TLY-A220T-HJ62AN

The TLY-A220T-HJ62AN is a low-inertia high-performance servo motor manufactured by Allen-Bradley. The Allen-Bradley TLY-A220T-HJ62AN Low-Inertia Servo Motor is part of the TLY Series of low-inertia servo motors. The Allen-Bradley TLY-A220T-HJ62AN Low-Inertia Servo Motor features 200 Volts AC, 6000 RPM of rated speed, 2000 Lines/Revolution feedback, 0.35 kW of stack output power, 39.4-inch cables with circular connectors and a magnet stack length of 20. The Allen-Bradley TLY-A220T-HJ62AN Low-Inertia Servo Motor is contained in the NEMA 23 Frame. When the users deploy mechanical connections to the Allen-Bradley TLY-A220T-HJ62AN Low-Inertia Servo Motor shaft like pulleys and couplings, there will be a need for a reinforced timing belt or a torsionally permanent coupling. The Allen-Bradley TLY-A220T-HJ62AN Low-Inertia Servo Motor features a high dynamic working rate which might cause the couplings or belts to loosen or slip. A slipping or lose connection will result in instability of the system and it may distort the Allen-Bradley TLY-A220T-HJ62AN Low-Inertia Servo Motor shaft.

To obtain the correct system response, all the connections between the Allen-Bradley TLY-A220T-HJ62AN Low-Inertia Servo Motor shaft and the machine should be permanent. The users should not apply sharp impacts to the Allen-Bradley TLY-A220T-HJ62AN Low-Inertia Servo Motor shaft when installing the pulleys and couplings, because it can damage the feedback module and the motor bearings. The feedback module can also be damaged by using leverage from the faceplate to dismantle the devices mounted on the Allen-Bradley TLY-A220T-HJ62AN Low-Inertia Servo Motor shaft. The Allen-Bradley TLY-A220T-HJ62AN Low-Inertia Servo Motor has a shaft key that provides a permanent mechanical connection that is capable of self-aligning, however, the key should be correctly mounted in the keyway. High voltage can exist on the shield of a power cable when the shield is not grounded. The users should verify the connection to the ground for the shield in the power cable. Personal injury or system damage may occur when the users do not follow the safety procedures.