What to do if Hinowa LL2010 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 Boom Lifts?
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 LL2010?
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 LL2010?
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| Brand | Hinowa |
|---|---|
| Model | LL2010 |
| Category | Boom Lifts |
| Language | English |
Detailed technical specifications for LL17.75 3S and 20.10 3S performance models.
Shows the location of the machine's serial number plate.
Explains the procedure for pre-heating the gasoline engine to increase RPM.
Explains the operation of the machine's ground-based components, including tracks.
Details the operational aspects of the aerial platform's boom and basket movements.
Describes the function and location of emergency stop buttons on the machine and remote.
Covers procedures for safely lowering the aerial part in emergencies.
Provides instructions for starting the engine in emergency situations.
Identifies the location of key hydraulic system components on the machine.
Explains the operational principles of the hydraulic system for the ground part.
Describes the CAN-BUS communication system used in the machine's electronics.
Lists and explains safety devices that do not use the CAN-BUS system.
Details the process and requirements for uploading software to electronic boards.
Explains how to update the software on the machine's electronic boards.
Explains how to start and operate the electric motor connected to the mains.
Describes the battery charging system, including LED indicators and voltage.
Lists and explains the various icons displayed on the remote control screen.
Details error messages and self-diagnosis information shown on the remote display.
Describes how to operate the remote control from the ground.
Provides specifications and operation details for the Honda IGX440 gasoline engine.
Details the lithium battery system and electric motor specifications.
Lists and explains icons that indicate CAN-BUS errors or issues.
Guides on checking CAN BUS device connections and schematics.
Defines current values used in proportional valves for movement control.
Defines ramps used for controlling acceleration and deceleration.
Troubleshooting steps for a non-functional or blank display on the remote control.
Steps to resolve the "PREOPERATING" message on the remote control display.
Troubleshooting for issues with the "JIB ONLY" operational mode.
Steps to troubleshoot and fix problems with the self-stabilization system.
Troubleshooting for the "STOP" icon, checking stop button status and related signals.
Steps to diagnose and resolve "SEN 3 FAIL" errors, possibly related to battery level.
Guidance on troubleshooting "CARD?" or "CAN BUS?" icons by checking the CAN BUS system.
Information on the main key location for MK2 machines on the ground controls.
To Next Page
