Betriebs- & Wartungsanleitung
TS. 02.06.2020
Technik
Seite 9 von 26
©Copyright by Habegger Maschinenfabrik AG
Version 04 / 02.06.2020
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The use of third party spare parts, if these are not designed and manufactured according to the loading or
safety requirements.
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We recommend that you only use HABEGGER spare parts.
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use of a lever pipe not intended for use with the manual rope hoist type
We fully refuse to pay any damages or assume liability for damages resulting from the use of unsuitable ropes or ropes not
approved by us.
2.5
Behavior in an emergency situation
Before starting work, always inform yourself whether and where there is a mobile phone network or where a traditional tele-
phone is available. Check the availability of a first-aid box.
2.6
Product specific hazards
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The rope can get hot during lowering
2.7
Preparation
2.7.1
Location
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When working, always make sure the device is on solid ground and the area is secured.
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You need enough room to move. Make sure you have enough space to stand.
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Never stand on ladders.
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If the location is unsuitable, use a deflector and choose a better location.
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When installing the machine take care that no external hazards can act on the rope pulling machine, the
traction rope, the load and the operator personnel. (e.g. falling objects, passing vehicles, electrical over-
head lines, and so on)
2.7.2
Anchoring
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Fixate the device to the anchoring bolts with sufficiently strong straps or slings.
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Do not use damaged wire rope straps or textile anchoring loops.
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Rope coupling and safety catches must not be able to autonomously release when the rope is loose.
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The machine must be able to adjust freely in the pulling direction of the rope. Otherwise there is a risk
of the housing breaking!
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Never support the hoist device on the rope guiding sleeve or the casing.
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When using the device at the same place for a longer period: Check the anchors regularly!
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The anchor point must withstand the expected tensile force (check in advance, if needed).
2.7.3
Load
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The efficiency of deflection devices must be considered when designing the system.
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The pulling force must not be greater than the rated pulling force of the machine.
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The inherent stability of the load must be guaranteed, to prevent sliding off or tipping during the work.
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Pay attention to obstacles, which could cause the load to tip or become stuck.
