Model Amount: 6-forty-521 6-3-2651
Warranty: 3 Many years
OEM: 6-forty-521
Packaging Information: cartons with picket pallets
Port: HangZhou
Generate shaft areas Slip tube shaft / Splined shaft 6-forty-521 6-3-2651
| F | K | L | R | Component Number |
| Butt Diameter | Conclude of Spline to Weld | Size of Spline | Stop of Spline to Radius | |
| 25.-one | ||||
| 50-32 Spline | ||||
| eighty three | 197 | 126 | – | EQ140 |
| 50.seventy five-sixteen Spline | ||||
| eighty one.5 | 192 | 70 | – | ENT3300 |
| 81.1 | 244 | 104 | – | 90-90-1722WP |
| sixty four | 224 | 173 | – | 90-90-1445WP |
| 82.fifty five | 246 | 88.9 | 219 | 5-forty-1011 |
| ninety five | 252 | one hundred twenty | 227 | 5-forty-1051 |
| 53.ninety-16 Spline | ||||
| eighty two | 253 | 190 | – | WF253-eighty two-53.nine |
| 62-twelve Spline | ||||
| eighty five.5 | 262 | 124 | – | forty-1723 |
| 63.fifty-16 Spline | ||||
| 107.7 | 272 | 110 | – | 90-ninety-621WP |
| eighty five.five | 263 | 110 | – | 90-90-1490WP |
| eighty five.four | 261 | 117 | – | forty-1490 |
| eighty two | 278 | 220 | – | forty one-1560 |
| 70.five | 324.five | 300 | – | 90620WP |
| 95 | 268 | 107 | 235 | 6-40-521 |
| 95.one | 234.five | 107 | 215 | 6-forty-541 |
| 107.7 | 272 | a hundred and ten | 245 | six-40-621 |
| 64.40-26 Spline | ||||
| 91 | 272 | a hundred thirty | – | 90603WP |
| 85.five | 261 | one hundred and five | – | forty one-128 |
| 69.60-16 Spline | ||||
| one hundred | 273 | one hundred ninety | – | ninety-ninety-01WP |
| 74.50-28 Spline | ||||
| 98.3 | 312 | one hundred thirty five | – | WF312-98.3-74.five |
| 76.20-sixteen Spline | ||||
| 107.seven | 287 | 126 | – | 6.5-28-191 |
| 107.seven | 287 | 126 | 260 | six.5-forty-191 |
| 107.7 | 289 | 148 | 254.8 | six.5-40-251 |
| 107.7 | 240.5 | 114.3 | 213.five | 6.5-40-201 |
| 101.seven | 294 | 114 | 260 | 8-40-one hundred and one |
| 89.fifty-34 Spline | ||||
| 107.1 | 244 | 180 | – | seventy two-330 |
Products Record
| CruzetaUniversal Joint | Flange deAcoplamentoCompanion Flange | FlangeFlange Yoke | GarfoTube Yoke | LuvaSlip Yoke | PontuvaYoke Shaft | PonteiraTube Shaft | Ponteira com RoscaTube Shaft | Mancal CentralDrive Shaft Bearing Mounting | Terminal de CâmbioGear Box end Yoke | Terminal de CardanEnd Yokes |
| SPICER | SPICER | SPICER | SPICER | SPICER | SPICER | SPICER | SPICER | SPICER | SPICER | SPICER |
| 5-310X | 2-28-827 | two-3-9791KX | 2-54-311 | 48-996C7 | ||||||
| 03-346X | fifty three-1615 | |||||||||
| CR1018 | AT1210 | GR1210 | LV1254 | |||||||
| (EC1919,1901, LR571964 Air Suspension Air Compressor Pump for Land Rover Variety Rover Sport LR3 LR4 CZPT LR571964 1908) | GR1948 | LV1962 | ||||||||
| five-121XS | two-28-357 | 03-481X | ||||||||
| CZ-121 | FL-606(2-2-479) | GF-612(2-28-437) | LV-618(2-3-128) | PT-619(3-fifty three-1371) | ||||||
| (CA-109,112 e 113) | GF-613(2-28-357) | LV-617(2-3-1421) | PT-620(3-fifty three-1361) | |||||||
| PT-623(40-1408) | ||||||||||
| CR1001 | AT1070(2-2-479) | FL1997 | GR1030(2-28-357) | LV1040(2-3-128) | ||||||
