To Next PageTo Next PageWhy won't the head descend on my Hyd-Mech Saw?
If the head of your Hyd-Mech Saw will not descend, consider these potential causes: * The Feed Rate Valve may be fully closed. Turn the Feed Rate Knob counterclockwise to open the valve. * The Feed Force Limit may be set too low. Increase the Feed Force Limit. * There may be physical interference preventing the head from falling. Remove any obstructions.
What to do if Hyd-Mech Saw starts but stops after releasing Start button?
If your Hyd-Mech Saw starts but won't continue running after releasing the start button, it could be that the out-of-stock limit switch has been tripped. Reload with stock, hold the hydraulic start button, and open the vises far enough to deactivate the limit switch.
What to check if there is no individual function on my Hyd-Mech Saw?
For a non-functional component of your Hyd-Mech Saw, start by observing the pilot light(s) on the relevant valve. If the pilot light related to the inoperative function fails to light, the problem is electrical; in that case, check the wiring to the relevant valve. If the pilot light does illuminate, the issue might still be the coil. If the problem persists, it could be due to dirt in the valve spool. Disassembly of hydraulic valves should only be undertaken by qualified service personnel or individuals knowledgeable with hydraulic components.
General| Model | M-16A PLC 100 E200 |
|---|---|
| Category | Saw |
| Manufacturer | Hyd-Mech |
| Capacity Round (inches) | 16 |
| Motor (HP) | 10 |
Provides essential guidelines and procedures for safely lifting and moving the machine.
Details requirements for proper machine placement, leveling, and securing to the floor.
Overview and description of the main control panel functions and buttons.
Introduction to the Mitsubishi PLC 500 and E200 control systems and their operation.
Detailed explanation of the PLC interface, activation, and function keys.
Guides for One Cut Mode, Automatic Operation, and job programming.
Procedures for kerf correction in angle cuts and hydraulic feed control.
Procedures and purpose of lockout/tagout for machine safety during maintenance.
Procedures for blade changing, tracking, and adjustments.
Routine maintenance tasks for the hydraulic system and importance of cleanliness.
Common problems and solutions, including PLC specific troubleshooting.
Guides for calibrating PLC parameters like length, head feed rate, and angle.
Details of PLC terminals and troubleshooting for common issues like length inaccuracies.
Overview of electrical system, start-up checks, and earth grounding procedures.
