4/4
Setting:
1-
Remove the Swan neck-clamp
2-
Insert the drill and tighten it using the provided wrench
3-
Setting the depth of cut:
a.
Apply a pressure on the support jaws (a) with your fingers in order to retract them
b.
Adjust the depth of the cutter with the wheel (b) so that the difference (∆) between
the jaws and the extremity of the cutter match the thickness of the material
4-
Re-install the swan neck-clamp
5-
Position the Gyspot Drill perpendicularly to the material to be removed.
6-
Apply pressure to the push arm to bring the cutter to make contact with the material
7-
Pull the throttle trigger to start cutter rotation
8-
Once the cut is through, release pressure from the push arm, then release the throttle trigger to stop rotation
Use of the Swan neck-clamp
TECHNICAL SPECIFICATIONS
A- Gyspot DRILL
Diameter
8 mm
Rotation speed
800 RPM
Power
400 watt
Length
349 mm
Weight
2,3 kg
Operating noise level
85 dba
Air consumption
140 L/Min
Air pressure
6,5 Bar
B-High-quality cutters
(Ø 8 / Ø10)
The quality of the steel sheets on car body is characterised by their resistance
and hardness. The resistance is measured with the effort required for
bending, tearing, or rupture, and is expressed in MPa. The hardness is
measured by the resistance to wear and abrasion, and is expressed in Vickers
HV. The great majority of HSS (High Strength Steels) drill bits have similar
hardness than these steels, hence causing issues to drill through high
resistance steels.
The bits delivered with the Gyspot drill are made of tungsten carbide, which
gives them a hardness superior to the modern steels’, which is 600 to 800 HV.
In addition, a specific coating is added to improve the longevity, hardness up
to 3000 HV, and protect against high temperatures (up to 900°C).
With the swan neck-clamp
Without the swan neck - clamp
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