inch drive socket or accessory directly to the torque cell and/or output shaft on the MT series frames. Smaller drive sockets can be connected through the use of reducing adapters.
English and Metric sockets sets are available in a large range of sizes that allow the testing of fasteners or finished products that have a hex type connection. These adapters are useful for testing the running torque of locking and non-locking fasteners, proof testing of fasteners with torsional loading, or checking the torsional resistance of ratchet, torque wrench, or other type of tool.
The Socket Style grip adapters are threaded into or bolted to the output shaft and/or torque cell on the MT series frames. A jam nut is used to fix the threaded adapter in place and maintain it tight for bi-directional testing.
The socket is then pressed onto the adapter and is retained by a spring loaded ball just like any commercial ratchet. Two sockets can be used for testing bolt and nut specimens, or just one socket can be used to tighten or loosen fasteners in parts that must be held in a custom fixture.
| Item Name | Cat# |
|---|---|
| 0.5 in Socket Drive Torsion Grips, English | W-MT03 |
| 0.5 in Socket Drive Torsion Grips, Metric | W-MT03-M |
Instron mechanical wedge action grips may be used in static or dynamic materials testing applications, interchangeable wedge-shape grip faces accommodating either flat or round specimens.
The grip is designed to allow test specimens to be securely gripped without introducing axial pre-loading to the specimen. This is achieved by using jaw faces that move in a horizontal direction only, relative to the specimen.
Each grip is mechanically operated, gripping force being applied via movement of the grip body relative to the wedge shaped jaw faces. This movement is induced by the tightening of four socket cap screws on the underside of the grip head.
Each jaw face is located in the grip body by two extension springs, which allow the jaw faces to release the specimen after testing.
The grip body wedge area is fitted with jaw guides, to ensure that the jaw faces remain square to each other and to the specimen.
T-Grip Holders are available in load capacities from 22.2 to 150 kN (5,000 to 33,750 lbf.) These economical and versatile assemblies are designed for simplified specimen insertion and removal, a feature that saves time and reduces operator fatigue, increasing productivity in repetitive testing operations.
Engineered to be adaptable to both hydraulic and electromechanical UTM's, most T-Grip Jaw Holders are available with an open front style that assists with simple insertion and removal of test specimens.
An assortment of interchangeable jaws will fit in the T-Grip holders, which allows for the acceptance of a range of sizes in both flat and round specimens. To increase the ease of operation, the locking mechanism of the lower holder keeps the grip jaws open so that one-handed specimen insertion is possible.
The upper and lower grip bodies are structurally the same. Each grip body has a pocket that holds a pair of grip jaws and utilizes a wedge design. This wedge design causes the grips to further tighten as load on the specimen is applied, reducing occurrences of slippage.
T-Grip Holders are available with two types of actuation, lever/spring or screw type.
All capacities of T-Grips are offered with lever/spring actuation, which uses a lever to raise and lower the jaws in the grip pocket and a spring to provide the initial clamping force on the specimen. When loading a specimen, the operator locks the bottom jaw open, then opens the upper jaw and places the top half of the specimen inside. Once the specimen is clamped securely within the upper jaw, the operator positions the bottom half of the specimen into the lower grip jaws and unlocks the jaws, providing clamping force and securing the specimen so that the test may be conducted.
In the screw type actuation (offered in the 20,000 pound capacity model), a mechanical screw actuator, which is operated manually by turning a handle, opens and closes the grip jaws. This screw actuation provides a more secure initial gripping force and is ideal for hard materials testing where occurrences of slippage are prevalent.
| Item Name | Cat# |
|---|---|
| Safety Guard for ElectroPuls E1000 Test Instrument | 1300-301 |
| Safety Guard for ElectroPuls E3000 Test Instrument | 1300-304 |
| Safety Guard for ElectroPuls E10000 Test Instrument | 1300-303 |
| Safety Guard for ElectroPuls E20000 Test Instrument | 1300-305 |
| High Stiffness Support Table For ElectroPuls Test Instruments | 1300-311 and 1300-315 |
The flexure fixture allows a variety of flexural and fracture toughness bond tests to be performed, including determination of flexural modulus, flexural strength and flexural yield strength.
Easy to install, the 3 point fixture can be modified with an optional conversion kit to provide a 4 point bending conversion.
Lower anvils are adjustable to accommodate specimens of different spans. Deflection of the specimen can be measured either through crosshead displacement, or for more precise measurement use the mid span direct measurement deflectometer plunger with clip on extensometer. T
The specimen is supported on two precision machined (free to rotate or stationary) anvils of a defined radius. The force is applied either centrally (3 point) or at a defined distance either side of the center (4 point). The support beam is graduated lengthways in metric units for accurate positioning of the anvils, equally spaced to the center line.
This feature also applies to the 4 point loading beam and anvils.
| Item Name | Cat# |
|---|---|
| 100 kN Flexure Fixture, Fatigue 3 Point | 2810-181 |
| 250 kN Flexure Fixture, Fatigue 3 Point | 2810-200 |
| 500 kN Flexure Fixture, Fatigue 3 Point | 2810-250 |
| 20 kN Flexure Fixture, Fatigue 3 Point | 2810-500/505 |
| 3 kN Flexure Fixture, Fatigue 3 Point | 2810-600/605 |
Paper and paper board testing is important to the pulp and paper industry because of the demands placed upon it for a wide range of applications.
In printing, for example, paper is handled from either cut sheets or rolls (webs) and the tensile strength and elongation properties must meet stringent customer requirements. In packaging, testing of corrugated paper is performed to measure the resistance of edgewise compression.
| Item Name | Testing Standards | Cat# |
|---|---|---|
| TAPPI T541 Internal Bond Strength of Paperboard. Z-Direction Tensile. | TAPPI T541 | S1-11814 |
These universal drill-type chuck grips can be used to hold round, hex or triangular specimens. The standard sets are available in both a keyless and keyed style that can hold a range of specimen sizes.
Keyless operation lets you rapidly grip and release specimens. A comfortable, sure-grip sleeve allows you to hand-tighten the chucks.
Keyed operation provides fast, easy tightening as well as quick, nonstick release.
The Chuck Style grips are threaded into or bolted to the output shaft and/or torque cell of MT series frames.
The chuck grips spin closed to clamp specimens during torsion testing. The jaws of these grips extend well beyond the chuck nose to accept a broad range of wires, cables, and cylindrical specimens. Both keyed and keyless chucks are available for gripping a variety of specimen diameters and include adapters for mounting to an MT series frame.
| Item Name | Cat# |
|---|---|
| 0.375 in Keyed Drill-Type Chuck Assembly | W-MT01-B |
| 0.375 in Keyless Drill-Type Chuck Assembly | W-MT01 |
The major grip components are the grip driver, wedge grip head, grip attachment flange and jaw faces.
The grip driver applies the clamping force to the grip head by moving it relative to the jaw faces.This causes the the jaw faces to clamping the specimen.
The grip drive also incorporates 3 sets of anti-rotation sliders that transfer any applied torque from the actuator to the grip and specimen. The jaw faces are either serrated or V-grooved to accommodate flat or cylindrical specimens.
| Item Name | Cat# |
|---|---|
| 25kN / 100Nm Fatigue Rated Hydraulic Wedge Action Grips for 8874 Machine | 8260C |
In order to input the signal from an optional extensometer or other strain transducer, it is necessary to have a strain channel fitted to the 8800 controller.The strain channel provides excitation and signal conditioning for strain gauge and LVDT devices and can also accept high level 0-10V analog input signals.
Two versions are available, one for monitoring only and one for monitoring and control.Required for strain input to FastTrack 8800 controllers from optional strain measurement transducers
The strain channel provides excitation and signal conditioning for strain gauge and LVDT devices and can also accept high level 0-10V analog input signals.
Two versions are available, one for monitoring only and one for monitoring and control.
In order to input the signal from an optional extensometer or other strain transducer, it is necessary to have a strain channel fitted to the 8800 controller.
A variety of specimen measurement devices can be purchased to provide digital measurement, digital measurement with automatic data entry, or manual measurement.
Specimen measuring with digital instruments, such as calipers and micrometers, provide accurate measurement. They can be purchased in a variety of measuring ranges. When purchased with the automatic data entry interface, the instrument will send the digital measurement directly to the controlling software that is being used to run the test. No manual entry is needed. These instruments are compatible with Bluehill®, Merlin™, Partner™ and Series IX™ advanced materials testing software.
Various manual measurement devices are available for post-test determination of specimen elongation or reduction of area. Percent elongation scales (both standard and telescoping are available) measure the elongation of flat specimens and a reduction of area gauge measures the reduction of area of a round specimen.
Digital transfer of data from the measuring instrument to the software is accomplished with an automatic data entry interface. This interface translates and routes data from the instrument with an RS-232 output and connecting cables to the controlling software.
