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
Documents
Applications
Videos
Models
Multi-channel digital system offers up to three channels of strain gage or thermocouple measurements. Integrated strain gage drivers with adjustable filtering.
Multi-channel digital system offers one to eight channels of strain gage or thermocouple measurements. Integrated strain gage drivers with excitation and shunt mode for setup and verification of data.
Single channel of strain gage or thermocouple based transducer measurements using a very small transmitter package.
Designed for wirelessly transmitting two channels of strain measurements. Both amplifiers have independently programmable gain using an MSC-USB programmer.
The Clamping Induction Telemetry (CIT) is a wireless, non-contact signal transmitter that easily mounts to shafts with a minimum diameter of one inch.
TEL-SC is a non-contact system that allows the users to remove the system without modifying or disassembling larger shaft ends.
The Induction Powered Flexplate Telemetry Torque Measurement System measures engine torque with a custom transducer installed between the engine and transmission.
MSC Telemetry Wheel Packages transmit strain gauge or thermocouple signals with strain gauge shafts or MSC Wheel Torque Transducers.