MTE Solutions Catalog

RLW REACTOR SELECTION TABLES Phase Input Voltage & Hz % Impedance 0.25 HP 0.18 kW 0.33 HP 0.25 kW 0.5 HP 0.37 kW 0.75 HP 0.55 kW 1.0 HP 0.75 kW 1.5 HP 1.1 kW 2.0 HP 1.5 kW 3.0 HP 2.2 kW 5.0 HP 3.7 kW 7.5 HP 5.5 kW 10.0 HP 7.5 kW 15.0 HP 11.0 kW 20.0 HP 15.0 kW 25.0 HP 18.5 kW Three Phase Input Applications Selected by Motor 3 Phase 208V 60 Hz 3% RLW- 01P601 RLW- 02P101 RLW- 03P401 RLW- 04P801 RLW- 04P801 RLW- 07P601 RLW- 07P601 RLW- 001101 RLW- 002101 RLW- 002801 RLW- 003501 RLW- 005501 RLW- 006501 RLW- 008301 3 Phase 208V 60 Hz 5% RLW- 01P603 RLW- 02P103 RLW- 03P403 RLW- 04P803 RLW- 07P603 RLW- 07P603 RLW- 001103 RLW- 001403 RLW- 002103 RLW- 002803 RLW- 004603 RLW- 006503 RLW- 008303 RLW- 010403 3 Phase 240V 60 Hz 3% RLW- 01P601 RLW- 02P101 RLW- 03P401 RLW- 03P401 RLW- 04P801 RLW- 07P601 RLW- 07P601 RLW- 001101 RLW- 002101 RLW- 002801 RLW- 002801 RLW- 004601 RLW- 005501 RLW- 008301 3 Phase 240V 60 Hz 5% RLW- 01P603 RLW- 02P103 RLW- 03P403 RLW- 03P403 RLW- 04P803 RLW- 07P603 RLW- 07P603 RLW- 001103 RLW- 002103 RLW- 002803 RLW- 003503 RLW- 004603 RLW- 006503 RLW- 008303 3 Phase 400V 50 Hz 3% RLW- 0P7505 RLW- 0P7503 RLW- 01P605 RLW- 02P103 RLW- 03P405 RLW- 03P403 RLW- 04P803 RLW- 07P605 RLW- 001105 RLW- 001405 RLW- 002105 RLW- 002805 RLW- 003503 RLW- 003503 3 Phase 400V 50 Hz 5% RLW- 0P7506 RLW- 0P7505 RLW- 01P606 RLW- 02P106 RLW- 03P406 RLW- 03P405 RLW- 04P806 RLW- 07P606 RLW- 001106 RLW- 001406 RLW- 002106 RLW- 002806 RLW- 003505 RLW- 003505 3 Phase 480V 60 Hz 3% RLW- 0P7503 RLW- 01P105 RLW- 01P103 RLW- 01P603 RLW- 02P103 RLW- 03P403 RLW- 03P403 RLW- 04P803 RLW- 07P603 RLW- 001103 RLW- 001403 RLW- 002103 RLW- 002803 RLW- 003503 3 Phase 480V 60 Hz 5% RLW- 0P7506 RLW- 01P106 RLW- 01P105 RLW- 01P605 RLW- 02P105 RLW- 03P405 RLW- 03P405 RLW- 04P805 RLW- 07P605 RLW- 001105 RLW- 001405 RLW- 002105 RLW- 002805 RLW- 003505 3 Phase 600V 60 Hz 3% RLW- 00P505 RLW- 0P7505 RLW- 01P105 RLW- 01P605 RLW- 02P105 RLW- 03P405 RLW- 03P405 RLW- 04P805 RLW- 07P605 RLW- 001105 RLW- 001103 RLW- 002105 RLW- 002805 RLW- 002803 3 Phase 600V 60 Hz 5% RLW- 00P506 RLW- 0P7506 RLW- 01P106 RLW- 01P606 RLW- 02P106 RLW- 03P406 RLW- 03P406 RLW- 04P806 RLW- 07P606 RLW- 001106 RLW- 001106 RLW- 002106 RLW- 002806 RLW- 002806 3 Phase 690V 50 Hz 2% - - - - - - - RLW- 03P403 RLW- 04P803 RLW- 07P603 RLW- 001105 RLW- 001403 RLW- 002105 RLW- 002103 3 Phase 690V 50 Hz 3% - - - - - - - RLW- 03P406 RLW- 04P805 RLW- 07P606 RLW- 001106 RLW- 001405 RLW- 002106 RLW- 002105 Single Phase Input Applications 1 Phase 400V 50 Hz 5% RLW- 01P105 RLW- 01P606 RLW- 02P105 RLW- 03P405 RLW- 04P805 RLW- 07P606 RLW- 07P605 RLW- 001106 RLW- 001405 RLW- 002105 RLW- 002805 RLW- 004605 RLW- 005505 RLW- 006505 1 Phase 480V 60 Hz 5% RLW- 01P606 RLW- 01P605 RLW- 02P105 RLW- 03P405 RLW- 04P806 RLW- 07P606 RLW- 07P606 RLW- 001106 RLW- 001405 RLW- 002105 RLW- 002805 RLW- 004605 RLW- 005505 RLW- 006505 1 Phase 600V 60 Hz 5% RLW- 01P106 RLW- 01P105 RLW- 01P605 RLW- 03P406 RLW- 03P406 RLW- 04P806 RLW- 04P805 RLW- 07P606 RLW- 001106 RLW- 002106 RLW- 002106 RLW- 003505 RLW- 004605 RLW- 005505 Three Phase Output Selected by Motor 3 Phase 480V 60 Hz 1.5% RLW- 01P101 RLW- 01P101 RLW- 01P601 RLW- 02P101 RLW- 03P403 RLW- 04P803 RLW- 04P801 RLW- 07P601 RLW- 001101 RLW- 001401 RLW- 002101 RLW- 002801 RLW- 003501 RLW- 004601 3 Phase 600V 60 Hz 1.5% RLW- 0P7503 RLW- 01P103 RLW- 01P603 RLW- 02P103 RLW- 02P101 RLW- 03P403 RLW- 03P403 RLW- 07P603 RLW- 001103 RLW- 001403 RLW- 001403 RLW- 002803 RLW- 002803 RLW- 003501 3 Phase 690V 50 Hz 1.5% - - - - - - - RLW- 04P805 RLW- 07P605 RLW- 001105 RLW- 001103 RLW- 002105 RLW- 002103 RLW- 002803 Impedance Rating: 1.5% impedance reactors are the recommended maximum impedance for load side reactor applications. 3% impedance reactors are typically sufficient to absorb power line spikes and motor current surges. They will prevent nuisance tripping of drives or circuit breakers in most applications. 5% impedance reactors are best for reducing harmonic currents and frequencies. Use them when you must reduce VFD drive generated harmonics, and to reduce motor operating temperature, or to reduce motor noise. *The effective impedance of the reactor changes with actual RMS current. A 5% impedance reactor becomes 3% if its current is reduced to 60%. Note: The recommended reactor selections above are based on fundamental current ratings. Contact appengrg@mtecorp.com with any questions regarding the proper reactor selection. 14