BRKR 3VA41 3P 15A 65KA FTFM NAV LD LUG

BRKR 3VA41 3P 15A 65KA FTFM NAV LD LUG Molded Case Circuit Breaker The Siemens 3VA41 molded case circuit breaker is designed for reliable electrical protection in low voltage applications. It features a thermal-magnetic trip unit with fixed overload and short-circuit protection, suitable for use in industrial and commercial electrical distribution systems. This 3-pole breaker with a 15A rating and high breaking capacity is ideal for electrical distributors and switchgear suppliers requiring robust and compact protection solutions. Specifications Manufacturer: Siemens Manufacturer Part #: 3VA4195-6ED34-1AA0 Number of Poles: 3 Rated Current: 15 A Breaking Capacity: 65 kA at 480 V, 25 kA at 600Y/347 V Trip Unit: TM210 thermal-magnetic, fixed Ir and Ii Frame Size: 3VA41 UL Frame 125 Operating Voltage: Up to 600 V AC Power Loss: Maximum 9.8 W, 3.27 W per pole at rated current Dimensions (W x H x D): 5.31 in x 3.46 in x 6.30 in Connection Type: Load side lugs installed, low tab infeed Conductor Cross-Section (Stranded): 14 AWG to 8 AWG Protection Class: IP40 on front Ambient Operating Temperature: -25 °C to 70 °C Mechanical Service Life: 15,000 operating cycles Electrical Endurance: 8,000 cycles at 480 V, 4,000 cycles at 600 V Weight: Approximately 1.83 lbs (0.743 kg) Features Thermal-magnetic trip unit provides reliable overload and short-circuit protection High breaking capacity suitable for demanding electrical distribution applications UL 489 certified for HACR, HID, and SWD circuit breaker types Naval rated for 50 °C ambient temperature operation Compact design with load side lugs for easy installation Tin-plated electrical connections for corrosion resistance Fixed response delay time of 1 second for L-tripping characteristic Designed for use in wire and cable distribution and switchgear assemblies Downloads & Links 3D Image Short-circuit current rating (SCCR) in industrial control panels? How do I compare devices in TIA-Selection-Tool? Spec Sheet What is the significance of the IP protection class? How do I use the data matrix code correctly?