WEG 10018ET3H405T-W22 W22 NEMA Premium Efficiency 100 HP 4P 404/5T 3Ph 575 V 60 Hz IC411 - TEFC - Foot-mounted W01 ROLLED STEEL JP TYPE

WEG 10018ET3H405T-W22 W22 NEMA Premium Efficiency 100 HP 4P 404/5T 3Ph 575 V 60 Hz IC411 - TEFC - Foot-mounted W01 ROLLED STEEL JP TYPEWith cast iron frame, flexible mounting, solid and whole feet, and lower noise levels and operating temperatures, the W22 motors are perfectly suitable for a great variety of industrial applications. Standard NEMA MG 1 Frequency 60 Hz Voltage 575 V Number of poles 4 Degree of Protection IP55 Synchronous speed 1800 rpm Output rating 100 HP Mounting F 1 Flange Without Terminal box Left position Enclosure IC411 TEFC Electric Motors Frame 404 5T Output

36 KILOWATTS 4 POLES 2 NUMBER SPEEDS 1 RPM 2930 RPM 2 2929 HERTZ 50 VOLTS PRIMARY 230/400 VOLTS 400 VOLTS 2 230 FRME 112 SHAFT CODE B3 MOUNTING HORZ-FOOTED ASSEMBLY POSITION NA MOTOR TYPE ICTE OPPOSITE END BEARING 6205-2Z-J/C3 SHAFT END BEARING 6206-2Z-J/C3 AMBIENT 40 ROTATION DUAL SERVICE FACTOR 1 STARTCAPMFD N\A SHIPPING WEIGHT 110 BREAKDOWN TORQUE 364 BREAKDOWN TORQUE UOM PERCENT OF FLT LOCKED ROTOR TORQUE 325 LOCKED ROTOR TORQUE UOM PERCENT OF FLT INSULATION CLASS F KVA CODE LETTER K LOCKED ROTOR AMPS 66 NEMA NOMINAL EFFICIENCY 88

Frame 256T Output 15 HP (11 kW) Number of Poles 2 Frequency 50 Hz Rated speed 2950 rpm Slip 1

42 % Rated voltage 208-230/460 V Rated current 140-126/63

Model_Number 430512 PRODUCT NAME C-FACE KIT AK=4-1/2

875 MOUNTING C-FACE MOTOR TYPE FHP OPPOSITE END BEARING 6203 SHAFT END BEARING 6203 AMBIENT 50 ROTATION CCW DRIVE END STARTCAPMFD 198

167 HP - ODP - 1725 PHASETYPE 1_SPLIT PHASE MOTOR ENCLOSURE ODP HORSEPOWER

weight³ 452 lb Efficiency

lb Locked rotor torque 240 % Breakdown torque 300 % Locked rotor time 109s (cold) 61s (hot) Moment of inertia (J) 0

4 FULL LOAD AMPS PRIMARY 37/21

Amperes 200 A LRC 5

2 LOCKED ROTOR TORQUE UOM OZFT INSULATION CLASS F LOCKED ROTOR AMPS 7

lb Locked rotor torque 200 % Breakdown torque 260 % Locked rotor time 77s (cold) 43s (hot) Moment of inertia (J) 0