What to do if the actual oil level at the hydraulic tank is low in Metso Industrial Equipment?
If the actual oil level at the hydraulic tank of your Metso Industrial Equipment is low, the suggested solution is to add oil as needed.
Why is the hydraulic oil temperature high in my Metso Industrial Equipment?
If your Metso Industrial Equipment shows a high hydraulic oil temperature, you should check the cooler and the hydraulic oil temperature.
What to do if Main valve Alarm 16 appears in Metso NORDBERG LT105?
If the main valve alarm 16 is triggered on your Metso Industrial Equipment, check ECM XM2 input 18 and the suction valve position.
What to do if remote stop alarm 26 or 27 appears in Metso NORDBERG LT105?
If the remote stop alarm 26 or 27 is triggered on your Metso Industrial Equipment, check ECM XM1 input 15 with the radio.
General| Brand | Metso |
|---|---|
| Model | NORDBERG LT105 |
| Category | Industrial Equipment |
| Language | English |
Emphasizes operator responsibility for safety, understanding hazards, and teamwork.
Details safe start-up, reporting defects, stopping, maintenance tips, and lockout procedures.
Provides instructions for starting, stopping the diesel engine, and adjusting engine RPM speed.
Shows the location of emergency stop buttons (A, B, C) and their functions.
Explains how to load material using excavators or wheel loaders, and feeder applications.
Steps for starting the crushing process, including cavity check, process ON, and options.
Details how to control the feeder, including start/stop buttons and speed adjustment.
Provides procedures for clearing blockages and safely removing steel objects from the machine.
Lists components of the radio control system and their basic functions.
Details how to select, start, and use the radio control, including battery status.
Instructions for processing with the screen unit and tracking the LT05S on site.
A table outlining daily, weekly, monthly, and 6-monthly maintenance tasks for the screen unit components.
Details periodical maintenance tasks for the diesel engine and jaw crusher based on operating hours.
Covers maintenance for crusher wear, lubrication, vibrator unit, and feeder components.
Outlines maintenance tasks for conveyors, hydraulics, battery, tracks, magnetic separator, and fuel tank.
Specifies hydraulic oil quality, viscosity, temperature limits, and factory set speeds.
Details procedures for checking track tension, shoe bolt torque, and frame integrity.
Emphasizes skilled personnel, securing work areas, and fire prevention during service.
Details checking battery fluid levels, specific gravity, and cleaning terminals/cables.
Explains the function, mounting, and potential alarm causes related to the crusher speed sensor.
Flowchart for diagnosing issues preventing the engine from starting.
Flowchart for diagnosing problems during the engine start sequence.
Flowchart for when the start motor runs but the engine doesn't start.
Flowchart for engine control issues while the engine is running.
Flowchart for diagnosing why the screen unit or conveyors are not enabled.
Flowchart for diagnosing issues with the main conveyor not enabling.
Flowchart for diagnosing problems during crusher start-up and process initiation.
Flowchart for diagnosing issues when starting the crusher from the service platform.
Flowchart for diagnosing control issues with the crusher while it is running.
Flowchart for setting control issues related to toggle plate overload protection.
Flowchart for setting control issues related to hydraulic overload protection.
Flowchart for diagnosing crusher overload based on sensor readings and pressure.
Flowchart for diagnosing why the side conveyor is not enabled.
Flowchart for diagnosing issues with the feeder start-up process.
Flowchart for diagnosing reasons why the feeder stops unexpectedly.
Flowchart for diagnosing issues when the feeder is running but encountering problems.
Flowchart for diagnosing issues when the feeder is paused.
Flowchart detailing conditions for process start-up, including module connections.
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