The reduction of area and percent elongation devices operate similar to a ruler or sliding scale ruler.
| Item Name | Cat # |
|---|---|
| Automatic Data Entry Interface for use with Partner | W-3276-B |
| Caliper, Pointed Jaw, 0-150 mm (0-6 in) w/Data Cable | W-3275-Q |
| Caliper, Standard Jaw, 0-150 mm (0-6 in) w/Data Cable | W-3275-N |
| Caliper, Standard Jaw, 0-300 mm (0-12 in) w/Data Cable | W-3275-O |
| Hand Held Automatic Caliper Measurement System with Carbide Tips | 2850-005 |
| Micrometer Measurement System | 2850-007 |
| Micrometer, Outside, 0-25 mm (0-1 in) with Data Cable | W-3275-A |
| Micrometer, Outside, 25-50 mm (1-2 in) with Data Cable | W-3275-B |
| Vertically Mounted Probe Automatic Measurement System | 2850-003 |
| Item Name | Cat # |
|---|---|
| Extra Punch Points , Set of Two | W-6709 |
| Manual Gauge Point Punch | W-6714 |
| Manual Gauge Point Punch | W-6771 |
| Manual Gauge Point Punch | W-6719 |
| Manual Gauge Point Punch | W-6771-B |
| Manual Gauge Point Punch, 0.5 in Gauge Length | W-6718 |
Hydraulic wedge action grips feature an open front design, which facilitates easy loading of large specimens. This series can accommodate round specimens up to 90 mm (3.54 in) in diameter and flat specimens up to 90 mm (3.54 in) thick with capacities ranging from 300kN (67,500 lbf) to 2000kN (450,000 lbf).
Specially suited for industrial environments where dust and metal chips may be present, these grips have protective dust covers that fit easily over the faces to shield the moving surfaces. Optional adapter plates furnish an efficient method for mounting secondary load strings for lower capacity testing or other fixturing without removing the larger grip.
| Item Name | Cat# |
|---|---|
| "O" Ring Test Fixture, Standard & Extra Height Table Top Test Systems | 2717-078 |
| Elastomeric "O" Ring Test Fixture, Single Column Systems | 2717-068 |
| Gauge Length | Max Travel | Catalog Number |
| 5 mm (0.20 in) | 2 mm (0.08 in) | 2670-130 |
| 10 mm (0.39 in) | 4 mm (0.16 in) | 2670-132 |
Instron's food fixtures cover a wide range of industry-standard testing methods including compression, puncture, shear and extrusion. A variety of anvils, probes, shear, extrusion and bending fixtures are available for R&D, Quality Assurance, and Process Control testing. Food fixtures provided by Instron are designed with materials that are corrosion-resistant and durable. All fixtures can be mounted in a Drip Tray to help keep the test area clean when evaluating the texture of wet, juicy or easily fractured foods.
| Item Name | Upper Fitting | Lower Fitting | Cat # |
|---|---|---|---|
| 3-Jaw Chuck | 6 mm Clevis Pin (Type Om) | "Only Upper" | 2830-036 |
| Ball-End Probes, Set of 5 | Requires 3-jaw chuck 2830-036 | Requires Drip Tray S5400A and Support Frame S4472A | S5410A |
| Compression Anvil, 2580 mm (4 in) Square Area | 6 mm Clevis Pin (Type Om) | Requires suitable lower anvil or support plate | S5402A |
| Flat Shear Blade | 6 mm Clevis Pin (Type Om) | Requires S5406A or S5401A | S5409A |
| Food Fixture Drip Tray | Requires Food Fixture | 0.5 in Clevis Pin (Type Dm) | S5400A |
| Food Fixture Support Frame | Requires Food Fixture | Drip Tray S5400A | S4427A |
| Puncture Probe Set | 3-Jaw Chuck | "Only Upper" | 2830-005 |
| Puncture Probe Set, Magness-Taylor | 3-Jaw Chuck | "Only Upper" | 2830-015 |
| Sample Support Plate Set | Requires optional food probes | Requires Drip Tray S5400A and Support Frame S4472A | S5401A |
Fabric Loop Grips are used for tension and elongation testing of wide or narrow elastic fabrics. This test is performed with various types or combination of materials, and tested at a constant-rate-of-extension. Loop Tension at specified Elongation and Elongation at Specified Loop Tension are test procedures that require 3 cycles to bring the specimen under test to a specified point and returned to a zero value as described in ASTM D 4964.
| Item Name | Cat# |
|---|---|
| Fabric Loop Grips | 2717-080 |
Proper preparation of the specimen is a critical process for accurate material characterization. An appropriate preparation of the specimen as well as adequate notching will affect the final test results by generating reliable outcomes in the finish product performances. This can be accomplished by several specimen preparation techniques which abide by the main ISO and ASTM international standards. Instron offers an extensive range of notching, milling, and punching machines designed to prepare specimens from thick to thin as well as from soft to hard.
Please refer to this document for a complete overview of the available models.
Designed as either manual or automatic devices, these specimen preparation instruments allow for easy and fast preparation of the specimens testing operations ensuring the most accurate results and increased production cycles.
Plastics, rubbers, elastomers, reinforced plastic materials, film, and thin sheets of various materials
| Item Name | Cat # |
|---|---|
| CEAST Specimen Preparation Punching Machines | C-6051-000, C-6054-000 |
| CEAST Specimen Preparation Notching Machines | C-6897-000, C-6898-000, C-6899-000 |
| Item Name | Cat# |
|---|---|
| Hydraulic Grip Controls for Servohydraulic Test Systems | 2718-111 |
| Item Name | Cat# |
|---|---|
| Load Frame Support Base/Extension | 2910-064 |
| Heavy Duty Support Table | 2910-056 |
| High Stiffness Support Table For ElectroPuls Test Instruments | 1300-311 and 1300-315 |
The Collet Style grips are threaded into or bolted to the output shaft and/or torque cell of MT series frames.
The collet grips use a split collet design that, when manually tightened, provides nearly uniform clamping pressure on the specimen. Collet Style grips accept a smaller range of specimen diameters than chuck style grips (W-MT01 Series) but can withstand higher torsional forces. Both small and large collet grip assemblies are available for gripping a range of specimens. Adapters are included to attach collet grips to the MT series frames.
Biomedical / Pharmaceutical Fixtures
Instron is the world leader in biomedical and pharmaceutical material testing and offers a full suite of test fixtures to meet all the needs of this industry.
Microelectronic
Fixtures
Tens of millions of consumer electronic devices are tested by Instron systems each year. This selection of fixtures enables tensile, compression, shear, and bend tests to be performed on devices, components, and materials.
Composite Fixtures
Fixtures for testing composite materials for tension, compression, flexure, shear and peel. Most of these fixtures are designed to meet specific materials testing standards.
Foam Compression Fixtures
Compression fixture designed per testing standards ASTM D3574 (Indentation Force Deflection of Cellular / Urethane Foams) , ASTM D5672, and EN ISO 2439:2000.
More Info
Wood Fixtures
Fixtures for testing wood for adhesive bond strength, compression, bend strength, shear, tensile strength, etc.
Food Testing Fixtures
Food fixtures cover a wide range of industry standard testing methods including compression, puncture, shear, and extrusion.
More Info
Custom Fixtures
The Custom Solutions group at Instron has been developing unique fixtures to meet our customers’ specific needs for decades.
Instron static load cells are designed for use with our 6800, 3400, 5900, and 3300 Series testing systems. Ranging in capacity from 2.5 N to 600 kN, static load cells are suitable for a variety of testing applications including tension, compression, cyclic, and reverse stress tests.
2580 Series Static Load Cells
The 2580 Series load cells are specifically designed for use with 6800 and 5900 Series testing systems; offering exceptional performance with the ability to measure forces as low as 1/1000th of the force capacity to an accuracy of 0.5% of reading.
2530 Series Static Load Cells
Designed for use on 3400 and 3300 Series universal testing systems. The 5 N to 100 N load cells can also be used on 6800 and 5900 Series testing systems.
