Page 3

軸向夾持式引伸計

用於靜態應變數

Instron 的靜態軸向夾持式引伸計是一種測量應變的快速簡便的解決方案，適用於各種材料，如塑膠、金屬和複合材料。我們數十年的應變數經驗幫助我們優化了這些設備的設計，包括：輕巧、堅固的交叉支撐設計，消除了物理變形引起的誤差;內置保護，以減少設備過度伸展造成的損壞;以及設備臂，其設計需要最小的力即可保持與試樣的連接，從而最大限度地減少測試過程中的刀口滑動。所有引伸計均符合 ASTM E83 和 ISO 9513 標準，並附有校準證書，顯示每個裝置在出廠校準時的具體性能。

询价

2630-100 系列

適用於各種材料的多用途引伸計

工作原理

2630 系列引伸計可以準確、一致地安裝或安裝到位，標距長度鎖定裝置在安裝後會自動釋放，確保作的速度和可靠性。這種獨特的“錐形閂鎖”機制還克服了在開始測試之前必須移除銷釘或夾子的問題，或者在引伸計意外鎖定在標距長度處的情況下進行測試。

特性和優勢

堅固的橫撐設計，作力小
獨特的專利錐形閂鎖系統
精確、固定的標距長度，帶自動校準裝置
可互換的快速連接彈簧夾
用於對小直徑試樣精確對中的定心導軌
非常適合在 -100 °C 至 200 °C 之間的溫度櫃中使用
適用於單調和低速率循環測試的閉環應變控制
堅固的結構允許引伸計在大多數材料發生故障時保持開啟狀態

应用范围

金屬測試“n 值”
彎曲或壓縮測試
硬質塑料測試
浸入式測試
複合材料

元

可用型號
貨號	標距長度（公制）	行程（軸向）
2630-120	8 毫米	±50%
2630-101	10 毫米	±10%
2630-102	10 毫米	±50%
2630-105	25 毫米	±10%
2630-106	25 毫米	+50%
2630-107	25 毫米	+100%
2630-111	50 毫米	±10%
2630-112	50 毫米	+50%
2630-113	50 毫米	+100%
票價 2630-123	75 毫米	+10%
2630-117	80 毫米	+10%
2630-118	80 毫米	+50%
2630-119	100 毫米	+50%
貨號	標距長度（美國習慣）	行程（軸向）
2630-121	0.3 英寸	±50%
2630-103	0.5 英寸	±10%
2630-104	0.5 英寸	±50%
2630-108	1.0 英寸	±10%
2630-109	1.0 英寸	+50%
2630-110	1.0 英寸	+100%
2630-114	2.0 英寸	±10%
2630-115	2.0 英寸	+50%
2630-116	2.0 英寸	+100%

查看完整規格

W-6280 系列

用於測試鋼筋和其他棒材

工作原理

這款長標距夾持式引伸計採用獨特的拉開式設計，減少了試樣斷裂過程中損壞的機會，快速連接套件（隨附）可輕鬆安裝在試樣上。由於 W-6280 系列引伸計的框架尺寸較大，因此需要雙手作才能將儀器連接到試樣上，因此這些引伸計仍然依靠銷釘來設置標距長度。

应用范围

載荷類型：拉伸
試樣材料：織帶、紡織材料、焊接接頭、鋼筋
試樣尺寸：
圓形：直徑
0 至 58.4 mm 扁平：0 至 12.7 mm 厚 x 31.75 mm 寬
額定溫度：-40 °C 至 100 °C

型

系列

可用型號
貨號	標距長度（公制）	% 行程（軸向）
W-6280-200	200 毫米	+12.5%
W-6280-250	250 毫米	+10%
貨號	標距長度（美國習慣）	% 行程（軸向）
W-6280-8	8 英寸	+12.5%

Page 3

FIBER FILAMENT TENSILE GRIPS

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.

