Atlanta亚特兰齿轮齿条驱动-计算和选型.pdf

ZD – 11/2013 †Ê
 mm / Dimensions in mm:Page|H m = 1,5 ZA-30Racks helical m = 2 ZA-31m = 3 ZA-32m = 4 ZA-33m = 5 ZA-34m = 6 ZA-35m = 8 ZA-36m = 10 ZA-37m = 12 ZA-38°H m = 1 ZB-36Racks straight m = 1,5 ZB-37m = 2 ZB-38m = 2,5 ZB-39m = 3 ZB-40m = 4 ZB-41m = 5 ZB-42m = 6 ZB-43m = 8 ZB-44m = 10 ZB-45m = 12 ZB-46F†H m = 2 ZC-15Integrated racks m = 3 ZC-16m = 4 ZC-17p = 5 mm ZC-18p = 10 mm ZC-19p = 13,33 mm ZC-209تü ZD-2Calculation, Instruction9Ø  è £Ü› / Travelling operation ZD-3Calculation example  Fu; kN > kN = > ¡@       IXO¿OOHG}Hzî9؄ʘRack and pinion drive - calculation and selectiontb9Ø  èCalculation exampleX©HqValues given Fu; 4,05 kN > 2,44 kN = > ¡@      IXO¿OOHG²T : H








27 30 101 :’ ZB-13Result Rack Page ZB-13} 24 35 220 :’ ZB-231fPinion Page ZB-23case hardenedxtbFuTabKA·SB·fn·LKHb2111,5 kN1,5·1,2·1,05·1,5xFu TabKA·SB·fn·LKHb100010001000 1000ZD – 4 1/2013†Ê
 mm / Dimensions in mm]¥9ØYour calculationX©HqValues given£Ü›lifting operation$MîÉ m= kgmass to be movedÎ v = m/sspeedFÎHW tb=sacceleration timeˆ"” g = 9,81 m/s²acceleration due to gravityµ"” KA=load factorP¨p
"” fn=life-time factorSicherheitsbeiwert SB=VDIHW\FRHI¿FLHQW½†"” LKHb=linear load distribution factor9ØVñ ²TCalculation process Resultsa = a = = m/s²Fu= m·g+m·a Fu erf./req.= = kN¸¸zî ï Fu Tabellepermissible feed force Fu tabFu zul./per. =; Fu zul./per. ==kNHqConditionFu zul./per. > Fu; kN > kN => ¡@       IXO¿OOHG9Ø  èCalculation exampleX©HqValues given£Ü›lifting operation$MîÉ m = 300 kgmass to be movedÎ v = 1,08 m/sspeedFÎHW tb= 0,27 sacceleration timeˆ"” g = 9,81 m/s²acceleration due to gravityµ"” KA= 1,2load factorP¨p
"” fn= 1,1 ( õÃÎÁ )life-time factor (cont. lubrication)Sicherheitsbeiwert SB= 1,2VDIHW\FRHI¿FLHQW½†"” LKHb= 1,2linear load distribution factor9ØVñ ²TCalculation process Resultsa = a = = 4 m/s²Fu= m·g+m·a Fu= 300·9,81+300·4 = 4,1 kNL!zî ï
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;":¸¸Éó ïFu Tab= 11,3 kNassumed feed force: rack C45, ind. hardened, helical, module 2, pinion 16MnCr5, case hardened, 20 teeth, page ZA-31 with Futab= 9 kNFu zul./per. =;Fu zul./per. == 5,9 kNHqConditionFu zul./per.> Fu; 6,0 kN > 4,1 kN => ¡@      IXO¿OOHG²T : H





29 20 105 :’ ZA-7Result Rack Page ZA-7} 24 29 520 :’ ZA-24Pinion Page ZA-24}Hzî9؄ʘRack and pinion drive - calculation and selectiontbxtb1,080,27xFu TabKA·SB·fn·LKHbFu TabKA·SB·fn·LKHb1000 1000 1000100011,5 kN1,2·1,2·1,1·1,2ZD – 51/2013 †Ê
 mm / Dimensions in mmô 
DIN 867 SÅ¥“™?ìActual size of modular gearing according to DIN 867” / Module 1,0” / Module 1,25” / Module 1,5” / Module 2,0” / Module 2,5” / Module 3,0” / Module 4,0” / Module 5,0” / Module 6,0” / Module 8,0” / Module 10,0” / Module 12,0。