ABS Katalog Englisch
ABS Katalog Englisch
ABS Katalog Englisch
07.1
Contents About us
1750 mm
1750 mm
20.0 m
additional plunge range surface and thereby destroy the tight- Dimensions (LxB): 1.75 m x 1.75 m
10.0 m ness of the roof with respect to leaks.
1.2 m 2.8 m anchorage point
The Vario is positioned on a drainage Vario Intermediate:
10.0 m mat to protect the surface of the roof. Weight: 170 kg (with concrete slabs)
The system can be used as a single Dimensions (LxB): 1.75 m x 0.55 m
ABS-Lock Vario
in use as a
anchorage
cable system
4.0 m 10.0 m or cable system
point element
With a distance of 10.0 m from the anchorage point to the edge, the rope
length to the corner is approximately 14.0 m and the freefall approx 4.0 m.
By the installation of an additional anchorage point where the two circles
intersect to the diagonal, the freefall height is reduced to 1.0 m.
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ABS-Lock EG250 ABS Weightanka
Stainless steel anchorage device without roof penetration Mobile anchorage device without roof penetration
Standard weight,
galvanized;
25 kg
Snap-on rods with
safety splint
Attachment point
Base weight,
rubber coated;
25 kg
Cross arm
Stabilizer arm
m
1400 m
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ABS-Lock III
Eyelet for quick attachment of the
protective equipment
Use
The ABS-Lock III system has been
developed to provide a safe single
anchorage point for up to three in-
dividuals at the same time.
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ABS-Lock X
10 11
On trapezoidal
sheet
Dowels in
concrete (B25)
Stainless steel anchorage point for aluminum seam roofs Stainless steel anchorage for metal seam roofs
The ABS-Lock Falz I system has The ABS-Lock Falz II system has
been developed to provide a secu- been developed to provide a secu-
re single anchorage for up to three re single anchorage for up to three
individuals at the same time. The individuals at the same time. The
anchorage is designed for horizon- anchorage is designed for horizon-
tal loads in all directions. tal loads in all directions.
Use Use
It has also been designed as a sup-
The Lock Falz I has a broad, slit- is used on the flange or clamping The Lock Falz II is also used as an profiles of Zambelli (RIB-ROOF 465),
The system is licensed and CE- port for class C cable systems.
shaped eyelet. This makes it possi- seam of seam profiles of Zambelli end or intermediate anchor for class Corus Bausysteme (KALZIP), Domi-
tested in accordance with DIN EN
ble for three people to attach them- (RIB-ROOF 465), Corus Bausysteme C cable systems, as that of the Lock co (GBS with special clamps it can
795 as a class A anchorage. As it The system is licensed and CE-
selves simultaneously in spite of the (KALZIP), Domico (GBS), Rheinzink Sys or Lock Sys II. As an intermedi- also be used on Domitec), Interfalz
is made of rustproof steel, it is pro- tested in accordance with DIN EN
small size of the anchorage. (standard) and Aluform (Alufalz/Alu- ate post a Falz II is used with only (standard) and Aluform (Alufalz/Alu-
tected against corrosion. 795 as a class A and C anchorage.
deck) roofs, as well as profiles of the two clamps, thus simplifying the in- deck). Moreover, installation can be
As it is made of rustproof steel, it
same type of system. stallation of larger cable systems. carried out on seam sheets made
It can be installed on almost all is protected against corrosion.
For the Lock Sys II system the Falz of aluminum, titanium zinc, copper,
commercially available round flan-
To this purpose the Lock Falz I is II intermediate post is fitted with a galvanized and corrosion-resistant
ge seam roofs, irrespective of the Continuously adjustable seam
clamped with the help of two edged traversable cable holder element. steel.
seam distances from one another. clamps allow it to be installed on
steel sheet profiles made of stain- seam roofs with a distance between
less steel to the seams of the roof The Lock Falz II is clamped with
the seams of up to 620 mm.
profile. These profiles are adapted to the help of four edged steel sheet
the contours of the standing seams profiles made of corrosion-resistant
of the roof. On the upper side of the steel to the seams of the roof pro-
anchorage device an elongated hole file. These profiles are adapted to
has been incorporated over the enti- the contours of the seams of the
re length to take up the connection roof. The two profile halves of the
element. clamps are connected together by
The slit-shaped eyelet is designed for The two halves of the profile are con- two screws with self-locking nuts af-
all standard snap-hooks. The system nected together with two screws with ter being placed on the seam of the
is used to simultaneously prevent up self-locking nuts after being placed The system serves as fall protec- roof. The clamps are then adjusted
to three individuals from falling and on the seam of the roof. tion for up to three individuals si- continuously by means of the elon-
multaneously and is used on the gated holes to the distance of the
flange or clamping seams of seam seams.
