WEG CWBS65-33-30D02 CONTACTOR CWBS65-33-30D02 VARIABLE SPEED DRIVE CFW08The WEG line of contactors for safety applications (CWBS line 9 A up to 80 A in AC 3), has been developed in accordance with IEC and UL standards, have mechanically linked contacts (IEC EN 60947 5 1) and mirror contacts (IEC EN 60947 4 1) that provide adequate operation of the safety circuits of machinery and equipment that need to operate in compliance with international safety standards. Rated current 65 A Reference CWBS Main contact 3 NO Control
Degree of Protection IP55 Enclosure IC411 - TEFC Mounting B35L(E) Rotation¹ Both (CW and CCW) Noise level² 61
weight³ 232 lb Efficiency
15 STARTCAPMFD N\A SHIPPING WEIGHT 250 BREAKDOWN TORQUE 257 BREAKDOWN TORQUE UOM PERCENT OF FLT LOCKED ROTOR TORQUE 270 LOCKED ROTOR TORQUE UOM PERCENT OF FLT INSULATION CLASS F KVA CODE LETTER G LOCKED ROTOR AMPS 93
6 POLES 2 NUMBER SPEEDS 1 RPM 3530 RPM 2 3530 RPM 3 3510 RPM 4 2905 RPM 5 2905 HERTZ 60 HERTZ 2 50 VOLTS PRIMARY 208-230/460 VOLTS 460 VOLTS 2 230 VOLTS 3 208 VOLTS 4 380 VOLTS 5 190 FRME 213 SHAFT CODE TCZ MOUNTING HORZ-FOOTED ASSEMBLY POSITION F1 MOTOR TYPE UTE3 OPPOSITE END BEARING 6206-2Z-J/C3 SHAFT END BEARING 6309-2Z-J/C3 AMBIENT 40 ROTATION DUAL SERVICE FACTOR 1
25 MOTOR TYPE PFE OPPOSITE END BEARING 6203 SHAFT END BEARING 6205 AMBIENT 40 ROTATION CW/CCW SERVICE FACTOR 1
Standard NEMA MG-1 Frequency 60 Hz Voltage 380 V Number of poles 4 Degree of Protection IP55 Synchronous speed 1800 rpm Output rating 5 HP Mounting F-1 Flange Without Terminal box¹ Left position Enclosure IC411 - TEFC Electric Motors
7 BREAKDOWN TORQUE UOM OZFT LOCKED ROTOR TORQUE 342
2 FULL LOAD AMPS PRIMARY 32
6A HD Amps 60s 7
5 STACK 2 MOUNTING YOKE MOTOR TYPE FHP OPPOSITE END BEARING BALL SHAFT END BEARING BALL AMBIENT 40 ROTATION CCW LEAD END REV SERVICE FACTOR 1 RUNCAPMFD 7
lb Locked rotor torque 260 % Breakdown torque 270 % Locked rotor time 66s (cold) 37s (hot) Moment of inertia (J) 44
lb Locked rotor torque 150 % Breakdown torque 254 % Locked rotor time 12s (cold) 7s (hot) Moment of inertia (J) 0
