BRKR 3VA41 3P 40A 25KA FTFM LD LUG

BRKR 3VA41 3P 40A 25KA FTFM LD LUG Molded Case Circuit Breaker The Siemens 3VA41 molded case circuit breaker is designed for reliable protection in electrical distribution systems. This 3-pole breaker with a 40A rating and thermal-magnetic trip unit is suitable for use by electrical distributors and switchgear suppliers requiring robust overload and short-circuit protection. Its standard Class S breaking capacity makes it applicable for industrial and commercial lighting solutions and wire and cable protection in low voltage installations. Specifications Manufacturer: Siemens Manufacturer Part #: 3VA4140-4ED34-0AA0 Number of Poles: 3 Current Rating: 40 A Breaking Capacity: 25 kA at 480 V, 14 kA at 600Y/347 V Trip Unit Type: TM210 Thermal-Magnetic (Fixed Ir and Ii) Frame Size: 3VA41 (Frame 125) Dimensions (W x H x D): 5.31 in x 3.46 in x 6.3 in Operating Voltage: Rated up to 690 V AC Power Loss: Maximum 10.6 W Mechanical Service Life: Approximately 15,000 operating cycles Electrical Endurance: 8,000 cycles at 480 V, 4,000 cycles at 600 V Connection Type: Load side lugs installed; low tab infeed side; circular conductor connection on output side Protection Class (Front): IP40 Operating Temperature Range: -25 °C to 70 °C Weight: 1.83 lbs (0.743 kg) Features UL Listed molded case circuit breaker with HACR (Heating, Air Conditioning, and Refrigeration) rating Thermal-magnetic trip unit providing fixed overload and short-circuit protection Standard Class S breaking capacity for reliable fault interruption Load side lugs pre-installed for simplified wiring Compact dimensions suitable for integration in switchgear assemblies Designed for system protection with no auxiliary or communication functions Robust mechanical and electrical endurance for long service life Downloads & Links Short-circuit current rating (SCCR) in industrial control panels? REACH information What is the significance of the IP protection class? Technical data sheet How do I compare devices in TIA-Selection-Tool? 3D Image How do I use the data matrix code correctly?