Sirius 3RM1102-1AA04 Non Stock
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Sirius 3RM1102-1AA04

3RM1102-1AA04 Motor Starter, SIRIUS, 24 VDC V Coil, 3 Poles, IP20 Enclosure

  • MPN: 3RM1102-1AA04
  • UPC: 887621775537
  • Min. Order Qty: 1
  • Quantity Interval: 1
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Sirius 3RM1102-1AA04

SIRIUS 3RM1 motor starters are compact devices with a width of 22.5 mm, combining a large number of functions in a single enclosure. They consist of combinations of relay contacts, power semi-conductors (hybrid technology) and a solid state overload relay for operational switching of 3-phase motors up to 3 hp (at 480 V). For simple applications (such as starting and reversing 3-phase loads with overload protection), motor starter combinations of power contactors and a solid state overload relay, for example, can be replaced by a single 3RM1 starter. The more functions are required, the more devices can be replaced. The footprint area required for each motor starter in the control cabinet is reduced by values of 64 to 82%.

SIRIUS Motor Starter, 48 to 500 VAC, 2 A, 50/60 Hz Frequency, 0.09 to 0.75 kW Wattage, 1/8 hp, 0.33 hp, 3/4 hp Motor, 24 VDC Coil, 3 Pole, 3 ph, Screw Connection, Class 10 Electronic Overload Relay, 2 A Full Load, 1CO Auxiliary, IP20 Enclosure, 30000000 Cycles Operating Cycles, -25 to 60 deg C Operating, 100 mm H x 22.5 mm W x 141.6 mm D Dimensions

Amperage Rating      :      2 A
Auxiliary Contact Rating      :      1CO
Connection Type      :      Screw
Dimensions      :      100 mm H x 22.5 mm W x 141.6 mm D
Frequency Rating      :      50/60 Hz
Full Load Current      :      2 A
Motor Power      :      1/8 hp, 0.33 hp, 3/4 hp
Operating Cycles      :      30000000 Cycles
Operating Temperature      :      -25 to 60 deg C
Overload Relay      :      Class 10 Electronic
Phase      :      3
Voltage Rating      :      48 to 500 VAC
Wattage      :      0.09 to 0.75 kW
Coil Voltage      :      24 VDC
Number of Poles      :      3
Enclosure Type      :      IP20
  • The inrush current is conducted briefly via the semiconductors
  • Protection of relay contacts, long service life due to low wear
  • The continuous current is conducted via relay contacts
  • Lower heat losses compared with the semiconductor
  • Shutdown is implemented again via the semiconductor
  • The contacts are only slightly exposed to arcs and this results in a longer service life
  • 1/8 hp at 230 VAC for 1-phase AC motor, 0.33 hp at 200/208/220/230 VAC, 3/4 hp at 460/480 VAC for 3-phase AC motor