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Wire ropes from FATZER:
Customized to your needs!
Impressive success story
Dedicated to tradition
Founded in 1836 in Romanshorn, Switzerland, as a hemp rope manufacturer, FATZER
has been making ropes of the highest quality . The company originally produced hemp
ropes for agriculture, fishing and ship-building needs and began to manufacture steel
ropes as well around 1900. Beginning in
1948, the company specialized in technically
demanding cableway ropes.
Today, FATZER focuses on the development,
manufacture and worldwide distribution of
high-quality heavy-duty wire ropes for passenger cableways, mines and conveyor-belt
systems. With its extensive experience and
corresponding reference projects, FATZER
plays a leading role among rope manufacturers.
As a professional partner for cableway manufacturers and operators, we offer individually customized solutions for every need.
The structure, design and production of wire
ropes differ depending on the various applications for which they are used and the area
of installation. Only solutions precisely customized to individual needs are economical.
In this respect, we see our task as delivering
exactly what you really need.
Customer focus
Customer requirements are analyzed critically
using highly specialized know-how based on
175 years of rope technology and around 100
years of processing steel wire in order to develop customized, often completely innovative
solutions. Most products are produced to meet
the customer's needs.
High-tensile special wire
Whether for use in constructing power plants or
extracting raw materials, the ropes are subjected
to enormous breaking forces and adverse environmental conditions. The starting point for FATZER
products is high-tensile steel wire. Depending on
the customer's needs and field of application, this
wire is fashioned into haulage, carrying or guide
ropes, up to a maximum weight of 200 tons and a
diameter of 130 mm.
And we continue to be there for you after the project
is completed. Our comprehensive range of services
also includes inspection, cleaning and maintenance
of wire ropes. Our services comprise splice and
damage repair for stranded ropes and locked ropes
as well as insertion of wires, strands and patches,
and shortening.
Our machinery:
Leading technology
Manufacturing special ropes economically
requires well thought-out technical equipment. Our plant in Romanshorn is a highly
productive facility for the manufacture of
stranded ropes and spiral strand ropes.
The continuously updated production equipment reflects the state of the art and enables
us to manufacture products customized to
specific customer needs or standards. The
latest technology is used to monitor parameters such as diameter and lay length
during the production process. We use machines to test the bending, torsion and haulage properties in the quality control of raw
materials as well as the end product.
Rope test cableway
The cableway market demands increasingly
higher performance from systems that must
run more quietly. These demands require consistent ongoing and new developments in both
the cableway and rope fields. Newly developed
and significantly advanced products must first
prove themselves in practical trials, and yet
direct field tests must be avoided because of
potential safety and financial risks.
It is therefore just as essential that trials be carried
out on our own test systems. In this way the effects
of speed, braking force, rope pull, and sheave and
rope diameter on the fatigue life and wear of the
ropes can be analyzed under realistic conditions.
Fatigue strength behavior of spliced stranded ropes
as well as of the splice itself is determined under
conditions of forced bending and pulsating tension
in extended-term tests.
With no drive operation mechanism but with their
various clamping mechanisms, 6- and 8-strand
ropes with a maximum diameter of 60 mm can be
accelerated to a speed of up to 18 m/s.
Mountain cableways
For gondola, chair, 2S and 3S cableways, the
low-elongation COMPACTA® and STABILO®
haulage ropes and INTEGRA® carrying ropes
stand out with their extreme reliability and
load capacity.
STABILO®: Low-elongation STABILO ropes
are the first choice of operators of systems
for which downtimes to shorten ropes are
only acceptable in specific, planned periods.
Its high consistency of diameter is another
distinguishing factor of this rope.
COMPACTA®: The compacted, smooth surface results in a greater metallic cross-section
with the same diameter and also ensures an
improved friction connection with drive elements. This reduces wear on rollers, clamps
and sheaves, while also increasing fatigue life
considerably.
INTEGRA®: Fully locked and half-locked ropes
have proven themselves as carrying ropes
for passenger cableways and ropeways for
material transport Thanks to twisting manufacturing methods, the ropes have extremely
low internal stress.
INTEGRA-Data®: A bundle of fiber-optic cables or several low-voltage cables can be integrated in the core of the rope.
