Bluehill Impact for Drop Towers

BLUEHILL^® IMPACT SOFTWARE

The Drop Weight Impact Testing Machine Software

Bluehill Impact Software for Drop Towers

Bluehill Impact is built from the ground up for touch interaction. The Operator Dashboard features large touchpoints to make the user experience simpler and smarter. Easy-to-understand icons and workflows make it easy to train new or experienced users, simplify operator training, and allow you to start testing even faster than ever before.

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SIMPLER
Effortless Drop Weight Impact Testing Workflows

Smart Defaults

Bluehill Impact provides a set of pre-configured defaults that cover the most common impact testing scenarios.

Flexible Data Analysis

Users can define unique data flow and procedures ensuring data processing flexibility. Bluehill Impact reports on anomalies and inconsistent results when they are outside set parameters.

Guided Workflow

Thanks to prompted tests and the touch panel, procedures set up takes just a few clicks. Users can be guided through the entire testing process with step-by-step instructions, ensuring that their tests remain repeatable, simple, and error-free. The prompts are customizable with your own text messages.

Fast Data Acquisition and Results

Increased productivity thanks to the combination of the new Dashboard with data acquisition system and Bluehill Impact.

Speed Up Collaboration

Move from task to task: easily share test method and results within your Company or your Customers with Bluehill Impact file management system.

SMARTER
Advanced Capabilities for Advanced Drop Weight Impact Testing

Bluehill Impact Specimen Multiselection

Specimen Multi Selection
Edit parameters for many specimens at the same time with one click.

Bluehill Impact Smarter Test Analysis

Break Type Recognition
Automatic recognition of the break type according to the shape of the curve (ISO 6603-2). This ensures associations to the break type remain the same operator-to-operator.

Automatic Testing

Automatic Testing
Once a test method has been created in Bluehill Impact, you can use AutoMate Software module to customize how the specimens in the automatic feeder are tested, assigning different test velocities and temperatures.

SAFER
Safety with High Throughput

Secure Access

Secure Access
Bluehill Impact security allows the Lab manager to configure permissions granting full access to super users and limiting access where needed.

Calibration Alert

Tups Calibration Alert
Automatic alerts are generated when Tup calibration period is expiring. This feature helps to reduce the risk of invalid tests and protect your results against inaccuracies.

Built-In Safety Notifications

Built-In Safety Notifications
The Dashboard gives clear visual information on the instrument status, so users always know when a test is in progress.

REMOTE TECHNICAL SUPPORT (RTS)

Instron Remote Technical Support (RTS), powered by Connect, allows our technical support team to connect directly to your Instron systems by either remote screen share or through integrated augmented reality (AR), providing fast and high-quality system diagnostics which should increase your Instron systems uptime.

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HAVE AN OLDER SOFTWARE VERSION?
Learn About Upgrading your Drop Weight Impact Testing Software

9400 and 9300 Drop Tower Systems

Bluehill Impact & Dashboard with Data Acquisition System

The state-of-the-art controller can be retrofitted on all the 9340 with Firmware version later than 1.00 and on all the 9350 Drop Weight Impact Testing Machines with FW version later than 3.00, including machines with automatic feeding option.

Bluehill Fracture

Bluehill^® Fracture

Simplify your Fracture Testing, Analysis and Reporting

Bluehill Fracture is a dedicated fracture mechanics software from Instron. Machine control, data analysis and reporting are performed for metals fracture toughness measurement to key international standards.

As a leading supplier of testing equipment for crack propagation and fracture toughness, Instron are aware of the challenges users face in reducing both the complexity and time taken to produce accurate, repeatable results. The Bluehill Fracture software package addresses these challenges.

Customizable test flows guide the user through the steps needed to produce their final results, saving time by minimizing data entry at each step.

Comprehensive on-screen user guidance along with automatic post-test analysis and reporting tools also reduce the skills and training required. Additionally, the layout, terminology and test progression is common to other Instron software packages, such as Bluehill Universal.

For the latest technology now available with Bluehill Fracture DCPD software, click below to upgrade today.

UPGRADE NOW

SIMPLER
Spend less time setting up testsWhether you are testing using a predefined method or customizing your own, Bluehill Fracture comes with the tools to create the method you need.