| (EC1920,1921, vehicle elements transmission shaft power generate shaft travel axle drive shaft 1904 e 1906) | AT1955(2-2-459) | FL1080 | GR1034 | LV1044(2-3-1421) | ||||||
| AT1970(2-2-1339) | FL1081 | GR1039(2-28-327) | LV1150 | |||||||
| AT1950 | FL1960 | GR1930(2-28-367) | LV1251 | |||||||
| AT1953 | FL1967 | GR1942(2-28-307) | LV1940(2-3-4951) | |||||||
| AT1967 | FL1996 | GR1945(2-28-427) | LV1949 | |||||||
| LV1955(2-3-5221) | ||||||||||
| LV1958 | ||||||||||
| LV1965(2-3-5221) | ||||||||||
| CR1501 | AT1560 | FL1572 | GR1962 | LV1550 | ||||||
| (EC1930 e EC1931) | AT1561 | GR1540 | LV1945 | |||||||
| AT1958(3-2-119) | ||||||||||
| five-160XS | 3-28-97 | three-3-118KX1 | fifty three-1443 | three-53-1881 | 211579-1XR | 04-590-1 | ||||
| 3-28-557 | three-fifty five-41 | three-forty-1901 | 47-950-6XR | |||||||
| four-28-637 | 3-3-788KX | three-82-1511 | forty seven-951-1XR | |||||||
| three-28-367 | three-3-1481KX | fifty four-417 | forty seven-951-2XR | |||||||
| 3-3-6101KX | three-53-1371 | 211579-1XR | ||||||||
| 3-3-2041KX | three-53-1361 | |||||||||
| three-3-7071KX | 2-fifty three-501 | |||||||||
| three-54-611 | ||||||||||
| CZ-210 | GF-616 | LV-605 | PT-619 | |||||||
| LV-606 | PT-620 | |||||||||
| LV-608 | PT-601 | |||||||||
| LV-623 | PT-621 | |||||||||
| LV-620 | ||||||||||
| CR1004 | AT1077(3-2-159) | FL1090 | GR1032(3-28-97) | LV1062(3-3-118) | ||||||
| (EC1911,EC1912,EC1913, CNC Machining Personalized Excavator Drive Forged Steel Sprocket Conveyor Huge Sprocket EC1914,EC1903,EC1909, Good quality 4kw 5.5 Hp 80l 100l 200l 500l 1000l Piston Belt Pushed Mzb Brand Air Compressor For Industrial Use EC1910) | AT1966 | FL1375 | GR1037(3-28-557) | LV1042(3-3-788) | ||||||
| AT1969(3-2-1239) | FL1981 | GR1040 | LV1250(3-3-1481) | |||||||
| AT1951(3-2-559) | FL1982 | GR1950 | LV1061(3-3-2041) | |||||||
| LV1947 | ||||||||||
| five-12100X | 26-227 | 03-423XS | forty-1560 | fifty four-556C | 47-956-13XR | 04-897-1 | ||||
| 5-28-327 | 04-915-one | |||||||||
| CZ-228 | FL-602 | GF-615(26-227) | LV-602(03-423) | PT-605(fifty four-556) | ||||||
| FL-603(02-334) | PT-618(forty-1560) | |||||||||
| CR1302 | AT1352(02-334) | GR1339(26-227) | LV1345(03-423) | |||||||
| SPL250-1X | 250-28-seventeen | 250-fifty three-11 | 212067-3X | 250-4-871-1 | ||||||
| CZ-232 | LV-601(03-339) | PT-612(250-fifty three-11) | TM-602 | |||||||
| five-12276X | 26-135 | forty-1722 | eighty two-1570C | 54-435 | forty seven-959-1X | 04-410C | 04-178C | |||
| 26-277 | 03-334XL2 | 04-360C | ||||||||
| 26-163 | fifty five-1365X | |||||||||
| 03-541XL | ||||||||||
| CZ-251 | GF-606(26-one hundred thirty five) | LV-612 | PT-615 | |||||||
| CR1401 | FL1470 | GR1430(26-one hundred thirty five) | LV1450 | |||||||
| 5-273X | two-28-1697 | 2-3-14491KX | two-forty-1521 | 211579-1XR | 04-590-one | |||||
| two-3-14501KX | two-53-501 | |||||||||
| 03-557X | ||||||||||
| two-3-128KX2 | ||||||||||
| CZ-252 | GF-602(2-28-1697) | LV-609(2-3-14501) | PT-620 | |||||||
| GF-603(3-28-537) | LV-607(3-3-1601) | |||||||||
| CR1003 | AT1073(2-2-489) | FL1969 | GR1031(2-28-1697) | LV1041(2-3-14501) | ||||||
