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Kgg te rahi o te nekehanga o te riipene mo te riipene mo te poroi i te poihau poihau me te nam miro mo nga waahanga aerospace


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Ko te nati miro m-Threa mo nga waahanga aerospace

Ko te Slm Series Ball Screw he mea hanga i te whiu me te nati poikiri. Ko te mahi ko te huri i te nekehanga hurihuri ki te nekehanga raina ko te mea e haere ana me te whanaketanga o te kowhatu poihau. Ko te hiranga o te whakawhanaketanga ko te neke ki te rolling e mau ana i te mahi reti. Ma te iti o te miiharo, ka whakamahia whānuitia te porowhita ki nga momo taputapu ahumahi me nga taonga tohu.

Ko te momo cylindrical me te miro i te mutunga o te nati. Me whakauru te nati ma te whakamahi i te m-miro. He pai mo te piki me te cylinder.

Ko te tika o te tohu o te raupapa GLM e pa ana ki te C3 me te C5 (Jis B 1192-3). E ai ki te tohu tohu, te takaro Axial 0 (preload: c3) me te 0.005mm, iti ake ranei (C5) e waatea ana.

Ko te raupapa o te SLM o te whiu Scret Surch Squont S55c (te whakakaha i nga momo nati (carburing me te whakapakeke)

