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Skateboard Line: Lifting Skateboards, Support Skateboards

The large skateboard conveyor line system contains a variety of structures, including large skateboards, transport rails, drive structures, slewing systems, lifting systems (elevators and lifting platforms), track locking, skateboard inspection tools, maintenance trolleys, etc. 

    Parameter Description

    serial number name (of a thing) unit (of measure) parameters
    1 Center distance between head and tail of line body mm 30000-300000
    2 Process speed m/min 2.9~30m/min
    3 Mode of operation   continuous operation
    4 Distance between workstations mm 2000-5900
    5 Effective workstation Pcs 66
    6 Skateboard Size mm 5900x3000x250
    7 Elevation of the top of the skateboard mm ±0.00
    8 Individual adapter beats S ≤51

    Product Description

    The structure of the large skateboard conveyor line is very adaptable and the cost is lower than conveyor lines with similar functions. Therefore, many automobile assembly workshops currently use the large skateboard conveyor system, which has gradually become a mainstream equipment in the field of automobile production. The design quality of the large skateboard conveyor line determines the performance of the conveyor line, including conveying speed, load capacity, etc., which are all important parameters to consider. It is necessary to determine the operation capacity of the large skateboard conveyor line based on workshop production performance and minimize damage to the large skateboard conveyor line. probability and improve construction safety. This is also the most basic requirement for the design of large skateboard conveyor lines.
    The large skateboard conveyor line system contains a variety of structures, including large skateboards, transport rails, drive structures, slewing systems, lifting systems (elevators and lifting platforms), track locking, skateboard inspection tools, maintenance trolleys, etc. [Large skateboard conveyor In the design of the line system, the design plan must be input first. The computer software calculates the main line conveying speed, selects the head-to-tail double line transfer form according to the speed, calculates the length of the fast drive section, matches the number of drive motors, and checks the automatic drive motor, fast drive motor, Selection and verification of lift motors, rotary table motors, and scissor lift table motors, determining the workstation of each equipment, determining the number of transition plates, selecting the appropriate conveyor line length and track spacing, selecting track models, and calculating skateboards Check the strength of the roller shaft and check it to make sure that the strength of the elevator belt and column can meet the standards.

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