WEG 00536OT3V182T-S Rolled Steel NEMA Premium Efficiency 5 HP 2P 182/4T 3Ph 200/400 V 60 Hz IC01 - ODP - Foot-mounted ALL DrivesThe W01 motor is the perfect option for applications that require robustness, low weight and high performance in a single product. The W01 Rolled Steel platform has good thermal performance and easy installation and maintenance. With steel plate frame and aluminum flange, these versatile motors provide torque and durability for applications where dirt and humidity are minimal. Standard NEMA MG 1 Frequency 60 Hz Voltage 200 400 V Number of poles 2
5 HP - TEFC-IP54 - 1770 PHASETYPE 3_PHASE MOTOR ENCLOSURE TEFC-IP54 HORSEPOWER 7
Model_Number K055EZS7589022B PRODUCT NAME
25 MOUNTING C-FACE MOTOR TYPE FHP OPPOSITE END BEARING 6203 SHAFT END BEARING 6203 AMBIENT 50 ROTATION CCW DRIVE END RUNCAPMFD 35 RUNCAPVOLTS 370 STARTCAPMFD 374 SHIPPING WEIGHT 24 THERMAL PROTECTION AUTOMATIC RESET BREAKDOWN TORQUE 121
Three Phase Totally Enclosed Air Over (TEAO)
Model_Number DL62 PRODUCT NAME 30 HP - TE - 1190 PHASETYPE 3_PHASE MOTOR ENCLOSURE TE HORSEPOWER 30 KILOWATTS 22
lb Locked rotor torque 270 % Breakdown torque 320 % Locked rotor time 27s (cold) 15s (hot) Moment of inertia (J) 0
15 STARTCAPMFD N\A SHIPPING WEIGHT 1160 BREAKDOWN TORQUE 233 BREAKDOWN TORQUE UOM PERCENT OF FLT LOCKED ROTOR TORQUE 137 LOCKED ROTOR TORQUE UOM PERCENT OF FLT INSULATION CLASS F KVA CODE LETTER F LOCKED ROTOR AMPS 307
Standard NEMA MG-1 Frequency 60 Hz Voltage 240 V Number of poles 2 Degree of Protection IP21 Synchronous speed 3600 rpm Output rating 6
8 POLES 4 NUMBER SPEEDS 1 RPM 1785 RPM 2 1785 HERTZ 60 VOLTS PRIMARY 230/460 VOLTS 460 VOLTS 2 230 FRME 324 SHAFT CODE TP MOUNTING VERT ASSEMBLY POSITION NA MOTOR TYPE RUSI OPPOSITE END BEARING 7220 BEP SHAFT END BEARING 6211-J AMBIENT 40 SERVICE FACTOR 1
Model_Number T063DAT1610012B PRODUCT NAME 3 HP - - 3450 PHASETYPE 1_PHASE HORSEPOWER 3 KILOWATTS 2
6 NEMA NOMINAL EFFICIENCY 85
lb Locked rotor torque 280 % Breakdown torque 310 % Locked rotor time 36s (cold) 20s (hot) Moment of inertia (J) 0
