What to do if Hilti Drill becomes very warm?
If your Hilti Drill or its battery is getting very warm, immediately switch off the power tool, remove the battery, keep it under observation, and allow it to cool down. This could be due to an electrical fault or because the tool is overloaded. If it's overloaded, select a suitable power tool for the application.
How to fix a stuck control switch on Hilti Drill?
If the control switch on your Hilti Drill is stuck, it's likely because the forward/reverse switch is in the middle position. Simply push the forward/reverse switch to the left or right to resolve this.
Why my Hilti Power Screwdriver does not work?
Your Hilti Power Screwdriver might not be working because the battery isn't fully inserted. Make sure to push the battery in until you hear a click. Alternatively, the battery might be low, so try changing it and charging the empty one.
What to do if my Hilti Power Screwdriver or battery becomes very warm?
If your Hilti Power Screwdriver or its battery gets very warm, it could be due to an electrical fault. Immediately switch off the power tool, remove the battery, keep it under observation, and allow it to cool down. It could also mean that the tool is overloaded because application limits were exceeded, so select a suitable power tool for the application.
General| Battery Voltage | 21.6 V |
|---|---|
| Chuck Capacity | 1.5 - 13 mm |
| Maximum Torque | 50 Nm |
| Voltage | 22 V |
| Battery Type | Li-ion |
| Max Torque (Alternate) | 50 Nm |
| Max Torque (Soft/Hard Joint) | 50 Nm |
| Chuck Type | Keyless |
| Weight (Alternate) | 2.1 kg (with battery) |
Information on the manual's purpose and how to use its safety instructions.
Covers warning signals, document symbols, illustration symbols, and product symbols.
Product type, serial number, and product-specific symbols for operation.
Compliance statements and technical documentation details.
Essential safety rules for work area, electrical, and general power tool use.
Guidelines for operator alertness, protective equipment, and preventing accidents.
Instructions for safe use, maintenance, and care of power tools and Li-ion batteries.
Safety for drilling, additional precautions, and battery handling/disposal.
Identifies tool components, explains its intended application, and lists items supplied.
Explains the Active Torque Control (ATC) feature for enhanced safety.
How to interpret LED indicators for battery charge and tool status.
Key performance data including voltage, weight, speed, and torque ranges.
Lists permissible diameters for accessory tools like drill bits and chucks.
Step-by-step instructions for safely charging the Li-ion battery.
Procedures for inserting and removing the battery with safety warnings.
Instructions for fitting optional belt hooks, bit holders, and retaining straps.
How to securely insert and tighten accessory tools into the chuck.
Guidance on selecting the appropriate gear for different tasks.
Adjusting torque for screwdriving and setting forward/reverse rotation.
Steps to configure the tool for drilling and screwdriving operations.
Procedures for cleaning the tool and batteries, and general maintenance checks.
Identifies common problems with their causes and solutions.
Safety rules for transporting and storing tools and batteries to prevent damage or accidents.
Instructions and warnings for the safe and environmentally responsible disposal of batteries and tools.
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