C-H FAZ-B63/4 FAZ UL 1077 4P 63A B CURVE
Factory Availability
C-H FAZ-B63/4 FAZ UL 1077 4P 63A B CURVE
Factory Availability
Stanion #FAZB634CH
MFG #FAZ-B63/4
UPC #4015082790417
Product Overview
Eaton's FAZ, dual rated UL and IEC circuit breakers are ideal for providing protection in many applications. A current limiting design provides fast short-circuit interruption, offering superior protection by reducing peak let-through current. Superior product quality, tested reliability and safety make Eaton’s UL 1053 Residual Current Circuit Breaker (RCCB) the optimum product for residual current applications. The UL 1053 RCCB circuit breakers provide safety and protection for personnel and equipment.
- Attributes
- Documents
- Application
- Item Features
- Standards
BrandEATON
Amperage Rating63 A
Connection TypeLine/Load Side Standard Terminal
Country of OriginRO
Dimensions3.15 in H x 2.79 in W x 2.36 in D
Enclosure TypeIP20
Interrupt Rating7.5/15 kA
Manufacturer NameEaton
MaterialNylon
Mounting TypeDIN Rail
Number of Poles4
SeriesFAZ
Temperature Rating-40 to 167 deg F
Trip TypeB-Curve, Thermal Magnetic
Voltage Rating480Y/277 VAC
Wire Size18 to 4 AWG
Appliances, Business Equipment, Control Circuits, Circuit Protection, Lighting, Supplementary Protection and Industrial Applications
- Complete range of UL 1077 recognized DIN rail mounted miniature circuit breakers up to 63 A current rating
- Current limiting design provides fast short-circuit interruption that reduces the let-through energy, which can damage the circuit
- Thermal magnetic overcurrent protection
- Six levels of short circuit protection, categorized by B, C, D, K, S and Z curves
- Trip free design breaker can not be defeated by holding the handle in the ON position
- Captive screws cannot be lost
- Field installable shunt trip and auxiliary switch subsequent mounting
- Module width of only 17.7 mm (per pole)
- Contact position indicator red - green
- Possibility for sealing the toggle in "ON or OFF" position
CE Certified|CSA C22.2 No. 235|CCC|VDE|IEC 60947-2|UL 1077