Product details

Origin:USA

Brand:bently

Product ID:3500/61

product description 

The Bently Nevada 3500/61 is a temperature monitor module that provides six 

temperature monitoring channels and can accept resistance temperature detector 

(RTD) and thermocouple (TC) temperature input. Compared to 3500/60, 

the 3500/61 provides a recorder output for each of its six channels. Users can program 

modules to perform RTD or TC temperature measurements using the 3500 frame 

configuration software. In addition, different I/O modules have RTD/TC non-isolated 

or TC-isolated versions, and the RTD/TC non-isolated versions can be configured to 

accept TC or RTD, or a mixture of TC and RTD inputs. The TC isolation version provides 

250 Vdc channel isolation to prevent external interference. When using a three-mode 

redundancy (TMR) configuration, the temperature monitors must be installed in groups 

of three next to each other, and the system uses two types of voting to ensure operational 

accuracy and avoid a single point of failure.

Features of the Bently Nevada 3500/61 temperature monitor module include:

Six temperature monitoring channels can accept resistance temperature detector (RTD) 

and thermocouple (TC) temperature input.

Each channel provides a recorder output.

Users can be programmed with the 3500 Framework configuration software to perform 

RTD or TC temperature measurements.

Different I/O modules have RTD/TC non-isolated or TC-isolated versions.

The RTD/TC non-isolated version can be configured to accept TC or RTD, or a mixture 

of TC and RTD inputs.

The TC isolation version provides 250 Vdc channel isolation to prevent external interference.

When using a three-mode redundancy (TMR) configuration, the temperature monitors 

must be installed in groups of three next to each other, and the system uses two types 

of voting to ensure operational accuracy and avoid a single point of failure.

To sum up, the Bently Nevada 3500/61 temperature monitor module has a variety of 

functions and features to meet the needs of different application scenarios.