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Torin ERSC Traction Motor | TORIN Traction Machine for Villa lift

Model: ERSC

Specifications:

Feature Specification
Speed Range 1.00–1.75 m/s
Load 320–630 kg
Power Range 2.1–7 kW
Weight 140KG
Pole 20
IP Code IP41
 Brake Type DC110V1.9A

 

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Product Details


TORIN Traction Machine for Villa lift | Torin ERSC Traction Motor

Torin ERSC traction motor stands as a premier choice for powering home and villa lifts, representing a pinnacle of efficiency and reliability in residential vertical transportation. This gearless permanent magnet synchronous machine (PMSM) is engineered specifically to meet the demands of low-rise to mid-rise buildings, providing a perfect blend of smooth operation, minimal noise, and exceptional energy savings. Unlike traditional systems found in larger commercial buildings, the ERSC model is compactly designed for the space-conscious needs of private residences without compromising on power or performance.

At the core of any elevator system are its critical elevator components, and the traction machine is undoubtedly the most vital. The ERSC motor directly drives the sheave that moves the elevator car, ensuring a remarkably quiet and jerk-free ride for homeowners. This is achieved through advanced electromagnetic technology that eliminates the need for bulky gearboxes, reducing mechanical complexity, maintenance needs, and energy consumption significantly. For a residential building or villa, this translates to lower operating costs and a more peaceful living environment.

 

Dimensions:

Torin ERSC  model dimensions

When specifying an elevator for a home, weight capacity and spatial constraints are primary concerns. The Torin ERSC motor is designed to handle standard residential weight capacities with ease, efficiently transporting people and goods between floors. Its compact design allows for integration into a variety of hoistway layouts, making it a versatile solution for both new installations and modernization projects. Furthermore, its high efficiency directly contributes to reduced energy consumption, a key consideration for environmentally conscious homeowners looking to minimize their carbon footprint and electricity bills.

In summary, the Torin ERSC model is more than just a motor; it is the driving force behind a superior home lift experience. It incorporates the reliability required for safe vertical transportation and the sophisticated technology desired for modern, connected homes. By choosing the ERSC for your villa lift project, you are selecting a component built for durability, efficiency, and unparalleled smoothness.

Key Features of the Torin ERSC Traction Motor:

  • Gearless PMSM Design: For smoother operation, higher efficiency, and less maintenance compared to geared motors.

  • Low Noise Emission: Ideal for home and villa settings where quiet operation is essential.

  • High Efficiency: Dramatically reduces energy consumption, aligning with green building principles.

  • Compact Structure: Saves space in the hoistway, perfect for residential buildings with spatial limitations.

  • Reliable Performance: Ensures safe and consistent vertical transportation of people with a robust design.

  • Suitable for Residential Use: Engineered specifically for the load and duty cycles of home elevators and villa lifts.

 

Techical data:

Torin ERSC traction motor technical data


4. Q/A: Question and Answer about the Elevator Industry

Q: What is the main advantage of a gearless traction motor (like the Torin ERSC) over a traditional geared motor for a home elevator?

A: The main advantage is a combination of superior efficiency, smoother ride quality, and reduced maintenance. Gearless motors, such as the Torin ERSC, use a permanent magnet synchronous motor that directly drives the sheave. This eliminates the friction, heat, and energy losses associated with a gearbox. The result is significantly lower energy consumption—often by 40-50% compared to geared systems—which is a major benefit for a residential application where the elevator may not run continuously. Furthermore, the absence of gears means there is no need for gear oil changes and less mechanical wear, leading to lower long-term maintenance costs and a quieter, more comfortable ride for the homeowner.

 
 
 
 

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