What to do if my MetalMaster HG-2506 Cutter won't cut?
If your MetalMaster Cutter won't cut, it could be due to low system oil pressure or excessive clearance/damage to the cutting edges of the blades. In both cases, you should check the system pressure, oil level, blade gap, and blade clearance. Reset or regrind the blades as required.
Why is the MetalMaster HG-2506 leaking oil from the fittings?
If oil is leaking from the fittings of your MetalMaster Cutter, it's likely because the fittings are loose. You should tighten the fittings to resolve this issue.
What to do if clamping doesn't work on my MetalMaster HG-2506 Cutter?
If the clamping mechanism on your MetalMaster Cutter isn't working, the cause might be no clamping pressure. You should check the system pressure and the electrical circuit.
What to do if my MetalMaster HG-2506 won't stop in the neutral position?
If your MetalMaster Cutter won't stop in the neutral position, check the limit switch/relay and the directional control valve. Replace them if necessary.
How to fix oil leaking from the cylinder of my MetalMaster HG-2506 Cutter?
If oil is leaking from the cylinder of your MetalMaster Cutter, the gland seal is likely damaged. You should change the seal.
Why does my MetalMaster Cutter shudder on the down stroke?
The shuddering of your MetalMaster Cutter on the down stroke is due to an incorrect relief valve setting. Re-adjust the relief valve by unlocking the hexagon head grub screw on the side of the valve body. Turn it in a clockwise direction, closing the valve while cycling the machine.
General| Brand | MetalMaster |
|---|---|
| Model | HG-2506 |
| Category | Cutter |
| Language | English |
Checklist of safety measures to perform before starting the machine operation.
Guidelines for safe practices during machine operation, including material capacity and workpiece handling.
Lists potential hazards associated with the machine, such as cuts, pinch points, and handling injuries.
Explains the function of the photoelectric safety cells and how they stop the machine when the beam is broken.
Details the steps required to reset the safety circuit after the photoelectric guard has been activated.
Ensures the machine's voltage requirements match the local power supply and advises on professional connection.
Step-by-step instructions for aligning the Omron E3Z safety sensors, including reset procedures.
Detailed steps for aligning the sender and receiver units for optimal sensor performance.
Procedure for resetting the safety circuit and starting the hydraulic pump after successful sensor alignment.
Procedure for calibrating the 'X' axis on the machine controller to ensure accurate positioning.
A detailed checklist covering all aspects of machine preparation and setup before final operation.
Detailed steps to check the functionality of the rear safety beam guard system.
Procedure for testing the emergency stop buttons to ensure they function correctly.
Provides solutions for machine shuddering on down stroke and for when the machine will not cut.
Covers essential safety aspects like hearing protection, correct clothing, work area cleanliness, and training.
Details precautions for machine maintenance, usage, securing workpieces, and avoiding overreaching.
Emphasizes turning off power for maintenance, proper working condition, and blade condition.
Covers safe operation practices, hand safety, personnel authorization, and work area hazards.
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