GE IC660BBD022 Genius Block I/O Module

The GE IC660BBD022 is a powerful and reliable Genius Block I/O module designed for distributed I/O applications. Manufactured by GE Fanuc, now under Emerson Automation, this module features 16 sourcing I/O circuits, which you can configure as either input or output. The module operates at 24/48 VDC input voltages and delivers excellent performance with an input processing time of just 1.7 ms. Additionally, it provides 2 Amperes of output current per circuit, and it can handle a maximum inrush current of 10 Amperes for up to 10 ms.

Key Features

Model: IC660BBD022
Category: Genius Block I/O Module
Manufacturer: General Electric (GE), now Emerson Automation
Product Line: Genius I/O

Technical Specifications

Parameter	Value
Product Type	Source Block I/O
Number of Circuits	16
Input Signal Voltage	24/48 VDC
Load Current	2 Amperes per circuit
Operating Voltage	18–30 VDC
Input Processing Time	1.7 ms
Nominal Voltage	24 VDC
Output Response Time	1.0 ms
Maximum Inrush Current	10 Amperes (up to 10 ms)
Input Diagnostics	Open wire, Overtemperature, Failed Switch
Output Diagnostics	Short Circuit, Overload, No Load, Failed Switch, Overtemperature
Filter Time	5–100 ms
Block-to-Block Isolation	1500V for one minute
Compatible Electronics Assembly	IC660EBD021
Compatible Terminal Base Assembly	IC660TSD021
Size (HxWxD)	8.83″ x 3.50″ x 3.94″ (22.44 cm x 8.89 cm x 10.00 cm)
Operating Temperature	0 to 60°C
Storage Temperature	-40 to 100°C
Humidity	5-95% non-condensing
Communication Protocol	Genius Protocol
Max. Switching Frequency	Once per second

Description

The GE IC660BBD022 is an integral part of the Genius I/O Block series. It is a stand-alone I/O station that supports 16 I/O circuits, each configurable as input or output. This module handles input voltages of 24/48 VDC with a swift processing time of 1.7 ms per input. The output circuits provide 2 Amperes per circuit, with an impressive maximum inrush current of 10 Amperes for up to 10 ms.

Designed for seamless communication, the IC660BBD022 uses the Genius protocol for data exchange. It communicates effectively with GE PLCs/PACs, HMIs, and third-party devices via Genius I/O bus terminals. This enables fast and efficient integration into industrial control systems.

The module features advanced diagnostics that help identify issues such as open wire, overtemperature, and failed switches for inputs, and short circuits, overloads, and no-load conditions for outputs. These diagnostic features significantly reduce downtime and improve system reliability.

For flexibility, the IC660BBD022 can be remotely mounted up to 7500 feet from the host device. Its daisy-chaining capability allows you to form a robust Genius I/O network by connecting multiple blocks together.

Additionally, you can easily configure the module using a Hand-Held Monitor (HHM) through its dedicated port or remotely with the programming software from the host controller. The module’s 2-component design includes the IC660EBD020 Electronics assembly and IC660TBD022 Terminal base assembly.

Applications

The GE IC660BBD022 module is ideal for the following applications:

Industrial Automation: Perfect for distributed I/O control in industrial automation systems.
Remote I/O: Facilitates remote I/O stations and long-distance communication up to 7500 feet.
Process Control: Suitable for controlling and monitoring devices with high power requirements.
Control Systems: Can be used in large-scale control networks supporting Genius I/O protocol.

Benefits

Flexible Configuration: 16 I/O circuits with input/output flexibility.
Quick Response: 1.7 ms input processing time and 1.0 ms output response time for fast signal processing.
High Power Handling: Each circuit delivers 2 Amperes with 10 Ampere inrush capability.
Diagnostic Features: Extensive diagnostics ensure easy identification and troubleshooting of system issues.
Long-Distance Capability: Supports remote mounting up to 7500 feet for flexible installation.
Communication Protocol: Fully supports Genius protocol for smooth communication with other devices.