STABILO®
COMPACTA®
INTEGRA®
System
CabriO-Bahn
Customer
Stanserhorn Bahn AG
Cableway manufacturer
Doppelmayr/Garaventa
Project
An innovative cableway systems enables
guests to soar toward the Stanserhorn
under the open skies. The double-decker
ropeway with two gondolas has an open
upper deck.
High-performance urban cableways
The 6-strand PERFORMA-DT is characterized by its long service life and minimal elongation and vibration properties. These construction types are thus predestined for use
in urban cableways. They guarantee smooth
operation without bothersome interruptions.
Considering the economic aspects of the
long maintenance intervals, low operating
costs and ecological advantages (minimal
noise emissions), these two products provide maximum benefits for system manufacturers, city planners and civil engineers
focused on sustainability.
OCTURA®: The 8-strand transport rope provides particularly long-life splices. The plastic core, which heats up during closing, also
supports and stabilizes the strands. It is particularly suitable for short systems and systems in which downtimes are acceptable
only at the greatest possible intervals.
COMPACTA®
OCTURA®
PERFORMA®
System
Emirates Air Line London
Customer
Mace UK
Cableway manufacturer
Doppelmayr Seilbahnen GmbH
Project
The Emirates Air Line is a cable car that
connects the London neighborhoods
Greenwich and Docklands, crossing the
Thames between the Greenwich Peninsula and Royal Docks stations. The 8-strand
OCTURA® 8x36 Warrington Seale transport rope has a diameter of 50 mm and
an overall length of 2,340 m. Thanks to its
minimal elongation and the long service
life of the special splice used with 8-strand
ropes, the downtimes for shortening
ropes are minimized; compacting also reduces strand-induced oscillation and noise
emissions.
Ropeways for
material transport
Wire ropes that are constantly carrying
heavy loads have a tough job. It goes without saying that system-specific solutions are
in demand in this area. Whether for use in
constructing power plants or extracting raw
materials, the ropes are subjected to enormous breaking forces and adverse environmental conditions. In addition to conventional cableway systems, FATZER ropes are also
used in innovative RopeCon conveyor systems for transporting loose material. These
systems use 6-strand COMPACTA® and
PERFORMA® ropes to move the material.
PERFORMA®: The plastic profiles between
the strands separate the strands from one
another and stabilize them in position. The
rope runs practically without vibration and
soundlessly over rollers and sheaves and
is distinguished by minimal elongation and
wear of the roller supports and guide wheel
linings.
COMPACTA®
INTEGRA®
PERFORMA®
System
RopeCon® Mount Olyphant, Jamaica
Customer
Jamalco/Alcoa, Clarendon
Cableway manufacturer
Doppelmayr Transport Technology GmbH
Project
In August 2007, around 60 km southwest
of Kingston on the Caribbean island of Jamaica, the largest RopeCon® system to
date was handed off to Alcoa, the world's
largest aluminum producer. Every three
seconds the system transports one ton of
bauxite from the mining region on Mount
Olyphant over a distance of 3.4 km and a
vertical drop of 470 m to the valley below
for processing. The conveyor runs on four
fully locked INTEGRA® haulage ropes with
a diameter of 52 mm and a total length of
14.4 km.
Winch ropes
The wire rope technicians at FATZER work
closely with well-known manufacturers of
slope-grooming machines and winch systems to develop solutions that meet the
special requirements of friction, capstan and
drum winches with respect to all aspects of
functionality and efficiency. Practical training
sessions and seminars, which are continuously modified to meet current needs, support the service technicians and users of
low-maintenance winch ropes.
PWtrac®
Product
PW-Trac® winch rope
Customers
Mountain railway operators on all continents
Project
With a diameter of 11 mm, the compacted,
double-parallel construction is set apart by
particularly high breaking forces (up to 119
kN), long fatigue life (up to 10,000 passes),
and being absolutely maintenance free.
The continuous recording of parameters such as number of winch cycles, tensile
force and length of rope used - provide
important findings for research and development. The data support FATZER in the
optimization of rope handling and performance. Training sessions and personal
consultation provide important information
and tips for the proper handling and maintenance of winch ropes.
Service and installation
Thanks to our years of experience in the
manufacture and maintenance of wire ropes,
we are able to optimally support cableway
manufacturers and operators. We perform
services in the areas of rope installation and
service quickly and with no hassles. Our offerings include splice work as well as rope
inspection, rope cleaning, relubrication and
repairs. We also pass our expertise on to
customers other interested parties in regularly scheduled training sessions and seminars.
