Intermatic WG733 time clock motor is compatible with brand's T1900, T8800 and R8800 Series timers for driving the movement of clock hands and controlling the switching operations of the time clock. It is used in outdoor lighting systems, irrigation systems and other automated equipment. This Intermatic WG733 time clock motor ensures precise timing and synchronisation, allowing users to automate the activation and deactivation of devices according to preset schedules, enhancing energy efficiency and convenience.
Frequently Asked Questions:
Q. How to install Intermatic WG733 time clock motor?
A.
- Turn off the power to the circuit.
- Open the time clock cover to access the old motor.
- Disconnect the old motor from the clock mechanism and wiring.
- Unpack and prepare the new Intermatic WG733 motor.
- Wire the new motor to the appropriate terminals on the clock following color codes.
- Securely mount the new motor using provided brackets or mounting points.
- Set the correct time on the clock if applicable.
- Close the time clock cover.
- Turn the circuit power back on.
- Test the new motor to ensure it advances the time correctly.
- Make any necessary adjustments for accuracy.
- Keep the documentation provided by Intermatic for future reference.
Q. How to maintain this WG733 time clock motor?
A. It is recommended to periodically cleanse the motor's exterior to eliminate dust and debris. Avoid abrasive substances. Furthermore, intermittently inspect for any indications of loose connections or signs of wear.
Q. Can I modify the motor's cam wheel to alter switching intervals?
A. The cam wheel's configuration and lobes dictate the switching intervals. It is non-adjustable. If you wish to modify intervals, replacing the cam wheel with a variant that suits your needs might be necessary.
Q. How can I synchronise this Intermatic clock motors operation with accurate time?
A. The motor's synchronous operation aligns with the power supply frequency, maintaining accurate timekeeping. Set the appropriate time on the clock mechanism, and the motor will automatically synchronise with it.
Q. What are the factors that can impact the motor's lifespan?
A. Major factors include voltage fluctuations, exposure to extreme temperatures, and humidity levels can influence the motor's longevity.
