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TO 00591-44144-81

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TO 00591-44144-81

CONTACTOR

Regular price $99,999.00
Sale price $99,999.00 Regular price

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Compatibility

Make Toyota
Model -

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Product Description

CONTACTOR

Frequently Asked Questions

Q: What is the TO 00591-44144-81 contactor used for?
A: The TO 00591-44144-81 is an OEM contactor for Toyota electric lift truck control systems. This is a solenoid-operated switch that controls power flow to the lift motor and mast tilt circuits. It is designed for panel mount installation in the control cabinet of Toyota material handling equipment.

Q: What voltage and specifications does the TO 00591-44144-81 have?
A: You must verify the exact electrical specifications for the TO 00591-44144-81 against your equipment documentation. The part number indicates this is a Toyota OEM contactor for electric lift truck applications. Confirm coil voltage, contact rating, and mount configuration match your control system before ordering.

Q: How do I know if the TO 00591-44144-81 contactor is failing?
A: Failure symptoms include: lift motor does not respond to control input, audible clicking or buzzing from the contactor but no motor movement, contactor coil becomes hot during operation, pitting or visible damage to the contact surfaces, or intermittent loss of power. A failed contactor must be replaced; it cannot be repaired in the field.

Q: Is the TO 00591-44144-81 compatible with non-Toyota electric lift trucks?
A: No. This is a Toyota OEM part designed specifically for Toyota electric lift truck control systems. Do not attempt to use this contactor on Raymond, Crown, Hyster, Yale, or other non-Toyota equipment. Contact us to identify the correct OEM part for your specific equipment brand and model.

Q: What is the typical service life of an electric lift truck contactor?
A: A contactor typically lasts 5-7 years in normal operation, but lifespan varies based on duty cycle and electrical load. High-demand applications, frequent start-stop cycles, and exposure to moisture or vibration reduce service life. If a contactor fails, inspect the control circuit for excessive load, short circuits, or loose connections that may have caused premature failure.