To Next PageTo Next PageWhat to do if IMT Construction Equipment crane functions don't work?
If the crane functions, such as boom down, extension out, and winch up, are not working, it may be due to a two-blocking or overload condition. To resolve this, winch down to relieve the two-block condition. Alternatively, boom up, extend in, or winch down to relieve the overload condition.
What to do if my IMT Construction Equipment radio remote does not work?
If the radio remote isn't functioning, it could be due to the emergency stop button being pushed in or a dead remote battery. Try pulling out the emergency stop button. If that doesn't work, replace the battery with a fully charged one.
Why is my IMT Construction Equipment tethered remote not working?
If the tethered remote isn't working, several factors could be the cause. First, ensure the “Power” toggle switch is switched to “Crane”. Also, verify the tether is securely plugged into the connection in the control cabinet. If the issue persists, the tethered control might be broken; in this case, use the buttons on the valve bank to manually stow the crane.
What to do if my IMT Construction Equipment vehicle tires sink into the ground?
If the vehicle tires are sinking into the ground, it is likely due to an unstable work area. Reposition the truck to more stable ground, or use blocks under the tires for added support.
Why don't my hydraulic outrigger controls function on my IMT Construction Equipment?
If the hydraulic outrigger controls aren't working, the crane may not have hydraulic power. Engage the PTO (Power Take-Off) to power the crane’s hydraulic system.
General| Brand | IMT |
|---|---|
| Model | 3820 |
| Category | Construction Equipment |
| Language | English |
Main topic of Volume 1, covering operation and safety procedures for the crane.
Explains how to determine the crane's load capacity and limits based on the placard.
Safety measures to prevent fires, including refueling and fire extinguisher use.
Addresses electrical hazards, safe workstation placement, and outrigger operation details.
Details crane control functions and how to operate the radio remote control system.
Explains the use and interpretation of Reduced Capacity Lift Charts (RCLC).
Details required clearances near power lines and follow-up actions after electrical contact.
Details the function, operation, and maintenance of the electrically operated capacity alert system.
Covers general task performance and provides troubleshooting steps for common crane operation issues.
Explains the proper use and safety precautions for operating the crane's outriggers.
Explains the anti two-blocking system and its importance in preventing damage and accidents.
Critical safety points covering anti-two-blocking, overload protection, winch, and wire rope usage.
Covers inspection, lubrication, and general maintenance for wire rope and hooks.
Instructions for positioning the crane boom as part of the ELLS test.
A step-by-step guide to troubleshoot issues with the ELLS.
Details hydraulic oil specifications, low-temperature requirements, and how to check fluid levels.
Outlines procedures for maintaining wire rope and when it needs to be replaced.
Details on how to attach a pressure gauge for the ELLS test, including safety warnings.
Common problems with the winch and their probable solutions.
Provides an alternative method for attaching the pressure gauge for ELLS testing.
Provides guidance on diagnosing and resolving issues within the hydraulic system.
Steps to test the operational status of the Excessive Load Limit System.
Steps to perform the system test on the ELLS, including function checks.
Provides steps for troubleshooting valvebank issues and procedures for replacement.
Details on replacing bearings and describes the components of the hydraulic valvebank.
Explains the function of relief, proportional, and directional valves within the valvebank.
Introduces the process of cylinder repair, covering disassembly and assembly procedures.
Provides essential guidelines and best practices for correctly installing cylinder seals to prevent leaks.
Lists necessary tools and details the initial steps for disassembling a cylinder.
Covers the installation of the piston, wear rings, and seals during cylinder assembly.
Continues the cylinder disassembly process, focusing on the piston and rod assembly.
Details the final assembly steps for the cylinder head and torquing the piston.
Details the removal of seals and identification of cylinder components during disassembly.
