GN6000 series-Technical data
- Cylinder Specifications
- Standard Type
[unit : mm]
- Stopper Cylinder Selection
1. Using Graph of the Allowable Damper Capacity, Find The Diameter of Stopper Cylinder.
2. Using Following Equation, Find The Lateral Force. Lateral Force=Weight * Friction Coefficient.
3. Using Graph of The Allowable Lateral Load, Find The Diameter of The Stopper Cylinder Under Rated Air Pressure.
4. From Step 1 and 3, Select Bigger Diameter of Stopper Cylinder.
- Example for Model Selection
Let's use following data in this example.
- Velocity of pallet : 15m/min
- Weight(pallet+product) : 200kg
- CAir pressure : 5kgf/§²
- Friction coefficient : 0.1
- Using graph of the allowable damper capacity, find the diameter at the intersection of the weight and the velocity. D1 - ¨ª50H
- Find the lateral force. lateral force-weight x friction coefficient = 20kgf
- Using graph og the allowable lateral load, find the diameter at the intersection of the lateral force and the air pressure. D2 - ¨ª32
- From step 1 and 3, select bigger diameter. Therefore, selected model is GN-6054B-50H*30
YSN6046B series-Technical data
- Common Specifications
- STD Piping Diagram
- Operation
- Damper Capacity
- Lateral Load
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