ISO 8124-1 Toys Scooter Steering Tubes Strength Tester

Short Description:

This tester is suitable for the test of the strength of the toy scooter.


  • Min.Order Quantity: 1 unit
  • Price: Negotiable
  • Package : Plywood Case
  • Model: SL-ST619
  • Standard: ISO 8124-1
  • Product Detail

    Product Tags

    ISO 8124-1 Touching Screen Toys Scooter Steering Tubes Strength Tester

    Product introduction of the Toys Scooter Steering Tubes Strength Tester

    This tester is suitable for the test of the strength of the toy scooter. In the normal use of the toy scooter, the vertical tube is fixed vertically on the machine platform, and the strength performance after 5 minutes of vertical load is applied by the loading handle.

    Product parameters of the Toys Scooter Steering Tubes Strength Tester

     Sample  Toy scooter
     Number of samples  1 set / time
     Loading method  cylinder loading
     Loading weight  25kg+/-0.2kg,50kg+/-0.5kg,100kg+/-1kg
     Control mode  Touching screen control
     Force Gauge capacity  2000N
     Up and down stroke adjustment  100mm-600mm Adjustable
     Left and right adjustment range  500mm-1200mm Adjustable
     Force measurement accuracy  +/-1%
     Dimension  90×90×172
     Weight (about)  170kg
     Gas source  7kgf/cm^2 Stable air source
     Power supply  1∮ AC 220V 50Hz 5A

    Product Feature and Application of the Toys Scooter Steering Tubes Strength Tester

    Principle

    Impedance test for downward pressure: For the toy scooter handle, the vertical load of the loading jig was applied and held for 5 min and then unloaded to evaluate the strength performance of the standpipe.

    Impedance test for upward lift force: The strength performance of the standpipe is evaluated by applying a vertical pull force to the toy scooter handle through a rope clamp and holding it for 5 minutes.

    Product Details of the Product Details of the

    Toys Scooter Steering Tubes Strength Tester apply to test the strength of toy scooter steering tubes,including resistance to downward forces and resistance to upward forces.

     


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