Our comprehensive range of services also
includes maintenance of wire ropes. Our
services comprise splice and damage repair
for stranded ropes and locked ropes as well
as insertion of wires, strands and patches,
and shortening.
Splicing
- Splice work using pressure-resistant
splice tape
- Rope shortening & splice inspection
Rope inspection and cleaning
- Cleaning of carrying, haulage and guide
ropes
- Visual rope inspections
- Relubrication to increase fatigue life
Quality assurance
- Performance of all QA measures such as
tearing tests, measurement of
e-modules, etc.
- Testing of system breaking load,
documented a test certificate
- Continual quality control by external
institutions
- All FATZER materials can be traced with
certificates
Installation
- Worldwide installation with in-house
installation team
Project consultation
- Technical consultation during the project
planning stage
- Calculation of fatigue life for various rope
types
- Calculation of overall operating costs,
total cost of ownership
STABILO®
When the strands of a wire rope settle and
work their way into the core, there are consequences. The diameter decreases, the
rope elongates and the fatigue life decrease
because notches develop on strands that
come in contact with one another, which
eventually leads to wire breaks.
With STABILO® the interior, which the
strands surround, is completely filled. The
polyethylene core rod is heated up during
closing and the plastic between the strands
is compressed. This creates a load-bearing
body that supports and stabilizes the strands.
At the same time it prevents the strands
from touching and, thanks to restraint-guided closing, holds them at uniform distances.
The classic areas of use for STABILO® ropes
are continuously circling cableways, in which
downtimes for rope shortening are acceptable only at specified, predictable periods or
at the possible intervals.
6 x 25 Filler Wire
6 x 36 Warrington-Seale
STABILO®
6 x 47 Filler Wire
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Customer benefits
- progression of elongation can be
calculated within precise tolerances
- embedding of strands to the level of
strand shoulders
- lubricated strands
- high consistency and stability of diameter
- infrequent shortening required
- rope elongation can be calculated and
predicted
Design properties:
Core: solid polymer rod
Strands: 6x, not compacted
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References
1 Ba Na Big Resort, Vietnam
Diameter: 56 mm
Rope length: 11,840 m
2 Melchsee-Frutt, Switzerland
Diameter: 56 mm
Rope length: 6,300 m
3 Roza Khutor, Sochi, Russia
Diameter: 56 mm
Rope length: 7,768 m
COMPACTA®
The compacted strands of the COMPACTA®
rope increase the filling factor of the strands
and thereby increase their load-bearing metallic cross-section. This has consistently
positive effects: First, the diameter decreases; secondly, the breaking force increases
by around 10 percent; and thirdly, the fatigue life of the rope increases. Thanks to
the smoothed contours of the outer wires,
bearing pressures around the clamps and
rollers are reduced. And in the event that
strands come into contact with one another,
the greater contact surface reduces tension
peaks.
Compared to conventional ropes, they
therefore have more stable diameters and
are more resistant to torsion and twisting
forces. Their nearly flat surface also ensures
an improved friction connection to drive elements and thus reduces wear on roller,
clamps and sheaves.
6 x 19 Seale
Compacted rope
Conventional rope
6 x 25 Filler Wire
6 x 36 Warrington-Seale
COMPACTA®
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Customer benefits
- increased rope breaking force for a given
diameter and reduced diameter for the
same rope breaking force
- less wear on roller, clamps,
drive and return sheaves
- more stable torsion factor and
compressive strength
- improved damping of rope oscillation
and vibration
- increased fatigue strength thanks to
reduced internal strand tension and
distributed load-bearing characteristics of
the individual wires
Design properties
Core: solid plastic
Strands: 6x, compacted
References
1 Peak to Peak, Whistler Mountain,
Canada
Diameter: 46 mm
Rope length: 9,490 m
2 Roza Khutor/Sochi, Russia
Diameter: 56 mm
Rope length: 7,768 m
3 Anglo American mine, Australia
Diameter: 34 mm
Rope length: 44,000 m
OCTURA®
Systems that cover short distances or
have long operating hours and little downtime put above-average strain on the
ropes. In these cases it definitely makes
sens to use a compacted 8-strand rope
with a Fullplast insert in order to increase
the fatigue life of the rope considerably. The 8-strand compacted OCTURA®
is the basis of a long fatigue life. Frequently,
however, the problems related to product
lifespan are not found in the open stretches
of the rope; instead, it is the spices that limit
the lifespan of the rope. Comprehensive
tests and valuable feedback from our customers have shown that the fatigue life of
the rope is approximately doubled with the
8-strand FATZER splice.
