Instron 2518-807 Tension/Compression Static Load Cell

• Material science laboratories for tensile and compression strength analysis.
• Quality control departments for product integrity testing.
• Research and development facilities for new material characterisation.
• Biomedical engineering for testing prosthetics and medical devices.
• Automotive and aerospace industries for component stress analysis.

Typical capacity range

Load cells of this type commonly range from a few Newtons up to several kilonewtons, with this unit specifically noted for up to 100N.

Measurement accuracy

Units in this class typically offer high precision, often compliant with standards such as ISO 7500-1 Class 0.5.

Operating temperature

Generally designed for operation within standard laboratory conditions, typically 10°C to 40°C.

Connectivity

Commonly features proprietary connectors for compatibility with specific testing frames and data acquisition systems.

Overload protection

Many units include integral overload protection to prevent damage during use and handling.

Tare capability

Often includes a tare weight capability, typically up to 40% of the force capacity, for accommodating fixtures.

• What is a static load cell used for?

  A static load cell measures force under stationary or slowly changing conditions. It is primarily used for tension, compression, and cyclic testing in materials science and quality control.

• How do I ensure compatibility with my existing testing machine?

• What maintenance is typically required for a load cell?

• Can this load cell be used for both tension and compression testing?

• What do the compliance standards (e.g., ASTM E4, ISO 7500-1) signify?

Weighing terminals and load cells are regarded as robust, dependable components in laboratory and pharmaceutical environments. Buyers typically prioritise units with verified calibration history and documentation of maintenance records. The equipment is valued for its longevity and accuracy retention when properly serviced. Key considerations include compatibility with existing systems, sensor condition, and whether calibration certificates are current. Industry practice favours units from recognised manufacturers with established support networks. Used examples generally perform reliably when sourced from well-maintained facilities.

General overview for this equipment type