Fastener holders in combination with washers, short bolt adapters, and nut proof loading assemblies allow you to perform static tensile testing of external or internal threaded fasteners. The fastener holder sets are capable of axial and wedge proof loading, tensile testing, and nut proof load testing in accordance with ASTM F606.
| Available Models | ||||
| Description | Rated Capacity | Maximum Specimen Diameter | Adapting Thread Size | Catalog No. |
| Series A Fastener Holders, Type Dm | 100 kN | M12 | Upper and Lower Fitting: Type Dm | W-5155M-A |
| Series A Fastener Holders | 150 kN | M12 | M36 (Type R4) Female | W-5155-A |
| Series B Fastener Holders | 600 kN | M24 | M48 (Type II RH) Female | W-5155-B |
| Series C Fastener Holders | 1000 kN | M72 | M72 (Type IIA RH) Female | W-5155-C |
| Series D Fastener Holders | 1500 kN | M48 | M72 (Type IIA RH) Female | W-5155-D |
| Available Models | |||
| Description | Compatible Holder Series | Specimen Diameter | Catalog No. |
| Plain Flat Washers | Series A Series B Series C Series D |
0 to 12 mm 0 to 24 mm 0 to 36 mm 6 to 48 mm |
W-5120-A W-5120-B W-5120-C W-5120-D |
| 10° Plain Wedge Washers | Series A Series B Series C Series D |
0 to 12 mm 0 to 24 mm 0 to 36 mm 0 to 48 mm |
W-5121-A W-5121-B W-5121-C W-5121-D |
| 6° Plain Wedge Washers | Series A Series B Series C Series D |
0 to 12 mm 0 to 24 mm 0 to 36 mm 0 to 48 mm |
W-5122-A W-5122-B W-5122-C W-5122-D |
| 4° Plain Wedge Washers | Series A Series B Series C Series D |
0 to 12 mm 0 to 24 mm 0 to 36 mm 0 to 48 mm |
W-5123-A W-5123-B W-5123-C W-5123-D |
| Countersunk Flat Washer to Test 60° | Series A Series B Series C |
0 to 12 mm 0 to 24 mm 0 to 36 mm |
W-5139-A W-5139-B W-5139-C |
| Countersunk Flat Washer to Test 82° | Series A Series B Series C |
0 to 12 mm 0 to 24 mm 0 to 36 mm |
W-5138-A W-5138-B W-5138-C |
| Countersunk Flat Washer to Test 100° | Series A Series B Series C |
0 to 12 mm 0 to 24 mm 0 to 36 mm |
W-5137-A W-5137-B W-5137-C |
| Threaded Flat Washers | Series A Series B Series C Series D |
0 to 12 mm 0 to 24 mm 0 to 36 mm 0 to 48 mm |
W-5144-A W-5144-B W-5144-C W-5144-D |
| Available Models | |||
| Description | Compatible Holder Series | Specimen Diameter | Catalog No. |
| Tophat Style Adapters | Series A Series B Series C Series D |
0 to 6 mm 0 to 12 mm 0 to 18 mm 6 to 24 mm |
W-5131-A W-5131-B W-5131-C W-5131-D |
| Dumbbell Style Adapters | Series A Series B Series C Series D |
6 to 12 mm 12 to 24 mm 18 to 36 mm 24 to 48 mm |
W-5132-A W-5132-B W-5132-C W-5132-D |
| Available Models | ||
| Compatible Holder Series | Available Thread Size Range | Catalog No. |
| Series A | M3 to M12 | W-5133-A |
| Series B | M3 to M24 | W-5133-B |
| Series C | M3 to M36 | W-5133-C |
| Series D | M3 to M45 | W-5133-D |
| Available Models | |
| Description | Catalog No. |
| Adapters for Attaching Series B to Series C or D Fastener Holders | W-5119-B |
Shear fixtures are designed to test the ability of a fastener to withstand load applied transversely to the axis of the fastener. Single shear fixtures are available for shear tension testing. Double shear fixtures are available for shear compression testing.
For Fatigue Testing Systems
Our standard furnaces and load string assemblies for fatigue testing systems allow for testing up to 1000°C in air. Our engineered solutions group is also able to develop solutions to meet higher temperature requirements and additional furnace dimensions.
Designed for low cycle fatigue testing, this three-zone split tube furnace features durable embedded heating elements, high efficiency insulation, and a side entry extensometer port.
| Related Accessories | |||
| Description | Catalog No. | ||
| Furnace Controller and Software | 3117-301 | ||
Designed for elevated temperature low cycle fatigue applications in addition to hot tensile testing and other reverse axial stress applications.
| Specifications | |||
| Maximum Pressure | 130 bar | ||
| Maximum Operating Temperature | 1050°C (1922°F) | ||
| Related Accessories | |||
| Description | Catalog No. | ||
| Electrically Operated Pump | 3117-503 | ||
Designed to suit ElectroPuls® test instruments, the 2742-205 pneumatic wedge action grips are suitable for tension, compression, torsion and reverse-stress testing on a wide range of specimens and materials. The grips are pneumatically operated directly from the machine handset and the open-fronted design provides easy specimen insertion, positioning and clamping.
Principle of OperationThe single-acting wedge action principle of these grips is designed to clamp a specimen without applying a compressive load, which could cause a specimen to buckle. The retracting movement of the grip bodies helps to reduce compressive loads that are normally caused when clamping specimens.
The open front design permits quick and easy changing of specimens and jaw faces. Jaw faces optimize gripping performance whilst the serrated faces are designed to minimize damage to the specimen surface
Application Range
Spherically seated compression platens are designed to accommodate compression specimens with surfaces that are not completely parallel. During the application of a small pre-load, the spherically seated compression platens self-align up to 4° to the top of the specimen with reference to the machine’s loading axis. For some models, the spherical seat is integral to the compression platen. For others the spherical seat can be added to convert a compression platen to a spherically seated platen.
Designed to suit ElectroPuls® test instruments, the 2742-103 pneumatic wedge action grips are suitable for tension, compression and reverse-stress testing on a wide range of specimens and materials. The grips are pneumatically operated directly from the machine handset and the open-fronted design provides easy specimen insertion, positioning and clamping.
Principle of OperationThe single-acting wedge action principle of these grips is designed to clamp a specimen without applying a compressive load, which could cause a specimen to buckle. The retracting movement of the grip bodies helps to reduce compressive loads that are normally caused when clamping specimens.
The open front design permits quick and easy changing of specimens and jaw faces. Jaw faces optimize gripping performance whilst the serrated faces are designed to minimize damage to the specimen surface.
Application Range
Designed as an integral part of the testing platform, in-head wedge grip jaws fit directly into the crosshead pocket of the frame and provide a grip that is adaptable to a variety of testing applications. These jaw faces are made from rugged heat-treated steel designed for durability and minimal maintenance, and are ideal for testing a variety flat, round, and cable specimens in compliance with ASTM E8. The teeth of the jaws are also hardened, and different tooth options increase the application range: a coarse tooth pattern is best for softer materials and higher loads, whereas a finer tooth pattern is best for harder materials. The wedge design causes the gripping force to increase as more tension force is applied. This ensures a secure gripping action with minimal slippage throughout the range of the test.
Filler plates are provided with the purchase of testing frames and allow a variety of specimen thicknesses to be tested. The filler plates adjust the opening of wedge grip jaws by changing the width of the crosshead pocket. All plates should be used for the thinnest specimens and no filler should be used for the thickest specimens.
Flat wedge grip jaw faces are ideal for testing a variety of hard, flat specimens. Specimen sizes can also be varied in width, due to the variety of available grips.
| Available Models | ||||||
| Item Description | Force Capacity | Max Specimen Width | Max Specimen Thickness | Tooth Profile | Teeth Per Inch | Catalog No. |
| Jaw Faces | 300 kN | 50 mm | 25 mm | Horizonal | 16 | W-1214 |
| Jaw Faces | 300 kN | 63 mm | 35 mm | Diamond | 8 | W-1258 |
| Jaw Faces | 300 kN | 63 mm | 35 mm | Diamond | 16 | W-1259 |
| Jaw Faces | 600 kN | 70 mm | 45 mm | Horizonal | 8 | W-1408 |
| Jaw Faces | 600 kN | 70 mm | 45 mm | Diamond | 8 | W-1480-A |
| Jaw Faces | 600 kN | 70 mm | 45 mm | Horizonal | 16 | W-1409 |
| Jaw Faces | 600 kN | 70 mm | 45 mm | Diamond | 16 | W-1409-A |
| Jaw Faces | 1000 kN | 82mm | 50 mm | Diamond | 8 | W-1559 |
| Jaw Faces | 1000 kN | 82 mm | 50 mm | Diamond | 16 | W-1560 |
| Jaw Faces | 1500 kN | 90 mm | 76 mm | Diamond | 8 | W-1660 |
| Jaw Faces | 2000 kN | 100 mm | 76 mm | Diamond | 8 | W-1761 |
| Jaw Faces | 3000 kN | 150 mm | 105 mm | Diamond | 8 | W-1911 |
Vee wedge grip jaw faces are ideal for testing a variety of round specimens. Most of the offered jaw faces can also be produced using through-hardened tool steel, which is suitable for re-bar applications. The variety of available jaws also allows variability in the range of specimen diameters. This versatility is due to the different depths and angles of the vee notch in the jaws available, depending on the specific dimensions of the specimen being tested.
