EMERSON A6500-UM

Product Short Description

Technical Specifications

Input Channels: Two independent sensor input channels.
Sensor Types Supported: Eddy – current sensors, piezoelectric sensors (accelerometers or velocity sensors), electrodynamic sensors, low – frequency bearing vibration sensors, Hall – effect sensors, and LVDT sensors (used with A6500 – LC).
Input Signal Range: For eddy – current sensors, the input voltage range is – 1V to – 22V; for piezoelectric sensors, the input voltage range is + 1V to + 23V.
Input Resistance: >100kΩ.
Input Frequency Range: 0Hz – 18.75kHz (configurable).
Output Signal: Front – panel buffered output, equivalent to the sensor input; back – panel output includes current – mode output (0/4 – 20mA) and original buffered signal output.
Accuracy: ±1% of full scale.
Power Supply: 24VDC.
Operating Temperature Range: – 40°C to 85°C.
Dimensions: 144 x 89 x 35mm.

Functional Features

Multi – sensor Compatibility: It can support a variety of sensor types, showing excellent versatility.
Advanced Signal Processing: It integrates diagnostic functions such as FFT analysis, PeakVue™ technology and band – pass filters, which can help users detect potential mechanical faults early.
Hot – swappable Design: The module is hot – swappable, which is convenient for installation and maintenance without interrupting the system operation.
Self – check Function: It includes self – check facilities for monitoring the status of hardware, power input, hardware temperature, sensors and cables to ensure the stable operation of the system.
Communication Capability: Through the internal RS – 485 bus, the collected signals are transmitted to the A6500 – CC communication card and converted into Modbus RTU and Modbus TCP/IP protocols, which is convenient for seamless integration with the upper – computer or analysis system.

Application Scenarios

Petrochemical Industry: It is used to monitor the vibration, shaft displacement and speed of key equipment such as compressors, pumps and turbines to ensure production safety and reliable equipment operation.
Power Industry: It is applied to the vibration monitoring of bearings, rotors and gearboxes of generators and wind turbines to achieve early fault warning and improve power generation efficiency.
Metallurgical Industry: It is used to monitor the operating status of equipment such as fans, pumps, compressors and rolling mills to avoid production interruptions caused by equipment failures.
Paper – making Industry: It is applied to monitor the vibration of key equipment such as pulp pumps, fans and drying drums to ensure the stable operation of the production line.
General Industry: It can be widely used in various occasions where the condition monitoring of rotating machinery is required, such as water pumps, motors, fans, etc.

There are no reviews yet.

Be the first to review “EMERSON A6500-UM”