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GLM

Model Skag Bal Leihoek Oppervlak hardheid Materiaal Reis Graad Skag
lengte (L1)		 Lood akkuraatheid Totaal
Hardloop uit		 Aksiaal
speel		 Voorlaai
Wringkrag (Nm)		 Basiese vraggradering
(N)		 PDFAflaai 3D CAD
Dia.(mm) Lood (mm) Nommer van
draad		 Draad rigting Wortel dia Deursnee BCD Skag Moer Reisafwyking (ep) Variasie (V300) Dinamies
(Ca)		 Staties
(Coa)
GLM0401-044RO84 4 1 1 Reg Φ3.3 Φ0,8 4.15 4°23' HRC58~62 S55C SCM415H 64 C3 84 ±0,008 0,008 0,035 0 Spasieerbal
(1:1)		 ～0,004 350 400 * *
GLM0401-064R104 4 1 1 Reg Φ3.3 Φ0,8 4.15 4°23' HRC58~62 S55C SCM415H 84 104 ±0,008
GLM0401-094R134 4 1 1 Reg Φ3.3 Φ0,8 4.15 4°23' HRC58~62 S55C SCM415H 114 134 ±0,008
GLMO401-044R084 4 1 1 Reg 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 Reg Φ3.3 Φ0,8 4.15 4°23' HRC58~62 S55C SCM415H 84 104 ±0,018
GLMO401-094R134 4 1 1 Reg Φ3.3 Φ0,8 4.15 4°23' HRC58~62 S55C SCM415H 114 134 ±0,018
GLMO602-064R108 6 2 1 Reg Φ5.1 Φ1 6.2 5°52' HRC58~62 S55C SCM415H 88 c3 108 ±0,008 0,008 0,035 0 Spasieerbal
(1:1)		 ～0,004 470 590 * *
GLM0602-094R138 6 2 1 Reg Φ5.2 Φ1 6.2 5°52' HRC58~62 S55C SCM415H 118 138 ±0,008
GLMO602-124R168 6 2 1 Reg Φ5.3 Φ1 6.2 5°52' HRC58~62 S55C SCM415H 148 168 ±0,010
GLM0602-064R108 6 2 1 Reg 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 Reg Φ5.5 Φ1 6.2 5°52' HRC58~62 S55C SCM415H 118 138 ±0,018
GLM0602-124R168 6 2 1 Reg Φ5.6 Φ1 6.2 5°52' HRC58~62 S55C SCM415H 148 168 ±0,020
GLM0801.5-330R330C3 8 1.5 1 Reg Φ7.1 Φ1 8.2 3°20' HRC58~62 S55C SCM415H 305 c3 330 ±0,013 0,008 0,06 0 Spasieerbal
(1:1)		 0,002~0,008 700 1100 * *
GLM0801.5-60OR600C5 8 1.5 1 Reg 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 Reg Φ6.6 Φ1,5875 8.3 4°23' HRC58~62 S55C SCM415H 97 C3 124 ±0,008 0,008 0,06 0 Spasieerbal
(1:1)		 0,004~0,020 1550 2100 * *
GLM0802-104R154 8 2 1 Reg Φ6.6 Φ1,5875 8.3 4°23' HRC58~62 S55C SCM415H 127 154 ±0,010 *
GLM0802-134R184 8 2 1 Reg Φ6.6 Φ1,5875 8.3 4°23' HRC58~62 S55C SCM415H 157 184 ±0,010 *
GLM0802-184R234 8 2 1 Reg Φ6.6 Φ1,5875 8.3 4°23' HRC58~62 S55C SCM415H 207 234 ±0,010 *
GLM0802-O74R124 8 2 1 Reg 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 Reg Φ6.6 Φ1,5875 8.3 4°23' HRC58~62 S55C SCM415H 127 154 ±0,020 *
GLM0802-134R184 8 2 1 Reg Φ6.6 Φ1,5875 8.3 4°23' HRC58~62 S55C SCM415H 157 184 ±0,020 *
