Hyster-Yale Lift Truck GLP050VXNVSE084

WARNING! LPG can cause an explosion. DO NOT cause sparks or permit flammable material near the LPG system.

LPG fuel systems disconnected indoors?

Floor mat and floor plate removed?

WARNING! DO NOT remove the radiator cap from the radiator when the engine is hot.

Coolant cooled to ambient temperature?

Drain pan placed under radiator?

Coolant drained from radiator and engine?

NOTE: There are no throttle pedal and cable adjustments for lift trucks equipped with the GM 2.4L engine. The GM 2.4L engines have an electronic throttle that is self-adjusting and self-calibrating

NOTE: For the Mazda 2007 emission compliant engines and for lift trucks built after January, 2010 and equipped with a Mazda engine, there is only a throttle pedal stop adjustment. The engine has an electronic throttle that is self-adjusting and self calibrating

Remove floor plate and disconnect throttle cable from the bellcrank and engine

Fully depress throttle pedal and verify that the dimension between the bellcrank and cowl plate is 6≤2 mm (0.24 ≤0.08 in.)

If dimension is not correct, adjust ball ends on push rod so that a minimum of 6 mm (0.24 in.) of threaded rod screws into each ball end

Connect throttle cable to bellcrank and engine

With throttle pedal in full up position, adjust throttle cable, using the jam nuts (item #10 in Figure 38) to remove all slack from the cable. Cable should be adjusted to the point where additional adjustment will pull the throttle crank off the idle stop. Tighten jam nuts to 8 to 15 Nem (71 to 133 ibf in)

NOTE: Il lift truck is equipped with a Electronic Control Transmission, see the section Calibration Procedures 8000 YRM 1134 for additional adjustment procedures before going onto Step 7

Fully depress pedal and verify that full pedal stroke brings the throttle crank to within 3.0 mm (0.12 in.) of the wide open throttle stop

WARNING! DO NOT operate the lift truck without the overhead guard correctly fastened to the lift truck

WARNING! DO NOT weld mounts for lights or accessories to legs of the overhead guard. Changes that are made by welding, or by drilling holes that are too big or in the wrong location, can reduce the strength of the overhead guard

See your dealer for Yale lift trucks BEFORE performing any changes to the overhead guard

NOTE: The lift trucks covered in this YRM are equipped with either a high or low overhead guard. The removal and installation procedures for both types of overhead guards are the same

No welding or drilling on legs of overhead guard is permitted as per previous WARNING

NOTE: The lifting device can be connected to any number of positions on the overhead guard depending upon the lifting device available. The ideal choices are a four point sling connected to all four corners on the top of the overhead guard, or a two point sling connected to two opposite corners of the overhead guard

Is the lifting device connected correctly?

Is the overhead guard balanced during the initial lift?

Connect a lifting device to remove or install the overhead guard. Loosen clamp and disconnect the air intake hose from the elbow. Remove bolls, elbow, retainer, and grommet from the overhead guard rear leg

WARNING! The lift truck must be put on blocks for some types of maintenance and repairs.

Before removing the mast and drive axle, put blocks under the counterweight so the lift truck cannot fall backward

Before removing the counterweight, put blocks under the mast assembly so the lift truck cannot fall forward

Remove the seal plate for the brake and throttle pedals

Disconnect the engine wiring harness from transmission wiring harness

Disconnect transmission cooling lines

Remove the hydraulic hose between the hydraulic pump and the tank. Put a cap on the tank fitting. Remove the supply line from hydraulic pump to the main control valve

Remove the hydraulic supply (suction) hose between the variable displacement pump and hydraulic tank. Put a cap on the hydraulic tank fitting

WARNING! Cleaning solvents can be flammable and toxic and can cause skin irritation. When using cleaning solvents, always follow the solvent manufacturer's recommended safety precautions

WARNING! Compressed air is used for cleaning and drying purposes, or for cleaning restrictions. Wear protective clothing (goggles/shields, gloves, etc.). Make sure the path of the compressed air is away from all personnel to avoid injury

Clean metal parts in solvent. Remove all traces of old lubricant and dirt.

Clean nonmetal parts with warm soapy water and a lint free cloth.

After cleaning, dry parts with compressed air. DO NOT dry parts with a cloth.

Sign off on the cleaning procedure