BRKR 3VA41 1P 100A 35KA FTFM LD LUG

BRKR 3VA41 1P 100A 35KA FTFM LD LUG Molded Case Circuit Breaker The Siemens 3VA41 molded case circuit breaker is designed for reliable electrical protection in commercial and industrial applications. It provides overload and short-circuit protection with a thermal-magnetic trip unit (TM210) and is suitable for use by electrical distributors and switchgear suppliers. This 1-pole breaker supports a rated operational current of 100A and features a medium (Class M) breaking capacity, making it suitable for wire and cable protection in lighting solutions and other electrical systems. Specifications Manufacturer: Siemens Manufacturer Part #: 3VA4110-5ED14-0AA0 Number of Poles: 1 Rated Current (In): 100 A Breaking Capacity (Class M): 35 kA at 277 V Trip Unit Type: TM210 Thermal-Magnetic Operational Voltage: 480 V AC rated Dimensions (W x H x D): 1.34 in x 5.31 in x 6.61 in Weight: 0.75 lb (0.28 kg) Connection Type: Load side lugs installed only, low tab infeed, circular conductor connection output Protection Class (Front): IP40 Operating Temperature Range: -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 Features Thermal-magnetic trip unit with fixed overload (Ir) and short-circuit (Ii) settings for reliable line protection Class M breaking capacity suitable for medium duty applications Compact design with UL 489 HACR (Heating, Air Conditioning, and Refrigeration) certification Tin-plated connection surfaces for enhanced conductivity and corrosion resistance Load side lugs pre-installed for simplified wiring Designed for use in system protection applications and compatible with standard electrical distribution equipment UL Listed and compliant with IEC 60947 switching capacity standards Downloads & Links Short-circuit current rating (SCCR) in industrial control panels? 3D Image How do I compare devices in TIA-Selection-Tool? What is the significance of the IP protection class? Spec Sheet How do I use the data matrix code correctly?