OCTURA®
compacted strands
polyethylene core to
stabilize strands
8 x 25 Filler Wire
8 x 36 Warrington Seale
8 x 47 Warrington Seale
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Customer benefits
- minimal strand-related vibration
- low running noise emissions
- minimal elongation characteristics and
increased consistency of diameter
- infrequent shortening required
- rope elongation can be calculated and
predicted
- no strand contact and therefore
considerably longer fatigue life
Design properties
- Core: solid polymer core
- Strands: 8x, compacted
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References
1 Marquam Hill Aerial Tram, USA
Diameter: 34.5 mm
Rope length: 2,300 m
2 Providência/Rio de Janeiro, Brazil
Diameter: 47 mm
Rope length: 1,180 m
3 VW plant cableway, Slovakia
Diameter: 45 mm
Rope length: 2,100 m
PERFORMA®
PERFORMA technology, which used plastic
profiles between the strands, was developed with the goal of eliminating strandrelated vibration in haulage and hoisting operations. These profiles fill the surrounding
circular area nearly completely, separating
the strands from one another and stabilizing
them in position.
As a result of its smooth surface structure,
the rope runs practically without vibration
and noiselessly across roller and sheaves.
And just as compelling is the rope's greatly
reduced settlement.
Using PERFORMA ropes is especially recommended for systems that operate for
extended periods every day, as well as in
situation in which vibration and noise would
compromise the comfort and well-being of
passengers, residents and passers-by.
The innovative PERFORMA-DT® was conceived especially for heavy, detachable systems.
How PERFORMA® ropes
are constructed:
extruded round polyethylene rod
as core
six strands of compacted
construction
six extruded, fabric-reinforced profile rods
made of plastic with high resilience and elongation at break
PERFORMA®
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Customer benefits
- no strand-related vibration while
passing over rollers
- previously unattainably low running noise
emissions
- maintenance free
- advantageous elongation characteristics
and increased
consistency of diameter
- no strand contact and therefore
considerably longer fatigue life
- longer fatigue life for roller fillings,
so that maintenance costs are
reduced
Design properties
- core: polyethylene rod
- high-tensile I-profiles
- Strands: 6x, compacted
References
1 Montjuïc, Barcelona, Spain
Diameter: 44 mm
Rope length: 1,650 m
2 MGM Las Vegas Center, USA
Diameter: 36 mm
Rope length: 3,350 m
3 Lagoas Park/SATU Oeiras, Portugal
Diameter: 30 mm
Rope length: 2,650 m
Special ropes
In addition to ropes for transporting passengers and materials, Fatzer also develops and
produces wire ropes for special applications
with static or dynamic demands, and has developed this area into another of its competencies in the field of wire rope technology.
These special ropes are used primarily in the
areas of rope-manufacturing plants, winch
systems, rope traction devices, and mining
equipment and hoists. As a qualified and
innovative partner, Fatzer provides customized system solutions for demanding fields.
Shaped and round wires with large diameters and low carbon content are used in the
outer layers in half-locked guide ropes. This
keeps wear and the formation of martensite
to a minimum.
Shaped wires in the outer layers also prevent the penetration of dirt and dust particles, thus minimizing susceptibility to wire
breaks.
Structure of the COMPACTA® special
rope with electrical conductors
compacted strands
6 copper wires for electrical supply stranded around a PE core
Half-locked
guide rope
Spiral rope
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Customer benefits
- special construction individually
customized to customer needs
- depending on use with power supply
lines, fiber-optic cables and ready-made
terminations
- comprehensive consulting services
beginning the the project planning stage
with our experienced engineers and
developers
References
1 FAM Magdeburg, Germany
Diameter: 75 mm
Rope length: 4x150 m
Construction type: 3-layer, fully locked
carrying rope for gib
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2 Saucito mine, Mexico
Diameter: 60 mm
Rope length: 16x620 m
Construction type: half-locked
guide rope for mine shaft
3 Supply winch, Linthal power plant, Switzerland
Diameter: 28 mm
Rope length: 2,470 m
Construction type: 6x19 Seale with
7 copper lines
INTEGRA® and INTEGRA-Data®
Our fully and half-locked ropes are available
in both conventional and "twisted" designs.