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ABS-Lock 12-11 ABS-Lock SDH 02
14 15
Stainless steel anchor for flange seam roofs Safety roof hook for all load directions
Attachment principle
The ABS-Lock 12-11 system has The ABS-Lock SDH 02 has been
been developed to provide a secu- developed to provide a secure an-
re single anchorage point for indivi- chorage point for up to two indivi-
duals on flange seam roofs without duals at the same time in all load
penetrating the roof surface or im- directions.
pairing its tightness with respect
to leaks. Use The system is licensed and tested Use
The 12-11 anchor system is clam- according to DIN EN 795 as a class The Lock SDH 02 system is licensed the risk of accidents is reduced du-
The system is licensed and te- ped to flange seam roofs such as A anchorage point and has also for use on wooden roof structures ring construction, but also the sub-
sted according to DIN EN 795 as Kal-Zip, Bemo or Interfalz profiled been tested in accordance with EN with or without over rafter insulati- sequent maintenance and cleaning
a class A, B and C anchorage for sheets. To this purpose specially 517 B in all load directions (inclu- on. It is used for inserting roofers costs for the building owner.
up to three people. Due to the shaped clamps based on the con- ding the +Y direction = direction ladders and as an anchorage point
fact that it is constructed entirely tours of the ridges are used. Due of the ridge). This product can be for personal protective equipment Safety roof hooks are tested in ac-
of stainless steel it is protected to the flexibility of the supporting made entirely of stainless steel or to prevent falling. cordance with EN 517 of the roof
against corrosion. arms, the system can be adapted galvanized steel, which protects it fall line and preferably installed in
to almost all standard seam di- against corrosion. Due to the small the vicinity of the ridge. By climbing
stances. The adjustment range is number of roof hooks required, the over the ridge of the mono pitch roof
between 305 and 500 mm. construction costs and the architec- and passing the rope over the entire
tural limitations are kept to a mini- roof surface to a higher roof hook,
Installation using clamps is very mum. in the case of a fall the load is in the
easy and can therefore be carried opposite direction.
out in a time and cost-saving man- To this purpose the SDH 02 is equip-
ner. The Lock 12-11 is designed in ped with special screws that allow
such a way that it deforms plastical- As a tested and licensed class C loads in all directions. For this rea-
ly in the case of a fall, thereby ab- anchor the ABS-Lock 12-11 is also special screw 8 x 180 son the safety roof hook is certified
sorbing a major share of the forces suitable as an end post for cable sy- not only according to EN 517B, but
involved. stems such as SYS I and SYS II. If a maintenance concept is worked also licensed as a single anchorage
out at the planning stage, not only point according to EN 795.
00
0x1
.8
min
fter
a
nr
ode minimum penetration
wo
depth in the framework
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ABS-Lock SYS I
16 17
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ABS-Lock SYS II
18 19
1 4
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ABS-Lock Vertical Lifeline ABS HSS
20 21
Cable stop
Cable pressing
Use allow a very small curve radius (less
The system can be installed on systems, e.g. floodlight pylons. The than 120 mm).
Traveling all substructures such as roof ac- glider itself is designed in such a As the system is licensed for six
arresting device
cess and other ladders, facades, way that it travels when the individu- individuals with a maximum inter-
masts etc. al climbs or descends the ladder. In mediate bracket interval of 6 m, the
Intermediate bracket the case of a fall the glider arrests possibilities are endless.
The vertical lifeline system is used the drop and protects the user from The compact size (30 mm) and a
Stainless steel cable, to provide safety for vertical ladder falling. special bending process make it Since it is possible to use different
8mm
possible to follow curves very close- types of rail gliders, the fields of ap-
ly in all directions. The high strength plication for this system are bound-
Tensioning device and stability of the special T-profile less.
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22
ABS-Lock I+II 23
Available up to 1000 mm
Easy one-hand use
max. 500 mm
The system is licensed and CE-
tested according to DIN EN 795
as a class A and B anchorage. 50 mm
Stainless steel single anchorage for windows Stainless steel single anchorage for windows
The ABS-Lock IV system has been The ABS-Lock V system has been
developed to provide a secure sin- developed to provide a secure sin-
gle anchorage point for one indivi- gle anchorage point for one indivi-
dual. dual.
