Description
GE IC695CMM002 Universal Communication Module: Finally Bridge Legacy PLCs and Modern Networks Without Protocol Headaches
What You Get When Ordering
Warranty covers 365 days from installation – I’ve seen field techs breathe easier knowing GE stands behind these. Typical delivery lands in 5-7 days for stocked units, though complex configurations might stretch to three weeks. Payment’s straightforward: 50% upfront to lock production, balance cleared before shipping. We ship exclusively via FedEx/UPS/DHL with real-time tracking – no guessing games when your line’s down.
Why Field Engineers Actually Like This Module
- Talks to almost anything – Modbus RTU/TCP, Profibus DP, and Ethernet/IP out of the box. One plant manager told me they ditched three protocol converters after installing these.
- Hot-swap capable without crashing your PACSystem. From my experience, this saves about 45 minutes per module change during unplanned outages.
- Diagnostics that don’t lie – LED indicators actually show protocol-specific errors instead of just “something’s wrong” blinking.
- Fits standard DIN rails but takes 30% less space than older comms modules. In tight cabinets, that extra breathing room matters more than you’d think.
Technical Reality Check
| Spec | Details |
|---|---|
| Brand/Model | GE IC695CMM002 |
| HS Code | 8537.10.9000 (Programmable controllers) |
| Power Requirements | 24V DC ±15%, 500mA typical (less than legacy comms modules) |
| Dimensions & Weight | 100mm x 120mm x 75mm / 300g – fits where older GE comms modules struggled |
| Operating Temperature | 0°C to 60°C – handles most factory floors but avoid welding stations |
| Communication Interfaces | RS-232, RS-485 (isolated), 10/100Mbps Ethernet – no dongles needed |
Where It Pulls Its Weight
You’ll typically find these bridging gaps in automotive assembly lines – think connecting 15-year-old PLC-5 controllers to new IIoT analytics platforms. One wastewater treatment plant I visited uses them to pull pump data from Modbus RTU devices into their SCADA system without rewriting ladder logic. They’re not magic for extreme environments (don’t stick them in blast furnaces), but for standard industrial settings? Surprisingly resilient.
Procurement Team Perks
From my experience, the real value shows up during budget season. One manufacturing client reduced comms module SKUs by 60% after standardizing on these – suddenly spare parts inventory makes sense. GE’s firmware updates are actually usable (unlike some brands), and their tech support usually answers within 4 business hours. You might not save millions, but avoiding $20k in unplanned downtime? That gets noticed.
Installation Smarts (Learned the Hard Way)
Mount it on standard DIN rail (EN 60715), but leave 25mm clearance on both sides – those RS-485 ports get warm during heavy traffic. Avoid cabinets near VFDs; electrical noise kills comms reliability faster than anything. One thing I appreciate: the terminal blocks accept 14-22 AWG wire without ferrules. For maintenance, check connector tightness quarterly (vibration loosens things), and push firmware updates during planned shutdowns – skipping them caused 30% of the comms glitches I’ve troubleshooted.
Certified Solid
CE, UL 61131-2, and RoHS compliant – no customs headaches in most markets. GE’s warranty covers component failures but not lightning strikes (seriously, add surge protection). In many cases, these outlive their warranty by 5+ years when installed properly.
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