Sealey S0686 - Manual (Page 3)

4.1. Changing the drill chuck.
To remove the drill chuck, open the chuck fully. Locate the internal screw head and undo by turning the screw CLOCKWISE (left handed
thread). Stop the chuck from moving by securing the nut at the base of the chuck with a spanner. To replace the chuck reverse the
above procedure.
4.2. Cleaning the drill.
Keep the drill ventilation slots clean and free from obstructions. If available, blow compressed air into the vents to clear any internal
dust (safety goggles must be worn when undertaking this process). Keep the outer case of the drill clean and free from grease.
DO NOT wash with water, or use solvents or abrasives. ,
3.5. STANDARD DRILLING INSTRUCTIONS.
 WARNING!Ensure you wear approved safety goggles and any other safety item required for the job. Remove the chuck key
before using the drill, and ensure the trigger button lock is not locked in position which would result in accidental starting of
the drill. Also ensure that all other safety requirements in chapter 1 are followed.
Ensure drill is unplugged from the mains power supply.
3.5.1. If the material to be drilled is free standing it should be secured in a vice or with clamps to keep it from turning as the drill bit rotates.
3.5.2. When drilling metals, use a light oil on the drill bit to keep it from overheating. Oil will prolong life of the drill bit and improve the drilling
action.
3.5.3. For hard smooth surfaces use a centre punch to mark desired hole location. This will prevent bit from slipping as drilling is started.
3.5.4. A pilot hole may be necessary to assist the final drill size through the workpiece. Lock a pilot drill (smaller size drill than the finished
hole size) into the chuck. Follow steps 3.5.5 to 3.5.7. below and drill a pilot hole in the middle of the centre punch mark where final
hole is to be drilled. Insert the final sized bit. Hold drill firmly and place the bit at the entrance of the pilot hole and depress the trigger.
3.5.5. Plug drill into mains power supply.
3.5.6. Hold tool firmly and place the drill bit tip to the point to be drilled.
3.5.7. Depress the trigger to start drill. Move the drill bit into the workpiece, applying only enough pressure to keep the bit cutting.
DO NOT force or apply side pressure, which will elongate the hole.
 WARNING! Be prepared for drill binding or break through. When these situations occur the drill has a tendency to grab and
kick in the opposite direction and could cause loss of control. If you are not prepared, this loss of control could result in
damage and/or personal injury.
3.5.8. If the drill bit jams in the workpiece or if the drill stalls, release the trigger switch immediately. Remove the drill bit from the workpiece
and determine the reason for jamming, before recommencing drilling.
3.5.9. For continuous operation, depress the trigger lock (see 3.2.2).
3.5.10. The depth gauge may be used to pre-determine the depth of hole (see 3.1.3 and 3.4).
3.5.11. After working for a lengthy period of time at low speed setting, run drill for a few seconds with no load, at high speed.
 WARNING! Drill bits become very hot during use. Allow to cool or hold with a cloth for removal.
3.5.12. When work is complete, unplug from the mains power supply, remove the drill bit / tool bit from the chuck, clean drill, clean and if
necessary sharpen the tool bit, and store drill in a safe, dry childproof location. ,
3.4. DEPTH STOP GAUGE.
Ensure the workpiece has a flat surface and is wide enough for the gauge to butt up against it when the required depth has been reached.
Measure back from the tip of the drill bit to the point at which the drill must stop. Release clamp/handle and extend the depth gauge to the
point at which you wish to stop drill penetrating further and retighten the handle/clamp. Once the drill has reached the correct depth, the
gauge will butt up against the workpiece and stop further inward progress.
4. MAINTENANCE
Fig.4
Risk of Hand Arm Vibration Injury.
The S0686.V2 Electric Hammer Drill, when operated in accordance with these instructions and tested in accordance with: BS EN ISO 28927-5:2009 results in
the following vibration emission declared in accordance with: BS EN 12096:1996
Measured vibration emission value:.............13.4m/s² Uncertainty: .............5.37m/s²
These values are suitable for comparison with emission levels of other tools that have been subject to the same test.
This tool may cause hand-arm vibration syndrome if its use is inadequately managed.
Recommended Measures to reduce risk of hand-arm vibration syndrome:
This tool should not be used by an individual regularly for more than 34 minutes in any 8 hour period.
This duration of use should be reduced if the individual is exposed to hand-arm vibration from other sources.
NOTE: It is our policy to continually improve products and as such we reserve the right to alter data, specifications and component parts without prior notice.
IMPORTANT: No liability is accepted for incorrect use of this equipment. WARRANTY: guarantee 12 months from purchase date, proof of which will be required for any claim.
Sole UK Distributor, Siegen Tools, Sealey Group,
Kempson Way, Suffolk Business Park, Bury St. Edmunds, Suffolk, IP32 7AR
[email protected]
Original Language Version S0686 V.2 Issue 1 23/10/12
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© Jack Sealey Ltd
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