WEG 01036ST3HIE215T-W22 W22 IEEE 841 NEMA Premium Efficiency 10 HP 2P 213/5T 3Ph 575 V 60 Hz IC411 - TEFC - Foot-mounted Other

WEG 01036ST3HIE215T-W22 W22 IEEE 841 NEMA Premium Efficiency 10 HP 2P 213/5T 3Ph 575 V 60 Hz IC411 - TEFC - Foot-mounted OtherThe W22 IEEE 841 motors were especially designed to operate in petrochemical and chemical industries. The motor has cast iron frame, flexible mounting, solid and whole feet, low noise levels, anticorrosive internal coating and high efficiency. Standard NEMA MG 1 Frequency 60 Hz Voltage 575 V Number of poles 2 Degree of Protection IP55 Synchronous speed 3600 rpm Output rating 10 HP Mounting F 1 Flange Without Terminal box Left position Enclosure IC411

lb Locked rotor torque 170 % Breakdown torque 190 % Locked rotor time 61s (cold) 34s (hot) Moment of inertia (J) 10

873 LOCKED ROTOR TORQUE UOM OZFT INSULATION CLASS B KVA CODE LETTER D LOCKED ROTOR AMPS 11

3 POLES 4 NUMBER SPEEDS 1 RPM 1700 HERTZ 60 VOLTS PRIMARY 115/230 VOLTS 115 VOLTS 2 230 FRME 56 SHAFT CODE YZ STATOR DIAMETER 6

25 STARTCAPMFD N\A SHIPPING WEIGHT 58 BREAKDOWN TORQUE 380 BREAKDOWN TORQUE UOM PERCENT OF FLT LOCKED ROTOR TORQUE 290 LOCKED ROTOR TORQUE UOM PERCENT OF FLT INSULATION CLASS F KVA CODE LETTER L LOCKED ROTOR AMPS 17

15 A Rated torque 13

25 HP - TENV - 1765 PHASETYPE 3_PHASE MOTOR ENCLOSURE TENV HORSEPOWER

Frame 213/5JM Output 5

6 POLES 4 NUMBER SPEEDS 1 RPM 1785 HERTZ 60 VOLTS PRIMARY 575 VOLTS 575 FRME 405 SHAFT CODE T MOUNTING HORZ-FOOTED ASSEMBLY POSITION F1 MOTOR TYPE CE OPPOSITE END BEARING 6316-J/C3 SHAFT END BEARING 6316-J/C3 AMBIENT 40 ROTATION DUAL SERVICE FACTOR 1

Amperes 144/79

94 % Rated voltage 208-230/460 V Rated current 20

1 POLES 6 NUMBER SPEEDS 1 RPM 1180 HERTZ 60 VOLTS PRIMARY 575 VOLTS 575 FRME 182 SHAFT CODE T MOUNTING HORZ-FOOTED ASSEMBLY POSITION F1 MOTOR TYPE CE OPPOSITE END BEARING 6206-J/C3 SHAFT END BEARING 6206-J/C3 AMBIENT 40 ROTATION DUAL SERVICE FACTOR 1

lb Locked rotor torque 260 % Breakdown torque 370 % Locked rotor time 79s (cold) 44s (hot) Moment of inertia (J) 0