What to do if the hydraulic aggregate cannot be started on my Bomar Saw?
If the hydraulic aggregate cannot be started on your Bomar Saw, the auxiliary contact on thermo-relay FA1 may be defective. Replace the defective contact on motor starter FA1.
What to do if my Bomar Saw band drive cannot be started?
If the saw band drive on your Bomar Saw won't start, it could be due to a wrongly adjusted or defective pressure switch. Try setting the pressure switch or replacing defective parts.
Why is the cut not finished with my Bomar Saw?
If your Bomar Saw's cut is not finished, it could be due to a wrongly adjusted lower stop point of the saw frame or a messed-up stop point surface. Check the lower limit switch and screw, and cleanse the stop point surface of the limit switch from debris and residue material.
How to troubleshoot short lifetime of the saw band on my Bomar Saw?
A short lifespan of the saw band on your Bomar Saw can be caused by: * Insufficient or over stretched saw band. * Worn or wrongly adjusted swarf brush. * Wrongly adjusted or worn hard metal guides.
What causes insufficient cut output on my Bomar Saw?
Insufficient cut output on your Bomar Saw may be caused by a worn saw band, the wrong saw band tooth system, or wrongly set down feed and speed of the saw band. Replace the saw band, keeping the manufacturer's instructions in mind, and set the feed and speed according to the saw band manufacturer's values.
What to do if my Bomar Saw is cutting downing?
If your Bomar Saw is cutting downing, this could be due to the geometry of hardmetal guiding cubes being wrongly adjusted or bearings of guiding cubes are used. The hardmetal guiding cubes must be adjusted and bearings of guiding cubes must be replaced.
What causes the indicator of speed saw band to be not functional on Bomar Saw?
If the indicator of speed saw band is not functional on your Bomar Saw, it may be due to the sensor of speed not being adjusted, a defective display, or a wrong sensor. Adjust the sensor of speed, change the display or sensor.
What to do if cooling is not active on my Bomar Saw?
If cooling is not active on your Bomar Saw, check for a lack of cooling agent and fill the tank if necessary. Also, check if the thermal relay is defective and change it if needed. Inspect the input hosepipe for breaks or obstructions, and cleanse the cooling system. Check the cooling pump protection and replace if defective. Finally, consider replacing the cooling pump if it is defective.
How to troubleshoot cleansing of the saw band if it is not functional on Bomar Saw?
If the cleansing of the saw band is not functional on your Bomar Saw, it might be because the elastic wheel of the brush drive or the knurling of the driving wheel is worn-down, or the shaft of the brush drive is rusted. Replace the elastic wheel or the driving wheel as needed. Clean and oil the shaft of the brush.
What to do if the cut is not cut upon desired angle with my Bomar Saw?
If the cut is not cut upon desired angle with your Bomar Saw, it may be caused by: * A loosened securing lever. * A set angle that does not match the cut angle. * Insufficient saw band stretching. * Loosened guiding arm and guiding cube. * Dirt between material and clamping jaw.
Defines the intended use and scope of the band saw, including material types and cutting angles.
Details required protective clothing and gear, such as overalls, gloves, shoes, and eye protection.
Provides essential safety rules for machine operators, including work area cleanliness and tool usage.
Outlines safety precautions for maintenance personnel, emphasizing qualified work and original parts.
Explains the importance and function of safety accessories like emergency stops and protective covers.
Highlights safety notes related to handling cooling agents and first aid procedures.
Illustrates the placement of various safety symbols on the machine for hazard identification.
Provides detailed technical data including dimensions, weight, electrical, and hydraulic parameters.
Presents schematic diagrams with overall dimensions for machine installation planning.
Details conditions, preparations, and procedures for safely transporting and storing the machine.
Covers activation, unpacking, installing, leveling, and electrical connection of the machine.
Step-by-step instructions for filling the machine's cooling system with the correct mixture.
Covers saw band size, tooth system selection, and running-in procedures.
Procedure for turning on the machine and initiating saw band operation.
Description and labeling of the machine's control panel components and functions.
Guide to accessing and modifying machine parameters for optimization and maintenance.
Instructions for operating the machine in the single-cut automatic cutting mode.
Details on managing cutting programs and executing automatic cutting cycles.
Lists common system error messages and provides troubleshooting steps for resolution.
Explains how to test and adjust key components of the band saw for optimal performance.
Step-by-step instructions for safely removing and installing the saw band.
Guidance on proper saw band stretching, inspection, and run adjustment.
Procedures for inspecting coolant quality and for the disposal of cutting chips.
Information on gearbox oils, lubricant greases, and hydraulic oils for machine upkeep.
Instructions for routine cleaning of the machine, focusing on guiding surfaces.
Details procedures for replacing specific worn components like bearings and pulleys.
A guide to identifying and resolving common mechanical issues affecting cutting accuracy.
Troubleshooting steps for common electrical and hydraulic problems.
Detailed electrical schematics showing the machine's wiring layout.
Diagrams illustrating the machine's hydraulic circuit and components.
Assembly drawing for the primary machine unit, with numbered parts.
Detailed assembly drawing of the saw arm, identifying all components.
Assembly drawing of the saw band tensioning mechanism.
Exploded view and part identification for a hydraulic cylinder.
Assembly drawing and part identification for the saw band guiding cube.
Assembly drawing of the motor and drive components.
Assembly drawing of the machine's vice component.
Assembly drawing of the material feeder mechanism.
Assembly drawing showing the components of the operator control panel.
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