GLM0802-184R234 8 2 1 Reg Φ6.6 Φ1,5875 8.3 4°23' HRC58~62 S55C SCM415H 207 234 ±0,020 *
GLM0803-330R330C3 8 3 1 Reg Φ6.2 Φ2.0 8.3 6°34' HRC58~62 S55C SCM415H 300 c3 330 ±0,013 0,008 0,06 0 Spasieerbal
(1:1)		 0,004~0,020 1650 2100 * *
GLMO803-60OR60OC5 8 3 1 Reg 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 Reg Φ6.6 Φ1,5875 8.3 10°51' HRC58~62 S55C SCM415H 173 c3 204 ±0,010 0,008 0,06 0 Spasieerbal
(1:1)		 ~0,015 1150 1500 * *
GLM0805-204R254 8 5 2 Reg Φ6.6 Φ1,5875 8.3 10°51' HRC58~62 S55C SCM415H 223 254 ±0,012 *
GLM0805-254R304 8 5 2 Reg Φ6.6 Φ1,5875 8.3 10°51' HRC58~62 S55C SCM415H 273 304 ±0,012 *
GLM0805-304R354 8 5 2 Reg Φ6.6 Φ1,5875 8.3 10°51' HRC58~62 S55C SCM415H 323 354 ±0,012 *
GLMO805-354R404 8 5 2 Reg Φ6.6 Φ1,5875 8.3 10°51' HRC58~62 S55C SCM415H 373 404 ±0,013 *
GLM0805-154R204 8 5 2 Reg 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 Reg Φ6.6 Φ1,5875 8.3 10°51' HRC58~62 S55C SCM415H 223 254 ±0,023 *
GLM0805-254R304 8 5 2 Reg Φ6.6 Φ1,5875 8.3 10°51' HRC58~62 S55C SCM415H 273 304 ±0,023 *
GLM0805-304R354 8 5 2 Reg Φ6.6 Φ1,5875 8.3 10°51' HRC58~62 S55C SCM415H 323 354 ±0,023 *
GLM0805-354R404 8 5 2 Reg Φ6.6 Φ1,5875 8.3 10°51' HRC58~62 S55C SCM415H 373 404 ±0,025 *
GLM1002-085R143 10 2 1 Reg Φ8.6 Φ1,5875 10.3 3°32' HRC58~62 S55C SCM415H 116 c3 143 ±0,008 0,008 0,065 0 Spasieerbal
(1:1)		 0,006~0,030 1750 2700 * *
GLM1002-135R193 10 2 1 Reg Φ8.6 Φ1,5875 10.3 3°32' HRC58~62 S55C SCM415H 166 193 ±0,010 *
GLM1002-185R243 10 2 1 Reg Φ8.6 Φ1,5875 10.3 3°32' HRC58~62 S55C SCM415H 216 243 ±0,010 *
GLM1002-235R293 10 2 1 Reg Φ8.6 Φ1,5875 10.3 3°32' HRC58~62 S55C SCM415H 266 293 ±0,012 *
GLM1002-085R143 10 2 1 Reg 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 Reg Φ8.6 Φ1,5875 10.3 3°32' HRC58~62 S55C SCM415H 166 193 ±0,020 *
GLM1002-185R243 10 2 1 Reg Φ8.6 Φ1,5875 10.3 3°32' HRC58~62 S55C SCM415H 216 243 ±0,020 *
GLM1002-235R293 10 2 1 Reg Φ8.6 Φ1,5875 10.3 3°32' HRC58~62 S55C SCM415H 266 293 ±0,023 *
GLM1202-085R154 12 2 1 Reg Φ10.6 Φ1,5875 12.3 2°58' HRC58~62 S55C SCM415H 127 c3 154 ±0,008 0,008 0,07 0 Spasieerbal
(1:1)		 0,008-0,040 1900 3200 * *
GLM1202-135R204 12 2 1 Reg Φ10.6 Φ1,5875 12.3 2°58' HRC58~62 S55C SCM415H 177 204 ±0,010 *
GLM1202-185R254 12 2 1 Reg Φ10.6 Φ1,5875 12.3 2°58' HRC58~62 S55C SCM415H 227 254 ±0,010 *
GLM1202-235R304 12 2 1 Reg Φ10.6 Φ1,5875 12.3 2°58' HRC58~62 S55C SCM415H 277 304 ±0,012 *