Method Definition
Bluehill Fracture's unique test workflow definition breaks the test into a logical series of steps, enabling the test designer to control the process of data entry before, during and after the test.

A reduction in entering the same data for each test saves time and minimizes data entry errors. Parameters for each stage can either be pre-populated prior to the test, imported automatically from a LIMS system or entered manually every time a test is run.

Customizable Work Flow
Work flow can be clear and simple or fully detailed depending on your need. Guidance notes can be added to aid operators throughout the test.
Intuitive Interface
The modern user interface is both intuitive and clear allowing for reduced training and simplified instructions.
Save Time
Methods steps can be tailored to suit the test type and operator, saving time and reducing errors.

SMARTER
Produce results faster

Although Bluehill Fracture is simple to use, there are still many advanced features for analysis and report generation.

Run and Analyse Tests
Performing and analyzing Fracture Toughness tests has never been simpler than with Bluehill Fracture.

Select a test method to run, from a pre-defined list or your own customized method, and Bluehill Fracture will step you through the pre-test data entry you define, then when ready, the software will perform pre-cracking (if required) and finally onto the main fracture test.

Run a Test

Pre-configured material properties and pre-cracking targets reduce user input and increase throughput.

Post-test Analysis

The software guides operators through data input, graph plotting and results calculation.

Report Generation

The report and export function within Bluehill Fracture completely automates the process of generating a summary report.

SAFER
Control user access and check results

Validity checks confirm your tests are within predefined parameters whilst the security settings allow advanced users to protect areas of the method containing critical settings.

Analysis
The report and export function within Bluehill Fracture completely automates the process of generating a summary report. This reduces complexity, time and errors by avoiding additional data export and manipulation at the post test reporting stage.

Whether you need a summary in text output format or a fully customized PDF report in your organization’s format, Bluehill Fracture has the features to achieve this at the click of mouse button.

Automatic validity Checks
Bluehill Fracture provides both a summary check and detailed breakdown of values and reference clauses for auditability. Validity checks are itemized and include achieved values and allowable limits.
User Access
Account settings control who in the laboratory can change and update test methods.
Stay Up to Date
By utilizing a separate standards library keeping abreast of the latest revisions is a simple upgrade.

Fracture CT Specimen

ADVANCED TOOLS
In addition to more common tests, measurement and analysis is provided for standardized methods using direct current potential drop (DCPD) for crack length measurement.

Test control and method set up are similar to mechanical compliance-based methods and raw data is stored in the same way. Signal noise depends greatly on the preamplification and conditioning of the DCPD system, so an additional averaging feature is available to stabilize readings during crack growth.

For fracture toughness determination, corrected displacement is calculated from user-specified frame compliance coefficients stored within the method, so that correct analyses can be used for different load strings. Manual and automated methods of V0 determination are provided, with a configurable interval for generation of J-da plot.

SUPPORTING DCPD MEASUREMENTS

Accepts X or X/Y from any conditioning system as scaled 0-10V transducer input
Live calculation of crack length for pre-cracking and fatigue crack growth experiments
Automatic setting of reference voltage during test
User-defined voltage - crack length relationships
Post-test analysis for JIc according to E1820 annex 18

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Integration

Various functions are available to support integration with laboratory data management systems (e.g. LIMS), such as the option to import automatically generated inputs of specimen geometry and material properties.

Supported Features

Bluehill Fracture modules support all common test standards (ASTM, ISO and BS) for crack propagation, ductile and brittle fracture, crack length measurements and specimen geometries. Users can test to predefined standards (e.g. ASTM E647, ASTM E399, ASTM E1820, ISO 12135).

For the latest Bluehill Fracture standard compatibility:

click here

Compatibility

Bluehill Fracture is available with new ElectroPuls^® and Servohydraulic systems, as well as any existing dynamic testing system with an 8800 or 8800MT controller running Windows 7 or 10.

Application Specific Fixtures

測試配件< » Application Specific Fixtures » Page 18

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.

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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.

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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.

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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.
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Wood Fixtures

Fixtures for testing wood for adhesive bond strength, compression, bend strength, shear, tensile strength, etc.

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Food Testing Fixtures

Food fixtures cover a wide range of industry standard testing methods including compression, puncture, shear, and extrusion.
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Custom Fixtures

The Custom Solutions group at Instron has been developing unique fixtures to meet our customers’ specific needs for decades.