| Available Models | |||||
| Item Description | Force Capacity | Specimen Diameter | Tooth Profile | Teeth Per Inch | Catalog No. |
| Jaw Faces | 300 kN | 5.0 - 13.0 mm | Horizonal | 16 | W-1215-A |
| Jaw Faces | 300 kN | 12.0 - 32.0 mm | Horizonal | 16 | W-1215 |
| Jaw Faces | 300 kN | 12.7 - 40.0 mm | Horizonal | 10 | W-1260 |
| Jaw Faces | 300 kN | 12.7 - 40.0 mm | Horizonal | 16 | W-1261 |
| Jaw Faces | 600 kN | 7.0 - 25.0 mm | Horizonal | 16 | W-1410-A |
| Jaw Faces | 600 kN | 12.7 - 57.0 mm | Horizonal | 10 | W-1410 |
| Jaw Faces | 600 kN | 12.7 - 57.0 mm | Horizonal | 16 | W-1411 |
| Jaw Faces | 1000 kN | 6.0 - 12.7 mm | Horizonal | 16 | W-1563-A |
| Jaw Faces | 1000 kN | 12.7 - 57.0 mm | Horizonal | 10 | W-1561 |
| Jaw Faces | 1000 kN | 12.7 - 57.0 mm | Horizonal | 16 | W-1563 |
| Jaw Faces | 1000 kN | 45.0 - 85.0 mm | Horizonal | 10 | W-1562 |
| Jaw Faces | 1500 kN | 10.0 - 63.0 mm | Horizonal | 8 | W-1669-A |
| Jaw Faces | 1500 kN | 12.7 - 82.0 mm | Horizonal | 10 | W-1662 |
| Jaw Faces | 2000 kN | 10.0 - 63.0 mm | Horizonal | 8 | W-1669-B |
| Jaw Faces | 2000 kN | 32.0 - 95.0 mm | Horizonal | 10 | W-1763 |
| Jaw Faces | 3000 kN | 10.0 - 60.0 mm | Diamond/Horizonal Grip body range from 25 mm (#8) to 60 mm (#18), diamond cut, 10 teeth per inch Grip inserts range from 10 mm (#3) to 25 mm (#8), horizontal cut 10 teeth per inch |
10 | W-1916 |
| Jaw Faces | 3000 kN | 35.0 - 125.0 mm | Horizonal | 10 | W-1912 |
Cable jaw face inserts are ideal for testing seven stranded cable specimens. Cable grip jaws are only available for load frames with a capacity of 600 kN (135,000 lbs) or greater.
| Available Models | |||
| Item Description | Force Capacity | Specimen Diameter | Catalog No. |
| Insert Holders | 2000 kN | W-1538 | |
| Inserts | 2000 kN | 11.11 mm | W-1538-B |
| Inserts | 2000 kN | 12.70 mm | W-1538-C |
| Inserts | 2000 kN | 12.90 mm | W-1538-F |
| Inserts | 2000 kN | 13.20 mm | W-1538-G |
| Inserts | 2000 kN | 15.24 mm | W-1538-H |
| Inserts | 2000 kN | 15.88 mm | W-1538-D |
| Inserts | 2000 kN | 19.05 mm | W-1538-E |
Designed to suit ElectroPuls® test instruments, the 2742-206 mechanical wedge action grips are suitable for tension, compression, torsion and reverse-stress testing on a wide range of specimens and materials. The grips are mechanically operated and the open-fronted design provides easy specimen insertion, positioning, and clamping.
Principle of OperationThe bearing-assisted wedge action on the grips allows for easy and tool-less tightening of the grips. Where it may be necessary, this can also be done using a tommy bar or wrench. In both cases this adjustment is done without altering the vertical position of the faces in relation to the specimen.
This Instron® design of a moving grip body, not jaw face, makes it possible to pre-select the exact point at which the specimen is gripped, with a consistent gauge length and with no compressive force being applied, which may cause specimen buckling. The open front design allows for quick and easy changing of the jaw faces. The jaw faces are serrated for optimum gripping performance and the serrations are designed to minimize damage to the specimen surface. Pullrods are also available to use for temperature testing.
Application Range
Principle of OperationThe Electropuls Pull Rod Kit is a set of 4 different length pull rods suitable for fatigue, tension, compression, and torsion testing. The pull rod kit optimizes compatible accessories for maximum range of operation when used on the new ElectroPuls test instruments (except E1000) in combination with a 3119-605 chamber.
Compression deflectometers, or linear variable differential transformer (LVDT) displacement transducers are instruments that measure the displacement of the load frames. These measuring devices feature an LVDT as the active element and can be used on electromechanical and hydraulic testing systems.
The 2601 Series Linear Variable Differential Transformer (LVDT) displacement transducers are measuring devices that measure the displacement of the load frames. They are best suited for situations where measuring strain on the specimen is difficult or impossible and can be used on compression and tensile tests. LVDT’s are preferred to crosshead extension readings because they eliminate errors due to frame and fixture compliance. They feature an LVDT as the active element and are designed for use on both electromechanical and hydraulic testing systems.
| Available Models | |||
| Measuring Range | Standard Temperature Range | Catalog No. | |
| +/- 0.5 mm (+/- 0.02 in) | -10 °C to +80 °C (+14 °F to +176 °F) | 2601-041 | |
| +/- 2.5 mm (+/- 0.1 in) | -10 °C to +80 °C (+14 °F to +176 °F) | 2601-042 | |
| +/- 15 mm (+/- 0.6 in) | -40 °C to +100 °C (-40 °F to +212 °F) | 2601-043 | |
| +/- 50 mm (+/- 2 in) | -40 °C to +100 °C (-40 °F to +212 °F) | 2601-044 | |
| +/- 100 mm (+/- 4 in) | -40 °C to +100 °C (-40 °F to +212 °F) | 2601-045 | |
| Accessories | |||
| Description | Catalog No. | ||
| Magnetic Base LVDT Holder | 2601-069 | ||
| LVDT Platen Displacement Fixture | 2601-071 | ||
| Precision Micrometer, 0-50 mm (2 in) for Manual Calibration of LVDTs | 2601-072 | ||
The E-Series strain displacement deflectometers are often used for measuring deflection in 3 and 4 point bend tests, compression tests, and a variety of general test deflection measurements. The unit includes a magnetic base for easy mounting and a standard 25 pin connector.
| Available Models | |||
| Travel | Standard Temperature Range | Catalog No. | |
| 0.15 in | -40°F to 210°F (-40°C to 100°C) | W-E401-A | |
| 1.0 in | -40°F to 210°F (-40°C to 100°C) | W-E401-D | |
| 2.0 in | -40°F to 210°F (-40°C to 100°C) | W-E401-J | |
| 6 mm | -40°F to 210°F (-40°C to 100°C) | W-E401-F | |
| 12 mm | -40°F to 210°F (-40°C to 100°C) | W-E401-G | |
| 25 mm | -40°F to 210°F (-40°C to 100°C) | W-E401-H | |
| Accessories | |||
| Description | Catalog No. | ||
| Magnetic Base LVDT Holder | 2601-069 | ||
Designed to suit the ElectroPuls® test instruments, the 2742-102 mechanical wedge action grips are suitable for tension, compression and reverse-stress testing on a wide range of specimens and materials. The grips are mechanically operated and the open-fronted design provides easy specimen insertion, positioning and clamping.
Principle of OperationThe wedge action principle of the grips allows them to be tightened easily, by hand (or spanner for additional gripping force), onto the specimen without altering the vertical position of the faces in relation to the specimen. This Instron® design of a moving grip body, not jaw face, makes it possible to pre-select the exact point at which the specimen is gripped, with a consistent gauge length and with no compressive force being applied, which may cause specimen buckling.
The open front design allows for quick and easy changing of the jaw faces. The jaw faces are serrated for optimum gripping performance and the serrations are designed to minimize damage to the specimen surface.
Attachment kits to suit ElectroPuls instruments and other systems are available.
Application Range
Designed to suit the ElectroPuls® E10000 Linear-Torsion, the 2742-316 mechanical wedge-action grips are suitable for tension, compression, reverse-stress, and torsion testing on a wide range of specimens and materials. The grips are mechanically operated and the open-fronted design provides easy specimen insertion, positioning, and clamping.
Principle of OperationThe single-acting wedge action principle of these grips is designed to clamp a specimen without applying a compressive load, which could cause a specimen to buckle.
The retracting movement of the grip bodies helps to reduce compressive loads that are normally caused when clamping specimens.
The open front design permits quick and easy changing of specimens and jaw faces. Jaw faces optimize gripping performance whilst the serrated faces are designed to minimize damage to the specimen surface.
Application Range
Pneumatic air kits, footswitches, and distribution kits are optionally available for ease of grip closure and productivity for use with pneumatic grips, including pneumatic side action tensile grips, pneumatic cord and yarn tensile grips, pneumatic peel fixtures, and more.
The Smart-Close Air Kit is a system integrated option that allows for monitoring and control of pneumatic pressure to Instron's pneumatic grips.
The Automatic Air Control Kit is used to operate pneumatic action grips. The system consists of a control box that mounts on one of the load frame columns, a foot switch assembly consisting of two foot switches, interconnecting cabling, and interconnecting hoses and hose adapters.
The Universal Pneumatic Footswitch is designed to provide sequential grip actuation, keeping the operator’s hands free to align the test specimen in the grips.
The 2519 Series load cells are specifically designed for use with 3400 and 3300 Series single column testing systems. Automatic transducer recognition and electrical calibration makes them easy to use. The load cells incorporate overload protection and can withstand loads up to 150% of their force capacity without damage and 300% without mechanical failure. The load cells allow the user to zero out the tare weight of a grip or fixture that weighs up to 40% of the force capacity, while still maintaining the full specified accuracy.
All Instron load cells are individually temperature-compensated and tested for accuracy and repeatability on calibration apparatus that is traceable to international standards, with a measurement uncertainty that does not exceed one-third of the permissible error of the load cell.
