Instron 2518-807 Tension/Compression Static Load Cell

Instron UK1485

This listing is for a Instron 2518-807 Tension/Compression Static Load Cell.

The unit is in full working condition and is ready for immediate release.

The Instron 2518-807 Tension/Compression Static Load Cell is engineered for high-precision force measurements in a variety of testing applications. Its robust design allows for accurate tension, compression, cyclic, and reverse stress testing, making it an essential tool in materials testing and quality control environments.

Key Features:

Capacity:

Measures up to 100N (22 lbf), making it suitable for a wide range of testing scenarios.

Exceptional Measurement Range:

Capable of capturing accurate force measurements down to 1/500th of its capacity, ensuring precision in all applications.

Automatic Recognition:

Features an electronic serial number and electrical calibration, allowing for simple and error-free operation without the need for manual setup.

Integral Overload Protection:

Designed with overload protection to minimize the risk of damage during both handling and testing, enhancing durability and reliability.

Tare Weight:

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Offers a tare weight capability of 40% of the force capacity, which accommodates the use of various grips and fixtures for added versatility.

Compliance with Standards:

Fully compliant with international force measurement standards, including ASTM E4, ISO 7500-1 class 0.5, and JIS B7721, B7733, ensuring reliability and accuracy in testing protocols.

Compatibility:

The Instron 2518-807 load cell is compatible with various Instron testing systems, including the UT and 3300 series. Its versatility makes it ideal for applications in:

Materials Testing:

Perfect for assessing the mechanical properties of materials under tension and compression.

Quality Control:

Utilized in industrial settings to ensure product consistency and adherence to specifications.

Research and Development:

An essential tool for scientists and engineers conducting experiments on material behaviour under different loads.