| GR1941(2-28-1707) | LV1253 | |||||||||
| LV1960(2-3-7681) | ||||||||||
| five-263X | 3-28-537 | 3-3-1601KX1 | three-40-1571 | three-fifty three-1821 | forty seven-951-1XR | 04-746-1 | three-4-3091-1 | |||
| 4-28-637 | three-3-1601KXS | three-fifty three-451 | 47-951-2XR | 04-799-2 | three-4-3091-2 | |||||
| CZ-254 | GF-603 | LV-607 | PT-616(3-fifty three-451) | TM-603 | ||||||
| PT-614(3-40-1571) | ||||||||||
| PT-602(3-53-1881) | ||||||||||
| CR1005 | AT1072(3-2-479) | FL1088 | GR1033(3-28-537) | LV1043(3-3-1601) | ||||||
| (EC1907) | FL1376 | GR1944(3-28-507) | LV1348(3-3-1601) | |||||||
| 5-12278X | 26-163 | 03-541XL | 40-1723 | fifty four-470 | 47-959-3X | 04-410C | 04-360C | |||
| 03-386XL1 | forty-1490 | fifty four-568 | ||||||||
| CZ-255 | GF-607(26-163) | LV-613(26-163) | PT-611(forty-1723) | |||||||
| CR1009 | FL1471 | GR1431(26-163) | LV1451 | |||||||
| 5-275X | four-28-307 | 4-3-1241KXS | 4-53-61 | four-fifty three-341 | 47-956-2XR | 04-769-2 | four-4-6031-two | |||
| 4-28-637 | 4-3-1241KX1 | 4-40-761 | 4-53-541 | 210084-2XR | four-4-6171-two | four-4-6031-1 | ||||
| CZ-256 | GF-604(4-28-307) | LV-616(4-3-1241) | PT-606(4-forty-761) | TM-604 | ||||||
| GF-609(4-28-637) | PT-617(4-fifty three-sixty one) | |||||||||
| PT-626(4-fifty three-341) | ||||||||||
| CR1006 | AT1071(4-2-669) | FL1082 | GR1035(4-28-307) | LV1050(4-3-1241) | ||||||
| (EC1902) | FL1083 | GR1931(4-28-637) | LV1957 | |||||||
| five-12062X | 26-215C | 03-514XL | forty-1727 | |||||||
| CZ-265 | GF-608(26-215) | LV-610(03-514) | ||||||||
| CR1571 | FL1473 | GR1432(26-246) | LV1065(03-466) | CJP400 | ||||||
| SPL90-1X | 90-28-27 | 90-3-21X | ninety-forty-11 | ninety-53-11 | 47-951-2XR | 210084-2XR | 04-898-one | |||
| CZ-271 | GF-614(ninety-28-27) | LV-619(ninety-3-21) | PT-613(ninety-fifty three-11) | |||||||
| (PN-601) | PT-624(90-40-eleven) | |||||||||
| CR1017 | FL1087 | GR1038(ninety-28-27) | LV1063 | |||||||
| SPL140-1X | one hundred forty-28-seventeen | 140-53-11 | 210121-1X | |||||||
| 5-618X | 2-28-1697 | 03-554X | ||||||||
| 2-28-367 | ||||||||||
| 5-641X | 3-28-457 | 3-fifty five-51 | 3-fifty three-2331 | 211579-1XR | ||||||
| 3-28-557 | three-3-6041X | three-fifty three-451 | ||||||||
| three-28-ninety seven | three-3-788KX | |||||||||
| five-12213X | 26-118 | 03-339XS | forty-1445 | four-fifty three-521 | 47-951-2XR | 04-791-two | 4-4-7901-two | |||
| 26-227 | 03-423XS | 40-1560 | 210084-2XR | 04-887-one | ||||||
| CZ-227 | FL-601(01-246) | GF-601 | LV-601 | PT-603 | ||||||
| FL-604(3-2-1139) | PT-604 | |||||||||
| FL-607 | ||||||||||
| CR1301 | AT1349 | GR1337 | LV1343 |
Jika anda sedang mencari aci splined yang sesuai untuk mesin anda, anda harus mengetahui beberapa perkara penting. Pertama, jenis bahan apa yang harus digunakan? Keluli tahan karat biasanya merupakan pilihan yang paling sesuai, kerana keupayaannya untuk menawarkan bunyi bising yang rendah dan kegagalan lesu. Kedua, ia boleh dimesin menggunakan mesin slotting atau shaping. Akhir sekali, ia akan memastikan pergerakan yang lancar. Jadi, apakah kelebihan aci splined?
