To Next PageTo Next PageWhy is the forward moving function inoperative on my Sinoboom Boom Lifts?
If the forward moving function is inoperative on your Sinoboom Boom Lift, it could be because the forward moving function is abnormal. Inspect whether the motor controller has an alarm, whether the line is connected improperly or is abnormal, and whether the lower platform controller is abnormal.
Why is the backward moving function inoperative on my Sinoboom Boom Lifts?
If the backward moving function is inoperative on your Sinoboom Boom Lift, it could be because the backward moving function is abnormal. Inspect whether the motor controller has an alarm, whether the line is connected improperly or is abnormal, and whether the lower platform controller is abnormal.
Why is my Sinoboom Boom Lift overweight warning when it is no-load?
An overweight warning on your Sinoboom Boom Lift when it's no-load could be due to the load not being calibrated or because it is the first lifting/lowering operation. To resolve this, recalibrate the load coefficient.
What to do if the power indicator lamp is not lit up on my Sinoboom Boom Lifts?
If the power indicator lamp on your Sinoboom Boom Lift isn't lit, it could be due to several reasons: * The equipment hasn't been powered on. * The key is in the middle position. * The upper or lower platform emergency stop button is pushed down. Also, inspect the leads of the power supply and communication to ensure they are properly and reliably inserted. Check the upper platform plug and the connecting cable plug between the upper and lower platforms for good contact. Verify that the Deltatech plug of the lower platform controller is firm and correct. Finally, inspect the upper and lower platform controllers for any abnormalities.
Why is my Sinoboom Boom Lift tilting warning?
A tilting warning on your Sinoboom Boom Lift indicates a problem with the level switch. This could be because the level switch air bubble is not in the middle position, the level switch is not properly connected or not firmly inserted, or the lower platform controller is abnormal.
What to do if my Sinoboom Boom Lift machine moves and then stops intermittently?
If your Sinoboom Boom Lift moves and then stops intermittently, it could be due to a low battery level or incorrect calibration. Try recalibrating the parameters. Note that the electricity meter can only be referred to for battery power status.
Why is my Sinoboom Boom Lift level status tilting always alarming?
If the level status tilting is always alarming on your Sinoboom Boom Lift, it's likely due to the level switch not being connected or having trouble. Inspect whether the level switch is inserted properly and firmly, and check the level switch for any abnormalities.
Why is there no overload warning on my Sinoboom Boom Lift?
The absence of an overload warning on your Sinoboom Boom Lift can occur if the load hasn't been calibrated or the height is incorrect. Check that the sensor has been calibrated, verify the wiring of the load sensor, and ensure the sensor is in good condition.
What to do if the upper platform of my Sinoboom Boom Lift could not be lowered when there is no alarm?
If the upper platform of your Sinoboom Boom Lift cannot be lowered and there is no alarm, it might be limited to 1.2m. Reset the handle and try the lowering operation again.
Why is the operation of the upper platform invalid on my Sinoboom Boom Lift?
If the operation of the upper platform is invalid on your Sinoboom Boom Lift, it could be because the key switch has not been turned to the operation of the upper platform. Ensure the key switch is placed on the base frame control position. Also, check if the system has not been powered off after the program was downloaded to the upper platform controller, and inspect the upper platform controller for any abnormalities.
Explains safety alert symbols and hazard levels for danger, warning, and caution.
Details the importance and process of reporting accidents promptly to the manufacturer.
Safety precautions related to electrical hazards and safe distances from conductors.
Maintaining safe distances from power lines and electrical equipment.
Guidelines to prevent tipping and manage platform load capacity for stability.
Identifies hazards associated with jobsite conditions, terrain, and environment.
Common unsafe practices and their consequences during machine operation.
Safety measures and precautions to prevent falls from the platform.
Preventing collisions with surroundings or other objects while moving.
Precautions to avoid crushing injuries during machine movement and operation.
Safety measures related to flammable atmospheres and battery handling.
Risks associated with operating a damaged or malfunctioning machine.
General safety guidelines for preventing bodily harm during operation.
Safety precautions for handling, charging, and maintaining batteries.
Risks of battery acid spills and necessary immediate precautions.
Safety guidelines and requirements before performing welding or polishing.
Specific hazards and procedures for welding operations on the machine.
Step-by-step procedure for safely shutting down and securing the machine.
Following safety rules and inspecting the machine and worksite before operation.
Adhering to safety rules and understanding machine operation before use.
Modifying aerial platforms or adding devices that affect stability.
Requirements for pre-operation checks, including manuals, labels, and parts.
Checking for damaged, loose, or modified parts on the machine.
Inspecting the machine for structural integrity, damage, and completeness.
Ensuring proper hydraulic oil level for machine operation and longevity.
Checking the battery charge level for safe and effective operation.
Steps to prepare for function tests, including selecting a safe area.
Testing all functions of the ground control system.
Ensuring the work area is clear of persons before operating the boom.
Testing all functions of the platform control system.
Verifying the machine's drive speed under different conditions.
Procedures for testing emergency lowering functions.
Testing the mast emergency lowering mechanism.
Testing the jib boom emergency lowering mechanism.
Verifying the functionality of the pothole protection system.
Checking the machine's tilt protection system.
Testing the 3-degree level switch functionality.
Testing the 7-degree level switch functionality.
Verifying capacity and overload detection of the weighing system.
Following safety rules and operating procedures for safe machine use.
Understanding machine stability conditions and tipping hazards.
Procedures for activating the emergency stop function on platform or ground controls.
Actions to take when the operator cannot control the machine.
Emergency control procedures for malfunction or power loss.
Guidelines for safely towing or dragging the machine in emergencies.
Safety precautions during transport and lifting operations.
Procedures and requirements for lifting the machine using a crane.
Steps for safely transporting the machine by truck or trailer.
Following proper maintenance procedures to prevent injury or damage.
Recommended intervals and tasks for routine machine maintenance.
Procedures for pre-delivery inspections and required documentation.
Forms and guidelines for recording maintenance inspection results.
Importance of legible safety decals for hazard awareness and operation.
Illustration and list of safety decals for the GB standard.
Illustration and list of safety decals for the CE Metric standard.
Illustration and list of safety decals for the CE Imperial standard.
Illustration and list of safety decals for the ANSI standard.
Visual guide to symbols used in the manual and their meanings.
Form for recording pre-delivery inspection and maintenance results.
Report template for tracking maintenance and inspection activities.
General| Model | GTTZ10EJ |
|---|---|
| Platform Capacity | 230 kg |
| Weight | 3300 kg |
| Drive Type | Electric |
| Max Slope | 25% |
| Overall Width | 1.2 m |
| Gradeability | 25% |
| Drive Speed (Stowed) | 4.5 km/h |
| Drive Speed (Raised) | 0.8 km/h |
| Tyres | Non-marking |
| Drive System | Electric |