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靜態荷重元

測試配件<
»
荷重元
»
靜態荷重元
»
Page 18

Instron 靜態荷重元專為搭配我們的 6800、3400、5900 和 3300 Series測試系統使用而設計。靜態荷重元的容量範圍從 2.5 N 到 600 kN，適用於各種測試應用，包括拉伸、壓縮、循環和反向應力測試。。

2580 Series 靜態荷重元

2580 系列稱重感測器專門設計用於 6800 和 5900 系列測試系統；具有出色的性能，能夠測量低至力容量的 1/1000 的力，精度為讀數的 0.5%。

更多資訊

2530 Series 靜態荷重元

專為搭配 3400 和 3300 Series 萬用測試系統使用而設計。5 N 到 100 N 的荷重元也可用於 6800 和 5900 Series測試系統。

更多資訊

Fastener Holders

測試配件<
»
緊固件夾具
»
Fastener Holders
»
Page 18

Fastener Holders

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.

Fastener Holders

Fastener holders are the main component for performing fastener testing. These fixtures are threaded on the adapting end to mount easily to either spherically seated tension rods or other adapters. Each fastener holder has a key slot that allows the operator to quickly and correctly load the specimen. A recessed circular area in the bottom of each fastener holder ensures that the washer will fit snugly. This reduces loading time and occurrences of slippage, because a secure, centered seating is ensured for each test.

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

Washers for Fastener Holders

Designed as an integral part of the fastener testing system, washers provide the interface between the specimen and the fastener holders. All washers are designed to conform to ASTM F606 standards, in thickness, width, and hardness. Each washer is engineered to fit a specific bolt holder, so they will seat snugly and securely in the recessed portion of the bolt holder. Numerous diameters and thread/pitch sizes are available, and washers can be engineered to meet customer specifications for an exact fit. All washers comply with ASTM F606, SAE J429, and ISO 898.*

* Contact Instron for specific fixtures to comply with ISO 898

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

Short Bolt Adapters

Short bolt adapters are used for bolts that are too short to be tested in bolt holders using conventional threaded washers. These adapters are available for all bolt holder series. There are two different types of short bolt adapters: tophat adapters for smaller diameter bolts and dumbbell adapters for larger diameter bolts. The tophat adapters can generally be used on shorter bolts because a section of the adapter actually fits into the holder. If the bolt diameter requires a heavy-duty adapter with thread attachment external to the bolt holders, a dumbbell adapter would be used. All adapters are designed to conform to ASTM F606 and other international standards.

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

Nut Proof Loading Assemblies for Holders

Nut proof loading assemblies are designed for proof loading or cone stripping of threaded nuts. They are designed to be used in conjunction with fastener holders and are available for all of the fastener holders series. Nut proof loading assemblies consist of a hardened proof loading mandrel and a proof loading plain flat washer. When used to perform cone stripping tests, an additional conically shaped plain washer must be used.

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

Reducing Rods

Fastener reducing rod assemblies are used as an adapter to allow smaller size fastener holders to be mounted to larger bolt holders. The reducing rod assembly consists of a threaded rod and a plain flat washer that matches the larger fastener holder being used.

Available Models
Description	Catalog No.
Adapters for Attaching Series B to Series C or D Fastener Holders	W-5119-B

Fastener Shear Fixtures

測試配件< » 緊固件夾具 » Fastener Shear Fixtures » Page 18

剪切工装旨在测试紧固件承受横向施加到紧固件杆上的载荷的能力。单剪工装可用于剪切拉力试验。双剪工装可用于剪切压缩试验。

紧固件双剪工装

双剪工装由高强度工具钢制成，可适应双剪试验中涉及的高应力。这是一种压缩型工装，由刀片和底座组成，两者都有 U 形孔。在试验过程中，底座刀片支撑紧固件，上刀片施加压力。工装的刀片和底座精密加工，可作为特定尺寸紧固件的匹配套件。必须为每一种尺寸的紧固件购买单独的工装。

供应型号
描述	额定压力	测试标准	目录编号
双剪工装	1240 MPa (180,000 psi)	MIL-STD 1312-13 NASM1312-13	W-5135
双剪工装用刀片安装板和连接件	1240 MPa (180,000 psi)	MIL-STD 1312-13 NASM1312-13	W-5136

