Why is the Stiga MJ 66 engine performance weak during cutting?
If your Stiga Lawn Mower experiences weak engine performance during cutting, it might be due to the forward speed being too high relative to the cutting height. Try reducing the forward speed and/or raising the cutting height.
Why does the Stiga Lawn Mower engine stop?
If the engine of your Stiga Lawn Mower stops, it could be due to a lock of the electronic board caused by an interruption of microswitch ground connections, low battery, battery not connected correctly (poor contacts), or uncertain motor mass. Turn the ignition key to the «STOP» position and look for the cause of the problem: check the connections, recharge the battery, check the connections, and check the engine mass.
How to fix uneven mowing and insufficient collection with Stiga Lawn Mower?
If you experience uneven mowing and insufficient collection with your Stiga Lawn Mower, check the tyre pressure, reinstate the alignment of the cutting means assembly in relation to the ground. Reduce the forward speed and/or raise the cutting means assembly, wait for the grass to dry, remove the grass catcher bag and empty the chute, and clean the cutting means assembly. Other possible causes could be inefficient cutting means, forward speed too high compared to height of grass, collector chute is blocked, or cutting means assembly is full of grass.
What to do if the Stiga MJ 66 engine stops when the cutting means are engaged?
If your Stiga Lawn Mower engine stops when the cutting means are engaged, it could be because the movement made on the cutting means engagement control lever is too rapid or the engage is not enabled. Carry out the engagement movement more slowly and check that the safety conditions are met.
What to do if my Stiga MJ 66 remains stationary when the drive pedal is pressed?
If, when the engine is running, your Stiga Lawn Mower remains stationary when the drive pedal is pressed (hydrostatic drive), the release lever might be in position «B». Bring it back to position «A».
Diagram illustrating the first step in the assembly process.
Diagram illustrating the installation of key components.
Overview of the machine's control panel and primary functions.
Illustration of transmission lever and speed adjustment.
Diagrams for checking oil levels and other fluid maintenance.
Steps for inspecting and maintaining the battery.
Procedure for checking electrical system connections.
General| Cutting Width | 66 cm |
|---|---|
| Engine Type | 4-stroke |
| Fuel Type | Petrol |
| Discharge | Side |
| Wheel Size | 8 inches |
To Next Page
