Best quality bridge crane with CE certification

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Basic Info

Payment Type:	L/C or T/T

Product Description

Up to load: 600t

Designed with principle of fewer parts - fewer faults

Performance with reliability

Best return of the investment

A variety of components provides flexibility

Ergonomic design to ensure easy handling

Adjustment free and minimum maintenance

Compact design, low headroom

Optimize the work area and reduce construction costs

Serial production provides flexibility

Integral loading solution for industrial requirements

Features:

Flange-mounted machinery for a compact hoisting unit:
- To minimize space requirements and reduce supporting structures, flange-mounted motors and live axle enclosed transmissions are used throughout
- Fewer parts and a smaller structure reduces trolley weight
- Furthermore, maintenance is reduced and the need for a large supply of spares is avoided
- In the production of EW winches the design principle of fewer parts - fewer faults is carefully followed
Stepless speeds enhance safety:
- The latest vectorial speed control technology ensure close coordination between the drives and the operator
- Built-in safety features minimize both the risk of accidents and the possibility of winch abuse
Range of automation options:
- The EW open winch allows many other operating capabilities to be fully integrated into the process: optional hook leveling, synchronization, electronic anti-swing, or full automation under a material inventory or production control system
Smaller runway reduces construction costs:
- The small space requirement and the lightweight, durable construction of EW Winch lead to optimization of the work area to the users benefit
- Trolleys constructed with a four-wheel or six-wheel bogie system and true vertical lifting ensure load is evenly distributed along the crane girders
- Compared to any other type of hoisting trolley, the EW Winch enables a reduction in the structural requirements of rails, runway beams and columns, and in the overall height of the building
- Consequently, the EW Winch begins its own payback by reducing building construction costs
Auxiliary hoist:
- An auxiliary hoist can be provided by adding a special tow trolley
- The tow trolley is connected the main unit by pinned connections
- This arrangement ensures optimal hook approaches

Flange-mounted machinery for a compact hoisting unit:

To minimize space requirements and reduce supporting structures, flange-mounted motors and live axle enclosed transmissions are used throughout
Fewer parts and a smaller structure reduces trolley weight
Furthermore, maintenance is reduced and the need for a large supply of spares is avoided
In the production of EW winches the design principle of fewer parts - fewer faults is carefully followed

Stepless speeds enhance safety:

The latest vectorial speed control technology ensure close coordination between the drives and the operator
Built-in safety features minimize both the risk of accidents and the possibility of winch abuse

Range of automation options:

The EW open winch allows many other operating capabilities to be fully integrated into the process: optional hook leveling, synchronization, electronic anti-swing, or full automation under a material inventory or production control system

Smaller runway reduces construction costs:

The small space requirement and the lightweight, durable construction of EW Winch lead to optimization of the work area to the users benefit
Trolleys constructed with a four-wheel or six-wheel bogie system and true vertical lifting ensure load is evenly distributed along the crane girders
Compared to any other type of hoisting trolley, the EW Winch enables a reduction in the structural requirements of rails, runway beams and columns, and in the overall height of the building
Consequently, the EW Winch begins its own payback by reducing building construction costs

Auxiliary hoist:

An auxiliary hoist can be provided by adding a special tow trolley
The tow trolley is connected the main unit by pinned connections
This arrangement ensures optimal hook approaches

To minimize space requirements and reduce supporting structures, flange-mounted motors and live axle enclosed transmissions are used throughout

Fewer parts and a smaller structure reduces trolley weight

Furthermore, maintenance is reduced and the need for a large supply of spares is avoided

In the production of EW winches the design principle of fewer parts - fewer faults is carefully followed

The latest vectorial speed control technology ensure close coordination between the drives and the operator

Built-in safety features minimize both the risk of accidents and the possibility of winch abuse

The EW open winch allows many other operating capabilities to be fully integrated into the process: optional hook leveling, synchronization, electronic anti-swing, or full automation under a material inventory or production control system

The small space requirement and the lightweight, durable construction of EW Winch lead to optimization of the work area to the users benefit

Trolleys constructed with a four-wheel or six-wheel bogie system and true vertical lifting ensure load is evenly distributed along the crane girders

Compared to any other type of hoisting trolley, the EW Winch enables a reduction in the structural requirements of rails, runway beams and columns, and in the overall height of the building

Consequently, the EW Winch begins its own payback by reducing building construction costs

An auxiliary hoist can be provided by adding a special tow trolley

The tow trolley is connected the main unit by pinned connections

This arrangement ensures optimal hook approaches

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