Instron 2519 series load cells are precision force transducers consisting of a full strain gauge bridge bonded to a stiff and highly linear elastic element. When the element is subjected to a force, the electrical resistance of the gauges changes, providing an output signal proportional to the applied force.
The load cells are suitable for tension, compression, cyclic and reverse stress testing. They have a wide measurement range allowing accurate force measurements to be made down to 1/500th of the force capacity, reducing the need to change load cells.
| Item Name | Capacity | Mechanical Fitting | Cat # |
|---|---|---|---|
| 10 N Static Load Cell | 0.01 kN 2.2 lbf |
2.5 mm Clevis Pin with 6 mm Adapter (Type OOf & Of) |
2519-10N |
| 50 N Static Load Cell | 0.05 kN 11 lbf |
2.5 mm Clevis Pin with 6 mm Adapter (Type OOf & Of) |
2519-50N |
| 100 N Static Load Cell | 0.1 kN 22 lbf |
2.5 mm Clevis Pin with 6 mm Adapter (Type OOf & Of) |
2519-100N |
| 500 N Static Load Cell | 0.5 kN 112 lbf |
6.0 mm Clevis Pin (Type Of) |
2519-500N |
| 1 kN Static Load Cell | 1 kN 225 lbf |
6.0 mm Clevis Pin (Type Of) |
2519-1KN |
| 2 kN Static Load Cell | 2 kN 450 lbf |
6.0 mm Clevis Pin (Type Of) |
2519-2KN |
| 5 kN Static Load Cell | 5 kN 1125 lbf |
0.5 in Clevis Pin (Type Df) |
2519-5kN |
2530 Series load cells with capacities of 5 N to 100 N are for use with 6800, 3400, 5900, and 3300 Series testing systems. 2530 Series Load cells with capacities of 500 N to 300 kN are for use with 3400 and 3300 testing systems. The design, manufacture, and performance verification is conducted with materials testing applications in mind. Automatic transducer recognition and electrical calibration makes them easy to use. The load cells incorporate overload protection and can withstand loads up to 150% of their force capacity without damage and 300% without mechanical failure. The load cells allow the user to zero out the tare weight of a grip or fixture that weighs up to 10% or 40% of the force capacity, depending on the model, while still maintaining the full specified accuracy.
All Instron load cells are individually temperature-compensated and tested for accuracy and repeatability on calibration apparatus that is traceable to international standards, with a measurement uncertainty that does not exceed one-third of the permissible error of the load cell.
Looking for 2519 Series load cells?
2519 Series load cells are no longer in production. However, we are pleased to offer the 2530 Series load cells as a direct replacement. The 2530 Series is designed to seamlessly replace 2519 Series load cells in most applications.
For technical specifications, compatibility details, or assistance with transitioning to the 2530 Series, please contact us.
Application Range
Products
| Item Name | Capacity | Mechanical Fitting | Catalog Number |
|---|---|---|---|
| 5 N Static Load Cell | .005 kN 1.12 lbf |
2.5mm Clevis Pin with 6mm Adapter (Type OOf & Of) |
2530-5N |
| 10 N Static Load Cell | .01 kN 2.25 lbf |
2.5 mm Clevis Pin with 6 mm Adapter (Type OOf & Of) |
2530-10N |
| 50 N Static Load Cell | .05 kN 11.2 lbf |
2.5 mm Clevis Pin with 6 mm Adapter (Type OOf & Of) |
2530-50N |
| 100 N Static Load Cell | .1 kN 22.5 lbf |
2.5 mm Clevis Pin with 6 mm Adapter (Type OOf & Of) |
2530-100N |
| 500 N Static Load Cell | .5 kN 112 lbf |
6.0 mm Clevis Pin (Type Of) |
2530-500N |
| 1 kN Static Load Cell | 1 kN 225 lbf |
6.0 mm Clevis Pin (Type Of) |
2530-1kN |
| 2 kN Static Load Cell | 2 kN 450 lbf | 6.0 mm Clevis Pin (Type Of) |
2530-2kN |
| 5 kN Static Load Cell | 5 kN 1125 lbf |
0.5 in Clevis Pin (Type Df) |
2530-5kN |
| 10 kN Static Load Cell | 10 kN 2250 lbf |
0.5 in Clevis Pin (Type Df) |
2530-10kN |
| 30 kN Static Load Cell | 30 kN 6750 lbf |
0.5 in Clevis Pin (Type Df) |
2530-30kN |
| 50 kN Static Load Cell | 50 kN 11250 lbf |
0.5 in Clevis Pin (Type Df) |
2530-50kN |
| 100 kN Static Load Cell | 100 kN 22500 lbf |
0.5 in Clevis Pin (Type Df) |
2530-100kN |
| 300 kN Static Load Cell | 300 kN 67500 lbf |
M48 x 2LH (Type IIF), 6 off M20 on 150 PCD, 6 off M10 on 100 mm PCD |
2530-300kN |
Designed to suit ElectroPuls® 10000 systems, the 2742-315 pneumatic wedge action grips are suitable for tension, compression, torsion and reverse-stress testing on a wide range of specimens and materials.The grips are pneumatically operated directly from the machine handset and the open-fronted design provides easy specimen insertion, positioning and clamping.
Principle of OperationThe single-acting wedge action principle of these grips is designed to clamp a specimen without applying a compressive load, which could cause a specimen to buckle. The retracting movement of the grip bodies helps to reduce compressive loads that are normally caused when clamping specimens.
The open front design permits quick and easy changing of specimens and jaw faces. Jaw faces optimize gripping performance whilst the serrated faces are designed to minimize damage to the specimen surface.
Application Range
The 2580 Series load cells are specifically designed for use with 6800 and 5900 Series testing systems; offering exceptional performance with the ability to measure forces as low as 1/1000th of the force capacity to an accuracy of 0.5% of reading. The load cells can withstand loads up to 150% of their force capacity without damage and 300% without mechanical failure. Automatic transducer recognition and electrical calibration, makes them easy to use. The load cells allow the user to zero out the tare weight of a grip or fixture that weighs up to 10% of the force capacity, while still maintaining the full specified accuracy. All Instron load cells are individually temperature-compensated and tested for accuracy and repeatability on calibration apparatus that is traceable to international standards, with a measurement uncertainty that does not exceed one-third of the permissible error of the load cell.
Instron 2580 Series load cells are precision force-transducers that contain a full strain gauge bridge bonded to an ultra-high stiffness elastic element. When the element is subjected to a force, the electrical resistance of the gauges changes, which results in an output signal proportional to the applied force. The double-shear design of the element ensures excellent alignment throughout the test and high resistance to offset loading, even with large specimens.
The ring and pin feature for the 2580 Series load cells ensure your load cell is correctly centered and installed in the same place every time you use it.
Used on the 10, 30, and 50 kN load cells, mechanical tensioners are an effective means of safely securing your load cell to the testing frame at more manageable torque levels.
Application Range
Products
| Item Name | Capacity | Mechanical Fitting | Cat # |
|---|---|---|---|
| 500 N Static Load Cell | .5 kN |
6.0 mm Clevis Pin (Type Of) |
2580-500N |
| 1 kN Static Load Cell | 1 kN |
6.0 mm Clevis Pin (Type Of) |
2580-1KN |
| 2 kN Static Load Cell | 2 kN |
6.0 mm Clevis Pin (Type Of) |
2580-2KN |
| 5 kN Static Load Cell | 5 kN |
0.5 in Clevis Pin (Type Df) |
2580-5KN |
| 10 kN Static Load Cell | 10 kN |
0.5 in Clevis Pin (Type Df) |
2580-10KN |
| 30 kN Static Load Cell | 30 kN |
0.5 in Clevis Pin (Type Df) |
2580-30KN |
| 50 kN Static Load Cell | 50 kN |
0.5 in Clevis Pin (Type Df) |
2580-50KN |
| 100 kN Static Load Cell | 100 kN |
0.5 in Clevis Pin (Type Df) |
2580-100KN |
| 150 kN Static Load Cell | 150 kN |
M48 x 2LH (Type IIF), 6 off M20 on 150 mm PCD, 6 off M10 on 100 mm PCD |
2580-150KN |
| 250 kN Static Load Cell | 250 kN |
M48 x 2LH (Type IIF), 6 off M20 on 150 mm PCD, 6 off M10 on 100 mm PCD |
2580-250KN |
| 300 kN Static Load Cell | 300 kN |
M48 x 2LH (Type IIF), 6 off M20 on 150 mm PCD, 6 off M10 on 100 mm PCD |
2580-300KN |
| 400 kN Static Load Cell | 400 kN |
M48 x 2LH (Type IIF), 6 off M20 on 150 mm PCD, 6 off M10 on 100 mm PCD |
2580-400KN |
| 600 kN Static Load Cell | 600 kN |
M72 x 3LH (Type IIF), 6 off M10 on 100 mm PCD |
2580-600KN |
T-slotted tables provide an extremely versatile method of securing fixtures to test odd sized specimens in the compression space of DX model static hydraulic universal testing machines. Commercially available T-slot nuts are slid into the inverted T slot of the table. Bolts, studs, or threaded rods can then be threaded into the nuts. The T-slot table can be used to secure specimens that might otherwise be ejected from the test space under load. It can also be used to position specimens in the same location for repeated tests or batch testing of product. Guides, slides, or stops can be positioned on the table and bolted into position to allow precise placement of the specimens for every test. With the fixturing removed from the test space, the T-slotted table is capable of supporting a compressive load to full frame capacity, the same as the loading table.