Āhua Kakau Paoro Ko te kokonga arahi Te uaua o te mata Papanga Haere Kōeke Kakau Arahi tika Pupūtanga Tokima Puritanga Whakatauranga kawenga taketake Tango PDF 3d cad
Roa (L1) Rere-waho whakaaturanga Torque (NM) (N)
DIA. (mm) Arahi (mm) Tuhinga o mua Te ahunga whakamua Root dia Tawhā Kakau Nāti   Te Huringa Haere (EP) Te rereketanga (v300)       Huatau Pūmahara
aho         (Ca) (CAA)
GLM0401-044RO84 4 1 1 Tika Φ3.3 Φ0.8 4.15 4 ° 23 ' HRC58 ~ 62 S55c SCM415H 64 C3 84 ± 0.008 0.008 0.035 0 te poro poro ~ 0,004 350 400 * *
GLM0401-064R104 4 1 1 Tika Φ3.3 Φ0.8 4.15 4 ° 23 ' HRC58 ~ 62 S55c SCM415H 84 104 ± 0.008 (1: 1)
GLM0401-094R134 4 1 1 Tika Φ3.3 Φ0.8 4.15 4 ° 23 ' HRC58 ~ 62 S55c SCM415H 114 134 ± 0.008  
Glmo401-044R084 4 1 1 Tika Φ3.3 Φ0.8 4.15 4 ° 23 ' HRC58 ~ 62 S55c SCM415H 64 C5 84 ± 0.018 0.018 0.090 ~ 0.005 - 560 790 *
GLM0401-064R104 4 1 1 Tika Φ3.3 Φ0.8 4.15 4 ° 23 ' HRC58 ~ 62 S55c SCM415H 84 104 ± 0.018
Glmo401-094r134 4 1 1 Tika Φ3.3 Φ0.8 4.15 4 ° 23 ' HRC58 ~ 62 S55c SCM415H 114 134 ± 0.018
Glmo602-064r108 6 2 1 Tika Φ5.1 Φ1 6.2 5 ° 52 ' HRC58 ~ 62 S55c SCM415H 88 c3 108 ± 0.008 0.008 0.035 0 te poro poro ~ 0,004 470 590 * *
GLM0602-094R138 6 2 1 Tika Φ5.2 Φ1 6.2 5 ° 52 ' HRC58 ~ 62 S55c SCM415H 118 138 ± 0.008 (1: 1)
Glmo602-124R168 6 2 1 Tika Φ5.3 Φ1 6.2 5 ° 52 ' HRC58 ~ 62 S55c SCM415H 148 168 ± 0.010  
GLM0602-064R108 6 2 1 Tika Φ5.4 Φ1 6.2 5 ° 52 ' HRC58 ~ 62 S55c SCM415H 88 C5 108 ± 0.018 0.018 0.090 ~ 0.005 - 750 1200 *
GLM0602-094R138 6 2 1 Tika Φ5.5 Φ1 6.2 5 ° 52 ' HRC58 ~ 62 S55c SCM415H 118 138 ± 0.018
GLM0602-124R168 6 2 1 Tika Φ5.6 Φ1 6.2 5 ° 52 ' HRC58 ~ 62 S55c SCM415H 148 168 ± 0.020
GLM0801.5-330R330C3 8 1.5 1 Tika Φ7.1 Φ1 8.2 3 ° 20 ' HRC58 ~ 62 S55c SCM415H 305 c3 330 ± 0.013 0.008 0.06 0 te poro poro 0.002 ~ 0.008 700 1100 * *
(1: 1)
GLM0801.5-60OR600C5 8 1.5 1 Tika Φ7.1 Φ1 8.2 3 ° 20 ' HRC58 ~ 62 S55c SCM415H 575 c5 600 ± 0.030 0.018 0.09 ~ 0.005 - 1100 2200 *
GLM0802-O74R124 8 2 1 Tika Φ6.6 Φ1.5875 8.3 4 ° 23 ' HRC58 ~ 62 S55c SCM415H 97 C3 124 ± 0.008 0.008 0.06 0 te poro poro 0.004 ~ 0.020 1550 2100 * *
GLM0802-104R154 8 2 1 Tika Φ6.6 Φ1.5875 8.3 4 ° 23 ' HRC58 ~ 62 S55c SCM415H 127 154 ± 0.010 (1: 1) *
GLM0802-134R184 8 2 1 Tika Φ6.6 Φ1.5875 8.3 4 ° 23 ' HRC58 ~ 62 S55c SCM415H 157 184 ± 0.010   *
GLM0802-184R234 8 2 1 Tika Φ6.6 Φ1.5875 8.3 4 ° 23 ' HRC58 ~ 62 S55c SCM415H 207 2344 ± 0.010   *
GLM0802-O74R124 8 2 1 Tika Φ6.6 Φ1.5875 8.3 4 ° 23 ' HRC58 ~ 62 S55c SCM415H 97 C5 124 ± 0.018 0.018 0.09 ~ 0.005 - 2400 4100 *
GLM0802-104R154 8 2 1 Tika Φ6.6 Φ1.5875 8.3 4 ° 23 ' HRC58 ~ 62 S55c SCM415H 127 154 ± 0.020 *
GLM0802-134R184 8 2 1 Tika Φ6.6 Φ1.5875 8.3 4 ° 23 ' HRC58 ~ 62 S55c SCM415H 157 184 ± 0.020 *
GLM0802-184R234 8 2 1 Tika Φ6.6 Φ1.5875 8.3 4 ° 23 ' HRC58 ~ 62 S55c SCM415H 207 2344 ± 0.020 *
