Features:
- Provides sixteen LED-indicated 24 VDC sink outputs in one module.
- Organizes the channels as four groups of four with 5 A group fuses.
- Switches compatible DC loads at up to 1 A per output point.
The sixteen-point layout doubles channel density compared with an eight-point output assembly.
A 0.3 V maximum ON-state drop helps preserve voltage at the connected 24 VDC load.
Rack sizing must account for 12 VDC demand that rises with the number of active channels.
The General Electric IC630MDL352 24 VDC Sink Output Module may still be available for purchase and support from Apter Power beyond End-Of-Life (EOL) by the manufacturer (OEM).
General Electric IC630MDL352 24 VDC Sink Output Module Manuals,Datasheets,Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
Managing sixteen loads in one rack position
- Point count: Sixteen outputs provide a dense discrete-control block.
- Status view: One LED is assigned to each output channel.
- Addressing: Keep the sixteen output references aligned with terminal numbering.
- Replacement impact: Confirm that a substitute preserves both point count and sink logic.
Tracing a four-channel outage
- Group layout: The outputs are divided into four groups of four.
- Fuse rating: Each four-point group uses one 5 A protective fuse.
- Fault check: Inspect every load in the affected group before replacing a fuse.
- Recovery test: Confirm all four channels after the shared field circuit is restored.
Checking the electrical load before connection
- Supply window: Use 24 VDC within plus or minus 10 percent and below 3 percent RMS ripple.
- Point rating: Keep each switched load at or below 1 A within thermal limits.
- ON drop: Include the 0.3 V maximum output drop in the load-voltage calculation.
- OFF leakage: Consider the specified leakage below 100 microamps with high-impedance loads.
Sizing the rack supply for active outputs
- Logic demand: The module requires 35 mA from internal 5 VDC.
- Active points: Add 11 mA from 12 VDC for each energized channel.
- Switching time: ON and OFF delays are each specified at 100 microseconds.
- Combined review: Evaluate rack current, load current, fuse groups, and ambient derating together.