GLM1202-285R354 12 2 1 Reg Φ10.6 Φ1,5875 12.3 2°58' HRC58~62 S55C SCM415H 327 354 ±0,012 *
GLM1202-085R154 12 2 1 Reg 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 Reg Φ10.6 Φ1,5875 12.3 2°58' HRC58~62 S55C SCM415H 177 204 ±0,020 *
GLM1202-185R254 12 2 1 Reg Φ10.6 Φ1,5875 12.3 2°58' HRC58~62 S55C SCM415H 227 254 ±0,020 *
GLM1202-235R304 12 2 1 Reg Φ10.6 Φ1,5875 12.3 2°58' HRC58~62 S55C SCM415H 277 304 ±0,023 *
GLM1202-285R354 12 2 1 Reg Φ10.6 Φ1,5875 12.3 2°58' HRC58~62 S55C SCM415H 327 354 ±0,023 *
GLM1402-085R156 14 2 1 Reg Φ12.6 Φ1,5875 14.3 2°33' HRC58~62 S55C SCM415H 128 c3 156 ±0,008 0,008 0,07 0 Spasieerbal
(1:1)		 0,010~0,050 2000 3800 * *
GLM1402-135R206 14 2 1 Reg Φ12.6 Φ1,5875 14.3 2°33' HRC58~62 S55C SCM415H 178 206 ±0,010 *
GLM1402-185R256 14 2 1 Reg Φ12.6 Φ1,5875 14.3 2°33' HRC58~62 S55C SCM415H 228 256 ±0,010 *
GLM1402-235R306 14 2 1 Reg Φ12.6 Φ1,5875 14.3 2°33' HRC58~62 S55C SCM415H 278 306 ±0,012 *
GLM1402-335R406 14 2 1 Reg Φ12.6 Φ1,5875 14.3 2°33' HRC58~62 S55C SCM415H 378 406 ±0,013 *
GLM1402-085R156 14 2 1 Reg 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 Reg Φ12.6 Φ1,5875 14.3 2°33' HRC58~62 S55C SCM415H 178 206 ±0,020 *
GLM1402-185R256 14 2 1 Reg Φ12.6 Φ1,5875 14.3 2°33' HRC58~62 S55C SCM415H 228 256 ±0,020 *
GLM1402-235R306 14 2 1 Reg Φ12.6 Φ1,5875 14.3 2°33' HRC58~62 S55C SCM415H 278 306 ±0,023 *
GLM1402-335R406 14 2 1 Reg Φ12.6 Φ1,5875 14.3 2°33' HRC58~62 S55C SCM415H 378 406 ±0,025 *
GLM1404-148R219 14 4 2 Reg Φ11.8 Φ2,381 14.3 5°05' HRC58~62 S55C SCM415H 183 c3 219 ±0,010 0,008 0,07 0 Spasieerbal
(1:1)		 0,020~0,070 3600 5800 * *
GLM1404-198R269 14 4 2 Reg Φ11.8 Φ2,381 14.3 5°05' HRC58~62 S55C SCM415H 233 269 ±0,010 *
GLM1404-248R319 14 4 2 Reg Φ11.8 Φ2,381 14.3 5°05' HRC58~62 S55C SCM415H 283 319 ±0,012 *
GLM1404-348R419 14 4 2 Reg Φ11.8 Φ2,381 14.3 5°05' HRC58~62 S55C SCM415H 383 419 ±0,013 *
GLM1404-448R519 14 4 2 Reg Φ11.8 Φ2,381 14.3 5°05' HRC58~62 S55C SCM415H 483 519 ongeveer 0,015 *
GLM1404-148R219 14 4 2 Reg 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 Reg Φ11.8 Φ2,381 14.3 5°05' HRC58~62 S55C SCM415H 233 269 ±0,020 *
GLM1404-248R319 14 4 2 Reg Φ11.8 Φ2,381 14.3 5°05' HRC58~62 S55C SCM415H 283 319 ±0,023 *
GLM1404-348R419 14 4 2 Reg Φ11.8 Φ2,381 14.3 5°05' HRC58~62 S55C SCM415H 383 419 ±0,025 *
GLM1404-448R519 14 4 2 Reg Φ11.8 Φ2,381 14.3 5°05' HRC58~62 S55C SCM415H 483 519 ±0,027 *