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紧固件单剪工装

单剪工装由超高强度、经热处理的合金钢制成，经久耐用。这是一种拉伸型工装，采用闭孔设计来固定紧固件。这种设计需要在受测试的螺栓或螺柱上使用螺母，目的是防止工装发生分离。必须为每一种尺寸的紧固件购买单独的工装。

供应型号
描述	额定压力	测试标准	目录编号
单剪工装	-	ASTM F606	W-5140
单剪工装	1380 MPa (200,000 psi)	ASTM F606	W-5141

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2742-205 ±3 kN, ±25 Nm 氣壓式疲勞額定楔形夾具

測試配件< » 拉伸夾具 » 氣動楔形夾具 » 2742-205 ±3 kN, ±25 Nm 氣壓式疲勞額定楔形夾具 » Page 18

±3 kN, ±25 Nm 氣壓式疲勞額定
楔形夾具

2742-205

2742-205 氣壓式楔形夾具專為配合 ElectroPuls^® 測試儀器而設計，適用於各種試樣和材料的拉伸、壓縮、扭轉和反向應力測試。夾具可直接從機器手持控制器進行氣壓操作，開放式正面設計便於試樣的插入、定位和夾緊。

工作原理

這些夾具的單動楔形原理旨在夾持試樣而不施加可能導致試樣挫曲的壓縮負荷。夾具本體的縮回運動有助於減少通常在夾持試樣時產生的壓縮負荷。

應用範圍

負載類型：拉伸、壓縮、扭轉或反向應力測試
試樣幾何形狀：扁平或圓形試樣
試樣材料：金屬、塑料、複合材料、生物材料
溫度範圍：+10 至 +40 °C (50 至 104 °F)

特點

動態線性容量：±3 kN (±674 lbf)
動態扭矩容量：最高 ±25 Nm (±221 lbf.in)
模組化法蘭安裝設計可直接相容於所有新型 E3000 和 E10000 機型
可透過手持控制器獨立開啟和關閉上下夾面
軟體回饋夾具狀態，提升易用性
增強試樣夾持的控制力與可重複性

適用於線性與扭轉，包括全反向應力動態測試
前開式設計，便於從正面快速輕鬆地插入試樣
自緊式移動本體楔形設計可消除滑脫並防止試樣受載
可更換夾面，適用於夾持不同材料、試樣幾何形狀及尺寸
內建調整器確保無旋轉背隙，操作安全可靠

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下載 Instron 配件產品目錄

測試配件< » 材料測試配件型錄 » 下載 Instron 配件產品目錄 » Page 18

下載配件產品目錄

填寫以下表格，索取您的 Instron 材料測試配件產品目錄副本。此更新版本展示了我們全系列的夾具、裝置、環境箱、引伸計和其他配件，旨在提升您測試系統的性能和多功能性。無論您是擴展實驗室的性能，還是為特定應用尋找合適的解決方案，該產品目錄都提供詳細的產品資訊，以幫助您做出自信的決策。提交表格後，我們會將產品目錄的 PDF 版本直接以電子郵件寄給您。

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Self-Aligning / Spherically Seated Compression Platens

測試配件< » 壓縮壓板 » Self-Aligning / Spherically Seated Compression Platens » Page 18

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.

Compression Platens with Integral Spherical Seat

The hardened surface of these platens ensures no deformation of the platen occurs during testing while the polished finish minimizes friction between the platen and specimen. Platens that have a 100 mm or larger diameter include a locking mechanism to secure the spherical seat into position, ensuring it is parallel with the lower platen. An LVDT deflection sensor may be attached to provide high accuracy strain measurement.

Specifications
Platen Diameter	Load Capacity	Catalog Number
50 mm	10 kN	S5722A
50 mm	100 kN	S5722B
100 mm	10 kN	S5724A
100 mm	100 kN	S5724B
150 mm	10 kN	S5726A
150 mm	100 kN	S5726B
200 mm	10 kN	S5728A
200 mm	100 kN	S5728B

More Info

High-Force Compression Platens

The Industrial Series spherically seated compression platens offer optimal balance of rigidity and self-alignment, ensuring uniform specimen loading. Compression platen combinations can be configured to comply with ASTM C39, C67, C109, C133, C140, C365, AASHTO T22, and other standards.