GLM0803-330R330C3 8 3 1 Tika Φ6.2 Φ2.0 8.3 6 ° 34 HRC58 ~ 62 S55c SCM415H 300 c3 330 ± 0.013 0.008 0.06 0 te poro poro 0.004 ~ 0.020 1650 2100 * *
(1: 1)
Glmo803-60or60oC5 8 3 1 Tika Φ6.2 Φ2.0 8.3 6 ° 34 HRC58 ~ 62 S55c SCM415H 570 C5 600 ± 0.030 0.018 0.09 ~ 0.005 - 2600 4200 *
GLM0805-154R204 8 5 2 Tika Φ6.6 Φ1.5875 8.3 10 ° 51 ' HRC58 ~ 62 S55c SCM415H 173 c3 204 ± 0.010 0.008 0.06 0 te poro poro ~ 0.015 1150 1500 * *
GLM0805-204R254 8 5 2 Tika Φ6.6 Φ1.5875 8.3 10 ° 51 ' HRC58 ~ 62 S55c SCM415H 223 254 ± 0.012 (1: 1) *
GLM0805-254R304 8 5 2 Tika Φ6.6 Φ1.5875 8.3 10 ° 51 ' HRC58 ~ 62 S55c SCM415H 273 304 ± 0.012   *
GLM0805-304R354 8 5 2 Tika Φ6.6 Φ1.5875 8.3 10 ° 51 ' HRC58 ~ 62 S55c SCM415H 323 354 ± 0.012   *
Glmo805-354R404 8 5 2 Tika Φ6.6 Φ1.5875 8.3 10 ° 51 ' HRC58 ~ 62 S55c SCM415H 373 404 ± 0.013   *
GLM0805-154R204 8 5 2 Tika Φ6.6 Φ1.5875 8.3 10 ° 51 ' HRC58 ~ 62 S55c SCM415H 173 c5 204 ± 0.020 0.018 0.09 ~ 0.005 - 1850 3000 *
GLM0805-204R254 8 5 2 Tika Φ6.6 Φ1.5875 8.3 10 ° 51 ' HRC58 ~ 62 S55c SCM415H 223 254 ± 0.023 *
GLM0805-254R304 8 5 2 Tika Φ6.6 Φ1.5875 8.3 10 ° 51 ' HRC58 ~ 62 S55c SCM415H 273 304 ± 0.023 *
GLM0805-304R354 8 5 2 Tika Φ6.6 Φ1.5875 8.3 10 ° 51 ' HRC58 ~ 62 S55c SCM415H 323 354 ± 0.023 *
GLM0805-354R404 8 5 2 Tika Φ6.6 Φ1.5875 8.3 10 ° 51 ' HRC58 ~ 62 S55c SCM415H 373 404 ± 0.025 *
GLM1002-085R143 10 2 1 Tika Φ8.6 Φ1.5875 10.3 3 ° 32 ' HRC58 ~ 62 S55c SCM415H 116 c3 143 ± 0.008 0.008 0.065 0 te poro poro 0.006 ~ 0.030 1750 2700 * *
GLM1002-135R193 10 2 1 Tika Φ8.6 Φ1.5875 10.3 3 ° 32 ' HRC58 ~ 62 S55c SCM415H 166 193 ± 0.010 (1: 1) *
GLM1002-18RA243 10 2 1 Tika Φ8.6 Φ1.5875 10.3 3 ° 32 ' HRC58 ~ 62 S55c SCM415H 216 243 ± 0.010   *
GLM1002-235R293 10 2 1 Tika Φ8.6 Φ1.5875 10.3 3 ° 32 ' HRC58 ~ 62 S55c SCM415H 266 293 ± 0.012   *
GLM1002-085R143 10 2 1 Tika Φ8.6 Φ1.5875 10.3 3 ° 32 ' HRC58 ~ 62 S55c SCM415H 116 c5 143 ± 0.018 0.018 0.09 ~ 0.005 - 2700 5300 *
GLM1002-135R193 10 2 1 Tika Φ8.6 Φ1.5875 10.3 3 ° 32 ' HRC58 ~ 62 S55c SCM415H 166 193 ± 0.020 *
GLM1002-18RA243 10 2 1 Tika Φ8.6 Φ1.5875 10.3 3 ° 32 ' HRC58 ~ 62 S55c SCM415H 216 243 ± 0.020 *
GLM1002-235R293 10 2 1 Tika Φ8.6 Φ1.5875 10.3 3 ° 32 ' HRC58 ~ 62 S55c SCM415H 266 293 ± 0.023 *
GLM1202-085R154 12 2 1 Tika Φ10.6 Φ1.5875 12.3 2 ° 58 ' HRC58 ~ 62 S55c SCM415H 127 c3 154 ± 0.008 0.008 0.07 0 te poro poro 0.008-0.040 1900 3200 * *
GLM1202-135R204 12 2 1 Tika Φ10.6 Φ1.5875 12.3 2 ° 58 ' HRC58 ~ 62 S55c SCM415H 177 204 ± 0.010 (1: 1) *
GLM1202-18RA254 12 2 1 Tika Φ10.6 Φ1.5875 12.3 2 ° 58 ' HRC58 ~ 62 S55c SCM415H 2277 254 ± 0.010   *
GLM1202-235R304 12 2 1 Tika Φ10.6 Φ1.5875 12.3 2 ° 58 ' HRC58 ~ 62 S55c SCM415H 277 304 ± 0.012   *
GLM1202-285R354 12 2 1 Tika Φ10.6 Φ1.5875 12.3 2 ° 58 ' HRC58 ~ 62 S55c SCM415H 327 354 ± 0.012   *
