Michigan Scientific wireless sensor telemetry systems provide a means for non-contact signal transmission in harsh conditions. The transmitter’s small size and light weight allows measurements in areas with limited space and/or rotating applications.
Features
Strain Gage or Thermocouple Based Measurements
Non Contacting Digital Wireless Link
Transmitter Powered by Induction or Battery
± 10 V Analog Voltage Output
Ruggedized and Weather Sealed
Can be Used in Electric Vehicle Development and Testing
The Clamping Battery Telemetry (CBT-mini) is a wireless, battery powered, signal transmitter for strain gages that easily mounts to shafts with a minimum diameter of 25mm or larger.
The Michigan Scientific Clamping Battery Telemetry (CBT-micro) is a wireless, battery-powered signal transmitter for strain gages that easily mounts to shafts with a minimum diameter of 25 mm or larger, making it ideal for shaft
mounting and very versatile.
The Induction Powered Flexplate Telemetry Torque Measurement System measures engine torque with a custom transducer installed between the engine and transmission.
The T-Series High-Speed End of Shaft Telemetry system's compact, bearing free housing was specifically designed to minimize size and weight to allow for long term, high-speed testing.
Multi-channel digital system offers up to three channels of strain gage or thermocouple measurements. Integrated strain gage drivers with adjustable filtering.
The Clamping Battery Telemetry (CBT) is a wireless, battery powered, 2 channel, signal transmitter for strain gages that easily mounts to shafts with a minimum diameter of 25mm or larger.