Emerson | EPRO | MMS 6110 | Dual Channel Shaft Vibration Monitor
The technical data for the EPRO MMS6110 Dual Channel Shaft Vibration Monitor:
Sensor Inputs:
- Type: Eddy-current type sensor systems
- Description: Two independent inputs for eddy-current type sensor systems
- Galvanic Separation: Galvanically separated from the power supply
- Input Resistance: >100 kOhm
- Input Voltage Range: 0 to -22 Vdc
- Input Frequency Range: 1/5 to 50 to 2000 Hz
- Nominal Voltage: -28 Volts dc, 24 V logic
- Available Current: Nominal 20 mA / Maximum 35 mA (slope triggering)
- Pulse Duration: Minimum 10 microseconds
Control Inputs:
- Voltage Inputs: 0 to 10 Volts, only for Fast Fourier Transform (FFT) applications
- Logic Binary Inputs: Common logic binary inputs for both channels
- Resolution: 10 bit
- Input Resistance: >100 kOhm
Sensor Supply:
- Separate buffered sensor supply output available for each of the two sensor input channels
Alarm Functions:
- Two separately adjustable alarm levels available for each channel
- Alarm functions can be blocked by the channel clear/circuit fault function or by an external input
- After downloading a new configuration, alarms are blocked for 15 sec. settling time
Outputs:
- Type: Potential free opto couplers on the rear strip connector
- Voltage: Umax = 48Vdc
- Max Current: 100 mA
- Width: 30.0 mm (6 TE)
- Height: 128.4 mm (3 HE)
- Length: 160.0 mm
- Gross Weight: Approximately 450 g
Emerson | EPRO | MMS 6110 | Dual Channel Shaft Vibration Monitor
Current product
Current
Vendor:
EPRO
Emerson | EPRO | MMS 6110 | Dual Channel Shaft Vibration Monitor
Regular price
$230.00
Sale price
$230.00
Regular price
$350.00
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Descriptions
The technical data for the EPRO MMS6110 Dual Channel Shaft Vibration Monitor:
Sensor Inputs:
- Type: Eddy-current type sensor systems
- Description: Two independent inputs for eddy-current type sensor systems
- Galvanic Separation: Galvanically separated from the power supply
- Input Resistance: >100 kOhm
- Input Voltage Range: 0 to -22 Vdc
- Input Frequency Range: 1/5 to 50 to 2000 Hz
- Nominal Voltage: -28 Volts dc, 24 V logic
- Available Current: Nominal 20 mA / Maximum 35 mA (slope triggering)
- Pulse Duration: Minimum 10 microseconds
Control Inputs:
- Voltage Inputs: 0 to 10 Volts, only for Fast Fourier Transform (FFT) applications
- Logic Binary Inputs: Common logic binary inputs for both channels
- Resolution: 10 bit
- Input Resistance: >100 kOhm
Sensor Supply:
- Separate buffered sensor supply output available for each of the two sensor input channels
Alarm Functions:
- Two separately adjustable alarm levels available for each channel
- Alarm functions can be blocked by the channel clear/circuit fault function or by an external input
- After downloading a new configuration, alarms are blocked for 15 sec. settling time
Outputs:
- Type: Potential free opto couplers on the rear strip connector
- Voltage: Umax = 48Vdc
- Max Current: 100 mA
- Width: 30.0 mm (6 TE)
- Height: 128.4 mm (3 HE)
- Length: 160.0 mm
- Gross Weight: Approximately 450 g