Product details
GE Nexus 369B1843G5003 Digital Input Module
Author: Powergear X Automation
The module gives fast signals, clear status, and easy use. It fits MDI50 369B1843G5003 systems and supports high-speed events.
Main Highlights
- 32 channels for clean and simple signal work.
- Supports dry contact and sink current inputs.
- Query voltage at 48 V DC for stable field wiring.
- SOE with 1 ms accuracy for fast event capture.
- Pulse input on the last four channels up to 1.5 kHz.
- Firmware filter from 3–50 ms with 24 ms default.
- LEDs show run, comm, and alarm status.
- Channel LEDs show input state.
- Isolation: 500 VAC to ground; 1500 VAC channel-to-system.
- Typical power use 1.2 W; max 8.5 W.
- Works with CE-certified system builds.
- One-year warranty for all units.
- Ships worldwide via FedEx, UPS, or DHL.
Extra Technical Details
- Input threshold fits most low-voltage dry contacts.
- Fast scan time supports quick logic tasks.
- Good noise immunity for field signal stability.
- Wide temp support for cabinet installs.
- Fits GE Nexus racks without tool changes.
- Low heat output simplifies cooling design.
- Perfect for fast trip signals and event records.
- Model 369B1843G5003 replaces older 32-CH boards.
Use Guide
- Place the module in a clean rack slot.
- Keep input wires short for better signal quality.
- Use shielded cable in noisy zones.
- Check pulse input wiring before power up.
- Test SOE logs after system sync.
Packing List
- One GE Nexus 369B1843G5003 digital input module.
- Quick start sheet for wiring and checks.
- Mounting parts for fast install.
- Inspection sheet with module data.
- Shipping by FedEx, UPS, or DHL.
FAQ
- Q: How do I get clean pulse readings?
A: Keep shielded wires and avoid long cable runs in high-noise areas. - Q: Does the module support long-distance contacts?
A: Yes, but use stable 48 V DC loops for better signal margins. - Q: How should I check SOE accuracy?
A: Sync the system clock and compare with event logs during tests. - Q: What causes false alarms on some points?
A: Unstable field wiring or weak contacts may trigger ghost signals. - Q: How do I reduce channel noise?
A: Try longer filter times and route I/O cables away from power lines.
Contact Information
- Email: sales@powergearx.com
- WhatsApp: +86 18030005825
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Original Source: https://www.powergearx.com/
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