Specifications
Spherical Seat Diameter	Load Capacity	Catalog Number
79 mm	1000 kN	W-2005-A
114 mm	2000 kN	W-2005-B
165 mm	4500 kN	W-2005-C
228 mm	4500 kN	W-2005-D
305 mm	5000 kN	W-2005-F

More Info

Spherical Seatings

An attachment to convert a compression platen to a spherically seated platen.

Specifications
Capacity	Lower Fitting	Upper Fitting	Catalog Number
300 kN	6 x M10 on 100 mm BC	M48 x 2 fRH (Type llf)	2501-118
Fatigue Rated
500 kN Static 250 kN Dynamic	M48 x 2 fRH (Type llf)	M48 x 2 fRH (Type llf)	2840-112*
* For use with 2840-11x compression platens

2742-103｜±1 kN 氣動疲勞級楔形夾具

測試配件< » 拉伸夾具 » 氣動楔形夾具 » 2742-103｜±1 kN 氣動疲勞級楔形夾具 » Page 18

±1 kN 氣動疲勞級楔形夾具

2742-103

2742-103 氣動楔形夾具專為 ElectroPuls^® 測試儀器而設計，適用於多種試樣與材料的拉伸、壓縮與反向應力測試。夾具可由機台手持控制器直接進行氣動操作，開放式前端設計便於試樣插入、定位與夾持。

工作原理

本夾具採單作用楔形原理設計，可在不施加可能導致試樣屈曲的壓縮載荷下夾持試樣。夾具本體的回縮動作有助於降低夾持試樣時通常產生的壓縮載荷。

開放式前端設計可快速且輕鬆更換試樣與夾爪面。夾爪面可最佳化夾持效能，而鋸齒面設計可將對試樣表面的損傷降至最低。

應用範圍

載荷類型：拉伸、壓縮或反向應力測試
試樣幾何形狀：扁平或圓形試樣
試樣材料：金屬、塑料、複合材料、生物材料
溫度範圍：+10 至 +38°C（50 至 100°F）

特點

動態線性容量：±1 kN（±225 lbf）
上、下夾爪面可透過手持控制器獨立開合
透過軟體回饋夾具狀態，提升易用性
提升試樣夾持的控制性與重複性
適用於拉伸和壓縮，包括全反向應力動態測試

開放式前端設計，可由前方快速且輕鬆插入試樣
自緊式、可移動本體楔形設計可消除打滑並防止試樣受載
可更換式夾爪面，適用於夾持不同材料及不同試樣幾何形狀與尺寸

如需更多資訊，請下載資料表

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機頭式楔形夾具夾爪

測試配件< » 機架配件 » Static Hydraulic Universal Testing System Frame Accessories » 機頭式楔形夾具夾爪 » Page 18

Instron 機頭式楔形夾具夾爪可直接安裝於機架橫樑夾持槽，提供扁平試片、圓形試片與絞合纜線等配置—力容量 300 kN 至 3000 kN。採用熱處理鋼材並具硬化齒面，依 ASTM E8 設計，可在廣泛材料與試片尺寸範圍內提供耐用性與低維護需求。

楔形設計會隨張力增加自動提升夾持力，確保整個測試過程夾持牢固且不打滑。齒形選項—粗齒適用較軟材料與較高載荷，細齒適用較硬材料—可擴展應用範圍。隨機架購買附贈的墊板可調整夾爪開口，以適應不同試片厚度。

扁平試片用楔形夾具夾爪面

扁平楔形夾具夾爪面適合測試多種硬質扁平試片。由於可選夾具種類多，試片寬度尺寸亦可彈性變化。

適用於多種硬質扁平試片，包括鋼、鋁、其他金屬與複合材料
僅可進行靜態拉伸
每組包含四個扁平楔形夾具夾爪

可用型號
品項說明	力容量	最大試片寬度	最大試片厚度	齒形	每英吋齒數	貨號
夾面	300 kN	50 mm	25 mm	水平	16	W-1214
夾面	300 kN	63 mm	35 mm	菱形	8	W-1258
夾面	300 kN	63 mm	35 mm	菱形	16	W-1259
夾面	600 kN	70 mm	45 mm	水平	8	W-1408
夾面	600 kN	70 mm	45 mm	菱形	8	W-1480-A
夾面	600 kN	70 mm	45 mm	水平	16	W-1409
夾面	600 kN	70 mm	45 mm	菱形	16	W-1409-A
夾面	1000 kN	82 mm	50 mm	菱形	8	W-1559
夾面	1000 kN	82 mm	50 mm	菱形	16	W-1560
夾面	1500 kN	90 mm	76 mm	菱形	8	W-1660
夾面	2000 kN	100 mm	76 mm	菱形	8	W-1761
夾面	3000 kN	150 mm	105 mm	菱形	8	W-1911

