Owner's manual

169
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7010 TiN
TiN Torsion bit, slotted, style C 6.3.
Material: High grade chrome-vanadium steel, through hardened.
Geometry: Torsion zone for protecting against premature breakage of bits under load.
Coating: Titanium nitride for extended tool life.
Drive: DIN 3126, ISO 1173, style C 6.3.
Application: Particularly suitable for screws that require frequent working.
7011 TiN
TiN Torsion bit, Phillips, style C 6.3.
Geometry: Patented torsion zone to prevent premature breaking of the bit when
under stress.
7012 TiN
TiN Torsion bit, Pozidriv, style C 6.3.
Geometry: Patented torsion zone to prevent premature breaking of the bit when
under stress.
7015 TiN
TiN Torsion bit, TORX
®
, style C 6.3.
Geometry: Torsion zone for protecting against premature breakage of bits under load.
7041 TiN
TiN Torsion bit, Phillips, style E 6.3.
Material: High grade chrome-vanadium steel, through hardened.
Geometry: Patented torsion zone to prevent premature breaking of the bit when
under stress.
Coating: Titanium nitride for extended tool life.
Drive: DIN 3126, ISO 1173, style E 6.3.
Application: Particularly suitable for screws that require frequent working.
7042 TiN
TiN Torsion bit, Pozidriv, style E 6.3.
Material: High grade chrome-vanadium steel, through hardened.
Geometry: Patented torsion zone to prevent premature breaking of the bit when
under stress.
Coating: Titanium nitride for extended tool life.
Drive: DIN 3126, ISO 1173, style E 6.3.
Application: Particularly suitable for screws that require frequent working.
168
The red line indicates the steep
increase in torque with hard
applications, e.g. in metal.
The blue line shows a steady
torque increase in soft applications,
e.g. in wood working.
The main cause of wear with soft
fastening applications such as in
wood for example is the wear of the
profile edges because the bit
rattles through. A hard bit needs to
be used here: Wiha HOT.
With hard fastening jobs such as
hitting metal surfaces the main
reason for wear is breakage of the
bits. These usually occur with
torque peaks near to the end of
the fastening process.
A tough-but-flexible bit is the
answer: Wiha ZOT.
The special assortment of Wiha
torsion bits with torsion zones
offers optimal products for both
soft and hard fastening tasks.
Wiha Torsion bit.
Patented torsion zone for longer service life.
Wiha ZOT Torsion bits
• Tough, hard Torsion quality for
hard applications
• Ideal for screw applications
in metal and hard materials
• Elastic Torsion zone absorbs
the strong torque peaks in the
final phase of the application
(red line)
•
Highly resistant to wear and tear
due to special heat treatment
• Hardness 61-2 HRC.
• For trade and DIY
Wiha HOT Torsion bits
• Extra hard Torsion quality for
soft applications
• Ideal for screw applications
in wood and soft materials
• Average requirements
concerning elasticity are used
to optimise performance and
resistance to wear and tear
(blue line)
• Hardness 63-2 HRC.
• For trade and DIY
Torque
Time
Wiha Torsion bit.
Wiha TiN Torsions bits
• Tough, hard Torsion quality
with very hard titanium-nitride
(TiN) coating
• Optimum resistance to wear
and tear due to very hard TiN
coating
• Combines the advantages
of Wiha HOT bits and ZOT bits
in one outstanding bit
• For trade and DIY,
especially for industry
Style C 6.3 (1/4").
Order-No.
04743 4.5 25 0.6 10
04744 5.5 25 0.8 10
04745 6.5 25 1.2 10
04746 8.0 25 1.2 10
Order-No.
04654 PH1 25 10
04655 PH2 25 10
04656 PH3 25 10
Order-No.
04657 PZ1 25 10
04658 PZ2 25 10
04659 PZ3 25 10
Order-No.
20964 T6 25 10
20966 T7 25 10
20968 T8 25 10
20970 T9 25 10
20972 T10 25 10
20974 T15 25 10
20976 T20 25 10
20978 T25 25 10
20980 T27 25 10
20982 T30 25 10
20984 T40 25 10
Style E 6.3 (1/4").
Order-No.
04861 PH1 50 5
04862 PH2 50 5
04863 PH3 50 5
Order-No.
04864 PZ1 50 5
04865 PZ2 50 5
04866 PZ3 50 5