Wireless Stress & Torque Sensor | 32 kHz Waveform Sensing

Product Overview

The Wireless Stress & Torque Sensor uses one-button external control, avoiding leakage risk while providing clear tri-color status indication. An ultra-low-power SoC enables up to three years of battery life in a compact package. It supports 4G, ZigBee and Bluetooth 5.0 connectivity, with 24-bit ADC sampling up to 32 kHz and a 101 dB signal-to-noise ratio, allowing stress/torque and waveform-spectrum measurement without opening the enclosure.

Product Description

Measuring stress and torque on operating equipment usually means breaking into the machine — routing cables, drilling holes, opening enclosures — which is both inconvenient and risky in sealed or pressurized systems. The Wireless Stress & Torque Sensor removes that barrier. It is controlled externally with a single button, so there is no need to open the enclosure and no associated leakage risk. A clear tri-color status indicator tells operators at a glance whether the device is ready, measuring or reporting — a small detail that makes field use substantially safer and simpler.

Inside the compact package, an ultra-low-power SoC manages the delicate balance between continuous monitoring and battery life, enabling up to three years of operation from the internal battery. For wireless sensing, the sensor supports 4G, ZigBee and Bluetooth 5.0, matching a range of network environments from local gateway deployments to direct cloud connectivity. Signal quality is addressed at the acquisition level: a 24-bit ADC samples at up to 32 kHz with a 101 dB signal-to-noise ratio, preserving the waveform detail needed for true spectrum analysis.

Because no enclosure opening is required and communication is wireless, the sensor can be installed on rotating shafts, structural members and pressure systems where conventional wired instrumentation is impractical. It delivers both direct stress/torque values and full waveform-spectrum data, giving engineers the measurement depth of laboratory instrumentation in a battery-powered field device.

Key Features

• One-button external control avoids enclosure-opening leakage risk
• Tri-color status indication for clear operational feedback
• Ultra-low-power SoC with up to 3 years battery life
• 4G, ZigBee and Bluetooth 5.0 connectivity
• 24-bit ADC sampling up to 32 kHz
• 101 dB signal-to-noise ratio
• Stress/torque and waveform-spectrum measurement without opening enclosure

Technical Specifications

Applications

Rotating shaft stress and torque measurement, structural health monitoring, pressure-system instrumentation where leakage risk must be avoided, and wireless waveform-spectrum analysis of mechanical systems.