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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

Type of loading: tensile
Specimen materials: fine wires, filaments
Specimen shapes: round, flat

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

O-RING TYPE
Catalog no. 2711-007

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

Type of loading: tensile
Specimen materials: fine wires, filaments
Specimen shapes: round, flat

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

View Full Specifications

Page 3

夾具環境的治具感應器軟體

夾具

Pneumatic Side Action Tensile Grips

2712 Series

Instron’s pneumatic side action grips feature a versatile design for testing various battery materials and components. They are most commonly used for testing foil, separator film, and various welds used in the production of batteries.

Featuring adjustable clamping pressure and quick-change jaw faces, these grips can be adapted to test a wide variety of specimens.

More Info

Screw Side Action Tensile Grips

2710-100 Series

Instron’s advanced screw side action grips offer similar versatility to pneumatics, without the use of an adjustable or constant gripping pressure. These grips are an ideal solution when testing components and welds due to their increased jaw face separation and allowable offset.

More Info

High Temperature Pneumatic Side Action Grips

Catalog No. CP122505

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.

More Info

Precision Specimen Loader for Thin Films and Foils

Catalog No. 2701-240, 2701-241, 2701-242, 2701-243, 2701-244

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.

More Info

Wide-Body Screw Side Action Grips EV Cell

Wide-Body Grips

Catalog No. CP137924

Instron's wide-body screw side action grips are designed to accommodate cylindrical cells up to 51 mm in diameter. These grips retain the dual screw actuation with graduated cylinders and the convenient quick-release jaw face design of our standard screw side action grips, while featuring an expanded opening to securely hold larger specimens.

環境的

Environmental Chambers

Materials, cells, modules, and packs used in EV batteries can perform differently under varying environmental conditions. A testing chamber integrated with the Instron test frame allows specimens to be tested under a variety of environmental conditions while under load.

More Info

High Temperature Pneumatic Side Action Grips

Catalog No. CP122505

More Info

治具

Pneumatic 90° Peel Fixture

Catalog No. CP134660

The pneumatic 90° peel fixture was developed specifically for electrode adhesion testing. This 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.

90° Angle Peel Fixture

Catalog No. 2820-035

The 90° peel test fixture consists of a bearing-mounted sled that is linked to the testing machine’s crosshead by a cable and pulley system. This fixture has a T-slotted sled that allows the substrate clamps, which secure the substrate to the sled, to adjust to a variety of substrate widths.

More Info

Puncture Fixture

1 mm Probe (Catalog No. CP132292) and 0.8 mm Probe (Catalog No. CP105780)

Designed in accordance with EN 14477 for puncture testing of separator film and other flexible materials, this fixture provides a lower clamping mechanism paired with an upper probe of either 0.8 mm or 1 mm in diameter. The lower fixturing includes guidance for the probe and the means to hold a specimen taut for each test.

S4425P Puncture Resistance Fixture for Flexible Barrier to ASTM F1306

CP120825 Pneumatic Puncture Test Fixture

Pneumatic Puncture Fixtures

To reduce slippage during puncture testing, pneumatic puncture fixtures can be used and are available for testing in compliance with EN 863, ASTM F1306, and EN14477. The specimen under test is held in place by a set of pneumatically actuated clamps that provide a consistent and stable clamping force throughout the test.

Tack Test Fixture

Catalog No. CP131999

Designed for ease of specimen preparation and throughput, this Tack Test Fixture is optimized for testing the adhesion strength of electrodes to their current collector. The contact area of the tack can be designed to various sizes as needed. It is designed with 5 specimen locations and able to perform 5 consecutive tests without the need for additional specimen preparation in between each test. The upper and lower fixtures consist of lightweight, separate parts to simplify installation and cleaning. The upper fixture is also spherically seated and lockable to ensure parallelism between both fixtures during testing.

