What causes the lowering of the arm or the boom on Haulotte Group Boom Lifts?
The arm or boom lowering on your Haulotte Group Boom Lifts might be due to worn lifting jack joints (replace the joint(s)) or a clogged shut-off valve (replace the valve and the oil filter).
How to fix a Haulotte Group Boom Lifts battery charger that is not working?
If the battery charger on your Haulotte Group Boom Lifts is not working, first check the power supply connection for voltage. If there is no voltage in the selector, check the power supply connection. If the batteries are discharged, charge them with another charger which does not have a regulator. Other possible causes include a faulty charger (repair or replace it), batteries wrongly connected to the charger (check the connection), or faulty batteries (replace the batteries).
General| Platform Capacity | 230 kg |
|---|---|
| Weight | 2, 450 kg |
| Drive Type | Electric |
| Turning Radius | 2.95 m |
| Lift Capacity | 230 kg |
| Overall Width | 1.2 m |
| Capacity | 230 kg |
| Power Source | Electric |
General advice and checks before using the machine.
Guidelines for safe operation and potential hazards.
Essential checks and advice before driving the machine.
Procedures for operating the machine while driving.
Procedures for emergency lowering and lowering for repairs.
Guidance on using the manual and understanding safety symbols.
General and specific guidelines to follow before operating the machine.
List of actions strictly forbidden during machine use.
How to avoid falling and command system issues.
Safety distances and procedures for working near power lines.
Ensuring stable operation and preventing uncontrolled movement.
Safety measures for preventing burns, explosions, crushing, and collision incidents.
Operator duties, training requirements, and emergency awareness.
How chassis tilt affects machine operation and recovery.
Specific points to check during visual inspection of mechanical parts.
Checking the condition of cylinders, steering system, and control boxes.
Verifying the state of electrical wiring and the hydraulic unit.
Checking structural integrity, rotation systems, and fluid tanks.
Procedures for testing E-stop, tilt sensor, alarms, and limit switches.
Sequence for testing ground box controls like E-stop and movements.
Sequence for testing platform controls, steering, and movement joystick.
How to test the emergency stop buttons on both control boxes.
Procedure to test the tilt sensor and its audible alarm.
Procedures for starting, shutting down, and controlling movements using the ground box.
How to operate arm, boom, jib movements and turntable rotation.
Procedures for starting and stopping the machine from the platform control box.
How to operate driving, steering, arm, and boom movements from the platform.
Operating platform rotation, leveling, and speed selection.
Understanding the principle and executing the emergency lowering procedure.
Steps for exceptional emergency lowering maneuvers.
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