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IC660TBA025 Current source analog output module

Sep 29th,2024 212 Views

Technical specifications for IC660TBA025
Brand GE Fanuc
Series Genius I-O
Part number IC660TBA025
Describes the analog output module
Circuit 6
Signal reception 2-30 MA
Voltage 115 volts AC, 24/48/125 volts DC
The frequency is 50/60 Hertz
Temperature 0-60 degrees Celsius
Cooling 12 watts
Isolation 1500 volts
Ripple frequency 47-63 Hz


The IC660TBA025 output module is a GE Fanuc current source output module. It uses analog outputs and is equipped with 6 output circuits. Each individual circuit can accept signals between 4 and 20 mA. The fifth and sixth outputs in the circuit can also be used for voltage-related applications. The output block operates in a voltage range of 115 volts AC and 24, 48 or 125 volts DC. This Genius I/O module provides unmatched performance for industrial automation. It operates at a frequency of 50 to 60 Hertz. The IC660TBA025 output block provides 25% output accuracy when operating at 0.15 degrees Celsius. The output resolution of the output module is 6 μA. The module has an open architecture and includes a monitoring port that can be used to connect to a handheld monitor.

In addition to this port, the IC660TBA025 output module has serial port 1, serial port 2, shielded input port, shielded output port and connections for GND, H, NC and BSM devices. There are also LED indicators in the block, namely "Unit OK" and "I/O Enabled" leds. The IC660TBA025 output block can also be connected to the RJ 45 port of personal computers running Windows operating systems. The analog block has a heat dissipation rating of 12 watts, and the isolation between individual outputs is 1500 volts. The ripple frequency ranges from 47 to 63 Hertz. The IC660TBA025 output block has a powerful diagnostic system that can easily detect feedback errors, underrange errors, and overrange errors during block operation and installation. The environment of the mounting block should have a temperature range between 0 and 60 degrees Celsius for optimal operation.