The profile wires are preformed in their later
spiral position, which creates an absolutely
tension-free rope that can be easily manipulated during rope placement. Only shaped
wires with the smallest shape tolerances
and high accuracy of fit are used. Fully and
half-locked ropes can be used in a wide
range of applications: Their proven versatility as carrying ropes extends from cableways
for transporting passengers and materials to
conveyor and guide ropes in mine hoists.
The INTEGRA-DATA® rope also allows electric supply lines or fiber-optic cables to be
integrated in the rope core.
INTEGRA®
Shaped wire layer(s)
Core rope
Fiber-optic cable
integrated in the core rope
INTEGRA-DATA®
INTEGRA-DATA
One or more bundles of leads with integrated optical fibers are cabled into
INTEGRA-DATA® ropes.
Analog low-voltage cable
1-layer
Nominal ø 16 - 45 mm
2-layer
3-layer and multiple-layer
Nominal ø 28 - 90 mm Nominal ø 50 - 120 mm
Bollard anchoring
End socket anchoring
Track rope
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2
Cable
end closure
End socket
3
Reserve
reel
Track rope
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Cable
end closure
Fiber-optic cable is exposed (1) and spliced to the non-metallic optical-fiber connection cable (3) in the socket (2).
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Customer benefits
- universal data connection between upper
station and base station
- replaces additional, risk-plagued signal
and control ropes
- twisted version tension-free and
twist free
- fast, safe retraction
- reliable signal and data transmission
Construction types
- core: round wire
- outer layer: up to 6 shaped wire layers
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References
1 Piz Val Gronda, Austria
Diameter: 72 mm
Rope length: 4x2,900 m
Construction type: 3-layer, fully locked, 3
carrying ropes with 6 electric supply
cables, 1 rope with LWL
2 BUGA Koblenz, Germany
Diameter: 54 mm
Rope length: 4x1,135 m
Construction type: 2-layer, fully locked,
1 carrying rope with 18 multi-mode and
6 single-mode fibers
3 Mt. Olyphant RopeCon, Jamaica
Diameter: 52 and 42 mm
Rope length: 4x3,600 m
Construction type: 3-layer, fully locked
PWtrac®/PWtrac
winch rope
PLUS
Around the world, drivers of slope-grooming
machines count on PWtrac® winch ropes
from original equipment manufacturer
FATZER.
And with good reason: They are the safest,
most reliable ropes used for the difficult
work on steep slopes and are distinguished
not only by their reliability and long service
life, but also by particularly high breaking
forces.
PWtrac® winch ropes have been securing
slope-grooming machines around the world
since 1983.
The 9-strand winch ropes are a special product that was developed in collaboration with
the engineers at the winch manufacturer
Plumettaz and are optimized for used with
capstan winches.
Training sessions provide information on the
correct handling of the ropes, visual inspections and the optimization of fatigue life. But
the ability to analyze rope damage in practical situations and derive protection measures from these situations is also integral
to these seminars.
PWtrac®
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Customer benefits
- high breaking forces (up to 119 kN)
- long fatigue life (up to ±10,000
passes)
- run times of up to 1,320 hours
- excellent winding characteristics
- compacted surfaces, which increase
both the friction and the breaking force
of the rope
Construction types
- 9-strand steel rope with diameters of
9 to 11 mm. Produced with suitable
hook upon request.
References
1 Kässbohrer, Germany
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2 Sochi, Russia
Numerous PistenBullys prepared the
pistes for the Olympic Winter Games
in Sochi. PWtrac® ropes were used
exclusively to ensure safety on
the steep slopes.
3 Saas Fee, Switzerland
This PistenBully was caught in an
avalanche. Its PWtrac® winch rope
prevented it from being swept further
down the slope.
TRUsplice® and splice kit
FATZER rope transport passengers and
materials safely and reliably when they are
properly transported, installed and spliced.
Once it arrives at its destination, the rope is
first pulled into place, which involves feeding it into the rope-guiding elements and
raising it to its final position. The tension
on the rope must be slackened for the final
splicing. The splice interlocks the two rope
ends, forming an endless loop, which is required for continuously circling cableways
(e.g. cable car systems, chairlifts). FATZER
has developed a proprietary splicing process
in which the original core remains in the center of the splice and the insertion ends are
wrapped with FATZER's pressure-resistant
splice tape.
