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Morgan BryantAug 20, 2025
What to do if the engine of my Hinowa Lifting System switches off?
- KKimberly DavidAug 20, 2025
If the engine of your Hinowa Lifting System switches off, verify if the fuel tank is empty.
What to do if the engine of my Hinowa Lifting System switches off?
If the engine of your Hinowa Lifting System switches off, verify if the fuel tank is empty.
What to do if the aerial part of my Hinowa Lifting System is not moving at all?
If the aerial part of your Hinowa Lifting System is not moving at all: * Identify items showing 'NO' from the error list and investigate accordingly. * Check the safeties lines feedings arriving to the master board. If they are not fed, follow the lines to find where the feeding is missing.
How to fix a Hinowa Lifting System with a display that is off?
If the display of your Hinowa Lifting System is off, try to reboot the master board software or replace it. You can also try another remote control.
What to do if the electric motor of my Hinowa Lifting System doesn’t work fine?
To troubleshoot an electric motor that isn't working correctly on your Hinowa Lifting System, check that the electric network voltage is proper and that the cable length and section are according to the use and maintenance manual indication, maximum length of 10 meters (33 feet) with at least 3x4 mm2 section for 110 V network or with at least 3x2,5 mm2 section for 220 V network.
Why is the auto-stabilization system not working fine on my Hinowa Lifting System?
If the auto-stabilization system on your Hinowa Lifting System isn't working correctly: * Make sure photocells and reflector are clean and their calibrated is fine, booms are completely closed and yellow arrows on the turntable are aligned. Check photocell status by INPUT MENU. If even with an external reflector placed in front of the photocells it will not get both photocell INPUT “ON” replace the photocell. * The current setting, in particular 'STAB DOWN-SW', must be reviewed. * Check the air engine filter to ensure it is clean to avoid loss of power.
How to fix Hinowa LightLift 15.70 3S Lifting Systems tracks when they are not driven straight?
If the tracks of your Hinowa Lifting System are not driven straight, adjust the tracks currents. Also, check the hydraulic system from the hydraulic manifold to drive gear motors, including the deviator hydraulic valve. The proper functioning of the deviator is indicated in the use and maintenance manual.
What to do if one movement of the aerial part of my Hinowa Lifting System is not moving?
If one movement of the aerial part of your Hinowa Lifting System is not moving, verify the joystick's proper functioning using the JOYSTICK menu.
Why is the RPM regulation not working fine on my Hinowa Lifting System?
If the RPM regulation of your Hinowa Lifting System is not working correctly, check the RPM reading by the INPUT menu. If it’s not correct, the RPM sensor and its cable must be checked.
What to do if the battery of my Hinowa Lifting System discharges while using the electric motor?
If the battery of your Hinowa Lifting System discharges while the machine is used with the electric motor, leave the battery under charge to try to save it; otherwise, it must be replaced.
Why can't the jib be moved on my Hinowa Lifting System with outriggers up and basket unloaded?
If the jib of your Hinowa Lifting System cannot be moved with the outriggers up and the basket unloaded, verify if the jib joystick is working properly using the JOYSTICK MENU. Also, verify that the jib controls lever on the valve block is not activated.
General| Max Working Height | 15.70 m |
|---|---|
| Working Load Capacity | 230 kg |
| Power Source | Diesel |
| Safe Working Load | 230 kg |
| Rotation | 360° |
| Platform Width | 0.70 m |
| Max. Gradient | 25% |
| Axles | 2 |
| Weight | 2, 150 kg |
Identifies major components of the aerial platform's base and aerial parts.
Explains how to find the machine's unique serial number on its frame.
Lists detailed technical specifications for the LightLift 15.70 machine.
Provides dimensional drawings and measurements of the machine.
Illustrates the machine's operational working area and capacity limits.
Details the procedure for starting the machine, including battery and stop buttons.
Explains the function and operation of the machine's emergency stop buttons.
Describes the display and general functions of the remote control unit.
Explains how to operate the machine's tracks for movement.
Details how to widen or narrow the machine's tracks for stability or passage.
Describes how to select different speed modes for track movement.
