Motor protection circuit-breaker 2A 3RV1011-1BA10

Motor protection circuit-breaker 2A 3RV1011-1BA10 – Siemens – 4011209263536: Circuit breaker 1.4-2A N24A 3RV1011-1BA10 overload release current setting 1.4 ... 2A, setting range of the instantaneous short-circuit release 26 ... 26A, with thermal protection, sensitive to phase failure, magnetic tripping technology, rated operating voltage 690 ... 690V, rated uninterrupted current Iu 2A, Rated operational power at AC-3, 230 V 0.37 kW, rated operational power at AC-3, 400 V 0.75 kW, connection type main circuit screw connection, design of the actuating element rocker arm, device design built-in device fixed installation technology, number of poles 3, rated limiting short-circuit breaking current Icu at 400 V, AC 100kA, protection class (IP) IP20, height 90mm, width 45mm, depth 75mm, size S00 circuit breaker for motor protection, CLASS 10 A release 1.4...2 A N release 26 A screw connection Standard switching capacity SIRIUS 3RV1 circuit breaker for motor protection for safe disconnection at Short-circuit and protection of consumers and system against overload, as well as for safe disconnection of the system from the network. The compact and climate-proof circuit breakers are optimized for use in consumer feeders due to their low heat dissipation, of course also for IE3/IE4 motors and equally for switching direct current. Worldwide approvals (eg IEC and UL/CSA) and use in potentially explosive applications (ATEX or IEC Ex) are a matter of course. Device variants are available for motor protection, as main and EMERGENCY STOP switches and for use in IT networks. They are available with a screw connection and optionally with a built-in auxiliary switch. The comprehensive range of accessories, such as auxiliary switches, auxiliary releases, etc., is the same for all sizes. The use of various power supply options, such as the associated SIRIUS 3RV29 infeed system, significantly reduces the main circuit wiring. Simple, efficient, always up-to-date - the SIRIUS modular system.