Flexure Fixtures

Instron offers a wide range of flex / bend fixtures for specimens of only a few millimeters in length up to 600 mm and for loads of a few newtons to several kilonewtons. 3 and 4-point bend tests of raw materials, battery materials, and cells are all possible using standard and custom fixtures that can incorporate displacement sensors and be mounted on all frame types.

Catalog number CP139080, a high accuracy version of our most common 5 kN flexure fixture, integrates a digital displacement gauge to measure specimen displacements with an accuracy down to 1 µm.

Learn More

Bending / Hemming Test Fixture to VDA 238-100: 2020

Bending / Hemming Test Fixture to VDA 238-100: 2020

Catalog No. CP130604

The CP130604 fixture has a maximum force capacity of 20 kN and is designed specifically for tight radius bend testing of sheet metals in accordance with VDA 238-100. The punch radius, roller diameter, and roller distance are constrained to reduce lab-to-lab variability. This fixture is used to evaluate formability and crash behavior of the high-strength metal casings that house and shield EV batteries.

Coefficient of Friction Fixture

Catalog No. 2810-005

Instron’s coefficient of friction fixture measures the static and kinetic coefficient of friction of plastic film and sheeting. This fixture is commonly used to measure the friction forces of separator film material used in batteries.

More Info

Weld Test Fixture

Catalog No. CP132001

This custom-made prismatic battery weld test fixture features a cantilever style hook and alignment fixture for testing the cumulative welding of anode/cathode tabs to their respective current collector. It is also paired with a crosshead extension to provide more space behind and around the specimen/alignment device when using a single column frame. By using the alignment fixture, an operator can ensure the prismatic cell is properly gripped in an upper grip. Fixturing can also be easily swapped out to accommodate different sized prismatic cells and/or welds. This is done by replacing the specimen alignment fixture and lower hook, all of which can be acquired separately, as needed.

Busbar Clamping Stage

Catalog No. CP128348

Designed for clamping busbar and other battery components, this fixturing allows for adjustable sizing and clamping force for testing various welds used in the production of batteries.

Battery Swell Testing Platens

Catalog No. CP136688

These custom-made battery testing platens are designed for measuring compressive loads, swelling, and compressive strain of batteries. They are designed with 4 integrated LVDT mounting locations and fit with an integrated spherical seat capable of locking to provide parallelism or being left unlocked to determine swelling in separate regions during charging and discharging. The lower platen also has a threaded hole pattern for mounting specimen guides in the event of stack testing for multiple battery cells. The platens are temperature rated from -40° to 150° C to allow for testing inside an environmental chamber.

Resistance Measurement Compression Anvils

Catalog No. CP139006

These compression anvils measure a material's compressive load, strain, and electrical resistivity. The set includes an upper spherical seat that ensures platen parallelism and electrical isolation from the frame. Integrated contact plates enable accurate measurement of specimen resistance, with the option to customize your plate geometry and material to fit specific testing needs. When connected to an ohmmeter, data collection is seamlessly integrated in Bluehill Universal, allowing synchronized acquisition of load, displacement, and resistivity data.

感應器

High Accuracy Digital Displacement Sensor

High Accuracy Digital Displacement Sensor

Catalog No. CP134297

This digital version of a LVDT provides a repeatable and highly accurate method of displacement measurement for a variety of tests on battery materials, components and assemblies. The sensor is easy to set up, is automatically recognized by the software and can provide a high precision and localized displacement or strain measurement. It can be used in tension, compression and flex tests and many other specialized tests such as to measure cell expansion during charging/discharging cycles.

More Info

LVDT Deflection Sensor with Compression Platens

LVDTs

LVDTs can be a valuable addition to a test system to obtain precise, localized strain measurements. These sensors are particularly useful in tension and compression applications where the fixture or system compliance needs to be eliminated. Instron offers a suite of LVDTs for use in normal conditions and specialized versions like CP130176 for use in extreme temperatures from -40°C to 200°C.

