G-Force Measurement Devices

G-force is measured by mounting a calibrated force or acceleration sensor to the test subject and recording the output signal during motion or loading events. SensorData's wired and wireless sensor systems — including Bluetooth-enabled rotary torque sensors and multi-axis load cells — provide real-time, high-accuracy data acquisition suitable for both laboratory and field testing environments.

G-force measurement is critical in automotive road testing, aerospace structural testing, material testing labs, military applications, conveyor diagnostics, and petroleum and mining operations. SensorData Technologies serves all these sectors with a broad range of precision force and torque sensors designed to meet the most demanding measurement requirements.

Wired sensors transmit data via strain gage signal conditioning electronics and are ideal for controlled lab environments. Wireless sensors, such as the BT4000 Bluetooth torque sensor or SYNTH Wireless Rotary Torque Sensor, eliminate cabling needs, reduce installation time, and are suited for high-vibration or hard-to-access environments. SensorData offers both types to fit your application.

Yes. SensorData's SYNTH Wireless Rotary Torque Sensor is intrinsically safe and certified for use in ZONE 1 DIV 1 explosive environments. It is immune to EMI, ESD, and nearby metal interference, making it appropriate for flammable environments such as engine testing, oil drilling, and petroleum mining applications where standard sensors may pose safety risks.

Yes, calibration is essential for measurement accuracy. SensorData Technologies provides free in-house calibration when sensors are supplied with SensorData electronics. Calibration with customer-supplied electronics is also available for a fee. Select models include on-board shunt calibration circuits, and TEDS-equipped sensors comply with IEEE Standard 1451.4 for smart transducer calibration management.

SensorData offers extensive customization including non-standard capacities, multi-axis configurations, dual-range measurement ratios up to 5:1, optional speed sensors, angle encoders, TEDS chips, and custom interconnecting cable assemblies. With over 25 years of in-house design and engineering capability, SensorData can develop proprietary sensor solutions tailored to your specific measurement requirements.