The system is licensed and CE- The system is licensed and CE-te-
tested according to DIN EN 795 Use sted according to DIN EN 795 as Use
The Lock IV system is licensed for low storage costs the Lock IV can The Lock V system is licensed for The anchorage point is characte-
as a class A and B anchorage a class A and B anchorage point.
use in steel (steel girders) and con- be quickly supplied in large quanti- use in steel structures and con- rized by its small size. Due to its
point. As it is made entirely of As it is made entirely of stainless
crete. ties. Installation is very simple and crete. For installation in concrete low storage costs the Lock V can
A2 stainless steel, it is protected steel, it is protected against cor-
The anchorage point is characte- inexpensive and can be carried out there is a special concrete dowel, be quickly supplied in large quanti-
against corrosion. Due to its rosion. Due to its small size and
rized by its small size. Due to its within a short time. which has already also been tested ties. Installation is very simple and
small size it is easy to install and special angled shape, it is easy
in cracked concrete (tension zone). inexpensive and can be carried out
inconspicuous in the substrate. to install and inconspicuous in
within a short time.
the substrate.
Use Use
In concrete (also at the On a steel girder In concrete (also at the On a steel girder
side or overhead) side or overhead)
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ABS-Lock VI ABS FSG 01-05
26 27
Single anchorage device for individuals and Transportable window guard rails
for the installation of fall protection nets
Frame up to 90 mm
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ABS SkyDome ABS Stabilik
28 29
1100 mm
The ABS SkyDome has been de- The ABS Stabilik system has been
veloped to provide a simple and developed as a guard rail without
effective fall protection system for penetration of the roof and without
individuals working on dome lights permanent installation. It is used
without penetrating the roof clad- on flat roofs and is designed for
ding. personal protection.
The system is licensed and tested The system is licensed and tested
according to DIN EN ISO 14122-3 Use according to DIN EN ISO 14122-3
The system is held in place by the roof light dome is used for climbing Use
(permanently installed access to (permanently installed access to
weight of eight concrete elements up and down. This guard rail is used if attachment (if these are positioned on the area
machine plant, part 3) as a guard machine plant, part 3) as a guard
weighing 15 kg each. This obviates to the roof parapet is difficult or im- of the seal).
rail. As it is constructed entirely of rail. As it is constructed entirely of
the need to penetrate the roof clad- The individual side elements are possible. In general it is used during If the guard rail is placed on a soft
hot galvanized steel, the SkyDome hot galvanized steel, the Stabilik is
ding and thereby reduce its tight- simply connected by means of a building renovation and installed di- sealing layer over the trapezoidal
is protected against corrosion. The protected against corrosion. The
ness to leaks. plug-in system and fixed in place rectly on the surface that is acces- sheet, we recommend that the com-
system is non-slip and held firmly system is non-slip and held firmly
with a quickly installed clamping sible on foot, so that there are no patibility of the system be tested
in place by several concrete slabs in place by several concrete slabs
The concrete elements are posi- element. subsequent problems with respect due to the pressure exerted by the
weighing 15 kg each that are tailor- weighing 15 kg each that are tailor-
tioned on a plastic mat that pro- The SkyDome is available in the fol- to restoring the tightness of the roof guard rail.
made specifically for the system. made specifically for the system.
tects the existing roof sealing layer lowing size: against leaks.
against damage. The system is also 2.5 m x 2.5 m No holes need to be drilled into Please note:
available with a door opening if the other sizes available on request the building. Two concrete weights In the case of self-supporting guard
of 15 kg each provide the rail with rails the maximum permitted in-
650 mm stability and resistance to external clination for roof surfaces is 10:
forces. Under the slab there is a with inclinations > 10 this device
non-slip layer, while a protective la- should only be used after consulting
Protective layer yer is to be found under the blocks the ABS Safety Department.
1750 mm
1117 mm
600 mm
Non-slip
layer
2500 mm 250 mm
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Anchor Devices ABS PSA-Set
30 31
ABS mobile anchor devices & with hardness, lanyard and protective bag
ABS ASK 5 horizontal anchor device
Mobile anchor devices are for tem- 1 Adjustable ABS door traverse
porary use and can be attached and (550 - 1100 mm)
detached at any time. For example,
2 Fall-arresting device -
they can be used without difficulty for
different versions available
occasional access to areas where
there is a danger of falling. The an- 3 Roll beam, beam trolley for
chor devices have been tested and steel girders, flange widths
are licensed in accordance with EN 50 - 220 mm
795 as an anchorage for personal 4 Girder glider M for flange
safety. widths 120 - 380 mm
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References
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