TRUsplice® is a tailor-made insert that is
specially customized to cradle the strands
of the rope. This reduces strand contact to
a minimum and increases the fatigue life of
the rope.
TRUsplice®
FATZER splice tape
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Customer benefits
- reduces operating costs over the
fatigue life of the rope
- increases the fatigue life of the splice
- increased system availability
- reduced running noise emissions
- gentler coupling processes around the
splice
- possible to eliminate a casing patch
References
1 Melchsee-Frutt, Switzerland
The insertion ends of the previously
straightened strands are wrapped with
FATZER's special splice tape, which
prevents wire breaks and the diameter
of the strands to the size of the
removed core.
2 Grimentz-Zinal, Switzerland
A splicing bridge, which hangs from the
carrying ropes, had to be installed
here to complete the splicing work
3 Montjuïc, Barcelona, Spain
When splicing PERFORMA® ropes,
the plastic profiles cabled between the
strands are fused.
Transport logistics
FATZER provides consulting and services in
the areas of rope installation and servicing.
These include splicing work, rope cleaning
and inspection, and rope repairs. FATZER is
happy to provide expert help in the selection
of the ideal rope for your needs and are available to provide you with consultation around
rope transport.
Professional support during the RFP and
project phases is assured.
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Customer benefits
- overall planning, handling and
monitoring of transport processes
- special logistics solutions
- handling of all international customs
formalities
References
1 Grimentz-Zinal, Switzerland
Logistics solutions specially developed
for FATZER with two coupled flatbed
trucks and a bobbin configuration that
enables the ropes to be spooled from
one bobbin to the other at bridges and
embankments that are structurally
incapable of bearing the full load.
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2 Merida Pico Espejo, Venezuela
The transport of the total of around 600
tons of steel rope began with the
bobbins being transported by land to
the Rhine Harbor in Basel, and then to
Rotterdam for the Atlantic crossing
to Venezuela.
3 Wengenalp, Switzerland
The last few meters to the base station
had to be covered by rail for this
customer.
Product Consulting
and project support
Product consulting and project support
FATZER is your go-to reference for all questions related to ropes. Our years of experience and specialization in the manufacture
of cableway ropes make for a compelling, industry-specific knowledge base to optimize
our support for cableway system manufacturers and rope users alike.
We are happy to provide expert help, from
the selection of the ideal rope, to a suitable
rope transport, to service and maintenance
once operation has begun.
Choosing the right rope: Even in the systemplanning phase before a project begins, parameters that influence the choice of rope
are being decided. Whether it is a winter
mountain cableway intended for operation
during a three-month season or an urban
system that will operate 24/7 will have a decisive impact on the selection of rope. In the
past, the minimum breaking force was the
main factor in the selection of the rope construction; today, other characteristics such
as
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fatigue life of the rope
predictability of rope maintenance
and replacement
100% availability
costs beyond the planned rope and
system lifespan
financial planning
noise emission
after-sales service
play a more important role as the basis for
product decisions.
In addition to various long-lived products,
FATZER possesses pivotal tools for calculating the system-specific TCO (total cost
of ownership) over the planned fatigue life.
Required work on the splice and the rope
can be accounted for in the planning phase
so that costs and maintenance work can be
predicted. Extended guarantee and maintenance packages can be customized to the
customer‘s needs.
Use after type of ropeway
Haulage- and hoisting ropes:
STABILO®
COMPACTA®
OCTURA®
PERFORMA®
SPECIAL1
Cable Car
Chair lift
Funitel
2S / 3S3
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3
3
Ropeway with
endsocket3
Ropeway with
haulage rope as
sling3
Funicular railway
APM
Urban- and shuttle ropeways, in particular short ropeways,
with stop-off points and noise-sensitive environments
PP-core, copperweighted, with electrical conductor, with steel-core
Not available for Stabilo, OCTURA (from 2015), beyond a ø from 34mm
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With PP-core
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Seasonal ropeways (short operating times)
TRUSplice2
Worldwide presence
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05.2014.250
FATZER is one of the four successful divisions of
the BRUGG Group, which provides around 2,000
secure jobs in 54 companies in 16 countries.
Several installation and splicing teams on all continents allow us to be on site at our customers'
locations quickly.

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