To Next PageTo Next PageWhat to do if my Scheppach Industrial Equipment switches off automatically?
If your Scheppach Industrial Equipment machine switches off automatically while idling, it could be due to a mains failure. Check the fuse on the mains side. Also, due to the built-in undervoltage protection, the machine does not restart by itself and must be switched on again when the voltage is restored.
Why does Scheppach Power Tool speed drop during machining?
The speed of your Scheppach Power Tool may drop during machining due to a high degree of chip take-off, a feed that is too high, or a blunt cutter. To resolve this, reduce the chip take-off, reduce the feed speed, or replace the cutter.
Why Scheppach HF60 will not switch on?
The Scheppach Power Tool might not switch on due to unavailable mains voltage or worn carbon brushes. Check the power supply. For worn carbon brushes, contact the customer service workshop.
What to do if my Scheppach Wood Router stops during machining?
If your Scheppach Wood Router stops during machining, it's likely that the overload protection has tripped. This can happen if the cutter blade is blunt, or if the feed rate or cutting depth is too high. Replace the blades or allow the motor to cool down before resuming work.
Why Scheppach Wood Router won't turn on?
If the Scheppach Wood Router is not switching on, the possible causes are: - Mains voltage is not available. In this case check the power supply. - Carbon brushes worn. In this case contact the customer service workshop
Why does the speed drop during machining on my Scheppach Wood Router?
If you observe the speed dropping during machining with your Scheppach Wood Router, this could be due to a high degree of chip take-off, feed being too high, or a blunt cutter. To resolve this, reduce chip take-off, reduce the feed speed or replace the cutter.
What to do if Scheppach HF60 switches off automatically while idling?
If your Scheppach Power Tool switches off automatically while idling, it could be due to a mains failure. Check the fuse on the mains side. Also, due to the built-in undervoltage protection, the machine does not restart by itself and must be switched on again when the voltage is restored.
How to fix an untidy cutting pattern with Scheppach Industrial Equipment?
An untidy cutting pattern with your Scheppach Industrial Equipment is often caused by a blunt cutter or uneven feed. Replace the cutter and cut with constant pressure and a reduced feed rate.
Why does the speed drop during machining on my Scheppach Industrial Equipment?
If the speed drops during machining with your Scheppach Industrial Equipment, it could be due to a high degree of chip take-off, a feed that is too high, or a blunt cutter. Try reducing the chip take-off, reducing the feed speed, or replacing the cutter.
What to do if my Scheppach Industrial Equipment machine stops during machining?
If the Scheppach Industrial Equipment machine stops during machining, it is likely that the overload protection has tripped. This can occur if the cutter blade is blunt, or if the feed rate or cutting depth is too great. Before continuing, replace the blades or allow the motor to cool down.
General| Brand | Scheppach |
|---|---|
| Model | HF60 |
| Category | Power Tool |
| Language | English |
Component for extending the table surface.
Component for guiding workpieces during milling.
The main surface where milling operations are performed.
Adjusts the vertical position of the cutter.
Control for adjusting machine settings like spindle height.
Selects the rotational speed of the spindle.
Starts and stops the machine's motor.
Protects the motor from excessive load.
Helps hold the workpiece against the fence.
Guides cuts at angles to the fence.
Attaches table extensions to the main table.
Connection point for dust extraction systems.
Safety guard for the milling cutter area.
Adapter to reduce the opening around the spindle.
Holds the milling cutters securely on the spindle.
Tool for specific maintenance and adjustments.
Tool for specific maintenance and adjustments.
Maintaining a clean and safe workspace, considering environmental factors and electrical safety.
Guidelines for operating the machine safely, including workpiece handling, PPE, and awareness.
Safety procedures for tool checks, repairs, EMF fields, and additional precautions.
Instructions for securely mounting the machine on a workbench.
Detailed sequence for assembling the cutter stop components.
Completing assembly including pressure bar, cover, and suction system.
Procedures for fitting tools, setting the stop, and using reducers.
Adjusting speed, stops, cutting gauge, and working depth.
Key steps for safe and effective milling, including feed control and overload protection.
Guidelines for safe electrical hookup and managing damaged cables.
Regular checks of power cables for damage.
Details on wear parts and safety for electrical repairs.
Solutions for common faults like power loss, stopping, and cutting quality.
