plunger spring summary

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Breeze 0.827 Installed Compressed Length, L_1 = 0.587 Working Compressed Length, L_2 = 0.488 Nom. wire diameter, d or thickness, t = 0.012 Outer diameter, O.D. = 0.118 Number of total coils is = 20.000 Number of active coils is = 18.000 The inside diameter, I.D. = 0.094 Solid Height, L_solid = 0.248 0.240 0.339 0.098 Spring Constant, K = 1.294 Load @ L_1 = 0.311 Load @ L_2 = 0.438 Load @ Solid Height, P_solid = 0.749 Stress @ L_1, S_min = 59324.802 Stress @ L_2, S_max = 83638.245 Stress range, S_r = 12156.722 Estimated fatigue life, N = 195689794.075 Stress at Solid height = 142963.047 Spring cons Load at Installed length Load at working length Stress at L1 is highe Stress at L2 is high Overall Free Length, L_0 = Deflection @ L_1, d_1= Deflection @ L_2, d_2= Working deflection, dw =

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Breeze ACQ2Overall Free Length, L_0 =0.8271.0510.620(inches)Installed Compressed Length, L_1 =0.5870.9130.589(inches)Working Compressed Length, L_2 =0.4880.8150.541(inches)Nom. wire diameter, d or thickness, t =0.0120.0160.020(inches)Outer diameter, O.D. =0.1180.1180.120(inches)Number of total coils is =20.00037.70017.500(dmls)Number of active coils is =18.00035.70015.500(dmls)The inside diameter, I.D. =0.0940.0870.080(inches)Solid Height, L_solid =0.2480.6090.345(inches)Deflection @ L_1, d_1=0.2400.1380.031(inches)Deflection @ L_2, d_2=0.3390.2360.079(inches)Working deflection, dw =0.0980.0980.047(inches)Spring Constant, K =1.2942.30914.839(lbf / in)Load @ L_1 =0.3110.3180.467(lbf)Load @ L_2 =0.4380.5451.168(lbf)Load @ Solid Height, P_solid =0.7491.0204.081(lbf)Stress @ L_1, S_min =59324.80226140.37119495.733(lbf / in2)Stress @ L_2, S_max =83638.24544812.06448739.332(lbf / in2)Stress range, S_r =12156.7229335.84714621.799(lbf / in2)Estimated fatigue life, N =195689794.0759263232920.264878748649578.818Stress at Solid height = 142963.04783798.560170222.116(lbf / in2)

Spring constant is lower than Q2 and ACLoad at Installed length is lower than lowest load by25%0.2450399389Load at working length is lower than lowest load by1%0.0099285959Stress at L1 is higher than the highest stress by126.00%1.2694705619Stress at L2 is higher than the lowest stress by86.60%0.8664225113Estimated fatigue life 195689794.075

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