The table is bolted to the machine frame and is typically manufactured to cover the full width and depth of the loading table. Depending on the frame model, the table will reduce the useable compression space 50 to 75 mm (2 to 3 in). The frame loading table must be drilled and tapped to accept the T-slot table.
During tests carried out on servohydraulic machines, elements of the system are subject to acceleration. As a result, in addition to the force applied to the specimen, the load cell also reads forces resulting from its own movement and the mass of the grips and fixtures attached to it.
Dynacell is the world's first truly dynamic load cell, designed from the outset for measuring dynamic loads. Dynacell introduces the following advantages:
Dynacell utilises an accelerometer right at the heart of the load cell, directly on the load axis. This removes the risk of errors in the acceleration reading resulting from off-center loading.
This has the following advantages:
The conditioning of the acceleration signal from the Dynacell is handled as standard in the FastTrack 8800 electronics, and is set-up automatically when the system is autotuned. This means that time is saved and operator errors reduced.
For users who wish to do this themselves, they have the option to switch this feature on or off and set the correction factor manually. The resulting signal is then subtracted from the load cell signal to produce the true force on the specimen.
Application Range
Products
| Item Name | Cat # |
|---|---|
| ±25 kN (±5620 lbf), ±100 Nm (±880 in-lb) Biaxial Dynacell | 2527-201 |
| Dynacell - Biaxial Dynamic Load Cell ±10 kN (±2250 lbf), ±100 Nm (±880 in-lb) | 2527-202 |
| Dynacell - Biaxial Dynamic Load Cell ±1 kN (±225 lbf), ±25 Nm (±220 in-lb) | 2527-302 |
| Dynacell - Biaxial Dynamic Load Cell ±5 kN (±1124 lbf), ±25 Nm (±220 in-lb) | 2527-303 |
Torsion cells for use with the 55MT series torsion frames are available in several capacities depending on the frame model. Lower capacity cells extend the range of the machine and increase the functionality of the 55MT Series test frame.
For the 55MT1, the torsion cells are miniature reaction torque transducers. These cells are very small, with excellent linearity and repeatability. All cells use the same mounting pattern, so interchangeability of fixturing is no problem (the weight of the fixturing may be a factor with the 2 in-lb cell).
These cells are provided with the integrated mounting and overload protection plates that are used to mount the main cell on the 55MT1 frames. This not only provides protection for the cell, but also allows for extremely fast changeouts from the main cell to the low range cell.
For the larger 55MT2 and 55MT20 frames, the cells are flanged reaction torque transducers. This provides a higher resistance to bending moments. The cell has a high torsional stiffness and low end sensitivity.
All cells for a particular frame use a standard circular mounting pattern so the cells mount to the frame with the same hardware as the main cell. No additional adapters are required as all existing fixturing mounts to the lower capacity cells in the same manner as for the main cell.
All torsion cells convert rotational motion to an electrical signal that is representative of the torque induced. When it is necessary to test smaller specimens, low capacity cells can be added to increase the operating range of the machine.
If the maximum applied torque to the specimen under test is well below the capacity of the frame, adding a low range cell will increase the resolution of the torque measuring transducer.
Installing the torque cells on the 55MT1 and 55MT2 frames requires only the use of allen wrenches so changeout is a snap. This reduces down time and increases productivity. For the larger 55MT20, a torque wrench with allen sockets is required when changing cells.
Application Range
Products
| Item Name | Torque Capacity | Accessory Diameter | Cat # |
|---|---|---|---|
| Torsion Load Cell | 0.225 Nm 2 in-lb |
54.0 mm 2.125 in |
W-5510-T4 |
| Torsion Load Cell | 2.25 Nm 20 in-lb |
54.0 mm 2.125 in |
W-5510-T3 |
| Torsion Load Cell | 22 Nm 200 in-lb |
54.0 mm 2.125 in |
W-5510-T2 |
| Torsion Load Cell | 220 Nm 2,000 in-lb |
101.6 mm 4.00 in |
W-5510-T1 |
Strain measurement is a key component of mechanical testing and is required by nearly all relevant ASTM and ISO standards. Instron offers a wide range of strain measurement devices to suit every material and application. From simple bonded strain gauges to the most advanced video extensometry, all of our devices are designed and manufactured by Instron engineers to meet our own stringent accuracy standards. If your testing application requires a creative solution, our Custom Engineering Group is available to design and implement a strain measurement solution that meets your needs.
Torsion grips are designed to transmit torsional forces to the specimen and usually employ either a collet or socket-style gripping arrangement. Whereas, axial torsional grips are used in conjunction with systems able to apply both torsional and axial loads to a specimen simultaneously.
Axial-Torsion Wedge Grips
These grips utilize a wedge-action gripping technique making them suitable for flat specimens as well as cylindrical.
Chuck Style
These universal drill-type chuck grips can be used to hold round, hex or triangular specimens. The standard sets are available in both a keyless and keyed style that can hold a range of specimen sizes.
Collet Style
Two standard sets of Collet Style grips are available: a small collet grip set for smaller specimens and a large collet grip set for larger specimens. Both sets are double angle style.
Socket Style
These socket style adapters allow the connection of any 0.5 inch drive socket or accessory directly to the torque cell and/or output shaft on the MT series frames.
The Instron® range of environmental chambers and furnaces provide the capability to study the mechanical properties of materials and components over a wide range of temperatures up to +1600 °C in air.
Environmental Chambers
Instron environmental chambers provide extensive temperature testing capabilities for evaluating material properties under non-ambient testing conditions.
Furnaces
These three zone resistance wire wound furnaces are of split construction to facilitate fast and easy loading of a pre-assembled specimen train.
T-slot tables and component test plates are compatible with universal testing systems and can be used to mount or clamp components, finished product, or structures for tensile, compression, bend, peel, and puncture testing applications.
T-Slot Tables
The T-slot table provides an extended work area primarily intended for clamping components or structures for performing tensile, compression or flexural tests.
Component Test Plate
This drilled and tapped metal plate can be used to mount components and end products for tensile, compression, bend, peel, and puncture testing.
The Custom Solutions group at Instron® has been developing uncommon fixtures, grips and platens to meet our clients' special requirements for over 30 years. Please select a link below to see some of our recent projects.
The flexure fixture allows a variety of flexural and fracture toughness bond tests to be performed, including determination of flexural modulus, flexural strength, and flexural yield strength.
Static Flexure Fixtures
Static flex / bend fixtures perform 3 and 4-point bend tests on universal testing systems. The 2810-400 bend fixture is the most popular model and is used to perform ASTM D790 and ISO 178 plastic bend tests on 3300 and 5900 Series universal testing systems.
Fatigue Flexure Fixtures
Fatigue flex / bend fixtures allow a variety of 3 and 4-point flexural and fracture toughness tests to be performed on dynamic testing systems such as the ElectroPuls™ and 8800 Series.
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Furnaces and related accessories for universal testing systems and fatigue testing systems – capable of testing up to 1200°C in air, with engineered solutions available to cater for height and width variants and higher temperature requirements.
Furnace Testing for Universal Testing Systems
Our standard furnaces, mounts, grips, and load string assemblies for universal testing systems allow for testing up to 1200°C in air.
Furnace Testing for Fatigue Testing Systems
Our standard furnaces and load string assemblies for fatigue testing systems allow for testing up to 1000°C in air.
Frame accessories designed for use with Instron Industrial Series static hydraulic universal testing machines.
In-Head Wedge Grip Jaws
In-head wedge grip jaws fit directly into the crosshead pocket of the load frame and provide a grip that is adaptable for testing flat, round, and cable specimens in compliance with ASTM E8.
T-Slotted Tables
T-slotted tables offer a versatile means of securing fixtures to test odd specimen geometries in the compression space of DX model static hydraulic universal testing systems.
Fastener testing accessories allow for the performance of proof tests, axial and wedge tensile tests, cone stripping tests, and shear tests on most standard bolts, screws, studs, and nuts.
Fastener Holders
Fastener holders are designed to perform a variety of tests, including axial and wedge proof loading, tensile tests, and nut proof load tests in accordance with ASTM F606. Fastener holder sets are available in capacities ranging from 100 kN to 1500 kN.
Fastener Shear Fixtures
Shear fixtures are designed to test the ability of a fastener to withstand load applied transversely to the axis of the fastener. Single shear fixtures are available for shear tension testing. Double shear fixtures are available for shear compression testing.
The accessories here are designed as attachments, or upgrades to a variety of Instron testing systems. If you are looking for load cells, tensile grips, heating and cooling chambers, or test fixtures, you can find those in our accessories section.
