EPRO | MMS6220 | Dual Channel Eccentricity Monitor
Description
- Manufacturer: EPRO
- Model: MMS6220
- Ordering Information: MMS6220
- Catalog: MMS6000
- Origin: United States (US)
- HS Code: 85389091
- Dimensions: 16 cm x 16 cm x 12 cm
- Weight: 0.8 kg
Details
The EPRO MMS6220 is a dual-channel eccentricity monitor designed for processing relative radial shaft vibration signals from eddy current sensors. It is integral for constructing turbine protection systems, providing vital signals for analysis and diagnostics within field bus systems and networks. This monitor enhances performance, efficiency, and safety for monitored units like steam, gas, and water turbines. Configuration is facilitated through an RS 232 interface, allowing real-time adjustments and visualization of measurement values, order analysis, and operational data. Measuring modes include peak-to-peak, minimum/maximum, and continuous gap measurement, with a brief interruption for configuration changes
EPRO | MMS6220 | Dual Channel Eccentricity Monitor
EPRO | MMS6220 | Dual Channel Eccentricity Monitor
Description
- Manufacturer: EPRO
- Model: MMS6220
- Ordering Information: MMS6220
- Catalog: MMS6000
- Origin: United States (US)
- HS Code: 85389091
- Dimensions: 16 cm x 16 cm x 12 cm
- Weight: 0.8 kg
Details
The EPRO MMS6220 is a dual-channel eccentricity monitor designed for processing relative radial shaft vibration signals from eddy current sensors. It is integral for constructing turbine protection systems, providing vital signals for analysis and diagnostics within field bus systems and networks. This monitor enhances performance, efficiency, and safety for monitored units like steam, gas, and water turbines. Configuration is facilitated through an RS 232 interface, allowing real-time adjustments and visualization of measurement values, order analysis, and operational data. Measuring modes include peak-to-peak, minimum/maximum, and continuous gap measurement, with a brief interruption for configuration changes