GETM2.0H XIZI Gearless Traction Machine

Specifications:

Feature Specification
Speed Range 1.0–1.75 m/s
Load 450–800 kg
Power Range 2.9–8.9 kW
Weight 210KG
Ins. Class 155(F)
Start Up Time 180
 Brake Type 2×DZD2

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Features & Compatibility

GETM2.0H XIZI Gearless Traction Machine

XIZI GETM2.0H Traction Machine is designed to provide high-efficiency vertical transportation in residential buildings, commercial buildings, and high-rise buildings. This advanced traction system ensures smooth, reliable, and energy-efficient elevator operation for both new installations and system upgrades.

Elevator Traction Machine: Powering Smooth and Reliable Vertical Transportation

An elevator traction machine is the heart of any traction elevator system. It provides the mechanical power required to move the elevator car up and down the shaft, ensuring a smooth, safe, and efficient vertical transportation experience. Used widely in residential buildings, commercial complexes, and high-rise towers, this essential component plays a key role in determining the performance, ride comfort, and energy efficiency of an elevator.


Working Principle of Elevator Traction Machine

The traction machine operates on the principle of frictional traction between the hoist ropes and the traction sheave. The elevator motor, typically an electric motor, drives the sheave, which pulls the ropes connected to the elevator car and the counterweight. When the sheave rotates, the ropes move accordingly, causing the car to rise or descend. This mechanism eliminates the need for hydraulic pressure, making traction elevators ideal for taller buildings with heavy traffic.

Depending on the design and application, traction machines are categorized as geared and gearless types:

  • Geared Traction Machine: Equipped with a gearbox connecting the motor and traction sheave, this design offers a balance between cost and performance, suitable for mid-rise buildings.

  • Gearless Traction Machine: The motor directly drives the sheave without a gearbox, providing higher efficiency, reduced noise, and smoother operation, making it ideal for high-rise elevators.

Key Features:
  • High-Efficiency Performance: The XIZI GETM2.0H offers high-efficiency performance, reducing energy consumption while providing smooth, reliable vertical transportation in a wide range of buildings.

  • Energy-Saving Design: The machine is engineered with energy-efficient technology that minimizes power usage without compromising elevator speed and reliability. Ideal for commercial buildings and residential complexes seeking to reduce operating costs.

  • Quiet Operation: Designed for quiet performance, the XIZI GETM2.0H ensures a smooth and silent ride, improving the overall passenger experience.

  • Durability and Reliability: With robust construction, the XIZI GETM2.0H ensures long-term reliability, reducing maintenance requirements and increasing system uptime.

  • Wide Compatibility: Compatible with various elevator components and able to handle different weight capacities, the XIZI GETM2.0H is a versatile solution for residential, commercial, and high-rise buildings.

  • Compact Design: Its compact structure makes it ideal for spaces where installation flexibility and space-saving solutions are required.

The XIZI GETM2.0H Traction Machine is a perfect choice for building owners and operators looking to enhance the performance and efficiency of their elevator systems. Whether you are installing it in a residential building, commercial property, or a high-rise, this traction machine guarantees smooth, efficient operation that reduces energy consumption and ensures the longevity of your elevator system. A modern elevator traction machine includes several critical components that work together to ensure safe and efficient operationA modern elevator traction machine includes several critical components that work together to ensure safe and efficient operation.

  • Electric Motor: Converts electrical energy into mechanical motion to drive the traction sheave.

  • Traction Sheave: Provides frictional traction to move the elevator car via steel ropes.

  • Brake System: Ensures the elevator stops safely and holds the car in position when stationary.

  • Bearing and Shaft Assembly: Maintains smooth rotation and load balance.

  • Couplings and Encoder Units: Provide precise speed control and monitoring.

Advanced models also incorporate permanent magnet synchronous motors (PMSM), which enhance efficiency and minimize power consumption.

Applications:
  • Residential Buildings: Reliable and energy-efficient solution for homes and apartment complexes.

  • Commercial Buildings: Ideal for office buildings, shopping centers, and hotels requiring smooth vertical transportation for high traffic areas.

  • High-Rise Buildings: Designed to handle the heavy demands of high-rise elevators, ensuring smooth and fast rides.

Dimensions:

Technical Data:

Additional information

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