Keterangan
The General Electric IC660TBD023 is a Genius I/O block module designed for reliable discrete signal processing in industrial automation environments. This unit provides 16 circuits of discrete input and output capability, operating on a 24V DC power supply to support a wide range of field device integration.
Features
- 16-circuit discrete input and output configuration.
- Designed for the Genius I/O series architecture.
- Robust isolation rating of 1500V for 1 minute between blocks.
- Supports an operating voltage range of 18 to 30V DC.
- Reliable performance with a 10ms power supply dropout tolerance.
Technical Specifications
| Model |
IC660TBD023 |
| Operating Voltage |
18 to 30V DC |
| Rated Voltage |
24V DC |
| Input/Output Circuits |
16 |
| Power Requirements |
150mA (typical) / 300mA (maximum) |
| Max Heat Dissipation |
68.8W (at 16 outputs, 2A each) |
| Isolation |
1500V (1 minute) |
| Ripple Tolerance |
10% maximum |
Installation Guidelines
- Ensure the module is mounted in a location that allows for adequate ventilation to manage heat dissipation, particularly under high-load conditions.
- Verify that the supply voltage is within the 18-30V DC range before energizing the block.
- Use appropriate wiring practices for discrete I/O to minimize EMI interference.
- Always disconnect power from the system before installing or removing the module from the I/O bus to prevent electrical damage.
- Ensure proper grounding of the Genius I/O network to maintain signal integrity and safety.
FAQ
What is the primary function of the IC660TBD023?
This module serves as a discrete I/O block within the GE Genius I/O system, allowing for the interface of 16 digital input/output points to a controller.
What is the maximum heat dissipation for this unit?
The maximum heat dissipation is 68.8 Watts, which occurs when all 16 outputs are active at a load of 2 Amps each.
Does this module require a specific power supply?
It requires a 24V DC power source, operating effectively between 18V and 30V DC with a maximum ripple of 10%.
