APC Symmetra XR Battery Communications Card — SYXRCC
Condition: Tested • Platform: Symmetra XR / Extended Run • Function: Battery Communications
The APC SYXRCC is a Symmetra Extended Run (XR) battery communications interface card used to support proper communication between compatible Symmetra XR UPS systems and XR extended-run battery modules/cabinets. It’s the critical link that enables battery detection, runtime reporting, and stable system-level monitoring in modular, serviceable Symmetra architectures.
- XR battery communications — supports the communications pathway between UPS and XR battery systems.
- Restores proper detection — resolves non-detection and comms faults tied to failed interface modules.
- Critical-power ready — designed for modular Symmetra ecosystems where uptime matters.
- Service replacement part — ideal for repairs, rebuilds, and maintaining legacy Symmetra XR fleets.
- Tested unit — validated for core communications functionality prior to shipment.
Why battery comm cards fail (and why it matters)
- Heat stress in power rooms accelerating component aging over long duty cycles.
- ESD / handling damage during battery cabinet service and module swaps.
- Connector fatigue from repeated insertions/removals or strained harnesses.
- Cabinet harness issues that mimic “bad card” symptoms (oxidized pins, loose plugs).
Our solution
- Fitment-first guidance — confirm Symmetra XR model and battery cabinet type before you buy.
- Clean install practices — ESD-safe handling, connector inspection, and harness verification.
- Troubleshooting help — isolate card vs. harness vs. battery-module comms faults.
| Technical Specifications — SYXRCC |
Detail |
| Product type |
Symmetra XR Battery Communications Interface Card |
| Platform |
APC Symmetra XR / Extended Run battery ecosystem |
| Function |
Battery cabinet/module communications, detection, and reporting support |
| Typical application |
Restoring XR battery comms for Symmetra UPS systems and extended-run cabinets |
| Best for |
Service repairs and maintenance of Symmetra XR extended runtime deployments |
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Service tip
Many XR comm faults are caused by harness/connector oxidation or loose plugs. Before condemning the card, inspect and reseat connectors, clean/verify pins, and confirm cabinet-to-UPS comm cabling is secure. Always follow ESD precautions during service.
Why buy from Gruber
- Tested hardware — validated for core communications function before shipping.
- Fitment help — confirm Symmetra XR model/cabinet compatibility before you commit.
- Critical-power experience — practical guidance from real UPS service workflows.
| Fitment Required — UPS / XR Battery System Model Needed (SYXRCC) |
| Important |
This Symmetra XR battery communications card is model- and configuration-specific. We must confirm the exact Symmetra UPS and XR battery setup to ensure proper detection, communications, and runtime reporting. |
| When ordering, please provide: |
- UPS brand (APC / Schneider Electric)
- UPS family/model (example: Symmetra XR + kVA rating)
- XR battery type (modules/cabinet model numbers, if known)
- Any serial / revision info available (helps confirm the correct comms path)
|
| Why we need this: |
- Confirm the correct communications profile for your Symmetra XR system
- Verify compatibility with your XR battery modules/cabinets
- Prevent mismatch installs that cause non-detection or comms faults
- Optionally advise on installation best practices (harness checks, connector inspection)
|
| Note |
If system information is not provided at the time of purchase, your order may be delayed while we contact you, or the part may ship without final verification—raising the risk of on-site fitment issues. |
