The General Electric IC660BBD022 is a robust Genius Block I/O module designed to provide reliable signal processing in industrial automation environments. This unit features 16 source I/O circuits, facilitating efficient communication and control within the Genius I/O network architecture.
Features
16-circuit source I/O configuration with a single common group.
Supports 24/48 VDC input signal voltage with an operating range of 18-30 VDC.
Integrated diagnostics for both inputs (Open wire, Overtemperature, Failed Switch) and outputs (Short Circuit, Overload, No Load, Failed Switch, Overtemperature).
Fast response times with 1.7 ms input processing and 1.0 ms output delay.
Onboard LED indicators for Unit OK and I/O Enabled status monitoring.
High-voltage isolation of 1500V for one minute between blocks.
Technical Specifications
Model Number
IC660BBD022
Spare Part Number
6240BP10411
Operating Voltage
18-30 VDC (Nominal 24 VDC)
Output Current
2 Amperes per circuit
Maximum Inrush Current
10 Amperes (up to 10 ms)
Heat Dissipation
68.8 Watts at 2 Amperes
Operating Temperature
0 degC to 60 degC
Storage Temperature
-40 degC to 100 degC
Humidity
5% to 95% non-condensing
Installation Guidelines
Ensure the system power is disconnected before installing or removing the module to prevent electrical damage.
Mount the module in a location that allows for adequate airflow to manage the 68.8W heat dissipation.
Maintain proper grounding practices to ensure signal integrity and protection against EMI.
Verify that the 24/48 VDC power supply is within the 18-30 VDC range to avoid operational errors.
Check all wiring connections for tightness and ensure shielded cables are used for high-noise industrial environments.
FAQ
What is the primary communication protocol for the IC660BBD022?
This module utilizes the standard GE Genius Protocol for data exchange within the Genius I/O system.
Does this module provide diagnostic feedback?
Yes, the module is equipped with comprehensive diagnostic capabilities, including detection for open wires, short circuits, overloads, and overtemperature conditions on the I/O channels.