More Info

AVE3 extensometer with CDAT airflow technology

Non-Contacting Video Extensometer

Instron’s AVE2 video extensometer provides a repeatable and highly accurate method of strain measurement for various tests on battery materials and/or components. This fully-integrated extensometer easily adapts to the normal fluctuations of environmental conditions in your lab, including thermal and lighting variations. In addition to ambient testing, it can be used with temperature chambers and fluid baths.

More Info

Thermocouple Conditioners

Catalog No. CP132303

This thermocouple Signal Conditioner has been modified with wiring to Instron’s sensor conditioner module to allow for a live data capture and display of temperature for testing. It comes factory programed to work with type J and K thermocouples and configured for -100° to 350° C, but can be changed by the user depending on the measurements needed.

Barcode Scanner

A standard USB barcode and QR code scanner allows you to seamlessly enter sample or specimen information into Bluehill® Universal testing software. Simply create a barcode or QR code, inclusive of the tab function, and information can be added in any text or number input fields.

軟體

Bluehill Central

Lab Management Software

Bluehill Central software is a laboratory management tool that enables centralized, remote management of Bluehill Universal software applications associated with multiple Instron test frames. The software allows you to remotely manage all Bluehill Universal users, test templates, results, file revision approvals, and audit trail data from multiple Instron systems.

More Info

Bluehill Universal API

Bluehill Universal’s Application Programming Interface (API) allows Bluehill system administrators to program their own custom interfaces for various applications and devices to control pre- and post-test actions. In the simplest terms, the API allows you to automate some components of the testing sequence and create your own interface for running certain parts of the system (exporting, importing, starting, etc.). The Bluehill API is included with the standard purchase of Bluehill Universal and is accessible with simple Visual Studio .NET based programming.

More Info

Page 3

High Temperature Extensometer | Up to 600°C

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

More Info

High Temperature Extensometers | Up to 1000°C

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

More Info

High Temperature Extensometers | Up to 1200°C

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

Page 3

AVE 2

非接觸式高級影像延伸計

除出色的靜態測試性能外，Instron 高級影像延伸計 (AVE2) 現新增循環測試和高速單調測試測量選項。這款輕巧的非接觸式引伸計設計用於輕鬆跨系統移動，可在實驗室內快速移動，為尋求非接觸試樣研究材料動態行為的科學家、工程師和品質專家提供靈活性。

優化的動態測試能力

迴圈測試頻率高達 20Hz

動態軸向視場視圖可達 240 毫米

解析度和精度低至 2 微米

位移跟蹤高達500毫米/秒

實時數據採集速率 490Hz/s

通過非接觸式
動態應變控制和測量發現更多

先進的非接觸式解決方案

這種非接觸式引伸計可最大限度地減少測試環境和作員的負面影響，以防止對試樣的過早損壞，從而產生本質上更加一致、準確和可重複的數據。

防衍射氣流系統

一般實驗室環境會受到氣流變化的影響，可能導致高達數微米的誤差。因此，為了最大限度地提高測試精確度，AVE2 使用專利 CDAT 風扇，在試樣和相機之間產生穩定的層流，即使在空調運作期間也能在自由場空間中產生一致的結果。

$Anti-Diffraction Airflow System$

交叉極化照明系統

不同的實驗室有不同的照明條件，隨著一天時間的推移，同一房間的光線強度也會改變，這種差異可能導致相同類型測試結果的變化。為確保 AVE2 觀察的影像保持一致，Instron 開發了一種專利交叉偏光照明系統，能夠在任何實驗室光線條件下產生可重複的結果。

完全整合的解決方案

該解決方案自信地提供未來許多年所需的結果，還可以適應實驗室不斷變化的需求。與一系列環境室、生物浴、可選鏡頭和附件相容，這些都可以使用我們專有的測試軟體解鎖，因此潛在的測試應用幾乎是無窮無盡的。

