GE IC660TBD120 60 milli Amps typical 250 milli Amps maximum 1.8 kilograms

Product information GE IC660TBD120 :

The IC660TBD120 terminal assembly is part of the Genius I/O series and it is designed by GE Fanuc. The terminal assembly has an operating voltage range of 93 to 132 Volts AC and a frequency range of 47 to 63 Hertz. In addition to that, the ripple of the terminal is 10% maximum and it can also be connected to DC power sources with operating ranges of 10 to 30 Volts.

The AC operation requirement includes 60 milliamps of typical current and 250 milliamps of maximum current. In addition to that, the DC power source needs a current range of 200 to 300 milliamps. The IC660TBD120 terminal assembly features the high-speed counter block type and it has a dropout time of 1 cycle for AC operation and a dropout time of 10 milliseconds at 12 Volts or 75 milliseconds at 24 Volts for DC operation.

The IC660TBD120 terminal assembly is used for applications such as material handling, process control, motion control, turbine flowmeter, and velocity measurement applications. The featured counter block is completely configurable and it is compatible with a variety of PLC components. The IC660TBD120 terminal assembly has a count rate that includes 200 kilohertz when a high-frequency filer is selected and 40 Hertz when a low-frequency filter is used.|

The terminal assembly has an output voltage drop of 2 Volts at a standard inrush and 0.25 Volts at a current rating of 0.5 Amps. The terminal has a maximum inrush current of 3 Amps per output and maximum circuit overcurrent threshold of 4 Amps. The maximum block steady state output current is 2 Amps

Output Power Connections The block’s four outputs:
(O1 through O4) require a 5VDC to 30VDC source.If logic-level signals are needed for the outputs and their total load will not be more than 200mA, the block’s +5V output can be used as the power source.
Output power can also come from the same DC source used for block power, or a separate DC power source. Connecting VL+

If no block outputs (O1 through O4) will be used, jumper the block’s +5V output to VL+.

If VL+ is not connected, the block will generate false Failed Switch messages. Output Power from the +5V Terminal To use the block’s +5VDC output as the output power source, jumper the +5 volt output terminal to VL+.

See the illustration for AC Power with DC Backup. Output Power from the DC Block Power Source If outputs will be powered by the same DC source used for block power, jumper VL+ to DC+.

Output Power from a Separate DC Source If output power will come from a separate external DC source (not the same power supply used for block power), install the external source across the VL+ and DC- terminals.

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