What to do if Hinowa Boom Lifts show a low battery level alarm?
If you are experiencing a low battery level alarm on your Hinowa Boom Lifts, you should check the battery level and charge it if necessary.
How to fix device not communicating properly by CAN BUS line in Hinowa Boom Lifts?
If you are experiencing device communication issues via the CAN BUS line on your Hinowa Boom Lifts, you should first check the connection. If the problem persists, inspect the device and replace it if needed.
Why CAN BUS problems after disconnecting modem in Hinowa LightLift 20.10 3S?
If you are experiencing CAN BUS problems after disconnecting the modem on your Hinowa Boom Lifts, disconnecting the modem should resolve the issue. If CAN BUS problems disappear after disconnecting the modem, this indicates that the modem was the cause.
What to do if software issues after an update in Hinowa Boom Lifts?
If you encounter software issues after an update on your Hinowa Boom Lifts, verify that the platform's devices are compatible with the new software. If compatibility is confirmed and issues persist, contact Hinowa, providing the serial number and the software release number installed.
How to fix 2[nd] cylinder sensor missing in Hinowa LightLift 20.10 3S Boom Lifts?
To address a missing 2[nd] cylinder sensor error on your Hinowa Boom Lifts, check the connector of the position sensor on the 3[rd] arm and the sensor itself. Also, check the battery charge level. If the battery level is low, let the engine run for a few minutes to charge it, and then see if the alarm disappears.
General| Working Height | 20.15 m |
|---|---|
| Platform Height | 18.15 m |
| Platform Capacity | 230 kg |
| Rotation | 360° |
| Horizontal Outreach | 9.7 m |
| Up and Over Clearance | 8.5 m |
| Power Source | Diesel |
Details the technical and performance specifications for the LightLift 17.75 3S and 20.10 3S models.
Provides dimensional drawings and working area diagrams for the LightLift 17.75 3S.
Provides dimensional drawings and working area diagrams for the LightLift 20.10 3S.
Illustrates the location of the machine's serial number plate for identification.
Details the steps required to start the machine's engine and electric motor.
Explains the procedure for pre-heating the gasoline engine to increase RPM.
Covers tracks operation, speed selection, and speed control conditions for ground movement.
Explains outrigger movement, self-stabilization, self-destabilization, and manual stabilization.
Describes how to operate the aerial part of the machine, including basket leveling.
Details the function of stop buttons and the optional pedal for machine operation.
Identifies the location of emergency tools necessary for specific operations.
Covers gravity emergency descent, ground control operations, and safety bypass methods.
Details emergency procedures for ground part movements like tracks and outriggers.
Locates key components of the hydraulic system for both ground and aerial parts.
Explains the system for second translation speed and automatic speed adjustment.
Describes the operation of the ground part, including tracks and outriggers.
Details the procedure for widening and narrowing the machine's tracks.
Explains the hydraulic operations for the aerial part, including arms, jib, and basket.
Introduces the CAN-BUS communication system used in the machine's electronics.
Illustrates the connection layout for CAN bus devices within the system.
Describes safety devices that operate outside the CAN bus network.
Explains the meaning of LED indicators on various electronic boards.
Guides on uploading and installing software for electronic boards.
Details the process for updating the software on the machine's electronic boards.
Covers setting parameters for the Master Board (ECM1-2) and Load Cell Board (ECM3).
Explains how to connect and start the electric motor.
Lists and explains the icons and error messages displayed on the remote control.
Describes how to access and interpret machine diagnostics via the display.
Details how to change display language and interpret error codes.
Provides an overview of menus for Ramps, Currents, Working Hours, Setup, and Joystick.
Explains how to connect and operate the remote control from the ground.
Describes the load cell system, its components, and communication.
Technical specifications and operation details for the Honda IGX440 gasoline engine.
Technical specifications and information for the Hatz 1B40 diesel engine.
Technical specifications and information for the Perkins 402.05 diesel engine.
Details the lithium battery pack, charger, and electric motor specifications.
Diagram and description of the hydraulic system for the ground part.
Diagram and description of the hydraulic system for the aerial part.
Provides a list of captions and component identifiers for the hydraulic system.
Explains icons that appear on the display for CAN bus diagnostics.
Guides on interpreting the CAN timeout menu and its error messages.
Procedures for checking software compatibility and CAN bus connections.
Illustrates the physical locations of CAN bus devices on the machine.
Details resistance checks on CAN bus connections for troubleshooting.
Explains current values for proportional valves and how to set them.
Provides guidance on adjusting current values for movement speed.
Covers ramps for acceleration/deceleration, their setting, and generation.
Troubleshooting steps for dead display and preoperating messages.
Resolving errors related to JIB ONLY, self-stabilization, and operator stops.
Troubleshooting for Rahm System, engine, electric motor, and lithium system failures.
Details updates to the main key, hydraulic valveblock, and key selector box.
Information on changes to the electric motor, relay, and charging system.
Covers updates for 12V batteries and the new load cell system.
Specifications for the new Honda engine on LL17.75 models.
Details updates for outrigger lights and the new basket/remote control support.
Explains the function and operation of the optional SkyGuard anti-entrapment system.
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