GLM1202-085R154 12 2 1 Tika Φ10.6 Φ1.5875 12.3 2 ° 58 ' HRC58 ~ 62 S55c SCM415H 127 c5 154 ± 0.018 0.018 0.09 ~ 0.005 - 3000 6400 *
GLM1202-135R204 12 2 1 Tika Φ10.6 Φ1.5875 12.3 2 ° 58 ' HRC58 ~ 62 S55c SCM415H 177 204 ± 0.020 *
GLM1202-18RA254 12 2 1 Tika Φ10.6 Φ1.5875 12.3 2 ° 58 ' HRC58 ~ 62 S55c SCM415H 2277 254 ± 0.020 *
GLM1202-235R304 12 2 1 Tika Φ10.6 Φ1.5875 12.3 2 ° 58 ' HRC58 ~ 62 S55c SCM415H 277 304 ± 0.023 *
GLM1202-285R354 12 2 1 Tika Φ10.6 Φ1.5875 12.3 2 ° 58 ' HRC58 ~ 62 S55c SCM415H 327 354 ± 0.023 *
GLM1402-085R156 14 2 1 Tika Φ12.6 Φ1.5875 14.3 2 ° 33 HRC58 ~ 62 S55c SCM415H 128 c3 156 ± 0.008 0.008 0.07 0 te poro poro 0.010 ~ 0.050 2000 3800 * *
GLM1402-135R206 14 2 1 Tika Φ12.6 Φ1.5875 14.3 2 ° 33 HRC58 ~ 62 S55c SCM415H 178 206 ± 0.010 (1: 1) *
GLM1402-18RA256 14 2 1 Tika Φ12.6 Φ1.5875 14.3 2 ° 33 HRC58 ~ 62 S55c SCM415H 228 256 ± 0.010   *
GLM1402-235R306 14 2 1 Tika Φ12.6 Φ1.5875 14.3 2 ° 33 HRC58 ~ 62 S55c SCM415H 278 306 ± 0.012   *
GLM1402-33RR406 14 2 1 Tika Φ12.6 Φ1.5875 14.3 2 ° 33 HRC58 ~ 62 S55c SCM415H 378 406 ± 0.013   *
GLM1402-085R156 14 2 1 Tika Φ12.6 Φ1.5875 14.3 2 ° 33 HRC58 ~ 62 S55c SCM415H 128 C5 156 ± 0.018 0.018 0.015 ~ 0.005 - 3200 7500 *
GLM1402-135R206 14 2 1 Tika Φ12.6 Φ1.5875 14.3 2 ° 33 HRC58 ~ 62 S55c SCM415H 178 206 ± 0.020 *
GLM1402-18RA256 14 2 1 Tika Φ12.6 Φ1.5875 14.3 2 ° 33 HRC58 ~ 62 S55c SCM415H 228 256 ± 0.020 *
GLM1402-235R306 14 2 1 Tika Φ12.6 Φ1.5875 14.3 2 ° 33 HRC58 ~ 62 S55c SCM415H 278 306 ± 0.023 *
GLM1402-33RR406 14 2 1 Tika Φ12.6 Φ1.5875 14.3 2 ° 33 HRC58 ~ 62 S55c SCM415H 378 406 ± 0.025 *
GLM1404-148R219 14 4 2 Tika Φ11.8 Φ2.381 14.3 5 ° 05 ' HRC58 ~ 62 S55c SCM415H 183 c3 219 ± 0.010 0.008 0.07 0 te poro poro 0.020 ~ 0.070 3600 5800 * *
GLM1404-198R269 14 4 2 Tika Φ11.8 Φ2.381 14.3 5 ° 05 ' HRC58 ~ 62 S55c SCM415H 233 2699 ± 0.010 (1: 1) *
GLM1404-248R319 14 4 2 Tika Φ11.8 Φ2.381 14.3 5 ° 05 ' HRC58 ~ 62 S55c SCM415H 283 319 ± 0.012   *
GLM1404-348R419 14 4 2 Tika Φ11.8 Φ2.381 14.3 5 ° 05 ' HRC58 ~ 62 S55c SCM415H 383 419 ± 0.013   *
FLM1404-448R519 14 4 2 Tika Φ11.8 Φ2.381 14.3 5 ° 05 ' HRC58 ~ 62 S55c SCM415H 483 519 上 0.015   *
GLM1404-148R219 14 4 2 Tika Φ11.8 Φ2.381 14.3 5 ° 05 ' HRC58 ~ 62 S55c SCM415H 183 c5 219 ± 0.020 0.018 0.015 ~ 0.005 - 5700 11600 *
GLM1404-198R269 14 4 2 Tika Φ11.8 Φ2.381 14.3 5 ° 05 ' HRC58 ~ 62 S55c SCM415H 233 2699 ± 0.020 *
GLM1404-248R319 14 4 2 Tika Φ11.8 Φ2.381 14.3 5 ° 05 ' HRC58 ~ 62 S55c SCM415H 283 319 ± 0.023 *
GLM1404-348R419 14 4 2 Tika Φ11.8 Φ2.381 14.3 5 ° 05 ' HRC58 ~ 62 S55c SCM415H 383 419 ± 0.025 *
FLM1404-448R519 14 4 2 Tika Φ11.8 Φ2.381 14.3 5 ° 05 ' HRC58 ~ 62 S55c SCM415H 483 519 ± 0.027 *

 


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