Eaton FAZ-Z6/1 Supplementary Protector - UL 1077
Part Number: FAZ-Z6/1
Quick Summary
The Eaton FAZ-Z6/1 supplementary protector provides precise overcurrent protection for sensitive loads in control panels. Engineers often confront nuisance trips and mis-timed protection that disrupt automation projects. This device carries IEC 60947-2, CSA Std. C22.2 No.235, and UL 1077 certifications, ensuring robust safety and global compatibility. Its compact single-pole design with standard terminals supports fast installation and scalable protection across mixed automation environments. With a 6 A rating and tight instantaneous response, it helps reduce downtime, improve reliability, and lower maintenance costs for industrial control systems.
Product Information
Extended Description
FAZ-Z6/1 Eaton: Eaton FAZ supplementary protector,UL 1077 Industrial miniature circuit breaker - supplementary protector,6 A,15 kAIC,Single-pole,240/415 V,2-3X /n,Standard terminals,Z Curve
Product Name
Eaton FAZ supplementary protector
Catalog Number
FAZ-Z6/1
EAN
4015082786236
Product Length/Depth
3.5 in
Product Height
1 in
Product Width
2.5 in
Product Weight
3 lb
Warranty
1 year
Certifications
IEC 60947-2 CSA Std. C22.2 No.235 UL 1077
Catalog Notes
Very low instantaneous setting to provide tighter protection for loads more sensitive to overcurrents.
Number of poles
Single-pole
Terminals
Standard
Amperage Rating
6 A
Trip Type
2-3X /n
Compact single-pole construction with standard terminals minimizes wiring effort and speeds panel upgrades. This translates to faster commissioning and fewer wiring errors, especially in retrofit projects for automation panels. The FAZ-Z6/1 supports reliable protection for sensitive loads without compromising on system flexibility, enabling safer operation in chaotic electrical environments. The 6 A amperage rating with 15 kAIC breaking capacity delivers dependable protection for control circuits across 240/415 V systems, reducing the risk of broader outages and equipment damage. The catalog notes highlight a very low instantaneous setting to provide tighter protection for loads more sensitive to overcurrents, improving selectivity and reducing nuisance trips. Compatible with IEC 60947-2, CSA, and UL 1077 standards, this device simplifies regulatory compliance for multinational deployments. A 1-year warranty adds a safeguard for procurement teams, while its lightweight 3 lb profile eases handling during installation and replacement in busy cabinets. Industry professionals benefit from straightforward maintenance, quick swap-outs, and predictable performance for routine modernization programs.
Get a Quick Quote for a Eaton FAZ-Z6/1
Chat with us on WhatsApp - fast responses guaranteed
Need to speak with someone? We'll call you back within 2 hours during business hours
Interested in Eaton FAZ-Z6/1?
Enquire Now
FAQs
The FAZ-Z6/1 is a single-pole supplementary protector designed for control panels and automation sub-systems. It supports 240/415 V systems with standard terminals, making it ideal for retrofit projects and new panel builds where tight overcurrent protection of sensitive loads is required.
This device features a 2-3X instantaneous trip characteristic, enabling discrimination between temporary surges and sustained faults. Its 6 A rating is paired with a 15 kAIC breaking capacity to protect downstream equipment without excessive nuisance trips, especially for control circuits in automation environments.
Yes. The FAZ-Z6/1 carries IEC 60947-2, UL 1077, and CSA Std. C22.2 No.235 certifications, ensuring compliance for global electrical safety, quality standards, and reliability in industrial applications.
The unit measures 3.5 inches in length, 2.5 inches in width, and 1 inch in height, with a weight of approximately 3 pounds. It uses standard terminals for straightforward wiring, and its compact footprint supports easy integration into crowded control cabinets.
Eaton provides a 1-year warranty on the FAZ-Z6/1. While tray-specific lifetimes depend on loading and switching cycles, the device is designed for reliable protection of delicate automation loads, helping reduce maintenance costs and extend system uptime.