Technical specifications for IC660EBS102
Brand GE Intelligent Platform /GE Fanuc
Series Genius I-O
Part number IC660EBS102A
Product line Genius I/O
Product Type Electronic Assembly
Nominal voltage 115 V AC /125 V DC
Frequency 47 to 63 Hz
Operating voltage 93 to 132 V AC/105 to 132 V DC
Required control power 8 watts
Operating temperature 0 to 60 degrees Celsius
Storage temperature -40 to 100 degrees Celsius
Humidity 5% to 95% (non-condensing)
Dc power supply. Yes.
Ac power. Yes.
The GE Fanuc IC660EBS102 Electronic Component Assembly is an electronic component assembly manufactured by GE Fanuc Automation as part of the Genius I/O Block family. The unit is an isolated Genius I/O module electronic component assembly with 4 separate 2 input and output circuits, each rated at 115 volts AC or 125 volts DC, meaning that the module and electronic component assembly support both AC and DC power supplies. The isolation group is configured to withstand 250 volts AC or DC between any ground and between any group or between any two different groups. It also has a transient rating of 2000 volts peak with a duration of 10 seconds. The control power supply of the module is tapped from the I/O device voltage of the device connected to the terminal.
The GE Fanuc IC660EBS102 electronic components are connected to different terminals manufactured for different internal electronic power supplies. It also has a power supply that can operate independently as a DC or AC power supply, and does not need to be powered as if the circuit were energized. The GE Fanuc IC660EBS102 electronic component assembly has a wide range of features that make it unique and capable of delivering outstanding performance. Some of these features include AC and DC circuit voltage, CPU redundancy type, output pulse test function, output hold last state, output power start default, and bus switching module control. The IC660EBS102 electronic component assembly has features such as an optional input filtering time of 10 to 100 milliseconds. An electronic fuse for the electronic component is built into each circuit used as an output. In the event of a short circuit, the circuit shuts down after 5 microseconds.