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Vee Wedge Grip Jaw Faces for Round Specimens

圓形試片用 V 形楔形夾具夾爪面

V 形楔形夾具夾爪面適合測試多種圓形試片。多數提供的夾爪面亦可採用整體淬硬工具鋼製作，適用於鋼筋應用。多樣化的夾爪選項也可涵蓋不同試片直徑範圍。此多功能性來自於可依被測試片的特定尺寸，選擇不同 V 形槽深度與角度的夾爪。

適用於多種圓形試片（包括管、棒、管材與鋼筋），材質涵蓋多種材料（包括鋼、鍛鐵、銅、青銅、黃銅、鋁與複合材料）
僅可進行靜態拉伸
每組包含四個 V 形楔形夾具夾爪

可用型號
品項說明	力容量	試片直徑	齒形	每英吋齒數	貨號
夾面	300 kN	5.0 - 13.0 mm	水平	16	W-1215-A
夾面	300 kN	12.0 - 32.0 mm	水平	16	W-1215
夾面	300 kN	12.7 - 40.0 mm	水平	10	W-1260
夾面	300 kN	12.7 - 40.0 mm	水平	16	W-1261
夾面	600 kN	7.0 - 25.0 mm	水平	16	W-1410-A
夾面	600 kN	12.7 - 57.0 mm	水平	10	W-1410
夾面	600 kN	12.7 - 57.0 mm	水平	16	W-1411
夾面	1000 kN	6.0 - 12.7 mm	水平	16	W-1563-A
夾面	1000 kN	12.7 - 57.0 mm	水平	10	W-1561
夾面	1000 kN	12.7 - 57.0 mm	水平	16	W-1563
夾面	1000 kN	45.0 - 85.0 mm	水平	10	W-1562
夾面	1500 kN	10.0 - 63.0 mm	水平	8	W-1669-A
夾面	1500 kN	12.7 - 82.0 mm	水平	10	W-1662
夾面	2000 kN	10.0 - 63.0 mm	水平	8	W-1669-B
夾面	2000 kN	32.0 - 95.0 mm	水平	10	W-1763
夾面	3000 kN	10.0 - 60.0 mm	菱形/水平夾具本體範圍 25 mm（#8）至 60 mm（#18），菱形切削，每英吋 10 齒夾塊嵌件範圍 10 mm（#3）至 25 mm（#8），水平切削，每英吋 10 齒	10	W-1916
夾面	3000 kN	35.0 - 125.0 mm	水平	10	W-1912

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纜線用夾爪面嵌件

纜線夾爪面嵌件適合測試七股絞合纜線試片。纜線夾具夾爪僅適用於容量 600 kN（135,000 lbs）或以上的載荷機架。

嵌件具紋理化磨砂表面處理
每組包含四個夾塊嵌件

可用型號
品項說明	力容量	試片直徑	型錄編號
嵌件固定座	2000 kN		W-1538
嵌件	2000 kN	11.11 mm	W-1538-B
嵌件	2000 kN	12.70 mm	W-1538-C
嵌件	2000 kN	12.90 mm	W-1538-F
嵌件	2000 kN	13.20 mm	W-1538-G
嵌件	2000 kN	15.24 mm	W-1538-H
嵌件	2000 kN	15.88 mm	W-1538-D
嵌件	2000 kN	19.05 mm	W-1538-E

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2742-206 ±3 kN, ±25 Nm 疲勞額定機械楔形夾具

