Hydraulic Elevators

Hydraulic elevators provide ideal solutions for applications requiring smooth, safe and controlled movement, operating with a hydraulic pump unit.

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General Overview

Smooth, safe and flexible movement solutions in hydraulic elevators

Hydraulic elevators are an ideal elevator solution for applications that require smooth and safe movement, where the drive capability is provided by a hydraulic pump unit. The operating principle of these systems is based on converting fluid pressure into motion energy.

Hydraulic elevators stand out with their performance, design flexibility and safe operation advantages. The appropriate system configuration is created by designing according to carrying capacity, building height and building function.

Hydraulic Elevator Technology It offers flexible solutions for different structures with smooth movement, safe use and project-specific system design.

Key Advantages

The standout advantages of hydraulic elevators

Hydraulic elevators offer many advantages in terms of both performance and design flexibility; they can be implemented efficiently according to building needs.

Machine Room Flexibility

It adapts to architectural planning by offering more flexible placement options according to project needs.

Lower Costs

Under suitable project conditions, it optimizes costs by providing economical installation and operating advantages.

Fast, Smooth and Quiet Movement

Thanks to its controlled movement structure, it offers a comfortable, balanced and quiet user experience.

Energy Efficiency and Suitability for Large Capacities

It can provide energy efficiency and may be preferred as an effective solution for larger-capacity elevator needs.

System Selection

The right system selection in hydraulic elevators determines application efficiency

The selection of the most suitable hydraulic elevator is evaluated according to carrying capacity, building height, intended use and the method of moving the cabin.

Carrying Capacity and Building Height

System design is determined according to the height of the building and the required carrying capacity.

Direct-Acting System

It is one of the main systems evaluated according to how the cabin is moved and is preferred in suitable projects.

Indirect-Acting System

It is another main system used depending on the type of hydraulic elevator and is examined according to project requirements.

Application Criteria

Structure and usage purpose are evaluated together in hydraulic elevator design

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Design According to Building Function The appropriate system is selected according to the intended use of the building, human traffic and transportation needs.

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Design Flexibility It offers flexible planning opportunities according to different architectural structures and application conditions.

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Project-Specific System Configuration The most suitable hydraulic solution is determined by evaluating direct- and indirect-acting options.

Summary Information

Summary information on hydraulic elevators

Drive capability is provided by a hydraulic pump unit.
Its operating principle is based on converting fluid pressure into motion energy.
It offers ideal solutions for applications requiring smooth, safe and quiet movement.
It can provide machine room flexibility, cost advantages and energy savings.
It is one of the suitable systems for larger-capacity elevators.
System selection is examined under two main structures: direct-acting and indirect-acting.