Clarke 7623037 CTJ3000C 3 Tonne Garage Instructions
![Clarke 7623037 CTJ3000C 3 Tonne Garage Jack manual cover](/images/hWWYWvUPnsMkzrgVRnwxTGkS/thumbs/thumb175x175.webp)
To position the Clarke 7623037 CTJ3000C jack, ensure the vehicle is on a flat surface. Locate the vehicle's jacking points, which are usually detailed in the owner's manual, and align the jack's saddle with these points before lifting.
Regularly inspect the jack for signs of wear, clean the jack to remove dirt and debris, lubricate moving parts, and check the hydraulic fluid level periodically to ensure optimal performance.
If the jack is not lifting properly, check for hydraulic fluid leaks, ensure the release valve is fully closed, and verify that the hydraulic fluid level is adequate. Bleeding the hydraulic system may also resolve lifting issues.
It is not recommended to use the Clarke 7623037 CTJ3000C jack on uneven surfaces, as this can cause instability and lead to accidents. Always use the jack on a stable, level surface.
To safely lower a vehicle, slowly turn the release valve counterclockwise. This will allow the hydraulic fluid to flow back into the reservoir gradually, lowering the vehicle in a controlled manner.
The Clarke 7623037 CTJ3000C jack has a maximum lifting height of approximately 495mm, making it suitable for a wide range of vehicles.
Yes, bleeding is necessary if you notice air in the hydraulic system. To bleed, open the release valve, pump the handle several times, close the valve, and then test the jack. Repeat if necessary.
Always use jack stands to support the vehicle after lifting, never exceed the 3-tonne weight limit, wear appropriate safety gear, and ensure the working area is clear of obstructions.
Minor leaks might be repaired by replacing seals or O-rings, but for significant leaks or persistent issues, it's recommended to consult a professional or the manufacturer.
Store the jack in a dry, clean area, preferably in an upright position. Ensure the jack is not under load and the release valve is closed to maintain hydraulic integrity.