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Special Features

Sale, technique and after sales service in one house
Development, construction, fabrication and test run in one house
Flexible crane concept by using well-proven components
Reliable cranes, even in three-shift operation
High-quality, tailor-made solutions

Standardized Solutions
High number of use of the individual construction kits
Complicated special cranes built of
Construction-kit components

Winch

Execution with planetary gear Drum diameter of 200 mm up to 1300 mm
All kinds of rope-geometry-variants
Very clear assembly of the individual
Components like motor, gearing, rope-drum and limit switch
Gear types up to a 50 – 100 t-crane all the time in stock.
Redundant hoist drive for a teeming crane->
Corresponds with the EN 14292 T2

Easiest maintenance possibility
Sturdy construction
Long lifetime
Separated and free accessible arrangement

Planetary gear

This gears you can assemble modularly

This planetary gear is composed out of several individual steps to a complete gearing.
The individual steps exist in different conversions, so that you can achieve with the standard product a huge variety of conversions

Planetary gear

V = Load x Speed of the hoist
Little load -> high speed
Big load -> lower speed
Advantages:
Smaller initial costs at same average speed
Smaller connection power

Wheel bearing

Running wheels of 125 – 630 mm
Direct wheels with taper clamping system
Very easy de- and mounting
Our bearing dimension in most cases larger than DIN 15090

Wheel bearing for Heavy Duty

Dimensioning of the bearing durability up to 25000h (e.g. for Pouring cranes)
Wheels of 42CrMo4 or 34CrNiMo5 with surface hardening
Bearings to re-grease possible

Example for calculation a Wheel bearing

Detailed calculation of all wheel bearing variants
Include the speed, wheel load, storage life, rail head width
Full load life span hours of 320 -12500 h standardises.
Over it computation always relating to orders takes place

Guiding rolls

Guiding rolls of 110 – 315 mm for higher loads tandem-guiding rolls
Material of CK60 or 42CrMo4 with surface hardening
Bearings to regrease possible

Controlling to Kat 2

Crane and trolley drive via safety – SPS
Using one analog and one digital sensor for each moving direction
(redundant and diversity function of the limit switch)
Conventional range 10 m
Reporting of
– speed
– gear of the reduction ramp

Controlling to Kat 3

Crane and trolley drive via safety – SPS
Using two analog sensor for each moving direction
Conventional range 10 m
Controlling of
– speed
– redundant function of the limit switch
– gear of the reduction ramp

Controlling to Kat 3

Crane and trolley drive via safety – SPS
Using two analog sensor for each moving direction
Conventional range 10 m
Controlling of
– speed
– redundant function of the limit switch
– gear of the reduction ramp

Controlling to Kat 3

Hoist
Via safety – SPS
Using two encoder
+ mounting two limit switches with not less than 3 contact points
Reporting of
– encoder
– contacts of switch limits

Main girder with crewed joint

Necessary approx. 30m bridge girder length
Construction as HV- screw connections
Least notch effect
Qualified for al type of cranes
Also using for indoor and outdoor cranes

Cabin with controlling on the chair

Your partner already during the stage of planning

Technique and sale in one house
Development, construction, manufacture and test run is on one place and one house.
No standard cranes
Flexible crane concept, use of verified components

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