Electromechanical Frame Accessories
Accessories, attachments, and upgrades are designed for Instron 3300, 3400, 5900, and 6800 Series test systems.
Electropuls All-Electric Dynamic Test Systems
Loadframe accessories for Electropuls systems include a high stiffness support table and safety guards.
8800 Series Load Frame Accessories
Air cushion isolators and Hydraulic grip controls for servohydraulic systems.
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Accessories for Low Speed Rear, Side and Pole Impact Simulation that will assist with increasing the productivity and efficiency of the development process.
2-Piece Sled
The innovative sled concept allows you to reduce your set-up time and increase the dynamic performance of the system.
Camera Outriggers
Designed for low mass and high stiffness, the Instron camera outriggers provide a stable mounting point for high speed cameras whilst preserving the performance of the test system.
Low Speed Rear Impact Simulation
The low speed rear impact simulation is used for the development and testing of the interaction between the occupant, the seat and the neck support.
Pitching
The active controlled pitch simulation load unit offers a significant advantage through more realistic crash simulations and better reproduction of the dummy injury criteria
Quick Clamping System for Test-Setup-Pallets
The quick clamping mechanism allows standardized mounting of any type of structures on the sled to reduce the set-up time.
Side and Pole Impact Simulation
Side-crash simulations on sled systems are carried out for the development of safety restraint systems.
Instron® supplies specimen marking devices of various types, as well as a range of specimen measurement units that can be connected directly to compatible systems to allow downloading of specimen dimensions without typing, saving time and preventing errors.
Marking Punches
Gauge point punches of various sizes that are used to punch mark a metallic specimen with a set gauge length before testing.
Measurement Devices
A variety of specimen measurement devices, such as calipers and micrometers, to provide digital measurement, digital measurement with automatic data entry, or manual measurement.
Preparation Systems
Notching, milling, and punching machines designed to prepare specimens from thick to thin as well as from soft to hard.
Instron® is the only testing system manufacturer that designs and manufactures its own load cells. This ensures that Instron load cells meet the unique requirements of material testing systems such as high accuracy over a wide measurement range, high stiffness, resistance to offset loads, accurate alignment and excellent zero stability. These load cells are made within Instron’s manufacturing center in High Wycombe, United Kingdom. All Instron load cells are individually temperature-compensated and tested for accuracy and repeatability on a calibration apparatus that is traceable to international standards, with a measurement of uncertainty that does not exceed one-third of the permissible error of the load cell.
Static Load Cells
Load cells for Instron’s 3300, 3400, 5900, and 6800 Series universal testing systems.
Dynamic Fatigue Rated
Load Cells
Load cells for Instron ElectroPuls and hydraulic fatigue systems.
Instron® offers a wide variety of tensile grips to suit your industry and testing application. Our grips range in force from one gram to 2 meganewtons and can accommodate a diverse range of materials such as thread, rope, elastomers, plastic, composites, metals, and more. For those with unique applications, our custom engineering group will gladly design a grip to suit your situation. Instron grips comply with all global testing standards, are designed to last for decades, and are backed by our world class service and support team.
Pneumatic Side Action
Tensile Grips
Our most popular tensile grip and installed on more than half of all Instron universal testing machines. These grips are easy to use, extremely versatile, and efficient for high volume testing. Up to 10kN force capacity.
Wedge Action
Tensile Grips
A classic, simple, and robust tensile grip design; manual wedge action grips are perfect for metals, composites, and plastic. Designed for easy specimen loading, alignment, and positioning. Up to 250kN force capacity.
Screw Side Action
Tensile Grips
Screw action grips provide a very simple and efficient method for holding test specimens and are most commonly used for biomedical, plastic film, electronic, and adhesive applications. Up to 10kN force capacity.
Advanced Hydraulic Wedge Action Tensile Grips – Static & Dynamic
The best grips available for most metal and composite tensile testing applications. A hydraulic grip pump is required if installing these on an electromechanical system. Up to 500kN force capacity.
Self-Tightening Roller Tensile Grips
Simple and efficient self-tightening tensile grips that are perfect for elastomers and thin films. Up to 5kN force capacity.
Textile Cord, Yarn, and Rope Tensile Grips
Grips designed specifically for tensile testing yarn, thread, rope, cord, tube, sutures, and wire.
Hydraulic Wedge Action Tensile Grips
Hydraulic wedge action grips for Instron's high-capacity static hydraulic universal testing systems. Up to 2,000kN force capacity.
Hydraulic Side Action Tensile Grips
Hydraulic side-acting DuraSync™ high capacity grips deliver enhanced gripping performance, usability, and operator safety over traditional grip designs. Up to 2,000kN force capacity.
Webbing
Tensile Grips
Perfect for textile webbing, cargo straps, and seat belt material. Due to the diversity of materials and widths, most of the grips we supply are custom made for your application.
Pneumatic Wedge Action Tensile Grips – Static & Dynamic
Designed for ElectroPuls™ test instruments, these pneumatic wedge action grips are suitable for tension, compression, torsion, and reverse-stress testing on a wide range of specimens and materials.
Pneumatic Wedge Action Tensile Grips
Similar to manual wedge grips but with the addition of pneumatic closing to increase testing speed and convenience. 100kN and 200kN models available.
Fatigue Rated Mechanical Wedge Action Tensile Grips
Available in fatigue ratings ranging from ±1 to ±100 kN and suitable for tension compression, torsion, and reverse-stress testing on a wide range of specimens and materials.
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Torsion and
Axial-Torsion Grips
Axial-torsion grips for the Instron 8874 bi-axial servohydraulic testing system, and torsion grips for Instron MT torsion testing systems.
Fastener
Tensile Grips
Fastener holder tensile grips perform proof tests, axial and wedge tensile tests, and cone stripping tests on bolts, screws, studs, and nuts.
Threaded-End and Button-End Grip Bodies
Split insert tensile grips are designed for safe, high-volume testing of shoulder-end or button-end machined specimens. Designed per ASTM E8, ASTM A370, ASTM A48 and GOST 1497 (Type III specimen).
Wire and Cable
Tensile Grips
Grips designed specifically for tensile testing wire and cable up to 12.7mm in diameter.
Microelectronic
Tensile Grips
A variety of tensile grips suitable for performing tensile tests on a wide range of microelectronic components and assemblies including leads, wires, and irregularly-shaped products.
More Info
Cord Capstan
Tensile Grips
Manual tensile grips designed specifically for rope and cord up to 3.2mm in diameter and 2.5kN of breaking strength.
Fiber Filament
Tensile Grips
Small, very low force, and lightweight tensile grips for fibers and filaments. Common in biomedical and microelectronic applications.
O-Ring
Tensile Grips
The tensile grip designed for ASTM D1414. Designed for testing elastomeric rings, these fixtures avoid local stress concentrations by using a spindle that is rotated by the testing system's moving crosshead.
Fabric Loop
Tensile Grips
The tensile grip designed for ASTM D4964. Fabric loop grips are used for tension and elongation testing of wide or narrow elastic fabrics.
BioPuls Submersible Pneumatic Side Action Tensile Grips
Submersible tensile grips designed specifically for use with Instron's BioPuls temperature controlled water or saline bath system.
Mechanical Wedge Action Tensile Grips – Lever Operated
Available in load capacities ranging from 22.2 – 150 kN, these versatile grips are designed for simplified specimen insertion and removal with lever operation to open and close the grip faces.
Clevis Grips for
Fracture Mechanics
Suited for static and dynamic testing of compact tension specimens in accordance with ASTM E399, E647, E813, E1290, and BS 7448.
Whether your application involves syringes, Luer locks, auto-injectors, pen injectors, sutures, prosthetics, implants, medical packaging, or PPE, Instron offers a range of fixtures and accessories for testing to industry standards. To learn more about the latest testing applications for drug delivery devices and containers, medical consumables and packaging, cardiovascular and interventional devices, biomaterials, orthopedic implants, and dental devices, visit our Biomedical Industry page.
Instron’s ISO 80369 system is built on our advanced 6800 Series universal testing machines with biaxial capabilities, delivering exceptional performance and flexibility to support a wide range of medical device testing.
By consolidating mechanical and pressurized leakage performance tests into a single machine, it enhances efficiency, reduces evaluation time, and minimizes device usage. Featuring modular configurations for syringes, IV hubs, and connectors, this system ensures precise alignment and adaptability for diverse device geometry. Maximize your testing capabilities with the Instron ISO 80369 system, engineered for both standard and custom device testing.
Our range of syringe fixtures are designed to investigate the forces necessary to evaluate the performance of syringes and syringe/needle combinations. The fixtures used in conjunction with the test system can determine the forces required to operate the device – specifically the break loose and glide force.
The CP131100 universal syringe fixture is designed to accommodate a wide range of common syringe sizes between 1 ml and 50 ml. The adjustable gripping mechanism makes it easy for operators to adjust for multiple syringe sizes, perfect for test labs. The 2870-001 syringe fixture is simple in design, using specific inserts to support the syringe flange during testing.
We also offer a separate syringe test fixture, catalog no. 2870-003, specifically designed to meet the test requirements of ISO 7886-1 Annex G for sterile, single-use hypodermic syringes.
