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EPRO MMS 6110 Dual Channel Shaft Vibration Monitor

EPRO MMS 6110 Dual Channel Shaft Vibration Monitor

  • Manufacturer: EPRO

  • Product No.: MMS 6110

  • Condition:1000 in stock

  • Product Type: Dual Channel Shaft Vibration Monitor

  • Product Origin: USA

  • Payment: T/T, Western Union

  • Weight: 1000g

  • Shipping port: Xiamen

  • Warranty: 12 months

  • 24/7 Support
  • 30-Day Returns
  • Fast Shipping

Product Overview

The Emerson MMS 6110 is a Dual Channel Shaft Vibration Monitor, designed to provide precise vibration monitoring for rotating machinery. It features dual independent sensor inputs, configurable measurement ranges, and advanced signal processing capabilities for critical machinery protection.

Key Features

 Two independent eddy-current sensor inputs

 Configurable measurement ranges (0–400 mV to 0–8000 mV)

 Galvanically separated sensor power supply (-28V DC)

 Advanced alarm control with adjustable factors (1.0000–4.9999)

 Redundant power supply input with low power consumption (max. 6W)

 FFT voltage inputs for advanced analysis (0–10V, 10-bit resolution)

 RS-485 bus communication (supports up to 31 modules / 62 channels)

 Wide environmental tolerance (Operating: 0°C to +65°C, Storage: -30°C to +85°C)

Technical Specifications

Sensor Inputs

Parameter

Specification

Input Type

Two independent eddy-current sensor inputs (differential type)

Input Resistance

>100 kΩ

Input Voltage Range

0–22 V DC

Input Frequency Range

1/5…50…2000 Hz

Measuring Ranges

Parameter

Specification

Adjustability

Configurable via software

Smallest Range

0–400 mV

Largest Range

0–8000 mV

Sensor Supply

Parameter

Specification

Output Type

Buffered sensor supply (separate for each input)

Galvanic Isolation

Separated from system & supply voltages

Short-Circuit Protection

Yes

Parallel Operation

Yes, no interference

Nominal Voltage

-28 V DC

Available Current

Nominal: 20 mA / Max: 35 mA

Control Inputs

Parameter

Specification

Logic Inputs

Common binary inputs for both channels

Functions

Alert & Danger Modes (make or brake)  Channel/Module Inhibit  Measuring Range Multiplication (adjustable factor 1.0000–4.9999)

Voltage

24 V logic

Input Resistance

>10 kΩ

Keypulse Input

Parameter

Specification

Purpose

1 pulse per revolution input for system control (order analysis)

Voltage

24 V logic

Input Resistance

>10 kΩ

Pulse Duration

Minimum 10 µs (slope triggering)

Voltage Inputs

Parameter

Specification

Channels

Two (one per channel)

Purpose

FFT applications

Input Voltage Range

0–10 V

Input Resistance

>100 kΩ

Resolution

10-bit

Power Supply

Parameter

Specification

System Design

Redundant supply inputs (decoupled via diodes)

Power Consumption

Max. 6W (250mA at 24V)

Number of Modules Supported

31 modules / 62 channels per RS-485 bus

Supply Voltage

18–24–31.2V DC (IEC 654-2, Class DC4)

Additional Modules

If more channels are needed, an additional RS-485 bus is required

Environmental Conditions

Parameter

Specification

Protection Class (Module)

IP00 (DIN 40050)

Protection Class (Front Plate)

IP21 (DIN 40050)

Climate Conditions

DIN 40040, Class KTF

Operating Temperature

0°C to +65°C

Storage & Transport Temperature

-30°C to +85°C

Relative Humidity

5–95% (non-condensing)

Vibration Resistance (IEC 68-2, Part 6)

Amplitude: 0.15 mm (10–55 Hz)  Acceleration: 16.6 m/s² (55–150 Hz)

Shock Resistance (IEC 68-2, Part 29)

Peak Acceleration: 98 m/s²  Shock Duration: 16 ms

EMC Compliance

EN 50081-1 / EN 50082-2

 

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Product Description

Product Overview

The Emerson MMS 6110 is a Dual Channel Shaft Vibration Monitor, designed to provide precise vibration monitoring for rotating machinery. It features dual independent sensor inputs, configurable measurement ranges, and advanced signal processing capabilities for critical machinery protection.

Key Features

 Two independent eddy-current sensor inputs

 Configurable measurement ranges (0–400 mV to 0–8000 mV)

 Galvanically separated sensor power supply (-28V DC)

 Advanced alarm control with adjustable factors (1.0000–4.9999)

 Redundant power supply input with low power consumption (max. 6W)

 FFT voltage inputs for advanced analysis (0–10V, 10-bit resolution)

 RS-485 bus communication (supports up to 31 modules / 62 channels)

 Wide environmental tolerance (Operating: 0°C to +65°C, Storage: -30°C to +85°C)

Technical Specifications

Sensor Inputs

Parameter

Specification

Input Type

Two independent eddy-current sensor inputs (differential type)

Input Resistance

>100 kΩ

Input Voltage Range

0–22 V DC

Input Frequency Range

1/5…50…2000 Hz

Measuring Ranges

Parameter

Specification

Adjustability

Configurable via software

Smallest Range

0–400 mV

Largest Range

0–8000 mV

Sensor Supply

Parameter

Specification

Output Type

Buffered sensor supply (separate for each input)

Galvanic Isolation

Separated from system & supply voltages

Short-Circuit Protection

Yes

Parallel Operation

Yes, no interference

Nominal Voltage

-28 V DC

Available Current

Nominal: 20 mA / Max: 35 mA

Control Inputs

Parameter

Specification

Logic Inputs

Common binary inputs for both channels

Functions

Alert & Danger Modes (make or brake)  Channel/Module Inhibit  Measuring Range Multiplication (adjustable factor 1.0000–4.9999)

Voltage

24 V logic

Input Resistance

>10 kΩ

Keypulse Input

Parameter

Specification

Purpose

1 pulse per revolution input for system control (order analysis)

Voltage

24 V logic

Input Resistance

>10 kΩ

Pulse Duration

Minimum 10 µs (slope triggering)

Voltage Inputs

Parameter

Specification

Channels

Two (one per channel)

Purpose

FFT applications

Input Voltage Range

0–10 V

Input Resistance

>100 kΩ

Resolution

10-bit

Power Supply

Parameter

Specification

System Design

Redundant supply inputs (decoupled via diodes)

Power Consumption

Max. 6W (250mA at 24V)

Number of Modules Supported

31 modules / 62 channels per RS-485 bus

Supply Voltage

18–24–31.2V DC (IEC 654-2, Class DC4)

Additional Modules

If more channels are needed, an additional RS-485 bus is required

Environmental Conditions

Parameter

Specification

Protection Class (Module)

IP00 (DIN 40050)

Protection Class (Front Plate)

IP21 (DIN 40050)

Climate Conditions

DIN 40040, Class KTF

Operating Temperature

0°C to +65°C

Storage & Transport Temperature

-30°C to +85°C

Relative Humidity

5–95% (non-condensing)

Vibration Resistance (IEC 68-2, Part 6)

Amplitude: 0.15 mm (10–55 Hz)  Acceleration: 16.6 m/s² (55–150 Hz)

Shock Resistance (IEC 68-2, Part 29)

Peak Acceleration: 98 m/s²  Shock Duration: 16 ms

EMC Compliance

EN 50081-1 / EN 50082-2

 

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