革命性的動態功能，
適用於各種迴圈和單調測試

相較於傳統的夾式延伸儀等替代方案，AVE2 提供更高的靈活性和可用性。除了拉伸和壓縮測試外，它還能在各種材料和試樣幾何形狀上進行循環應變的測量和控制。現在您的實驗室只需一台設備就能涵蓋多種規格長度和不同伸長率的測試試樣。

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高級影像延伸 2 可與一系列
INSTRON 動態和疲勞測試系統配合使用

ElectroPuls^® 全電動
動態和疲勞測試系統

用於疲勞和斷裂力學測試的線性電動機驅動的動態試驗機。

通用液壓疲勞系統

通用伺服液壓系統非常適合高週數和低週疲勞、斷裂力學和準靜態測試。

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Page 3

AUTOX750

自動接觸式引伸計

公司需要提高試樣處理量以最大限度地提高效率和收入，同時保持高品質標準和安全的作條件，這就要求提高其材料測試程式的速度、可靠性和準確性。AutoX750（貨號 2665-750）是一款自動化長行程引伸計，以亞微米級精度滿足這一需求。借助自動標距長度定位和連接到測試樣品的優勢，作員可以享受更安全、更簡化的測試程式。公司可以縮短循環時間，並消除傳統夾持式引伸計的手動、耗時步驟所帶來的關鍵測試結果的可變性。

申請現場演示查看規格

AutoX750 測試塑膠

工作原理

AutoX750 與 Instron 的 3360、 3380、 3400、5500、 5960、 5980 和 6800 系列機電測試系統以及 LX、 DX、 HDX 和 KPX 靜態液壓測試系統集成，並通過 USB 介面使用 Bluehill^® Universal 測試軟體進行控制。該軟體提供了易於使用的測試序列和設置，有助於在測試前後自動確定標距長度、參考臂位置以及臂的打開和關閉。

平衡測量臂幾乎是無重量的，因此不會對被測材料特性產生任何影響。測量臂由電機驅動，每次都會自動將自身定位到正確的位置和標距長度。

应用范围

拉伸測試：金屬、複合材料、塑膠和彈性體
彎曲試驗：塑膠
試樣形狀：條狀、圓形、六邊形和扁平
標準合規性：符合最嚴格的測試標準，包括：
- 塑膠的 ISO 527-2 和 ASTM D638
- ISO 6892-1 （應變控制方法 A1）和 ASTM E8 （應變控制方法 B）用於金屬

高行程
AutoX750 在 750 mm 的行程中具有高精度和解析度，是各種試樣尺寸和標距長度的理想選擇。

平衡技術
久經考驗的平衡技術消除了對被測材料的外部影響，從而產生高度可重複和可靠的測試測量結果。

自動化測試臂
旨在提供簡化和安全的測試程序，縮短週期時間並提高可重複性。自動臂連接到試樣上，並且可以在大多數材料失效時保持連接。

可互換的刀口
可更換的刀口和可調節的夾持力適用於各種材料和試樣幾何形狀。

無盡的應用

AutoX750 的高精度和行程使其成為適合所有材料
（包括金屬、塑膠和複合材料）的理想引伸計。確定各種計算方法，包括模量、偏移屈服、
塑性失效伸長率（非比例）以及鈑金的 r 和 n 值。

根據 ISO 527 標準對 AutoX750 進行測試 — 根據 ISO 527 標準對塑膠進行拉伸試驗

使用 AutoX750 引伸計根據 ISO 37 和 ASTM D412 標準測試彈性體 — 根據 ISO 37 和 ASTM D412 標準對彈性體進行拉伸試驗

AutoXBiax

AutoXBiax
軸向和橫向應變數

AutoXBiax（貨號 2665-751）是一種自動高精度測量設備，可同時測量軸向和橫向應變。AutoXBiax 使用與 AutoX750 相同的高精度光學測量系統開發，專為測量鋼的塑性應變比（r 值）而設計，超過了現行標準，包括 ISO 10113、 ASTM E517 和 JIS Z 2254。AutoXBiax 與 3382A、 5960、 5980 和 6800 系列系統相容。

