20.07.2013 Views

STIGA PARK

STIGA PARK

STIGA PARK

SHOW MORE
SHOW LESS

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

• Lifting. Press the rear part of the switch until<br />

the implement is in its highest position (transport<br />

position). Then release the switch and the<br />

height is locked in transport position.<br />

• Locking in transport position. The switch has<br />

reverted to neutral position after lifting. The implement<br />

is locked in transport position.<br />

NOTE! The hydraulic implement lifter must be<br />

in floating position in order for the power takeoff<br />

to be engaged.<br />

NOTE! The power take-off cannot be engaged<br />

when the parking brake is activated.<br />

2.4.3 Clutch-parking brake (3:B)<br />

Never press the pedal while driving.<br />

There is a risk of overheating in the<br />

power transmission.<br />

The pedal (3:B) has the following<br />

three positions:<br />

• Released. The clutch is not activated. The parking<br />

brake is not activated.<br />

• Depressed halfway. Forward drive disengaged.<br />

The parking brake is not activated.<br />

• Pressed down. Forward drive disengaged. The<br />

parking brake is fully activated but not locked.<br />

•<br />

2.4.4 Inhibitor, parking brake (3:A)<br />

The inhibitor locks the “clutch-brake”<br />

pedal in the depressed position. This function<br />

is used to lock the machine on slopes,<br />

during transport, etc., when the engine is<br />

not running.<br />

The parking brake must always be released<br />

during operation.<br />

Locking:<br />

1. Depress the pedal (3:B) fully.<br />

2. Move the inhibitor (3:A) to the right.<br />

3. Release the pedal (3:B).<br />

4. Release the inhibitor (3:A).<br />

Unlocking:<br />

Press and release the pedal (3:B).<br />

ENGLISH EN<br />

2.4.5 Driving-service brake (3:F)<br />

The pedal (3:F) determines the gearing ratio between<br />

the engine and the drive wheels (= the<br />

speed). When the pedal is released, the service<br />

brake is activated.<br />

1. Press the pedal forward –<br />

the machine moves forward.<br />

2. No load on the pedal – the machine<br />

is stationary.<br />

3. Press the pedal backward –<br />

the machine reverses.<br />

4. Reduce the pressure on the<br />

pedal – the machine brakes.<br />

2.4.6 Steering wheel (3:D)<br />

The height of the steering wheel is infinitely adjustable.<br />

Undo the adjustment knob (3:E) on the<br />

steering column and raise or lower the steering<br />

wheel to the desired position. Tighten.<br />

Do not adjust the steering wheel during<br />

operation.<br />

Never turn the steering wheel when the<br />

machine is stationary with a lowered<br />

implement. There is a risk of abnormal<br />

loads on the servo and steering mechanisms.<br />

2.4.7 Throttle control (4,5:G)<br />

Control for setting the engine’s revs.<br />

1. Full throttle – when the machine is in<br />

operation, full throttle should always be<br />

used.<br />

2. Idling.<br />

2.4.8 Choke control (4,5:H)<br />

A pull-type control to choke the engine when starting<br />

from cold.<br />

1. Control fully pulled out – choke valve<br />

in carburettor closed. For starting cold engine.<br />

2. Control pushed in – choke valve open.<br />

For starting warm engine and when operating<br />

the machine.<br />

Never operate the machine with the choke<br />

pulled out when the engine is warm.<br />

2.4.9 Ignition lock/headlight (4,5:I)<br />

The ignition lock is used for starting and stopping<br />

the engine. The ignition lock is also the switch for<br />

the headlight.<br />

65

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!