BENTLY 3500/77M 176449-07 | Temperature monitor

BENTLY 3500/77M is a temperature monitor

· Input channel: There are 6 temperature monitoring channels.

· Input type: Can accept resistance temperature detector (RTD) and thermocouple (TC) temperature inputs. Users can use 3500 configuration software to configure the module, 

choose RTD or TC non isolated version to accept TC or RTD, or a mixture of TC and RTD inputs. The TC isolated version can provide 250VDC channel to channel isolation.

· Working temperature: The operating temperature range is -30 ° C to+65 ° C, the storage temperature range is generally -40 ° C to+85 ° C, and the humidity is 95% non 

condensing.

· Power consumption: 9 watts.

· Temperature monitoring and alarm: widely used for temperature monitoring of various industrial equipment, such as rotating machinery such as steam turbines, generators, 

compressors, pumps, as well as various industrial furnaces, reactors, and other equipment. It can monitor the temperature changes of key parts of the equipment in real time. 

When the temperature exceeds the user programmable alarm point, an alarm signal is promptly issued to remind operators to take corresponding measures to prevent 

equipment damage due to overheating.

· Fault diagnosis and predictive maintenance: By long-term recording and analysis of temperature monitoring data, maintenance personnel can understand the temperature 

trend of equipment and predict possible faults, such as bearing overheating, motor winding short circuit, pipeline blockage, etc. Identify potential issues in advance for 

targeted maintenance and repair, reducing equipment downtime and repair costs.

· System integration and automation control: As part of the Bently 3500 monitoring system, it can work in conjunction with other monitoring modules (such as vibration 

monitoring module, displacement monitoring module, etc.) to achieve comprehensive monitoring and protection of industrial equipment. At the same time, temperature 

data can be transmitted to control systems such as DCS, PLC, etc. to participate in the automation control process, automatically adjust the operating parameters of the 

equipment according to temperature changes, and ensure that the equipment operates in a safe and stable state.