Why is the effect of the handbrake insufficient on my BMS alpha CR Blower?
If the effect of the handbrake on your BMS Blower is insufficient, it could be due to: * The handbrake being incorrectly adjusted. Have the handbrake readjusted at a specialist workshop. * The handbrake mechanism being stiff. Have the handbrake checked at a specialist workshop.
Why do the brakes on my BMS Blower overheat?
If the brakes on your BMS Blower overheat, it's likely that the brake system is incorrectly adjusted. To resolve this, have the brake system checked at a specialist workshop and readjusted if necessary.
Why does my BMS alpha CR make brake noises?
If you are experiencing brake noises with your BMS Blower, it could be that the brake pads grind or make other noises. Try braking a few times as the brake pads may not be properly run in. Do not obstruct traffic while applying the brake. If this does not resolve the issue, contact a specialist workshop.
Why is oil mist escaping with the air flow in my BMS alpha CR Blower?
If oil mist escapes with the air flow or you notice oil residues on the mixing and delivery vessel and hoses of your BMS Blower, consider these possibilities: * The compressor oil level is too high. Drain the compressor oil up to the mark and change the oil and oil filter. * The wrong compressor oil is being used. Fill with original compressor oil. * The air deoiling element is defective. Have the air deoiling device checked in a specialist workshop and replaced if necessary. * The suction control valve is defective. Have the suction control valve checked in a specialist workshop and replaced if necessary.
Why is the braking effect of my BMS alpha CR insufficient?
If the braking effect of your BMS Blower is insufficient, it might be because: * The carriage shaft retracts completely during braking. Have the brakes readjusted in a specialist workshop. * The brake linings are damaged or worn. Have the brake pads replaced at a specialist workshop, always replacing the brake shoe set. * Large friction losses occur in the brake mechanism due to corrosion on the carriage shaft. Have the brake mechanism overhauled and smoothed in a specialist workshop.
What causes the motor of my BMS Blower to have no power?
If your BMS Blower motor has no power, it may be caused by: * Dirty fuel prefilter or fuel filter. Check and replace them if necessary. * A dirty air filter. Check, clean, or replace it if necessary. * Defective injection nozzles. Have the motor checked at a specialist workshop and the injection nozzles replaced if necessary.
Why does the compressor of my BMS Blower become too hot?
If the compressor of your BMS Blower becomes too hot, it could be due to: * The compressor oil level being too low. Check the oil level and top it up if necessary. * The compressor oil being dirty. Replace the compressor oil filter. * The oil and water cooler being dirty. Clean the oil and water cooler. * The air deoiling device being blocked. Have it checked in a specialist workshop and replaced if necessary. * Insufficient compressor cooling. Ensure the machine is installed in a well-ventilated area.
Details the legal and safety obligations of the operator for machine use and safety.
Details necessary personal protective equipment (PPE) to minimize health hazards during operation.
General overview of security risks associated with machine operation.
Overview of safety and protective devices integrated into the machine.
Details the coupling procedure to a ball coupling, including warnings and steps for securing the machine.
Continues coupling procedure, explaining alignment of carriage shaft and adjustable overrun device.
Addresses risk of crushing at clamping points and incorrect overrun device settings.
Explains attaching the breakaway cable and checking for proper coupling engagement.
Details turning the support wheel upwards and mounting/connecting the rear light unit.
Covers electrical connection for lighting and checking the trailer's lighting and brake system.
Shows required personal protective equipment (PPE) for work mode operations.
Details crucial safety instructions for work mode, covering electrical hazards and operation risks.
Covers risks from moving components, hazardous materials, falling objects, and defective components.
Provides notes on laying delivery hoses and checking them for wear and tear.
Warns about tripping hazards from hoses and injury risks from defective hoses.
Details connecting delivery hoses to the vessel and establishing hose connections securely.
Explains securing the hose line with axle stands and mounting the discharge stand.
Covers checks for delivery hoses, engine oil level, and provides warnings about hazardous materials.
Details checking the cooling water level of the diesel motor and topping up if necessary.
Explains checking the hydraulic oil level and topping up if necessary.
Covers checking fuel quantity, topping up fuel, and checking the air filter for dirt.
Details checking compressor oil level and the supply tank for central lubrication.
Instructs on checking and cleaning the cooling unit and its air filter.
Lists essential checks to perform before commissioning the machine, covering installation, safety devices, and connections.
Provides steps for starting the machine, including closing the cover, unlocking emergency stop, and starting the motor.
Warns about dangers of intervention in the mixing unit and advises against switching off a full machine.
Describes the process of filling the mixing and delivery vessel with materials for standard configurations.
Details filling the vessel for the feeder version and provides warnings related to moving components and feeder operation.
Explains filling the feeder with material and sliding it into the mixing vessel for the feeder version.
Continues the process for the feeder version, including adding water, folding the hopper, and closing the dome cover.
Provides warnings and notes for the feeder with scraper version regarding moving components and feeder operation.
Details opening the mixing and delivery vessel and folding the hopper for the feeder with scraper version.
Explains removing the scraper shovel, its working area, and notes on rope wear.
Describes pulling the scraper rope, using the scraper shovel, and emptying it into the feeder.
Continues the process for the feeder with scraper version, including adding materials, water, and closing the dome cover.
Explains the delivery process, including setting flow rates and the interplay of air and mixing unit for material conveyance.
Describes automatic delivery machine operation and the procedure for delivering the first mixture.
Details the procedure for stopping work safely, including depressurizing hoses and cleaning the machine.
Explains additional steps for stopping work with an optional feeder, including securing the feeder.
Describes additional steps for stopping work with a feeder/scraper, including securing the scraper shovel.
Continues steps for feeder/scraper shutdown, including securing the feeder and charging the radio transmitter battery.
Shows required personal protective equipment (PPE) for cleaning operations.
Details safety instructions for cleaning, covering electrical hazards and risks from unauthorized restarting.
Overview of general machine cleaning procedures.
Details cleaning delivery hoses using a sponge rubber ball and water, with warnings about pressurized components.
Continues delivery hose cleaning, including manual mode operation and checking couplings and outlets for damage.
Shows required personal protective equipment (PPE) for troubleshooting tasks.
Details safety instructions for troubleshooting, focusing on electrical voltage hazards.
Lists possible errors related to the chassis braking effect, handbrake, and overrun device.
Details errors for chassis driveability, reversing, ball coupling, and mixing shaft operation.
Lists errors for mixing shaft blockage, material delivery, and charge indicator light issues.
Covers errors related to charge control display and diesel motor starting issues.
Details errors related to motor power, supercharger regulation, air consumption, and compressor delivery quantity.
Lists errors concerning oil mist, compressor overheating, and scraper radio system faults.
Identifies common causes for blockages in the conveyor machine, including material mixtures and hose issues.
Provides instructions on how to locate blockages in the delivery hose, emphasizing safety during the process.
Details procedures for removing blockages, including safety warnings and steps like shaking the hose.
Continues blockage removal instructions, covering multiple blockages and deformation checks.
Describes methods for removing stubborn blockages using water and checking for complete removal.
Shows required personal protective equipment (PPE) for maintenance and servicing.
Details safety instructions for maintenance, covering electrical hazards and risks of inappropriate maintenance.
Covers risks of unauthorized restarting, hazardous materials, and high-pressure systems on the motor.
Provides notes on tool usage, environmental protection, and proper disposal of materials.
Details procedures for performing maintenance and repair work, including stopping the machine and securing it.
Shows required personal protective equipment (PPE) for storage operations.
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General