Elevator Upper Traction Machine

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MOQ : 1 Set

Elevator Upper Traction Machine Specification

Door Opening Size
700 mm to 1100 mm

Inclination
0°

Hoist Way Size
Customizable as per shaft

Overhead Height
4200 mm minimum

Load Capacity
400 kg to 2000 kg

Machine Room Size
Compact / MR or MRL

Type
Upper Traction Machine

Usage
Passenger and Freight Elevators

Car Dimension
Customizable

Voltage
380V / 220V

Noise Level
< 60 dB

Pit Depth
1500 mm minimum

Material
Cast Iron and Steel

Drive Type
Gearless Traction

Power Supply
3-phase, 50Hz/60Hz

Speed
1.0 m/s to 2.5 m/s

Max. Lifting Height
60 m

Max. Lifting Weight
2000 kg

Mechanism Type
Electric Traction

Working Temperature
-10°C to 40°C

Control Device
VVVF (Variable Voltage Variable Frequency)

Safety Device
Overload Protection, Emergency Brake

Capacity
400 kg to 2000 kg

Elevator Upper Traction Machine Trade Information

Minimum Order Quantity
1 Set

Supply Ability
50 Sets Per Month

Delivery Time
1 Week

About Elevator Upper Traction Machine

Reliable to use, and assured for occurrence of no problem for a long time, this Elevator Upper Traction Machine, is a trustworthy machine to install for using. It is attached to a lift cabin, and it has various speed modes, which confirms to easy usability of this machine. The overall engineering of this Elevator Upper Traction Machine is done using the finest grade parts, and installs, which confirms to its reliability at uses. It is a flawless machine, which is developed in conformance to all the norms regulated by international authorities.

Versatile Performance for Diverse Buildings

This traction machine is engineered for both passenger and freight applications, meeting the dynamic needs of residential complexes, commercial towers, and hospitals. Its adaptability in capacity, speed, and control makes it suitable for elevator systems serving between 2 and 25 floors. The machine supports advanced control devices for smooth, energy-efficient, and safe vertical transport.

Superior Safety and Reliability

Equipped with overload protection and an electromagnetic emergency brake, this machine ensures passenger and cargo safety at all times. The gearless traction drive, robust materials, and grease/oil lubrication contribute to a service life of over 20 years, withstanding challenging environments up to 90% humidity and temperatures from -10C to 40C.

FAQs of Elevator Upper Traction Machine:

Q: How is the Elevator Upper Traction Machine installed in a building?

A: The machine is installed using an overhead or upper mount configuration, requiring a minimum overhead height of 4200 mm and a pit depth of at least 1500 mm. Installation is adaptable to both machine room (MR) and machine room-less (MRL) setups, making it suitable for various building layouts and shaft dimensions.

Q: What are the main benefits of using a gearless traction drive in this machine?

A: A gearless traction drive offers high energy efficiency, reduced noise levels (below 60 dB), lower maintenance requirements, and smoother ride quality. These benefits make it ideal for modern elevator systems in environments prioritizing comfort and operational reliability.

Q: When should the lubricant (grease/oil) be changed in the traction machine?

A: The maintenance interval for lubrication depends on usage intensity, but it is generally recommended to check and replace lubricant as per the manufacturers guidelines or during scheduled annual maintenance. Regular lubrication ensures smooth operation and extends the machines lifespan.

Q: Where can this elevator traction machine be deployed?

A: This traction machine is ideal for installation in residential, commercial, and hospital buildings. It suits both passenger and freight elevator applications and can be customized for various car sizes, hoistway requirements, and lifting capacities.

Q: What process is involved in ensuring passenger safety with this machine?

A: Passenger safety is ensured through integrated safety devices, including electromagnetic brakes for emergency stops and overload protection systems. The microprocessor-based control panel continuously monitors operations, instantly activating protective mechanisms when needed.

Q: How does the VVVF control system enhance the elevators performance?

A: The Variable Voltage Variable Frequency (VVVF) drive allows precise control of motor speed and torque, resulting in smoother acceleration and deceleration, reduced energy consumption, and enhanced ride comfort. It also minimizes wear on mechanical components, boosting machine durability.

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