Construction Hoist

High-speed Construction Hoist

                   
    

 

 SC High-speed Construction Hoist
  • Maximum Lifting Height: 450 m
  • Lifting Speed: 0–96 m/min
  • Rated Load Capacity: 1000-2000 Kg
  • Voltage: 380–500 V / 50-60 Hz
  • Application:Enhancing efficiency on new construction sites

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 SC Series Construction Hoist is a gear-rack driven vertical transportation solution, primarily designed for moving personnel and materials during high-rise building construction.
Featuring easy installation and dismantling, this hoist can be extended as the building height increases. Equipped with frequency conversion (inverter) intelligent control, the product offers three speed settings: low, medium, and high, allowing you to select the appropriate model based on the building's height.

It is available in both single-cage and double-cage configurations. A single-cage hoist can be easily converted into a double-cage model by adding another cage and related components.

                                 Speed 0-96m/min Construction Hoist parameters

ModelPayload
(kg)
Installed load                    (kg)Max height
(m)
Speed                   (m/ min)Motor Power
(kW)
Frequency converter power(kW)
SC100GS100010004500-962×18.555
SC200GS200020004500-963×2275
SC100/100GS2×10002×10004500-962×2×18.52×55
SC200/200GS2×20002×20004500-962×3×222×75
Cage Dimensions:
Recommended specifications (LxWxH) include:
3x1.3x2.2 m; 3x1.5x2.2 m; 3.2x1.5x2.5 m; 3.6x1.5x2.5 m; 3.8x1.5x2.5 m; 4x1.5x2.5 m; 4.2x1.5x2.5 m.
Custom cage sizes can be manufactured according to customer requirements. Cage colors are subject to the product sample book.
Note: Models marked with "GS" are equipped with SEW motor-reducers.

Special Power Requirements: Please declare any special requirements regarding the power supply at the time of ordering.
Customization: The size of the hoist cage and the length of the tie-in brackets can be customized according to the user's requirements.
Height Extension: The installation height can be increased based on the user's requirements.