Eaton EAFR-06-30 Arc Flash Relay - UL Recognized

Part Number: EAFR-06-30
Manufacturer
Eaton
Part number
EAFR-06-30

Quick Summary

Eaton arc flash relay EAFR-06-30 detects arc flash events along a 30 m plastic fiber loop, ideal for panel boards and switchgear. In busy electrical rooms, missed detections or slow responses can drive unplanned downtime and costly repairs. UL Recognized and cUL Recognized certifications support regulatory compliance across regions, while the 30 m fiber loop and 8000 Lux sensitivity deliver robust coverage. This integration-friendly solution uses a compact fiber loop sensor to enhance protection without complicating wiring, offering a clear path to safer operations and lower maintenance costs in industrial automation environments.

Product Information

Extended Description

EAFR-06-30 Eaton: Arc Flash Relay Sensor, Plastic fiber sensor, 30m
Product Name
Eaton arc flash relay fiber loop sensor
Catalog Number
EAFR-06-30
UPC
786685998060
Product Length/Depth
8.46 in
Product Height
2.87 in
Product Width
7.87 in
Product Weight
0.25 lb
Warranty
Eaton Selling Policy 25-000, one (1) year from the date of installation of the Product or eighteen (18) months from the date of shipment of the Product, whichever occurs first.
Certifications
UL Recognized cUL Recognized
Special features
30m (93.43 ft)
Type
Plastic fiber sensor
Product Category
Arc Flash Relay
Fiber loop length
30m
Fiber loop sensor material
Plastic
Light sensing type
Fiber
Sensitivity
8000 Lux
Feature: Fiber loop sensor enables continuous arc detection over a 30 m loop. Business Impact: expands sensing coverage with minimal installation effort. Application: ideal for long runs in switchgear rooms. Feature: Plastic fiber sensor construction. Business Impact: lightweight, corrosion-resistant, and easier to route through tight spaces. Application: retrofit into crowded panel boards and compact enclosures. Feature: 8000 Lux sensitivity. Business Impact: detects arc flashes even in challenging lighting conditions, improving reliability. Application: use in high-ambient-light electrical rooms. Feature: Compact dimensions (8.46 in L, 2.87 in H, 7.87 in W). Business Impact: fits standard channel widths and reduces enclosure footprint. Application: panel-level protection integration. Feature: Certifications (UL Recognized, cUL Recognized). Business Impact: simplifies regulatory compliance across markets. Application: procurement for cross-border deployments. Feature: Warranty and support. Business Impact: reduces total cost of ownership and ensures service continuity. Application: industrial automation lines and distributed energy setups.

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FAQs

Yes. The EAFR-06-30 uses a plastic fiber loop sensor designed for flexible routing within standard panel enclosures. Its compact dimensions minimize enclosure modification, and the 30 m fiber loop length accommodates long runs along switchgear, reducing the need for extensive rework while preserving protection performance.
The sensor detects arc flash events via a plastic fiber loop with a 30 m sensing path, using 8000 Lux light sensitivity to identify rapid light signatures even in bright environments. This improves detection reliability during high-ambient-light conditions and enhances protection timing, helping to fast-track isolation before damage escalates.
The EAFR-06-30 is designed for indoor electrical protection schemes in panels and switchgear. Its plastic fiber loop and compact form factor suit crowded, indoor industrial environments where wiring space is limited. For outdoor use, ensure enclosure protection and confirm ambient conditions align with application guidelines provided in the Eaton datasheet.
The device is UL Recognized and cUL Recognized, meaning it meets widely accepted electrical safety and performance standards across North America. This simplifies cross-border procurement, reduces qualification time for regulatory compliance, and supports audits and safety programs in manufacturing, energy, and process industries.
By enabling rapid arc detection over a 30 m loop, the EAFR-06-30 reduces arc damage exposure and potential downtime. Its lightweight, compact design lowers installation labor, while UL/cUL certification streamlines approval processes. Overall, users can expect improved protection reliability, lower incident-related costs, and simpler ongoing maintenance in automated electrical systems.