Do you have a question about the Magni RTH 5.21 and is the answer not in the manual?
General safety rules and operator responsibilities for safe machine use.
Safety symbol and rule against carrying persons during operation.
Warning about hot engine compartment surfaces.
Warning about crushing hazard from turret and frame.
Warning about falling load hazard.
Prohibition of smoking and naked flames due to fire hazard.
Hazards related to moving parts, blades, pins, and steel cables.
Warnings about touching hot components and residual pressure.
Hazards from flammable fluids, bare wires, and battery gases.
Safety advice during thunderstorms and lightning strikes.
Operator must be trained, familiar with site, and check clearances and ground stability.
Checking tyres, fluids, seat belt, and ensuring hoods/guards are fitted.
Importance of checking protection devices daily and following operating procedures.
Details about ROPS/FOPS certification and avoiding alterations.
Ensuring safety devices are visible, working, and not disabled.
Identifies residual risks like crushing, burns, fluid jets, and pressurized fluids.
Hazard of live parts and requirement for qualified personnel.
Engine and transmission specifications for different RTH models.
Using the multi-function display safely and overview of its pages.
Methods for controlling stabilisers via switches or multi-function display.
Safe driving practices, speed limits, and vehicle placement.
How to activate the auxiliary pump for emergency movements.
Procedures for excluding safety systems using keys and the associated warnings.
Controlling telescopic boom movement limits to avoid collisions.
General operating information, indicators, and pushbuttons on the main display.
Information regarding telescopic boom configuration and equipment fitted.
Display of equipment and automatic selection of load charts based on parameters.
Importance of seat adjustment for posture and comfort.
Importance of checking and fastening seat belts, and warnings about extensions.
Function and reset procedure for the emergency stop button.
Control of hydraulic movements using the joysticks.
Manual levelling on wheels and checking with the electronic level gauge.
Thorough visual checks before every start-up for vehicle condition.
Safe methods for mounting and dismounting the vehicle using three points of contact.
Importance of seat adjustment and the driver presence sensor.
Hazards of exhaust gases and need for ventilation.
Step-by-step procedure for starting the engine in standard conditions.
Safety precautions and procedure for jump-starting with cables.
Procedure for manually releasing the parking brake.
Safe procedures for fitting accessories, including shear pin use.
Safe procedures for removing accessories and their maintenance.
Procedures for safe load handling, using load control page, and unloading in alarm.
Safe methods for picking up loads and manual fork adjustment.
Procedures for taking loads from height and ensuring stability.
Procedures for placing loads at height safely.
Critical safety instructions for suspended loads to prevent overturning.
Precautions for moving with a hanging load, ground inspection, and load swinging.
Importance of knowing mass and center of gravity for loads.
Safety procedures for operating on slopes, including forward/reverse movement and load positioning.
Procedure for inserting the mechanical turret block and checking the indicator light.
Procedures for stopping the vehicle safely, including brake application and gear selection.
Steps to take before leaving the vehicle, including securing, cleaning, and power disconnection.
Rules for road travel, steering modes, boom position, and turret lock.
Safety warnings for lifting and anchoring during transport.
Procedures and safety precautions for towing the vehicle, including brake and cable use.
Warning signals based on AdBlue filling level and power reduction levels.
Tables of tightening torques for metric and inch nuts/bolts, and tube clamps.
Power reduction based on catalyst efficiency and AdBlue quality.
Use of approved tyres, inflation precautions, and foam filling.
Power reduction due to component manipulation or unsuitable reduction agent.
Power reduction due to system errors affecting SCR components or AdBlue injection.
Causes and solutions for coolant overheating.
Fusebox layout and descriptions for chassis compartment.
Fusebox layout and descriptions for chassis compartment.
Continuation of fusebox descriptions and ampere ratings, including relays.
Table detailing types, strengths, and quantities of liquids and lubricants.
Daily or 10-hour maintenance checks and operations.
Maintenance tasks required every 50 hours or 2 weeks.
Checking and lubricating telescopic boom chains.
Methods for checking chain wear and replacement criteria.
Procedures for checking tension and replacing the transmission belt.
Warnings and procedures for checking and changing engine oil.
Procedure for replacing the engine oil filter cartridge.
Procedures for replacing the fuel filter cartridge.
Warnings about hot coolant and procedures for checking and bleeding the cooling system.
Procedures for checking and replacing differential oil.
Procedures for checking and replacing hydraulic fluid.
Procedure for replacing the single hydraulic fluid filter.
Importance of air filter quality and replacement schedule.
Operating test for the emergency hydraulic pump.
Continuation of error messages, causes, and solutions.
Troubleshooting steps for engine start-up issues and rotation problems.
Causes and solutions for engine start-up difficulties.
Causes and solutions for engine switching off immediately after starting.
Further causes and solutions for irregular engine operation.
Further causes and solutions for reduced engine power.
Causes and solutions for the engine not reaching maximum RPM.
Causes and solutions for black fumes in the exhaust.
Causes and solutions for white fumes in the exhaust.
Power reduction strategies for UREA/AdBlue system malfunctions.
Warnings about using unapproved equipment and checking compatibility.
Loading...