Instron’s Automated Carousel Testing System utilizes an innovative, adaptable design for testing of medical vials, cartridges, and pre-filled syringes. The small footprint allows it to be put on standard lab benches adding automation to even the smallest labs. It is designed with easy wipe-down surfaces and stainless steel covers for biomedical environments. Commonly configured to automate testing of residual seal force (RSF) and compression testing.
Instron offers a variety of grips suitable for performing tensile tests on a wide range of microelectronic components and assemblies including leads, wires, and irregularly shaped products.
| Available Models | |
| Force Capacity | Catalog No. |
| 50 N | 2712-051 |
| 250 N | 2712-052 |
| Available Models | ||
| Force Capacity | Maximum Jaw Face Opening With Serrated Jaw Faces | Catalog No. |
| 100 N | 35 mm | 2710-111 |
| 500 N | 35 mm | 2710-112 |
| 1 kN | 36 mm | 2710-113 |
| 2 kN | 36 mm | 2710-114 |
| 5 kN | 46 mm | 2710-115 |
| 10 kN | 46 mm | 2710-116 |
| Specifications | ||
| Force Capacity | Maximum Specimen Thickness | Catalog No. |
| 10 N | 0.8 mm | 2712-101 |
| Specifications | ||
| Force Capacity | Catalog No. | |
| 500 N | 2712-212 | |
| Specifications | ||
| Force Capacity | Catalog No. | |
| 10 N | 2860-001 | |
Characterization of composite materials requires a range of tests under different loading conditions, such as tension, compression, shear, flexure, and peel. Instron provides a range of high-performance composites testing fixtures that conform to the requirements of the appropriate ASTM, ISO, EN, and other testing standards.
Both manual and hydraulic grip types capable of operating over a wide range of temperatures are available. Moving body manual and hydraulic wedge grips are recommended for testing composite materials as they provide reliable gripping of test specimens whilst maintaining accurate and repeatable alignment meeting Nadcap requirements for aerospace testing. Adapters are available to allow a range of composites test fixtures to be attached to these grips meaning that the grips do not have to be removed when changing test set ups, minimizing disruption and enhancing productivity.
| Overview | |
| Common Standards | ASTM D695, ASTM D3846, Boeing BSS 7260, SACMA SRM-1, prEN 2850, ISO 14126 |
| Catalog Numbers | S4931A, CP108932, CP114221, CP114215, CP115010, CP115011, CP114249 |
| Overview | |
| Common Standards | ASTM D6484, ASTM D6484M, Boeing BSS 7260 |
| Catalog Numbers | CP113777, CP113778, CP113779, CP113780 |
Composites V-Notch Shear Test Fixtures
Instron Shear Test Fixtures are designed for in-plane or interlaminar shear testing of composite materials. The V-Notched Beam Method, or more commonly known as the Iosipescu Shear Method, was standardized into ASTM D5379 in 1993, while the V-Notched Rail Shear Method was more recently introduced in 2005 under ASTM D7078. Both test methods share many common characteristics and have the distinctive V-notches in the specimen design, which serve to create a localized and approximate uniform shear stress zone between the notches. It’s important to note that the two fixtures in ASTM D7078 and D5379 are quite different in their specimen design, the way in which load is applied to the specimen and consequently, the type of results obtained.
| Overview | |
| Common Standards | ASTM D5379, ASTM D7078 |
| Catalog Numbers | S4685A, CP105207 |
Composites Rail Shear to ASTM D4255
ASTM D4255 describes both 2 Rail and 3 rail methods of determining the in-plane shear strength of a composite laminate panel. In the 2 Rail test (Method A) a laminate panel specimen is clamped between loading plates and yokes and then subject to shear loading. Measurement of shear strain requires the use of strain gauges on the specimen. Two types of fixture are available: one working in a compression mode and one working in a tension mode. A specimen template is included to ensure the accurate location of the holes in the specimen.
| Overview | |
| Common Standard | ASTM D4255 |
| Catalog Numbers | S4695A, S4695B |
Flexural and Interlaminar Shear Bend Fixture
A modular fixture for flexural and Interlaminar Shear Strength (ILSS) testing to a wide range of standards. Capable of operation from -70 to +250 deg C (-94 to +482 deg F).
| Overview | |
| Common Standards | ASTM D7137 / 7137M, Boeing BSS 7260 |
| Catalog Numbers | S5385A, CP103712 |
| Overview | |
| Common Standard | AITM 1-0010 |
| Catalog Number | CP105079 |
Sandwich Constructions Flatwise Tension Test Fixtures
ASTM C297 describes a method of determining the bond strength between the facing and core of a sandwich core panel or the strength of the core itself, if the bond strength between the facing and the core is sufficiently strong. The specimen is bonded to thick loading blocks and then subject to tensile loading applied via the blocks. Each half of the test fixture incorporates a dual flexible yoke to ensure that pure axial load is applied to the specimen. The fixture can be used to test a variety of different sandwich core materials including honeycomb core structures and continuous core structures, such as foam or balsa wood.
| Overview | |
| Common Standard | ASTM C273 |
| Catalog Numbers | S4681A, S4682A |
Climbing Drum Peel Fixture
The Climbing Drum peel test for adhesives measures the strength of the adhesive bond between the core and the facing of a honeycomb panel.
| Overview | |
| Common Standards | ASTM D1781, EN 2243-3 |
| Catalog Numbers | S4680A, S4680C, CP108963 |
Strain Gauge Adapters for 120 and 350 ohm Gauges
From aerospace to construction, strain gauges are used in a variety of industries to measure strain in both materials and structural testing. These strain gauge adapters allow a single strain gauge to be used with any standard Instron strain channel. The strain gauge adapter contains bridge completion resistors and electrical calibration circuitry. The strain gauge leads are connected to the adapter via a spring-loaded terminal. Both 2 and 3 wire strain gauge connections are supported. The adapter is compatible with strain gauges that have gauge factors between 1.5 - 2.5. Multiple strain gauges require multiple adapters, which can be used up to the maximum number of strain channels fitted to the testing machine.
| Overview | |
| Catalog Numbers | 2210-891, 2210-892 |
Biaxial Extensometer
A range of Bi-axial and Averaging Axial extensometers are optimized for measuring strain when testing composites. These extensometers feature simple, single- handed operation and incorporate automatic electrical calibration and transducer recognition including a unique digital serial number. All of the extensometers measure the axial strain on both sides of the specimen. The use of average axial strain corrects for any specimen bending due to mis-alignment for the consistent and accurate determination of modulus. Biaxial versions measure transverse strain allowing for the determination of Poisson’s Ratio and In-Plane Shear strain.
| Overview | |
| Standards | Meets ASTM E82 B-1, ISO 9513 grade 0.5 and ISO 527 (annex C) |
| Catalog Number | 2650-561 |
These fixtures are designed to work with universal testing machines to perform an assortment of peel, puncture, burst, and coefficient of friction tests.
| Overview | |
| Catalog No. | 2820-035 |
| Associated Standards | ASTM B571, ASTM D2861 |
| Peel Angle | 90° |
| Maximum Load | 1 kN |
| Maximum Substrate Width | 127 mm |
| Maximum Substrate Length | 250 mm |
| Overview | |
| Catalog No. | 2820-036 |
| Associated Standards | ASTM B571, ASTM D2861, ASTM D3330 (Method F), ASTM D6252, ASTM D6862 |
| Peel Angles | 30°, 45°, 60°, 90°, 130°, 150° |
| Maximum Load | 1 kN |
| Maximum Substrate Width | 130 mm |
| Maximum Substrate Length | 250 mm |
The 90° peel fixture is designed to help an operator align and clamp down a specimen quickly and consistently while ensuring that a 90° angle can be maintained from start to finish. With its improved clamping and specimen alignment aides, the fixture provides greater repeatability, throughput, and reduced operator involvement over a standard manually-controlled and set up peel fixture. All of this makes the pneumatic version a preferred option over a standard 90° peel fixture with manual adjustments and clamping.
| Overview | |
| Catalog No. | 2810-005 |
| Associated Standards | ASTM D1894, ISO 8295:2004 |
| Overview | ||
| Catalog No. | 2820-101 | 2820-102 |
| Associated Standards | ASTM D3167 | ISO 4578, EN 1464, EN 2243-2 |
| Maximum Load | 5 kN | 5 kN |
| Overview | |
| Catalog No. | 2820-026 |
| Associated Standards | ISO 6133, IPC-TM-650 2.4.9 |
| Peel Angle | 90° |
| Maximum Load | 1 kN |
| Overview | |
| Catalog No. | 2810-195 |
| Associated Standards | ASTM D3787, ASTM D6797, FED 191A |
| Maximum Load | 10 kN |
| Overview | |
| Catalog No. | 2810-501 |
| Associated Standards | ASTM D5748-95, ASTM D4649 |
| Maximum Load | 4.4 kN |
| Overview | |
| Catalog No. | S1-11855 |
| Associated Standards | MIL-STD-3010 |
| Maximum Load | 2.5 kN |
