TRICONEX 3625 | 32-Ch Digital Output TMR Module In Stock

• Description

Key Technical Specifications

• Architecture: Triple Modular Redundancy (TMR), 2oo3 voting; fault-tolerant
• Channels: 32 fully isolated digital outputs (non-commoned)
• Output Voltage: 16–32VDC (nominal 24VDC), max 36VDC
• Output Current: 1.7A continuous per channel; 7A surge (10ms)
• Voltage Drop: <2.8VDC @1.7A (typical)
• Isolation: 1500VDC channel-to-channel & channel-to-backplane
• Response Time: <1ms (fast-acting for ESD)
• Safety Rating: IEC 61508 SIL3; FM, CSA, ATEX, TÜV certified
• Operating Temp: -40°C to +60°C
• Power: 24VDC; ≤13W consumption
• Dimensions: 100×80×35mm; weight ~0.25kg
• Diagnostics: Per-channel LED status; open/short circuit detection; load monitoring
• Features: Hot-swap (v10+ chassis); TMR fault tolerance; surge protection; no external fuses needed

Product Introduction

TRICONEX 3625 is a high-reliability 32-channel digital output module for Tricon TMR safety systems. It converts safety logic into 24VDC on/off signals to control critical field devices in ESD, process safety, and fire/gas protection systems.

Built with triple modular redundancy (TMR), the module uses three independent circuits per channel with 2oo3 voting, eliminating single points of failure. Each of the 32 isolated outputs delivers 1.7A continuous current with 1500VDC isolation, ensuring noise immunity in harsh industrial environments. Certified for SIL3 safety loops, 3625 is ideal for oil/gas, chemical, power, and petrochemical applications where fail-safe operation is mandatory.

QA & Testing SOP

1. Incoming Inspection: Verify part/serial numbers; inspect casing, connectors, pins; validate anti-counterfeit labels.
2. Continuity & Isolation Test: Check all 32 channels for shorts; verify 1500VDC isolation between channels/backplane.
3. Live Signal Test: Install in Tricon chassis; apply 24VDC; toggle each channel; confirm 24VDC output and <1ms response.
4. Redundancy & Hot-Swap Test: Configure dual-module redundancy; simulate faults to confirm failover; test hot-swap in v10+ chassis.
5. Final Packaging: Place in anti-static bag; attach QC report; pack in shock-resistant case.

Triconex 3625

Installation Pitfalls & Guide

• ❗ Backplane Keying Mismatch: 3625 uses unique keying. Forcing into wrong slot damages module/backplane; match key profile first.
• ❗ Overload Damage: Do not connect loads >1.7A per channel; risk burnout.
• ❗ Ground Loops: Isolate field grounds; use shielded cables with single-point grounding to avoid noise.
• ❗ Hot-Swap Restrictions: Hot-swap only works in Tricon v10+ chassis; older racks risk bus errors.
• ❗ ESD Damage: Always use ESD wrist strap and grounded mat; static destroys output circuits.

Replacement Steps:

1. Pre-work: Set SIS to safe state; label all field cables; apply ESD protection.
2. Remove faulty module: Unplug cables; extract from chassis.
3. Install new unit: Align keying; seat firmly; reconnect cables per labels.
4. Power-on test: Verify LEDs; toggle all channels; confirm output accuracy and redundancy.

FAQ

Q: What’s the difference between 3625 and 3604E?A: 3625 is 32-channel (1.7A/Ch); 3604E is 16-channel (2A/Ch). 3625 offers higher density; 3604E provides higher per-channel current.

Q: Is 3625 SIL3 certified?A: Yes – IEC 61508 SIL3, FM, CSA, ATEX, TÜV approved.

Q: Can I hot-swap 3625?A: Yes, in Tricon v10+ chassis; no system shutdown required.

Q: What’s the maximum load per channel?A: 1.7A continuous; 7A surge (10ms).

Q: Is 3625 end-of-life?A: No – fully supported for Tricon v10 platforms; contact Schneider for EOL updates.

Q: What’s the warranty?A: New original: 12-month OEM warranty; refurbished: 6-month functional warranty.