Product Overview
The GE IC660BBD101 is a Genius I/O discrete block with eight configurable circuits, each rated for 115 VAC nominal operation. It interfaces discrete sensors and actuators with a Genius communication bus, supporting both input and output modes per circuit. The block suits panel-mounted industrial control applications requiring flexible, intelligent I/O.
Technical Specifications
| Parameter |
Value |
| Part Number |
IC660BBD101 |
| Series |
Genius I/O |
| Product Type |
Discrete I/O Block |
| No. of I/O |
8 |
| Number of Circuits |
8 |
| Points per Common |
One group of 8 |
| Nominal Voltage |
115 VAC |
| Voltage Type |
AC |
| Operating Voltage |
93-132 VAC |
| Frequency |
47 to 63 Hz |
| Communication Protocol |
Genius Protocol |
| Input Response Time |
2 ms plus configurable filter |
| Output Response Time |
Zero crossing |
| Filter Time |
10 to 100 ms |
| Block to Block Isolation |
1500 V for one minute |
| Fuse Protection |
Supported |
| LEDs |
Unit OK, I/O Enabled |
| Dimensions (HxWxD) |
8.83 x 3.50 x 3.94 in (22.44 x 8.89 x 10.00 cm) |
Applications
The GE IC660BBD101 suits discrete control in manufacturing and process environments. Its eight circuits, each configurable as input or output, allow flexible field wiring for actuators, sensors, and switches. The Genius protocol enables efficient bus communication. With fast quote response and genuine parts availability, PLC Source PRO supports your automation needs.
Compatibility
The IC660BBD101 works with the IC660HHM501 handheld monitor and IC693BEM331 bus controller. Mounting is possible right-side up or upside down within a clean, protective enclosure with adequate cooling space.
Selection Guide
- Eight circuits configurable individually as input or output.
- Input filter time selectable from 10 to 100 ms in 10 ms increments.
- Output steady-state current of 2 A; maximum inrush 25 A peak up to 2 cycles.
- Electronic short circuit trip restores via CPU or handheld monitor command.
- Diagnostics include short circuit, overload, no load, failed switch, and overtemperature.