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The IC630MDL304 from GE Fanuc Emerson is a sink input/output module that operates at a rated voltage of 24 Volts DC. It offers 16 input points and 16 output points, ensuring effective control in various automation applications.
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| Manufacturer | GE Fanuc Emerson |
|---|---|
| Product Line | Series Three |
| Part Number | IC630MDL304 |
| Weight | 2.00 lbs (0.91 kg) |
| Module Type | Sink input/output module |
| Rated Voltage | 24 Volts DC |
| I/O Points | 16 input points, 16 output points |
| Voltage Ripple | Maximum 3% RMS |
| Current Rating | 160 milliamps maximum for all 32 circuits without load (80 milliamps typical for 16 circuits) |
| Power Consumption | 5 Volts DC at 50mA plus 22mA per input |
| Input Circuit Current Rating | 7 milliamps |
| Minimum On-state Current | 5 milliamps |
| Input On-State Voltage Range | Less than 6 Volts DC |
| Input Off-State Voltage Range | More than 18 Volts DC |
| Maximum Off-State Leakage | 2 milliamps |
| Response Time | 3 to 12 milliseconds for on and off states |
| Output Circuit Maximum Current | 0.5 milliamps |
| Output On-State Voltage Drop | 0.8 Volts DC |
| Peak Output Voltage | 45 Volts DC |
The GE Fanuc Emerson IC630MDL304 module is a sink input/output solution in automation systems. It is configured to function effectively at a rated voltage of 24 Volts DC. This module has 16 inputs and 16 outputs, providing suitable connectivity for a variety of devices and control systems.
When assessing performance, the module features a maximum voltage ripple specification of 3% RMS, which helps to ensure reliable signal quality during operation. The module has a maximum current rating of 160 milliamps across all 32 circuits when no load is applied and a typical rating of 80 milliamps for standard use with 16 circuits. Regarding power consumption, it operates on 5 Volts DC at 50mA while needing an additional 22mA for every active input.
For input circuits, the current rating is set at 7 milliamps, with a minimum on-state current requirement of 5 milliamps. The input on-state voltage is limited to less than 6 Volts DC, while off-state conditions necessitate a voltage of more than 18 Volts DC. Leakage in the off-state is restricted to a maximum of 2 milliamps, ensuring efficient operation.
The response time for state changes lies between 3 and 12 milliseconds, allowing quick switching actions. For the output circuit, the maximum current is noted at 0.5 milliamps, with an on-state voltage drop measured at 0.8 Volts DC. Additionally, the module can handle peak output voltages reaching up to 45 Volts DC, making it versatile for different industrial applications.