測試配件< » 拉伸夾具 » 疲勞額定機械楔形作用拉伸夾具 » 2742-206 ±3 kN, ±25 Nm 疲勞額定機械楔形夾具 » Page 18

±3 kN, ±25 Nm 疲勞額定
機械楔形夾具

2742-206

2742-206 機械楔形夾具專為配合 ElectroPuls^® 測試儀器而設計，適用於多種試樣與材料的拉伸、壓縮、扭轉及反向應力測試。夾具採機械式操作，開放式前端設計便於試樣的置入、定位與夾持。

工作原理

夾具上的軸承輔助楔形作用可實現輕鬆且無需工具的夾緊。必要時，亦可使用轉棒或扳手進行。在這兩種情況下，調整時均不會改變夾面相對於試樣的垂直位置。

此 Instron^® 設計採用移動夾具體而非夾面，因此可以預先選擇試樣夾持的確切位置，保持一致的標距且不施加可能導致試樣挫曲的壓縮力。開放式前端設計可快速輕鬆地更換夾面。夾面帶有鋸齒以實現最佳夾持性能，且鋸齒設計旨在最大限度地減少對試樣表面的損傷。另有拉桿可用於溫度測試。

應用範圍

負載類型：拉伸、壓縮、扭轉或反向應力測試
試樣幾何形狀：扁平或圓形試樣
試樣材料：金屬、塑料、複合材料、生物材料
溫度範圍：-70 至 +350°C (-94 至 +662°F)

特點

動態線性容量：±3 kN (±674 lbf)
動態扭矩容量：高達 ±25 Nm (±221 lbs.in)
模組化法蘭安裝設計可直接相容於所有新型 E3000 和 E10000 機型
在 3119-605 環境箱中搭配 3117-080 拉桿套件使用時，可獲得最佳操作範圍
適用於線性與扭轉，包括全反向應力動態測試
前開式設計，可從側面快速輕鬆地插入試樣

自緊楔形設計可消除滑移並防止試樣預載
可更換夾面，用於夾持不同材料和試樣尺寸
無需工具，夾具操作簡便
使用轉棒或扳手可獲得額外的夾持力
內建調節器可確保無旋轉背隙，操作安全穩固

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BLUEHILL® IMPACT SOFTWARE

Bluehill® Fracture

Application Specific Fixtures

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靜態荷重元

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Fastener Holders

測試配件< » 緊固件夾具 » Fastener Holders » Page 18

Fastener Holders

紧固件剪切工装

測試配件< » 緊固件夾具 » Fastener Shear Fixtures » Page 18

測試配件< » 拉伸夾具 » 氣動楔形夾具 » 2742-205 ±3 kN, ±25 Nm 氣壓式疲勞額定楔形夾具 » Page 18

±3 kN, ±25 Nm 氣壓式疲勞額定楔形夾具

2742-205

工作原理

應用範圍

特點

測試配件< » 材料測試配件型錄 » 下載 Instron 配件產品目錄 » Page 18

下載配件產品目錄

Self-Aligning / Spherically Seated Compression Platens

測試配件< » 壓縮壓板 » Self-Aligning / Spherically Seated Compression Platens » Page 18

測試配件< » 拉伸夾具 » 氣動楔形夾具 » 2742-103｜±1 kN 氣動疲勞級楔形夾具 » Page 18

±1 kN 氣動疲勞級楔形夾具

2742-103

工作原理

應用範圍

特點

機頭式楔形夾具夾爪

測試配件< » 機架配件 » Static Hydraulic Universal Testing System Frame Accessories » 機頭式楔形夾具夾爪 » Page 18

扁平試片用楔形夾具夾爪面

圓形試片用 V 形楔形夾具夾爪面

纜線用夾爪面嵌件

測試配件< » 拉伸夾具 » 疲勞額定機械楔形作用拉伸夾具 » 2742-206 ±3 kN, ±25 Nm 疲勞額定機械楔形夾具 » Page 18

±3 kN, ±25 Nm 疲勞額定機械楔形夾具

2742-206

工作原理

應用範圍

特點

BLUEHILL^® IMPACT SOFTWARE

Bluehill^® Fracture

測試配件<
»
荷重元
»
靜態荷重元
»
Page 18

測試配件<
»
緊固件夾具
»
Fastener Holders
»
Page 18

±3 kN, ±25 Nm 氣壓式疲勞額定
楔形夾具

±3 kN, ±25 Nm 疲勞額定
機械楔形夾具