Product details
GE Nexus XDPS-400e Digital Output Module 369B1844G0019
Author: Powergear X Automation
The module offers fast output, clear control, and simple setup. It works well in XDPS-400e systems and supports many field devices.
Core Features
- Model 369B1844G0019 delivers stable DO output for industrial control.
- Fast switching improves response time for field equipment.
- Strong drive power supports valves, relays, and lamps.
- Supports wide DC load types and low-leakage drivers.
- High noise immunity helps protect signals in harsh sites.
- Clear LED status for power, run, output, and alarms.
- Designed for GE Nexus XDPS-400e racks.
Extended Technical Specs
- Output type: digital signal, sink or source based on wiring.
- Typical switching range: 12–30 V DC loads.
- Drive current per point: up to 0.5 A.
- Total module load: up to 4 A.
- Isolation: 1500 VAC channel-to-backplane.
- Surge protection with fast clamp design.
- Internal protection: short-circuit and overload support.
- Output delay: less than 1 ms for most loads.
- Temp range: -20°C to +70°C.
- Low heat output for compact panels.
- Firmware filter helps smooth fast pulses.
- 12-month warranty for all shipped units.
- Global delivery via FedEx, UPS, or DHL.
Signal Handling Notes
- The module supports fast on/off cycles for process logic.
- Use clean DC power for best output performance.
- Use shielded cable in high-noise areas.
- Group wiring by output type to avoid coupling issues.
- Check load current before final installation.
System Integration
- Fits into XDPS-400e racks with slide-in mount.
- Connects to expansion units through I/O links.
- Works with mixed DO, DI, AI, and AO units.
- CPU reads each output state in microseconds.
- Easy replacement without extra setup steps.
Packing List
- One GE Nexus 369B1844G0019 DO module.
- Quick install guide with wiring notes.
- Mounting screws for rack installation.
- Inspection and configuration sheet.
- Shipping by FedEx, UPS, or DHL.
Professional FAQ
- Q: How do I avoid relay chatter on fast outputs?
A: Use solid-state loads or longer logic delays. - Q: What wiring helps reduce output noise?
A: Keep DO lines away from high-power AC cables. - Q: Why do some loads switch slower than expected?
A: Heavy inductive loads may need external suppression. - Q: How do I confirm the module state during testing?
A: Check LED outputs and compare with CPU status. - Q: What is the safest way to test multiple points?
A: Test with low-power lamps before using final loads.
Contact Information
- Email: sales@powergearx.com
- WhatsApp: +86 18030005825
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Original Source: https://www.powergearx.com/
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