To Next PageTo Next PageHow to adjust quill return speed on Scheppach DP19Vario?
If the quill on your Scheppach Drill returns too slowly or too quickly, it indicates that the spring has improper tension. Adjust the spring tension.
What to do if the Scheppach Drill chuck keeps loosening?
If the chuck keeps loosening from the spindle, it might be due to dirt, grease, or oil inside the chuck. Clean the surface of the spindle and drill chuck using a household detergent. Refer to the section on installing the drill chuck for further guidance.
What to do if the Scheppach Drill blocks the workpiece?
If the drill blocks the workpiece, it might be because the workpiece and drill are tilted, or the speed is too high. Try realigning or fixing the workpiece. Refer to the section on positioning the workpiece for additional guidance.
What causes excessive run and wobbling of the Scheppach DP19Vario?
Excessive run and wobbling of the drill can be caused by: * A bent drill: Use a straight drill. * Excessive wear on bearings: Replace the spindle bearing. * The drill not being centered in the chuck: Check the centering. * The chuck not being firmly fixed: Correctly fix the chuck.
What to do if wood splinters at the opening of the Scheppach DP19Vario Drill?
Wood splintering at the drill opening may occur if there's no suitable base under the workpiece. Use a suitable and stable base. See the manual section on adjusting the table and workpiece.
What to do if my Scheppach DP19Vario Drill workpiece torn loose from hand?
If the workpiece is torn loose from your hand while using the Scheppach Drill, it is likely not supported or clamped properly. Support the workpiece or clamp it securely.
What to do if my Scheppach DP19Vario makes noisy operation?
Noisy operation of your Scheppach Drill might be caused by: * Incorrect belt tension, so adjust the belt tension. * A dry spindle, so test and lubricate the spindle. * A loose spindle pulley, so check the tightness of the retaining nut on the pulley and tighten if necessary. * A loose motor pulley, so tighten the set screw in the motor pulley.
Why does my Scheppach DP19Vario bit burn?
A Scheppach Drill bit may burn due to several reasons: * The speed may be incorrect, so you should change the speed. * Chips may not be coming out of the hole, so retract the drill bit frequently to remove chips. * The drill bit might be dull, in which case you should resharpen it. * You might be feeding too slowly, so feed fast enough to allow the drill bit to cut.
What to do if the chuck keeps loosening from the spindle of my Scheppach DP19Vario Drill?
If the chuck keeps loosening from the spindle of your Scheppach Drill, it might be due to dirt, grease, or oil on the inside of the spindle or chuck. Clean the surface of the spindle and drill chuck using a household detergent.
Why does Scheppach DP19Vario axis return too quickly or slowly?
The axis might return to its starting position too quickly or slowly if the spring tension is set incorrectly. Adjust the spring tension; refer to the section on 'Spindle return spring'.
General| Drilling | Yes |
|---|---|
| Chuck type | Keyless |
| Hammer drilling | No |
| Adjustable torque | - |
| Product color | Black, Blue, Red |
| Idle speed (max) | 2580 RPM |
| Idle speed (min) | 440 RPM |
| Chuck capacity (max) | 16 mm |
| Chuck capacity (min) | 1 mm |
| Drilling diameter in wood (max) | - mm |
| Input power | 550 W |
Weight and Dimensions| Depth | 730 mm |
|---|---|
| Width | 500 mm |
| Height | 300 mm |
| Weight | 31400 g |
Symbols for general danger, reading instructions, personal protective equipment (eye, hearing, respiratory), and hair/glove safety.
Symbol indicating caution regarding laser radiation and required viewing precautions.
Detailed description of the machine's components with reference to figures 1 and 2.
List of all items included in the product packaging.
Guidelines for maintaining a safe and clean work environment to prevent accidents.
Precautions for safe electrical connections and usage to prevent electric shock.
Recommendations for operator alertness, protective equipment, and preventing unintentional starting.
Instructions on how to use and maintain the power tool to ensure optimal performance and longevity.
Specific safety precautions and procedures for operating the drilling machine.
Guidelines and warnings for the safe handling and disposal of batteries.
Details on the laser class, wavelength, and power output.
Information on noise levels and vibration emission values according to EN 62841.
Step-by-step instructions for assembling the drilling machine and its components.
Instructions for attaching the column to the machine foot and installing the base plate.
Steps for installing the drilling table holder, machine head, and related components.
Instructions for fitting handles, speed lever, swarf protector, and securing the drill chuck.
Instructions for battery installation or replacement for laser operation.
Procedures for mounting the drill on a solid surface for stable operation.
Important checks and precautions to take before operating the machine.
Basic steps for switching the machine on/off, general operational advice, and laser control.
Procedure for correctly inserting drill bits and tools into the chuck and handling the quick-action chuck.
How to adjust the spindle speed continuously while operating the machine.
Steps for setting the drilling depth stop for precise hole depths.
Procedures for adjusting the drilling table's inclination and height.
Instructions for adjusting the spindle return spring tension.
Guidelines for securely clamping workpieces and selecting appropriate working speeds.
Guidance on using the drill for countersinking and pilot drilling operations.
Details about the AC motor's power requirements and extension cable specifications.
Warnings and checks for damaged power cables to prevent electrical hazards.
General advice on maintenance, specialist work, and using original parts.
Steps for cleaning the machine, including ventilation holes and moving parts.
Details on parts subject to wear and consumables.
Information on the WEEE directive and proper disposal of electrical equipment.
Troubleshooting incorrect spindle return speed, likely due to spring tension settings.
Resolving issues with the chuck becoming loose from the spindle.
Addressing problems related to strong noise development during operation.
Solutions for splinters, workpiece snapping, and ensuring stable workpiece mounting.
Troubleshooting drill annealing, chip removal, and off-center holes.
Resolving issues where the drill blocks the workpiece or exhibits excessive run and wobbling.
