General Catalog - NB - #20

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LINEAR SYSTEM 36.9iNj 22.2iNj 2000.2 2 Pra140.5 Psa11.5 Pra2194.8 Psa21.5 Pra325.8 Psa31.5 Pra4180.1 Psa41.5 Pr136.8 Ps10 Pr2198.6 Ps20 Pr322.1 Ps30 Pr4183.9 Ps40 Prd133.0 Psd11.5 Prd2202.3 Psd21.5 Prd318.3 Psd31.5 Prd4187.6 Psd41.5 j 2000.2 2 Eng-21 Eng-22 qdecelerationr Frd1 Frd1 vertical direction Block 1 mEg 4 - Md1 2ELunit { Md3 2ELrail Fsd1 Fsd1 horizontal direction Md2 2ELunit Frd2 Frd2 vertical direction Block 2 mEg 4 { Md1 2ELunit { Md3 2ELrail Fsd2 Fsd2| horizontal direction Md2 2ELunit - Frd4 Frd4 vertical direction Block 4 mEg 4 { Md1 2ELunit - Md3 2ELrail Fsd4 Fsd4| horizontal direction Md2 2ELunit - Frd3 Frd3 vertical direction Block 3 mEg 4 - Md1 2ELunit - Md3 2ELrail Fsd3 Fsd3 horizontal direction Md2 2ELunit BCalculating Equivalent Load Pr in the vertical direction and Ps in the horizontal direction are calculated by the following equations. PrFr PskEFs k=1 for SGL guide Table 1-26 block 1 block 2 block 3 block 4 acceleration constant deceleration Equation for Dynamic Equivalent Load PPr{Ps Pa1=Pra1{Psa1=40.5+1.5=42.0iNj calculating in the same manner Table 1-27 block 1 block 2 block 3 block 4 acceleration Pa142.0 Pa2196.3 Pa327.3 Pa4181.6 constant P136.8 P2198.6 P322.1 P4183.9 deceleration Pd134.5 Pd2203.8 Pd319.8 Pd4189.1 Calculating Average Equivalent Load Pm 1 Ls 3 iPa3 Vmaxt1 2 j{iP3Vmax~t2j{iPd3Vmaxt3 2 j Pm1 1 700 3 i42.03 2000.2 2 j{i36.83~200~3.3j{i34.53 j 2000.2 Pm2 2 1 700 3 i196.33 2000.2 2 j{i198.63~200~3.3j{i203.83 198.7iNj j 2000.2 Pm3 2 1 700 3 i27.33 2000.2 2 j{i22. 13~200~3.3j{i19.83 2000.2 j{i183.93~200~3.3j{i189.13 184.i0 Nj 2 ~i181.63 3 1 Pm4 700 j CCalculating Rated Life Decide each coefficient Ehardness coefficient@fH=1 for hardness of guide is 58HRC or more Etemperature coefficient@fT=1 operating temperature is below 100 (80 is maximum for SGL guide) Econtact coefficient@fC=1 for blocks are not in close contact Eapplied load coefficient@fW=1.5 for Vmax=200mm/s Calculating Rated Life @Selecting Block 2 that carries the maximum dynamic equivalent load Lh L103 2Sn160 Li fHfTfC fW C Pm j3 50 i 111 L 1.5 37290 ~5073161i9 kmj 198.7 j Calculating Life Time 731619103 Lh 20.7860 108871i9 hourj 309.8 33.0N 4 { 159.8 4 - 16931 2100 { 1471 2100 -300 |1.5N 2100 309.8 202.3N 4 { 159.8 4 { 16931 2100 { 1471 2100 -300 1.5N 2100 309.8 18.3N 4 { 159.8 4 - 16931 2100 - 1471 2100 -300 |1.5N 2100 309.8 187.6N 4 { 159.8 4 { 16931 2100 - 1471 2100 -300 1.5N 2100

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