BRKR 3VA41 3P 60A 25KA FTFM NAV LD LUG

BRKR 3VA41 3P 60A 25KA FTFM NAV LD LUG Molded Case Circuit Breaker The Siemens 3VA41 molded case circuit breaker is designed for reliable system protection in low voltage electrical distribution. It features a 3-pole configuration with a 60A rating and a thermal-magnetic trip unit, suitable for applications requiring robust overload and short-circuit protection. This breaker is ideal for electrical distributors and switchgear suppliers looking for a UL-listed device with naval rating and high breaking capacity for commercial and industrial lighting solutions and wire and cable systems. Specifications Manufacturer: Siemens Manufacturer Part #: 3VA4160-4ED34-1AA0 Frame Size: 3VA41 (UL Frame 125) Current Rating: 60 A Number of Poles: 3 Breaking Capacity: 25 kA at 480 V Breaking Capacity: 14 kA at 600Y/347 V Trip Unit: TM210 Thermal-Magnetic, Fixed Ir and Ii Rated Operating Voltage: 600 V AC Dimensions (W x H x D): 5.31 in x 3.46 in x 6.30 in Weight: 1.83 lbs (0.743 kg) UL Listed: UL 489 SB (Naval rated, 50 °C) Connection Type: Load side lugs installed only, tin-plated circular conductor connection (output side), low tab connection (input side) Protection Class: IP40 (front) Operating Temperature Range: -25 °C to 70 °C Features Thermal-magnetic trip unit provides reliable overload and short-circuit protection Class S breaking capacity ensures high interrupting performance Naval rating suitable for harsh environments up to 50 °C Compact design for efficient space utilization in switchgear assemblies Load side lug installation simplifies wiring and maintenance UL listed for HACR (Heating, Air Conditioning, and Refrigeration) applications Robust mechanical and electrical endurance with up to 15,000 mechanical cycles and 8,000 electrical cycles at 480 V Compatible with standard wire sizes from 8 AWG to 3/0 stranded conductors Downloads & Links Short-circuit current rating (SCCR) in industrial control panels? How do I compare devices in TIA-Selection-Tool? 3D Image What is the significance of the IP protection class? How do I use the data matrix code correctly? Spec Sheet