Jerin GSA-B Juya Daya-daya Biss Cikakkar Rubutun Rotary
Jerin GSA-B Juya Daya-daya Biss Cikakkar Rubutun Rotary
BiSS-C shine sabon sigar BiSS. Tsofaffin nau'ikan (BiSS-B) ba su da tushe. BiSS-C hardware ne mai jituwa tare da daidaitaccen SSI amma a cikin kowane zagayowar bayanai maigidan ya koya kuma yana ramawa don jinkirin layi yana ba da damar ƙimar bayanai 10 Mbit/s da tsayin kebul har zuwa mita 100. Bayanan firikwensin na iya ƙunsar “tashoshi” da yawa don haka ana iya watsa bayanan matsayi da matsayi a cikin firam ɗaya. BiSS-C yana amfani da CRC mafi ƙarfi (Shafi) don gano kurakuran watsawa.Housing Dia.: 38,50,58mm; Tsararren Shaft Diamita: 6,8,10mm; Ƙaddamarwa: Juya guda ɗaya max.1024ppr/max.2048ppr; Interface:Biss; Lambar fitarwa: Binary, Grey, Grey Excess, BCD;
Ana amfani da BiSS-C galibi ba tare da kai tsaye ba kamar SSI. BiSS-C kuma yana goyan bayan sadarwa na biyu. Ana iya musanya siga ba tare da katse watsa bayanan firikwensin ba. Wannan yana da mahimmanci don sarrafa dijital a cikin tsarin ra'ayoyin mota. BiSS-C yana gane ƙarshen zagayowar kuma yana amfani da matakin fahimtar hankali na ƙarshe akan layin agogo azaman abin sarrafawa/bit ɗin bayanai don firikwensin kunna saitin sigina akan zagaye da yawa.
BiSS-C yawanci ana amfani da ita-zuwa-maki amma kuma yana goyan bayan bas. A cikin tsarin bas duk na'urori suna haɗe cikin sarka. Saboda haka kowane bawa yana da masu haɗawa biyu - BiSS-In da BiSS-Out. Layin agogo yana wucewa don haka kowane bawa yana karɓar agogon lokaci guda. Bayanai-Daga cikin bawa na farko an haɗa shi da maigidan. Data-Fita daga cikin bawa na biyu yana haɗi zuwa Data-In na bawa na farko da sauransu. Ta wannan hanyar ana rufe bayanai daga dukkan bayi zuwa ga maigidan a cikin firam guda ɗaya mai ci gaba.
Takaddun shaida: CE, ROHS, KC, ISO9001
Lokacin jagora:A cikin mako guda bayan cikakken biya; Bayarwa ta DHL ko wani kamar yadda aka tattauna;
▶ Tsawon Gida:38,50,58mm;
▶ Matsakaicin Shaft Diamita: 6,8,10mm;
▶Interface: BISS;
▶Resolution: Juya guda ɗaya max.1024ppr/max.2048ppr;
▶ Kayan Wutar Lantarki: 5v, 8-29v;
▶ Lambobin fitarwa: Binary, Grey, ;
▶ Ana amfani da shi a fannoni daban-daban na tsarin sarrafawa ta atomatik da tsarin aunawa, kamar masana'anta, jigilar kaya, yadi, bugu, jirgin sama, injin gwadawa na soja, lif, da sauransu.
