Chain plate conveyor application calculation formula

Chain conveyor conveyor belts have different expansion widths and lengths at different temperatures. The higher the temperature, the longer the network length, the wider the width of the web, the lower the temperature, the shorter the width, and the narrower the width. When you design the conveyor, it is used. At high and low temperatures, be sure to calculate according to the following expansion parameters.

Chain plate conveyor chain application calculation formula expansion coefficient:

Chain conveyor conveyor belts have different expansion widths and lengths at different temperatures. The higher the temperature, the longer the network length, the wider the width of the web, the lower the temperature, the shorter the width, and the narrower the width. When you design the conveyor, it is used. At high and low temperatures, be sure to calculate according to the following expansion parameters.

△L=L×P×(T2-T1) expansion length △W=W×P×(T2-T1) expansion width

â–³L=conveyor belt expansion length

â–³W=conveyor belt expansion width

L = length of conveyor belt

W = conveyor belt width

T2 = conveyor belt operating temperature

T1 = conveyor belt ambient temperature

P = expansion coefficient (refer to the right)

Example: △W=W×P×(T2-T1)

Mesh belt width: 2414mm = 2.414m △ W = 2.4144 × 0.13 × (75-25)

Mesh belt length: 10 m = 15.69 mm width expansion calculation result

T2=+75°C Conclusion: Design a width of 14.49mm when designing the width

T1=+25°C

△L=P×(T2-T1)

△L=10×0.13×(75-25)

=65mm length expansion calculation result

Conclusion: The design loop length must be reserved for a length of 65mm.