Emerson Epro|MMS3125/022-020| Dual-Channel Displacement Transmitter
EPRO MMS3125/022-020 Dual-Channel Displacement Transmitter
Description
The EPRO MMS3125/022-020 is a dual-channel displacement transmitter designed for high-precision measurement of shaft position or vibration using proximity sensors in industrial machinery monitoring systems.
Features
- Dual-channel input for eddy-current proximity probes
- 4–20 mA analog outputs with high resolution
- MODBUS RTU communication via RS-485
- Rugged design for harsh industrial environments
- Compliant with API 670 and VDI 2056 standards
Technical Specifications
- Measurement range: ±1.0 mm (adjustable); typical ranges include 50 to 500 μm
- Resolution: 0.001 mm
- PP vibration frequency range: 0 to 20 kHz
- Tip diameter compatibility: 12.5 mm probe tip
- Output signal: 4–20 mA per channel, max. load 500 Ω
- Power supply: +24 V DC (nominal), ≤1 W power consumption
- Operating temperature: –25°C to +85°C
- Weight: 0.26 kg
Emerson Epro|MMS3125/022-020| Dual-Channel Displacement Transmitter
Emerson Epro|MMS3125/022-020| Dual-Channel Displacement Transmitter
EPRO MMS3125/022-020 Dual-Channel Displacement Transmitter
Description
The EPRO MMS3125/022-020 is a dual-channel displacement transmitter designed for high-precision measurement of shaft position or vibration using proximity sensors in industrial machinery monitoring systems.
Features
- Dual-channel input for eddy-current proximity probes
- 4–20 mA analog outputs with high resolution
- MODBUS RTU communication via RS-485
- Rugged design for harsh industrial environments
- Compliant with API 670 and VDI 2056 standards
Technical Specifications
- Measurement range: ±1.0 mm (adjustable); typical ranges include 50 to 500 μm
- Resolution: 0.001 mm
- PP vibration frequency range: 0 to 20 kHz
- Tip diameter compatibility: 12.5 mm probe tip
- Output signal: 4–20 mA per channel, max. load 500 Ω
- Power supply: +24 V DC (nominal), ≤1 W power consumption
- Operating temperature: –25°C to +85°C
- Weight: 0.26 kg