查看規格

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對於具有特定對中要求的應用，AlignPRO 系統可用於控制載荷鏈中的同心度和角度，以優化對中。該系統由安裝在稱重感測器和負載框架之間的 AlignPRO 夾具組成，用於調整同心度和角度。AlignPRO 軟體監控安裝在平面或圓形對準單元上的應變片的輸出。然後，這些輸出用於計算由於角度和同心對中誤差引起的彎曲，允許您使用 AlignPRO 夾具進行調整，同時在 AlignPRO 軟體中實時監控對彎曲的影響。

AlignPRO 夾具

AlignPRO 夾具允許快速、精確地對準稱重感測器和夾具元件。該夾具允許調整同心和角度不對中，同時載荷鏈仍處於預載入狀態。

規格
貨號	描述
2910-130	用於 100 kN （22 kip）機電設備
2910-132	用於 150 和 250 kN（34 和 56 kip）機電設備
8000-082	用於動態機器 - 容量高達 250 kN （56 kip）
8000-084	用於動態機器 - 容量高達 500 kN （112 kip）

更多資訊

AlignPRO 軟體和電子元件
貨號 8000-170

當與 Instron AlignPRO 夾具結合使用時，AlignPRO 軟體會識別需要哪些調整並即時顯示調整的效果，從而能夠在短短幾分鐘內實現準確的機器
設置以實現最佳對中。

AlignPRO 軟體使用 ASTM E1012 等標準中規定的計算將來自對準單元的應變信號組合在一起，並在螢幕上以數位和圖形方式顯示不對中資訊。AlignPRO 螢幕上的資訊不斷更新應變讀數，允許使用可選的 AlignPRO 夾具進行調整並立即讀取。

更多資訊

應變規對準單元

當應變片式對中單元安裝在夾具中時，載荷鏈中的任何不對中都會導致對中單元彎曲。電子元件為每個應變片提供穩定的
參考電壓。每個應變片輸出都反饋到數據採集單元，並作為即時應變信號提供給 AlignPRO™ 軟體。

規格
貨號	描述
8000-171	應變片對中單元，8 個片片，片寬截面直徑 8 mm
8000-172	應變片式對中單元，8 個量規，片寬截面直徑 10 mm
8000-173	應變規對準池，8 個規，扁平 12 mm x 6 mm 規段
8000-174	應變規對準單元，8 個儀錶。薄扁平 15 mm x 2 mm 測量截面

更多資訊

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HYDRAULIC SIDE ACTION TENSILE GRIPS

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.

Request A Quote

PATENTED DURASYNC TECHNOLOGY

Hydraulic Side Action Grip with Operator

SUPERIOR GRIPPING PERFORMANCE

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.

Side-load dampening reduces the risk of grip damage when testing slightly bent or irregularly shaped specimens such as rebar or wire rod
Opposing jaw faces repeatedly self-center during specimen clamping reducing testing time and eliminating the need to resynchronize the grip faces between tests
The synchronizer is located outside the gripping pocket preventing mechanical failure due to contamination

Features

Adjustable clamping force alleviates specimen slippage and grip breaks
Operator safety is improved through the use of low-pressure (131 bar) external supply lines
Hydraulic power is provided by the machine’s main power supply reducing the cost and floor space associated with a secondary grip pumping unit Note: For static electromechanical systems, a low-pressure, standalone pump is required.
Fully open-front design provides easy specimen insertion increasing testing efficiency and safety
DuraSync 2 offers semi-open back design which facilitates testing of shorter specimen when using an automatic extensometer
Jaw faces are easily installed from the front side of grips and require no maintenance beyond simple cleaning
Ergonomic control handset includes user-friendly, 3-position switches for upper and lower grip operation, and a magnetic back adding to operator convenience and productivity
Grips are field-serviceable reducing down time and eliminating the cost of sending the grips back to the factory for service

