RTM MP Plus – Bi-Directional, Radio-Based Signal Transmission for Rotating Machinery in compact housing
- Signals: Encoder, Digital, Analog, Force Sensor
- Elimination of Slip-Rings
- Easy Retrofit
- aintenance-Free
The RTM MP Telemetry System was developed for transmitting various signals in parallel from rotating machinery:
• 2 x Encoder
• 8 x Digital
• 1 x Analog
• 2 x Force sensor
The RTM MP System is applied where signal transmission utilizing slip rings is no longer practical. The costs involved for an expansion or and upgrade of existing slip ring signal transmission can be substantial due to the complexity of the required components or modifications to the machine itself.
Many RTM MP Systems are applied as a substitute for defective or aged slip-ring systems where the repairs are cost prohibitive or even impossible as spare parts are no longer available. Through the use of robust components for maintenance free operation and a simple system concept for easy installation, the RTM MP System provides the telemetry solution of choice for the installed base of buncher and twister stranding machines.
Main components
| Picture | Name | Description | CAD data | Watchlist |
|---|---|---|---|---|
 | RTM MP Plus EMGZ482.T.Plus | RTM MP Plus transmitting module with integrated dual-channem measuring amplifier | PDF DWG STP | |
 | RTM MP EMGZ482R.MP | Transmitting module for RTM X2.MP | PDF DWG STP | |
 | RTM MP EMGZ4443MP.R | Decoding module for RTM MP | PDF DWG STP |
Your benefits
- Parallel transmission to/from rotating machinery for various applications
- Reliable radio-based transmission for highest reliability and process safety
- Simple system concept and quick installation, compact components suite most any application
- Robust design with embedded components provide for reliable service in the harshest environment
Features
- Signals: Encoder, Digital, Analog, Force Sensor
- Elimination of Slip-Rings
- Easy Retrofit
- aintenance-Free
Industry
Wire and Cable, Yarns and Fibres, Non-ferous Metals, Steel, Electrical conductors, Fibre optics, Compound materials, Steel ropes