Datasheet

800/1 BDC bits, 1 x 5.5 x 25 mm
Bits for Slotted Screws
BiTorsion Bits Two cushioning torsion zones BiTorsion phase 1
Peak forces that occur in power
tool applications often result in
premature wear of bits or damage
to the screw head. This usually
occurs during initial power-up and
the when the screw comes to a
standstill. Screwdriving could
become more productive and safer
if these peak loads could be
minimised. The Wera BiTorsion
system prevents premature wear.
The service life of the tool is
extended and the productivity of
power tool applications
significantly increased.
The effectiveness of the BiTorsion
system comes from a combination
of two shock-absorbing spring
elements. Both bits as well as
holders have a cushioning torsion
zone that diverts the kinetic energy
away from the drive tip during
peak loads.
The torsion spring integrated into
the unique BiTorsion holder
absorbs lower levels of peak loads
(Phase 1). Any overloading of this
spring is effectively prevented by
means of a supporting
mechanism.
BiTorsion phase 2 Secure fit in the screw head Perfect fit “Take it easy” tool finder
Higher peak loads are minimised
through the torsion effect of the bit
shaft (Phase 2). This effect is
achieved with a specific heat
treatment after the hardening
process of the bits. This reduces
the hardness of the shaft in
comparison to the drive tip.
Today, the Wera diamond bit –
manufactured with the technology
specifically developed by Wera for
this application – still sets the
standard in terms of resilience and
functionality. Wera bits with a
diamond coating ensure a secure
fit of the bit in the screw head.
Ideal for sensitive materials “Take it easy" tool finder with
colour coding according to profiles
and size stamp – for simple and
rapid accessing of the required
tool.
Web link
http://products.wera.de/en/bits_holders_adaptors_the_range_of_bits_bits_for_slotted_screws_800_1_bdc.html
Wera - 800/1 BDC
05056174001 - 4013288033956
Wera Werkzeuge GmbH
Korzerter Straße 21-25
D-42349 Wuppertal
Tel: +49 (0)2 02 / 40 45-0
E-Mail: [e-mail] 11.01.2019 - 2 / 3