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IC660BLD020
The IC660BLD020 is a Genius I/O block from GE Fanuc Emerson capable of handling latched discrete inputs. It manages up to 20 I/O points and operates within an input voltage range of 18 to 56 volts DC, achieving a maximum load current of 2 amperes.
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Technical specifications for IC660BLD020
| Manufacturer | GE Fanuc Emerson |
|---|---|
| Product Type | Genius I/O Block |
| Product Line | Genius I-O |
| Part Number | IC660BLD020 |
| Weight | 3.00 lbs (1.36 kg) |
| Logic Type | Latched Discrete Input |
| Signal Handling | Discrete Signal |
| I/O Points | 20 |
| Communication | Genius Bus |
| Diagnostics | Built In |
| HIM Interface | Hand Held Monitor |
| Load Current | 2 Amperes |
| Input Range | 18-56 Volts DC |
| Cooling | Force Air Cooling |
| LEDs | Load Side Indicators |
| Block to Block Isolation | 1500 V |
| Input Impedance | 1.7 mS |
The GE Fanuc Emerson IC660BLD020 Genius I/O block is engineered for efficient management of latched discrete inputs. Supporting up to 20 I/O points, this module effectively handles discrete signals within a defined input voltage range of 18 to 56 volts DC. It can sustain a load current of up to 2 amperes, suitable for various applications requiring reliable signal processing.
Communication with this device occurs via the Genius Bus, allowing for seamless integration into complex automation networks. Diagnostic capabilities are built into the module for streamlined monitoring and troubleshooting. Additionally, a hand-held monitor interface enhances user accessibility, facilitating real-time interaction with device metrics and performance.
The cooling mechanism is implemented through forced air cooling, ensuring optimal operating temperatures under load conditions. Load side indicators, represented by LEDs, provide immediate visual feedback regarding operational status. Safety features include 1500 volts of block-to-block isolation, contributing to the system's integrity and reliability. With an input impedance of 1.7 milliseconds, the module is designed to respond promptly to input changes, making it adept for high-speed applications.
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