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Classification and purpose of aerial work platforms

2025-01-22

According to their working methods, the aerial work platform products are divided into curved boom type aerial work platforms, scissor type aerial work platforms, mast type aerial work platforms. The aerial work platform is a replacement product of the small hydraulic lift (lifting platform) and the scissor lift (lifting platform).

 

latest company case about Classification and purpose of aerial work platforms  0

Users can choose the power mode and configuration according to their own usage range:

  1. The power system includes battery DC power supply, single-phase or three-phase power supply, and diesel engine.
  2. Walking: assisted self-propelled, two wheeled traction, self-propelled.
  3. Support legs: mechanical support legs, hydraulic support legs, ordinary hand cranked support legs, and pull-out support legs.
  4. Control System: Explosion proof Electronic Control System, Remote Control System, PIC Control System.
  5. Hydraulic pump station: domestic lifting platform dedicated pump station, Italian imported pump station.
  6. External protective devices: accordion cover type, mesh type, iron plate sealed type.

The high-altitude work platform can be widely used for decoration and renovation of stations, docks, airports, hotels, postal and telecommunications, municipal gardens, grain depots, cleaning companies, public building facades, or installation and maintenance of power systems, etc. The lift has the advantages of light weight, self-propelled operation, electric starting, self-supporting legs, simple operation, large working surface, especially the ability to cross obstacles for high-altitude operations. The high-altitude work platform mainly achieves the function of lifting and lowering through the pressure transmission of hydraulic oil. Its scissor mechanical structure provides high stability for the lifting of the elevator. The wide work platform and high load-bearing capacity make the high-altitude work range larger and suitable for multiple people to work at the same time. It makes high-altitude operations more efficient and safer.