Keluli tahan karat adalah bahan terbaik untuk aci berpintal
When choosing a splined shaft, you should consider its hardness, quality, and finish. Stainless steel has superior corrosion and wear resistance. Carbon steel is another good material for splined shafts. Carbon steel has a shallow carbon content (about 1.7%), which makes it more malleable and helps ensure smooth motion. But if you’re not willing to spend the money on stainless steel, consider other options.
There are two main types of splines: parallel splines and crowned splines. Involute splines have parallel grooves and allow linear and rotary motion. Helical splines have involute teeth and are oriented at an angle. This type allows for many teeth on the shaft and minimizes the stress concentration in the stationary joint.
Splin besar yang berjarak sama rata digunakan secara meluas dalam sistem hidraulik, rangkaian pemacu dan peralatan mesin. Ia biasanya diperbuat daripada keluli karbon (CR10) dan keluli tahan karat (AISI 304). Bahan ini tahan lama dan memenuhi keperluan ISO 14-B, dahulunya DIN 5463-B. Aci splin biasanya diperbuat daripada keluli tahan karat atau keluli C45, walaupun terdapat banyak bahan lain yang tersedia.
Stainless steel is the best material for a splined shaft. This metal is also incredibly affordable. In most cases, stainless steel is the best choice for these shafts because it offers the best corrosion resistance. There are many different types of splined shafts, and each one is suited for a particular application. There are also many different types of stainless steel, so choose stainless steel if you want the best quality.
For those looking for high-quality splined shafts, CZPT Spline Shafts offer many benefits. They can reduce costs, improve positional accuracy, and reduce friction. With the CZPT TFE coating, splined shafts can reduce energy and heat buildup, and extend the life of your products. And, they’re easy to install – all you need to do is install them.
The splines in a splined shaft are composed of two main parts: the spline root fillet and the spline relief. The spline root fillet is the most critical part, because fatigue failure starts there and propagates to the relief. The spline relief is more susceptible to fatigue failure because of its involute tooth shape, which offers a lower stress to the shaft and has a smaller area of contact.
Jangka hayat lesu aci berpintal ditentukan dengan mengukur lengkung SN. Ini juga dikenali sebagai lengkung Wohler, dan ia merupakan hubungan antara amplitud tegasan dan bilangan kitaran. Ia bergantung pada bahan, geometri dan cara pemuatan. Ia boleh diperolehi daripada ujian fizikal pada spesimen bahan seragam di bawah beban amplitud malar. Penghampiran untuk bahagian keluli aloi rendah boleh dibuat menggunakan bahan keluli aloi rendah.
Aci splined memberikan bunyi bising yang rendah, haus minimum dan kegagalan lesu. Walau bagaimanapun, beberapa elemen transmisi mekanikal perlu dikeluarkan dari aci semasa proses pemasangan dan pembuatan. Aci mesti masih mampu melakukan pergerakan paksi relatif untuk tujuan fungsian. Oleh itu, sambungan spline yang baik adalah penting untuk transmisi tork berkualiti tinggi, tindak balas minimum dan bunyi bising yang rendah. Mod kegagalan utama aci spline termasuk kakisan fretting, patah gigi dan kegagalan lesu.
Splin pembawa cakera luar mudah terdedah kepada tegasan tegangan dan kegagalan lesu. Permintaan pelanggan yang tinggi untuk bunyi bising yang rendah dan kegagalan haus dan lesu yang rendah menjadikan aci splin pilihan yang sangat baik. Gandingan gear splin patah telah diterima untuk dianalisis. Ia dipasang berhampiran bahagian atas aci penapis dan dimasukkan ke dalam motor kotak gear. Sejarah servis tidak diketahui. Gandingan gear splin patah telah retak secara membujur dan terhenti pada penghujung gigi gear splin. Gigi gear splin juga menunjukkan haus dan ubah bentuk.
