What to do if JLG H340AJ charger shutdown due to high internal temperature?
If the JLG Boom Lifts charger shuts down due to high internal temperature, make sure there is sufficient cooling airflow. You can reset the charger by interrupting AC power for at least 15 seconds.
What to do if JLG H340AJ Boom Lifts experience charge timeout?
If the JLG Boom Lifts experiences a charge timeout, which can be caused by the battery pack not reaching the required voltage or the charger output being reduced due to high temperatures, check the connections and ensure that the battery type matches the selected charge profile. Also, operate the charger at a lower ambient temperature. To reset the charger, interrupt AC power for 15+ seconds.
What to do if JLG Boom Lifts indicates battery low voltage?
If the JLG Boom Lifts indicates a battery low voltage, check the battery size and condition. This fault should clear automatically once the condition has been corrected.
What to do if JLG Boom Lifts indicates battery high voltage?
If the JLG Boom Lifts indicates a battery high voltage, check the battery size and condition. This fault will clear automatically once the condition has been corrected.
What to do if JLG H340AJ charger indicates internal fault?
If the JLG Boom Lifts charger indicates an internal fault, reset it by interrupting AC power for at least 15 seconds. If the fault persists, return it to a service depot.
What to do if battery of JLG H340AJ could not be trickle charged up to minimum voltage?
If the battery of JLG Boom Lifts could not be trickle charged up to minimum voltage, check for shorted or damaged cells. Reset the charger by interrupting AC power for 15+ seconds.
General| Platform Capacity | 500 lbs |
|---|---|
| Drive Speed | 3.5 mph |
| Ground Clearance | 8 in |
| Gradeability | 30% |
| Fuel Type | Diesel |
| Engine Power | 24.8 hp |
| Turntable Rotation | 360 Degrees Continuous |
| Platform Size | 30 in x 72 in |
Provides general safety precautions for aerial platform maintenance to avoid injury and equipment damage.
Highlights the dangers of high hydraulic pressures and the need to relieve system pressure before work.
Lists critical safety precautions for maintenance, including parts, refueling, jewelry, clothing, and general warnings.
Details key operational parameters like capacity, travel grade, drive speed, and hydraulic pressure.
Outlines lubrication requirements, types, intervals, and specifications for various components.
Provides specifications for the Kubota Z482 engine, including type, cylinders, bore, stroke, and output.
Covers tire replacement guidelines, characteristics, and wheel installation with torque specifications.
Explains the drive system components, operator control, and drive modes based on boom position.
Details the removal and installation of the swing bearing assembly, including torque and inspection procedures.
Describes boom control systems, transport position sensing, and jib lift dampening for safe operation.
Provides step-by-step procedures for removing and installing main, mid, and lower boom assemblies.
Outlines procedures for boom disassembly, inspection, and main boom assembly after maintenance.
Details various hydraulic connection types, assembly instructions, and torque specifications for safe installation.
Covers disassembly, assembly, and inspection procedures for hydraulic cylinders, including acceptable leakage.
Explains how to set hydraulic pressures, considering temperature, and outlines procedures for relief valves.
Guides on using the JLG Control System Analyzer Kit for diagnostics, setup, and personality adjustments.
Details adjustable personality settings and function speeds for optimizing machine performance.
To Next Page
