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Contactor, AC-3, 7 A/3 kW/400 V, 3-pole, 230 V AC, 50/60 Hz, 1 NO, scr

  1. SIEMENS 3RT2015-1AP01 580920
Piece
Power contactor, AC-3 7 A, 3 kW / 400 V 1 NO, 230 V AC, 50 / 60 Hz 3-pole, Size S00 screw terminal Power contactor SIRIUS 3RT2 for switching motors.The 3RT2 contactors are part of the modular SIRIUS system with its optimally coordinated products. They offer convincing performance from a compact design with high contact reliability. They can be combined with a variety of other components in the load feeder. Many of the device combinations have been factory tested. The contactors offer the best connection to the automation level for every application (parallel, via ASi or IO-Link): Integrated auxiliary switches reduce the complexity of your design. The front-panel terminals simplify the wiring. The 3RT2 contactors are climate-resistant, approved for worldwide use (e.g. IEC and UL/CSA) and are IE3/IE4-ready.They are available in various sizes and in a wide performance range with AC and DC operation. In addition to screw terminals, all the devices are also available with spring-type terminals for fast, maintenance-free and vibration-proof connection.The comprehensive range of accessories, such as auxiliary switches, auxiliary releases etc. is standardized for all sizes. The available link modules, function modules and the SIRIUS 3RV29 infeed system considerably reduce the wiring expense.The 3RT2 power contactors replace the well-proven 3RT1 series (up to 55 kW).Simple, efficient and always up to date - SIRIUS modular system.
NEWS
16 mrt. 2022
Are you still working in Excel? Seriously...
Constantly changing demands, but also changing technology and export guidelines are well-known challenges for a machine- and panel builder. An ever-increasing response time is the enduring trend and process optimization a requirement. Therefore, the time is really over to manually keep track of things around an electro-technical design in an excel sheet. The time and stress that this takes and the chance of errors that such a method entails, no longer fits in a world that is changing ever faster and is becoming more digital. After all, what machine or panel builder doesn't want to be able to select the right switching and protection devices for a motor or load at the push of a button, including required cable diameters and short-circuit calculations?
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