Stainless steel reducer‘s arc length calculation method for:
For example: stainless steel concentric reducer, a big head radius for R1, capitulum radius R2, high for H,
The three data on the sheet metal drawing is known.
For the convenience of calculation, a big circular arc radius for RD, an Angle for alpha, small head of the radius of the circular arc for RX, (R1, R2) = Δ (R), L size for the length of the lateral projection.
(RD – RX) = L = [(H) ^ 2 + (Δ R ^ 2) ^ (0.5)
RD = (R1 * L) present Δ (R),
RX = (R2 * L) present Δ (R),
An Angle for alpha = [180 x (Δ R)] present (L (PI), unit is degree.
Infidelity reducer according to sheet metal drawing.
Tuesday, January 4, 2022
Arc length calculation method of the stainless steel reducer
Related Posts:
How the sealing effect of carbon steel flange By wilsonpipeline.comCarbon steel flange, the body is made of carbon steel flange or end flanged fittings. Contains carbon steel material of flange, known as the carbon st… Read More
Flange stamping process characteristicsStamping by press and mold for sheet, strip, tube and profiles, such as external force, to produce plastic deformation or separation, to obtain the re… Read More
The use of the high pressure flange requirements By wilsonpipeline.comHigh pressure flange is used very widely, but its quality requirements are very high, traditional high pressure flange: is the seal (oval gasket, octa… Read More
What are the characteristics of stainless steel pipes and stainless steel flangesStainless steel flange is a kind of disc parts, in the pipeline engineering is the most common, stainless steel flanges are used in pairs.In the pipel… Read More
Seven steps of stainless steel flanges derustingStainless steel, an alloy of iron that contains ten percent chromium, is a very resilient material used in a wide range of household and industrial pr… Read More
Standard Reference for Seamless Steel Pipe
1. Seamless steel tube for structure (GB / T8162-1999) is a seamless steel pipe for general structure and mechanical structure. 2. Seamles...

0 comments:
Post a Comment