Application Range

Tensile tests on a wide range of materials including: steel rod and plate, machined rounds and flats, reinforcement bar, 3- and 7-wire strand, conveyor belt, and wood products
Tension-tension cyclic tests
Compression testing using optional secondary load string adapter
Low-frequency, thru-zero cyclic testing with thru-zero support option

1500 kN KPX with Hydraulic Side Action Grips

Hydraulic Side Action Grips Testing Flat Specimen

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

View Full Specifications

Page 3

這些配件、附件和升級專為 Instron 3300、3400、5900 和 6800 Series 測試系統而設計。

氣動夾具用之氣源套件

可選配氣動套件、腳踏開關或分配套件，以提升夾具操作便利性與工作效率。

更多資訊

液壓夾具泵浦

Instron 的液壓夾具泵浦旨在為高容量測試應用提供精確可靠的夾緊力，支持高達 600 kN 的負載能力。

更多資訊

Loadframe 支撐台/底座

可以將測試框架台或底座添加到地板和檯面模型系統中，為您的操作者帶來更符合人體工程學的高度。

更多資訊

碎片防護罩

防護罩用於隔離測試區與操作人員，對於如複材、鋼筋、纜線等易於劇烈破裂的材料測試，為必要的安全配備。

更多資訊

數位控制器配件

當今的測試實驗室和製造商有各種各樣的材料和元件測試需求。為了滿足這些不同的要求，Instron 擁有不同的儀器配置，以確保為測試應用提供正確的解決方案。

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PC 硬體

使用電腦的系統需搭配電子介面。若系統採用 GPIB 通訊，則電腦需配備相容的通訊卡。

更多資訊

Page 3

螺絲側向拉伸夾具

適用於各種材料和樣品類型的拉伸測試

2710-100 Series Advanced Screw Side Action Grips

螺絲夾具提供了一種非常簡單有效的方法，可在廣泛的應用中固定測試樣品。雙作用設計意味著可以調整夾爪面以適應不同的樣品厚度，這確保了拉伸力的作用線與夾具主體保持同心。它們可以配備各種尺寸的可互換夾爪面，並可選擇表面，包括光滑研磨、橡膠塗層和鋸齒狀。

索取報價

高級螺絲側向拉伸夾具

2710-100 系列 | 100 N - 10 kN 力量容量

工作原理

2710-100 系列雙作用螺絲設計可容納厚達 46 mm（1.8 英吋）的樣品，並且可以針對不規則或不對稱的樣品（例如搭接剪切類型和組件測試）進行偏移。兩側的螺絲旋鈕均滾花，便於手動擰緊，較高的容量還具有六角套筒螺絲旋鈕，可容納六角扳手或扭力扳手。刻在滑座上的刻度有助於使夾持平面居中。

應用範圍

載入類型：拉伸、靜態和拉伸-拉伸循環測試 - 不適用於高週期動態疲勞測試
樣品材料：塑膠、金屬、紡織品、紙張、薄片、箔、線材等。
樣品形狀：帶或不帶肩部的組件、圓形（線材）和平板樣品

力量容量	目錄編號
100 N	2710-111
500 N	2710-112
1 kN	2710-113
2 kN	2710-114
5 kN	2710-115
10 kN	2710-116