Kaedah gandingan spline baharu mengesan perambatan kerosakan dalam aci spline silinder berongga. Gandingan spline dibuat menggunakan kaedah AE dengan bahagian spline digulung ke dalam plat logam yang sama ketebalannya dengan dinding silinder. Di samping itu, gandingan spline tidak sejajar, yang memberi tumpuan yang ketara pada gigi spline. Ini seterusnya mempercepatkan kadar keletihan dan haus fret.
Sambungan spline perlu dilincirkan selepas 25 jam operasi. Pelinciran yang kerap boleh meningkatkan kos penyelenggaraan dan menyebabkan masa henti. Selain itu, pelincir mungkin mengekalkan zarah-zarah kasar pada antara muka. Dalam sesetengah kes, pelincir juga boleh menyebabkan ketidaksejajaran, yang membawa kepada kegagalan pramatang. Oleh itu, pelinciran gandingan spline adalah penting dalam memastikan aci berfungsi dengan baik.
Reka bentuk gandingan splin boleh dioptimumkan untuk meningkatkan rintangan haus dan kebolehpercayaannya. Rawatan permukaan, beban dan putaran mempengaruhi sifat geseran gandingan splin. Di samping itu, kaedah unsur terhingga telah dibangunkan untuk meramalkan haus gandingan splin terapung. Kaedah ini boleh dilaksanakan dan menyediakan asas yang boleh dipercayai untuk meramalkan jangka hayat haus dan lesu gandingan splin.
Mesin boleh digunakan untuk membentuk aci berpintal dalam pelbagai industri. Ia berguna dalam banyak aplikasi, termasuk kotak gear, sistem brek dan gandar. Aci berlubang boleh dimanipulasi dalam beberapa cara, termasuk pincang, broaching dan slotting. Selain membentuk, spline juga berguna dalam mengurangkan diameter bar.
Apabila menggunakan mesin pemotong atau pembentuk, benda kerja dipegang pada alas yang mempunyai ketebalan yang seragam. Mesin ini dilengkapi dengan tiang penyangga dan tiang pengehad (Rajah 1), setiap satunya diletakkan serenjang dengan permukaan atas alas. Paksi tiang pengehad terletak pada garisan yang sama dengan tiang penyangga. Semasa proses pemotongan atau pembentuk, alat disuap masuk dan keluar sehingga ruang yang dikehendaki dicapai.
One process involves cutting splines into a shaft. Straddle milling, spline shaping, and spline cutting are two common processes used to create splined shafts. Straddle milling involves a fixed indexing fixture that holds the shaft steady, while rotating milling cutters cut the groove in the length of the shaft. Several passes are required to ensure uniformity throughout the spline.
Splin ialah sejenis gear. Rabung atau gigi pada aci pemacu berjalur dengan alur pada bahagian yang sepadan. Aci splin membolehkan penghantaran tork kepada bahagian yang sepadan sambil memaksimumkan pemindahan kuasa. Splin digunakan dalam kenderaan berat, pembinaan, pertanian dan jentera pengangkut tanah yang besar. Splin digunakan dalam hampir setiap jenis gerakan berputar, daripada gandar hingga sistem penghantaran. Ia juga menawarkan jangka hayat dan kebolehpercayaan lesu yang lebih baik.
Mesin slotting atau pembentuk juga boleh digunakan untuk membentuk aci splined. Mesin slotting sering digunakan untuk mesin aci splined, kerana ia lebih mudah untuk membuatnya dengan mesin ini. Menggunakan mesin slotting atau pembentuk boleh menghasilkan aci splined dengan saiz yang berbeza. Adalah penting untuk mengikuti satu set piawaian spline untuk memastikan bahagian anda dihasilkan mengikut piawaian tertinggi.
A milling machine is another option for producing splined shafts. A spline shaft can be set up between two centers in an indexing fixture. Two side milling cutters are mounted on an arbor and a spacer and shims are inserted between them. The arbor and cutters are then mounted to a milling machine spindle. To make sure the cutters center themselves over the splined shaft, an adjustment must be made to the spindle of the machine.
Proses pemesinan sangat berbeza untuk splin dalaman dan luaran. Splin luaran boleh diukir, dibentuk, digiling atau dipaku, manakala splin dalaman tidak boleh. Mesin ini menggunakan aloi keras, tetapi ia tidak begitu baik untuk splin dalaman. Mesin dengan mekanisme slotting diperlukan untuk operasi ini.
editor by czh 2023-02-17
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