▶ Mai jure jijjiga, mai jure lalata, mai jure gurbacewa;
| Halayen samfur | |||||
| Gida Dia.: | 38,50,58mm | ||||
| Solid Shaft Dia.: | 6,8,10mm | ||||
| Bayanan Lantarki | |||||
| Ƙaddamarwa: | Juya guda ɗaya max.1024ppr/max.2048ppr | ||||
| Interface: | BISS/NPN/PNP budadden mai tarawa; | ||||
| Lambar fitarwa: | Binary, Grey, Grey Excess, BCD | ||||
| Wutar Lantarki: | 8-29V | ||||
| Max. Amsa Mitar | 30 khz | ||||
| Hanyar Rotary | ccw | cw | |||
| Fitowa | Tsarin fitarwa | NPN Buɗe Mai Tari | PNP Buɗe Mai Tari | ||
| Fitowar Logic | Hankali mai kyau | Hankali mara kyau | |||
| Ragowar Wutar Lantarki | Io=16mA | ≤0.4v | |||
| Io=32mA | ≤1.5v | ||||
| A halin yanzu | 32mA Max | ||||
| MakanikaiBayanai | |||||
| Fara Torque | 0.01N•M | ||||
| Max. Loading Shaft | Axial: 5-30N, Radial: 10-20N; | ||||
| Max. Gudun Rotary | 3000rpm | ||||
| Nauyi | 160-200 g | ||||
| Bayanan Muhalli | |||||
| Yanayin Aiki. | -30 ~ 80 ℃ | ||||
| Adana Yanayin. | -40 ~ 80 ℃ | ||||
| Matsayin Kariya | IP54 | ||||
| Jagoran Haɗin (1): | |||||||
| Pin | Launi | Ƙaddamarwa | |||||
| 1024 | 512 | 256/180 | 128/90 | 64 | 32 | ||
| 1 | Blue | 0V | 0V |
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| 2 | Brown | 8V-29V | 8V-29V |
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| 3 | Baki | BIT1(20) | N/A |
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| 4 | Ja | BIT2(21) | BIT1(20) | N/A |
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| 5 | Lemu | BIT3 (22) | BIT2(21) | BIT1(20) | N/A |
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| 6 | Yellow | BIT4(23) | BIT3 (22) | BIT2(21) | BIT1(20) | N/A |
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| 7 | Kore | BIT5(24) | BIT4(23) | BIT3 (22) | BIT2(21) | BIT1(20) | N/A |
| 8 | Purple | BIT6(25) | BIT5(24) | BIT4(23) | BIT3 (22) | BIT2(21) | BIT1(20) |
| 9 | Grey | BIT7(26) | BIT6(25) | BIT5(24) | BIT4(23) | BIT3 (22) | BIT2(21) |
| 10 | Fari | BIT8(27) | BIT7(26) | BIT6(25) | BIT5(24) | BIT4(23) | BIT3 (22) |
| 11 | Baki/Fara | BIT9(28) | BIT8(27) | BIT7(26) | BIT6(25) | BIT5(24) | BIT4(23) |
| 12 | Ja/Fara | BIT10(29) | BIT9(28) | BIT8(27) | BIT7(26) | BIT6(25) | BIT5(24) |
| 13 | Blue/Fara | Sake saitin sifili | |||||
| Layin Garkuwa |
| GND |
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| Pin | Launi | Ƙaddamarwa | ||||||
| 2048 | 1024/720 | 512/360 | 256/180 | 128 | 64 |
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| 1 | Blue | 0V | 0V |
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| 2 | Brown | 8V-29V | 8V-29V |
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| 3 | Baki | BIT1(20) | BIT1(20) | N/A |
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| 4 | Ja | BIT2(21) | BIT2(21) | BIT1(20) | N/A |
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| 5 | Lemu | BIT3 (22) | BIT3 (22) | BIT2(21) | BIT1(20) | N/A |
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| 6 | Yellow | BIT4(23) | BIT4(23) | BIT3 (22) | BIT2(21) | BIT1(20) | N/A |
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| 7 | Kore | BIT5(24) | BIT5(24) | BIT4(23) | BIT3 (22) | BIT2(21) | BIT1(20) | N/A |
| 8 | Purple | BIT6(25) | BIT6(25) | BIT5(24) | BIT4(23) | BIT3 (22) | BIT2(21) | BIT1(20) |
| 9 | Grey | BIT7(26) | BIT7(26) | BIT6(25) | BIT5(24) | BIT4(23) | BIT3 (22) | BIT2(21) |
| 10 | Fari | BIT8(27) | BIT8(27) | BIT7(26) | BIT6(25) | BIT5(24) | BIT4(23) | BIT3 (22) |
| 11 | Baki/Fara | BIT9(28) | BIT9(28) | BIT8(27) | BIT7(26) | BIT6(25) | BIT5(24) | BIT4(23) |
| 12 | Ja/Fara | BIT10(29) | BIT10(29) | BIT9(28) | BIT8(27) | BIT7(26) | BIT6(25) | BIT5(24) |
| 13 | Lemu/Fara | BIT11(211) | N/A |
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| Layin Garkuwa |
| GND |
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| Lambar oda |
| Girma |
Lura:
▶Adopt na roba taushi dangane za a yi amfani tsakanin encoder shaft da fitarwa shaft na mai amfani da karshen don kauce wa lalacewa na encoder shaft tsarin saboda serial motsi da gudu daga mai amfani shaft.
▶ Da fatan za a kula da nauyin axle da aka yarda yayin shigarwa.
▶ Tabbatar cewa bambanci tsakanin Axial Degree na encoder shaft da mai amfani da fitarwa shaft ba zai zama fiye da 0.20mm, da kuma karkacewar. kwana tare da axis zai zama ƙasa da 1.5 °.
