Product 1
Product 1

OTIS DAA20220DE Traction Motor

Model: DAA20220DE

Specifications:

Rated payload: 550kg-1050kg
Rated speed: 1.0m/s-2.5m/s
Protection Class: IP41
Insulation Class: F
Number of motor poles: 32
Maximum axial load: 3,000 kg
Recommended lifting height: 100 meters
Brake current: 1.12 A (20°C)
Braking force (dual arms): 1,560 Nm to 2,500 Nm
Operating mode: S5 40%

Catalog Send Inquiry

Product Details


OTIS DAA20220DE Traction Motor

 

OTIS DAA20220DE, part of the NEOTEK 60 series, is a high-performance traction machine engineered to provide the core motive force for elevator systems in a wide range of buildings. This robust motor is designed for reliability and efficiency, making it a premier choice for mid to high-rise applications where consistent performance is critical. Its primary function is to drive the elevator hoist mechanism, ensuring the smooth, safe, and precise vertical transportation of people and goods.

Engineered for versatility, this traction machine supports a rated payload from 550kg to 1050kg, accommodating the needs of both busy commercial buildings and spacious residential buildings. With a rated speed range of 1.0m/s to 2.5m/s, it balances quick transit times with passenger comfort. The heart of this system lies in its sophisticated design, featuring 32 motor poles. This high pole count contributes to exceptionally smooth starting and stopping, minimizing jerk and providing a superior ride quality for passengers inside the elevator car.

Durability and protection are paramount. The motor boasts a Protection Class of IP41, safeguarding its internal elevator components against the ingress of solid objects larger than 1mm and providing drip-proof water protection. This ensures long-term operation in the demanding environment of an elevator machine room. Furthermore, with an Insulation Class of F, the motor's windings are built to withstand higher operating temperatures, enhancing its longevity and reliability under continuous use.

A key strength of the DAA20220DE model is its impressive mechanical capacity. It can handle a maximum axial load of 3,000 kg, a testament to its rugged construction and its ability to manage the significant forces present in traction elevator systems. It is recommended for a lifting height of up to 100 meters, making it perfectly suited for a variety of high-rise buildings. The fail-safe braking system is equally robust, featuring a dual-arm brake delivering a braking force between 1,560 Nm and 2,500 Nm, with a brake current of 1.12 A (at 20°C).

This OTIS traction motor operates on an S5 40% duty cycle, meaning it is designed for intermittent periodic use, which is standard for elevator operation. This includes sequences of starting, running at constant load, electric braking, and rest. This optimized operating mode directly contributes to managing the system's overall energy consumption, making it an efficient solution for modern buildings focused on sustainability. In summary, the OTIS NEOTEK 60 DAA20220DE traction machine is a cornerstone of reliable, efficient, and smooth elevator operation.

 

Drawings & Technical Data:

drawings & technical data

Q/A: Elevator Industry Insights

What is the primary application for the OTIS DAA20220DE (NEOTEK 60) traction motor? +
The primary application of this motor is to drive traction elevator systems. It is engineered for use in both commercial and residential buildings, particularly those classified as mid to high-rise, requiring a reliable machine for daily vertical transportation.
How does the Insulation Class F benefit the motor's performance? +
Insulation Class F means the motor's windings can endure higher temperatures without degrading. This allows the motor to handle heavier loads and more frequent starts over a longer lifespan, reducing the risk of insulation failure and increasing overall reliability.
What does the "S5 40%" operating mode mean for my elevator's operation? +
The S5 40% designation indicates a specific duty cycle. It means the motor is designed to operate in a sequence of starting, running at full load, electric braking, and then resting. The "40%" means the rest period is 40% of the total cycle time. This is ideal for elevators, which run in short, intense bursts rather than continuously.
Can this motor be used for a lift that needs to travel higher than 100 meters? +
While the motor is officially recommended for lifting heights up to 100 meters, its suitability for greater heights depends on the entire elevator system's design, including the counterweight, rope configuration, and control system. Consulting with an OTIS engineer is essential for applications exceeding this recommended height.
How does the high number of motor poles (32) impact the elevator ride? +
A higher number of poles allows for more precise control of the motor's rotation. This results in incredibly smooth acceleration and deceleration, significantly reducing jerk and vibration. Passengers experience a more comfortable and quiet ride from the moment the elevator car starts moving until it comes to a stop.
Is this traction machine designed for energy efficiency? +
Yes, modern OTIS traction machines, including the NEOTEK 60 series, are designed with efficiency in mind. Features like the optimized S5 duty cycle and advanced electromagnetic design help manage energy consumption effectively, contributing to lower operating costs for the building.

Related Products


Send Inquiry


×