GENERAL PRODUCTION DEVICES ( GPD ) X-3234 STRAIN GAGE

Description

The GENERAL PRODUCTION DEVICES (GPD) X-3234 Strain Gage is a cutting-edge sensor engineered for precise measurement of mechanical strain in various materials and structures. Designed to meet the demands of modern engineering applications, the X-3234 offers exceptional sensitivity and accuracy, making it an indispensable tool for strain analysis in research, development, and industrial settings. This strain gage facilitates reliable data acquisition for critical applications such as structural health monitoring, material testing, and stress analysis. Its robust construction ensures durability and stability even in harsh environments, making it suitable for a wide range of operating conditions.

Specifications

– High Sensitivity:
– Sensitivity range optimized for accurate strain measurement.
– High signal-to-noise ratio for reliable data acquisition.
– Sub-microstrain resolution for precise strain analysis.

– Wide Operating Range:
– Compatibility with various materials including metals, composites, and polymers.
– Temperature compensation for consistent performance over a wide temperature range.
– Suitable for static and dynamic strain measurements in diverse applications.

– Easy Installation:
– Adhesive backing for simple and secure attachment to the specimen surface.
– Flexible lead wires for convenient connectivity to data acquisition systems.
– Compatibility with standard strain gage installation techniques.

– Robust Design:
– Resistant to mechanical and environmental factors for long-term reliability.
– Hermetically sealed construction for protection against moisture and contaminants.
– Suitable for outdoor and industrial applications in challenging environments.

– Calibration and Certification:
– Calibrated to industry standards for accuracy and traceability.
– Certification documentation provided for quality assurance and compliance.
– Optional calibration services available for custom requirements.

– Customization Options:
– Available in various geometries and configurations to suit specific applications.
– Customizable parameters such as gauge length, resistance, and temperature range.
– Consultation and support for custom sensor design and integration.