Explains the automatic system for reducing tracks speed based on stability risks.
Covers the procedures for operating and settling the machine's outriggers.
Details the process of automatically stabilizing the machine using outriggers.
Explains how to automatically retract the machine's outriggers.
Describes how to move individual outriggers for precise placement.
Explains the system preventing boom contact with the engine carter/lithium pack.
Locates the emergency devices and control components on the machine.
Details emergency procedures for aerial part operations, including descent.
Explains the gravity-assisted emergency descent procedure for the aerial platform.
Describes how to operate the machine from the ground control station in emergencies.
Details the emergency descent procedure with safety systems bypassed.
Explains emergency descent using the manual hand pump from the ground.
Describes ground movement procedures with safety bypass for tracks.
Details emergency outrigger movement using the hand pump.
Provides the procedure for emergency starting the machine's engine.
Identifies and locates the main hydraulic components within the machine.
Presents the overall hydraulic system diagram for the machine.
Shows the hydraulic diagram specific to the pumps and undercarriage.
Displays the hydraulic diagram for the aerial part of the machine.
Explains the system of pumps and hydraulic lines in the machine.
Details the hydraulic system for the ground part of the machine.
Describes the hydraulic control of the outrigger cylinders.
Explains the hydraulic control of the drive gear motors for tracks.
Details the hydraulic system for tracks widening and narrowing.
Details the hydraulic system for the aerial part of the machine.
Explains the hydraulic control for the first and second booms.
Describes the hydraulic operation of the third boom.
Explains the hydraulic control of the telescope boom.
Details the hydraulic operation of the jib.
Explains the hydraulic system for maintaining basket level.
Describes the hydraulic control of the basket rotation.
Explains the hydraulic system for turret rotation.
Details the hydraulic system for emergency gravity descent of booms.
Introduces and locates the main electronic control boards of the machine.
Discusses the machine's software and its update process.
Explains the CAN Bus communication system used in the machine.
Describes sensors that communicate via the CAN Bus system.
Lists sensors and devices that do not communicate via CAN Bus.
Explains the inclination sensing system and its calibration.
Details the load cell system for measuring weight and its calibration.
Describes the operation of the electric motor for non-lithium versions.
Covers the machine's 12-volt battery system.
Explains the battery charging system for the machine.
Details diagnosis and settings accessible via the remote control.
Explains the meaning of various icons displayed on the remote control screen.
Describes the INPUT menu for checking device status and signals.
Lists and explains potential errors displayed on the machine's system.
Shows how to display and check the machine's working hours.
Describes how to verify the proper functioning of the joysticks.
Provides access to various machine settings and sub-menus.
Settings related to machine rotation.
Displays and allows setting of machine model and power supply versions.
Allows setting of the machine's time and time zone.
Manages passwords for accessing certain settings.
Allows adjustment of the machine's date.
Explains the calibration procedure for the load sensor.
Details the calibration procedure for the inclination sensor.
Provides access to additional settings and menus.
Provides modem status information for RAHM connection.
Displays GPS references like position, latitude, and longitude.
Accesses the first page of optional settings.
Allows setting of the optional warning buzzer and motion alarm.
Enables or disables the second speed (Hare) function for tracks.
Configures electric motor power settings.
Allows setting of outrigger lights status.
Internal Hinowa menu.
Accesses the second page of optional settings.
Allows setting and resetting of the service reminder interval.
Configures the RC SPEED function to avoid tracks max speed.
Configures the RC MOVE function to bind operator position to track movement.
Internal Hinowa menu.
Internal Hinowa menu.
Configures the Skyguard function to stop movements.
Accesses the third page of optional settings.
Sets the maximum charging current for lithium machines.
Sets the RPM configuration for a new inverter.
Explains how to connect the remote control to the ground cable.
Details the components responsible for engine RPM regulation.
Provides technical details for the gasoline engine model.
Presents technical specifications for the diesel engine model.
Describes the lithium battery system and charge information.
Lists RPM settings for various movements and speed selections.
Explains temperature management of lithium battery cells.
Covers self-diagnosis capabilities and fault codes for the lithium system.
