3RT2018-1AP01 Siemens SIRIUS Innovation 3RT2 Contactor, 230 V ac Coil, 3 Pole, 16 A, 7.5 kW, 3NO

Contactors – 3RT2 Range_x000D_ The 3RT2 contactors are climate-proof and are suitable and tested for use worldwide, sizes S00 to S2, up to 37 kW_x000D_ Size S00, up to 7.5 kW_x000D_ Size S0, up to 18.5 kW_x000D_ Size S2, up to 37 kW_x000D_ Screw connection / Spring Clamp_x000D_ Impulse voltage resistance 6 kV_x000D_ Insulation voltage 690 V_x000D_ Real loss power only 4 W_x000D_ Designation K according to DIN 40719 (extendable to IEC 204-2) & IEC 750; Q according to DIN EN 61346-2_x000D_ Note_x000D_ Screw terminals can only be used with screw terminal overloads and spring terminals can only be used with spring terminal overloads._x000D_ Approvals_x000D_ CE, UL, CSA, CCC_x000D_ Siemens SIRIUS Innovation 3-Pole Contactor, 7.5kW, 16A - 3RT2 Series - 3RT2018-1AP01_x000D_ This contactor from Siemens' SIRIUS Innovation range is on hand to control high power loads in industrial environments. It consumes less power than the circuit it controls for optimal energy efficiency. A thermoplastic housing offers durability and superior impact resistance, which means it won't break under pressure. This electromechanical device has integrated fuses that offer short circuit protection. It also has a rated surge voltage of 6kV, so it can withstand sudden spikes before they damage the motor. With a power rating of 7.5kW, this unit is suitable for heavy-duty industrial applications such as heating circuits and motors._x000D_ • Compact dimensions of 57.5 (length) x 45 (width) x 73mm (depth) for space efficiency in small enclosures_x000D_ • Mechanical service life of 30 million operations for reliable long-term performance_x000D_ • Operating temperature range of -25°C to +60°C for safe use in demanding environments_x000D_ • IP20 (ingress protection) rating indicates resistance to dust and objects larger than 12mm in size_x000D_ How can I make sure this contactor operates safely?_x000D_ It's important to tightly seal this contactor to prevent interference from the environment. Use a transparent cover so you can visually troubleshoot when a fault occurs.