The FUJI JAPAN Gearless Motor is a premium-quality elevator drive system built with advanced Japanese engineering. Designed for smooth, quiet, and energy-efficient performance, this gearless traction machine delivers maximum reliability and comfort for both passenger and freight elevators etc.

With its compact structure, high torque output, and maintenance-free operation, the FUJI JAPAN gearless motor ensures precise control, low vibration, and long service life. It’s ideal for modern high-rise residential and commercial buildings, offering outstanding ride comfort and durability.

Key Features:

- Advanced Japanese gearless motor technology

- High efficiency and energy saving

- Smooth, noise-free elevator operation

- Compact, durable, and low-maintenance design

- Suitable for high-speed elevators

- Long service life with stable performance

- Actual weight- 308kg

Applications:

- Passenger Elevators

- Freight Elevators

- Commercial Buildings

- Hospitals and Hotels

- High-Rise Residential Projects

Fuji Japan Gearless Motor - Powering elevators with precision, efficiency and Japanese technology.

🔴Gearless Motor Fuji Japan

🔴 Available now:-

🔹Motor Gearless FUJI 4.1kw,630kg, 1m/s 

🔹Motor Gearless FUJI 5kw,800kg, 1m/s 

🔹Motor Gearless FUJI 6kw, 1000kg, 1m/s 

🔹Motor Gearless FUJI 6.2kw,630kg, 1.5m/s 

🔹Motor Gearless FUJI 7.8kw,800kg, 1.5m/s 

🔹Motor Gearless FUJI 10.5kw, 1600kg, 1m/s 

🔹Motor Gearless FUJI 16.3kw, 2500kg, 1m/s

Gearless Motors Fuji Japan are a special type of motor used in elevators that do not require gears to operate. Instead, they use a direct drive system that directly connects the motor to the elevator's traction sheave, which is a pulley system that moves the elevator car up and down.

Here is how a gearless motor in an elevator works:

1. The gearless motor is connected to the elevator's traction sheave, which is attached to the elevator car via steel cables.

2. When the elevator is called to a specific floor, the motor receives a signal from the elevator control system to start moving the elevator car.

3. The motor generates a magnetic field that interacts with the permanent magnets inside the motor, creating a rotational force.

4. This rotational force is transferred to the traction sheave, causing it to move and lift or lower the elevator car along the steel cables.

5. The gearless motor operates at a low speed but high torque, allowing for smooth and efficient operation of the elevator.

Overall, gearless motors in elevators offer several advantages, including a compact design, low energy consumption, and smooth operation. Additionally, they require less maintenance compared to geared motors, making them a popular choice for modern elevator systems.

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