檢視規格檢視夾爪面

主要特色

高級螺絲側向夾具

快速更換夾爪面
快速更換夾爪面設計允許在幾秒鐘內單手更換所有夾爪面，而無需使用工具或銷釘。

旨在簡化對齊
帶有刻度標尺的滑座簡化了樣品與測試軸的對齊。自動對準夾爪面可補償樣品的不規則性。可選的樣品對準裝置透過幫助操作員將樣品載入夾具的中心來提高重複性。

多功能
寬開口適用於各種樣品厚度和獨特的組件。夾爪面和夾具主體之間的大空間簡化了樣品的插入。

各種夾爪面
提供橡膠塗層、鋸齒狀、光滑研磨、煞車片（HFC）、線接觸、波浪輪廓和 V 形鋸齒。

其他型號
中等範圍和低力量夾具

基本中等範圍夾具
2710-200 系列 | 1 kN - 5 kN 力量容量

2710-200 系列螺絲側向夾具專為各種材料的基本中等力量範圍靜態拉伸測試而設計。

檢視規格

基本低力量夾具
2710-004 | 500 N 力量容量

2710-004 螺絲側向夾具專為低力量應用的基本靜態拉伸測試而設計。

檢視規格

Page 3

MECHANICAL WEDGE ACTION TENSILE GRIPS

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.

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AVAILABLE MODELS

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.

View Specifications View Jaw Faces

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.

View Specifications View Jaw Faces

Principle of Operation

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.

Catalog no. 2716-015

Catalog no. 2716-020

Catalog no. 2716-002

Features

Quick set-up with rapid clamping and unclamping action
Easy specimen loading for increased productivity
Self-tightening wedge design eliminates slippage
Fixed faces and moving body during specimen loading
Variety of jaw face sizes and surfaces available
Quickly change faces without tools
Options for testing conditions up to 350°C (660°F)

Application Range

Type of loading: tensile, static and tension cyclic tests
Not suitable for high cycle fatigue tests
Specimen materials: wires, plastics, metals, elastomers, and composites
Specimen shapes: flat or round specimen with or without shoulder tab ends

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.

Learn More

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.

Learn More

Page 3

SELF-TIGHTENING ECCENTRIC ROLLER TENSILE GRIPS

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.

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AVAILABLE MODELS

1 kN - 5 kN Force Capacities

1-kN-Modell | 2713-007

2-kN-Modell | 2713-004

5-kN-Modell | 2713-002

Principle of Operation

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

Application Range

Type of loading: tensile, static, and tension cyclic tests - not suitable for high cycle dynamic fatigue tests
Specimen materials: thin sheets, films, flexible plastic and elastomers
Specimen shapes: flat specimen with or without shoulder tab ends

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

KEY FEATURES

Self-Tightening Eccentric Roller Grips

Quick Loading

Fast action for rapid specimen insertion to increase testing throughput.

Non-Slip Grip

Positive, non-slip gripping action for accurate results.

Eccentric Roller

Eccentric roller type clamping action increases clamping force with applied force.

Ambient and Non-Ambient Testing

Designed for use in -70° C to 315° C (-94° F to 600° F) temperature ranges.

OTHER MODELS

Low-Force Grips

Thin Film Grips

2713-006 Series | 100 N Force Capacity

These grips are ideal for tensile testing natural rubber latex, elastomers, paper, and polymer films.

View Specifications

Page 3

軸向夾持式引伸計

Page 3

FIBER FILAMENT TENSILE GRIPS

電動車電池測試配件

Page 3

High-Temperature Extensometers

Page 3

High Temperature Extensometer | Up to 600°C

High Temperature Extensometers | Up to 1000°C

High Temperature Extensometers | Up to 1200°C

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AVE 2

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AUTOX750

無盡的應用

對準夾具

Page 3

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HYDRAULIC SIDE ACTION TENSILE GRIPS

機電式框架配件

Page 3

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螺絲側向拉伸夾具

高級螺絲側向拉伸夾具

工作原理

應用範圍

主要特色

Page 3

MECHANICAL WEDGE ACTION TENSILE GRIPS

AVAILABLE MODELS

Page 3

SELF-TIGHTENING ECCENTRIC ROLLER TENSILE GRIPS

AVAILABLE MODELS

Principle of Operation

Application Range

KEY FEATURES

Quick Loading

Non-Slip Grip

Eccentric Roller

Ambient and Non-Ambient Testing

OTHER MODELS

Thin Film Grips