▶ Yi ƙoƙarin guje wa ƙwanƙwasawa da faɗuwar karo yayin shigarwa;
▶Kada a haɗa layin wutar lantarki da wayar ƙasa a baya.
▶ Wayar GND za ta kasance mai kauri kamar yadda zai yiwu, gabaɗaya ya fi φ 3 girma.
▶Kada a haɗa layin rikodin fitarwa da juna don gujewa lalata da'irar fitarwa.
▶Kada a haɗa layin siginar siginar da wutar lantarki ta DC ko AC halin yanzu don gujewa lalata da'irar fitarwa.
▶ Motar da sauran kayan aikin da ke da alaƙa da encoder za su kasance da ƙasa sosai ba tare da tsayayyen wutar lantarki ba.
▶ Za a yi amfani da kebul mai kariya don yin waya.
▶Kafin fara na'ura, bincika a hankali ko wiring ɗin daidai ne.
▶ A lokacin watsa nisa mai nisa, za a yi la'akari da siginar attenuation factor, kuma za a zaɓi yanayin fitarwa tare da ƙarancin fitarwa da ƙarfin hana tsangwama.
▶ Guji yin amfani da ƙaƙƙarfan yanayi na igiyoyin lantarki.
Matakai guda biyar suna sanar da kai yadda ake zabar rikodi:
1.Idan kun riga kun yi amfani da encoders tare da wasu samfuran, plz jin daɗin aiko mana da bayanan alamar info da bayanan ɓoye, kamar ƙirar no, da sauransu, injiniyan mu zai ba ku shawara tare da maye gurbin euqivalent a babban farashi mai tsada;
2.Idan kuna son nemo maƙallan aikace-aikacen ku, plz fara zaɓi nau'in ɓoye: 1) encoder ƙarawa 2) cikakken encoder 3) Zana Sensors Wire 4) Manual Pluse Generator
3. Zaɓi tsarin fitarwa naka (NPN/PNP/ LINE DRIVER/PUSH PULL don ƙarar encoder) ko musaya (Parallel, SSI, BISS, Modbus, CANopen, Profibus, DeviceNET, Profinet, EtherCAT, Power Link, Modbus TCP);
4. Zaɓi ƙudurin mai rikodin, Max.50000ppr don encoder incremental na Gertech, Max.29bits don Gertech Absolute Encoder;
5. Zaɓi mahalli Dia da shaft dia. na rikodin;
Gertech sanannen maye ne na samfuran ƙasashen waje irin su Sick / Heidenhain/Nemicon/Autonics/Koyo/Omron/Baumer/Tamagawa/Hengstler/Trelectronic/Pepperl+Fuchs/Elco/Kuebler,ETC.
Canjin Gertech Daidai:
Omron:
E6A2-CS3C, E6A2-CS3E, E6A2-CS5C, E6A2-CS5C,
E6A2-CW3C, E6A2-CW3E, E6A2-CW5C, E6A2-CWZ3C,
E6A2-CWZ3E, E6A2-CWZ5C; E6B2-CS3C, E6B2-CS3E, E6B2-CS5C, E6A2-CS5C, E6B2-CW3C, E6B2-CW3E, E6B2-CW5C, E6B2-CWZ3C,
E6B2-CWZ3E, E6B2-CBZ5C; E6C2-CS3C, E6C2-CS3E, E6C2-CS5C, E6C2-CS5C, E6C2-CW3C, E6C2-CW3E, E6C2-CW5C, E6C2-CWZ3C,
E6C2-CWZ3E, E6C2-CBZ5C;
Koyo: TRD-MX TRD-2E/1EH, TRD-2T, TRD-2TH, TRD-S, TRD-SH, TRD-N, TRD-NH, TRD-J TRD-GK, TRD-CH Series
Autonics: E30S, E40S, E40H, E50S, E50H, E60S, E60H Series
Cikakkun bayanai
Mai rikodin rotary yana cike cikin daidaitaccen marufi na fitarwa ko kamar yadda masu siye suka buƙata;
FAQ:
Game da Bayarwa:
Lokacin jagora: Bayarwa na iya kasancewa cikin mako guda bayan cikakken biya ta DHL ko wasu dabaru kamar yadda aka nema;
Game da Biya:
Ana iya biyan kuɗi ta hanyar canja wurin banki, ƙungiyar yamma da Paypal;
Kula da inganci:
Ƙwararrun ƙwararrun ƙwararrun ƙwararrun ƙwararrun ƙwararrun ƙwararrun da Mr. Hu ke jagoranta, na iya tabbatar da ingancin kowane samfurin lokacin da ya bar masana'anta.Mr. Hu yana da fiye da shekaru 10 gwaninta a cikin masana'antun na encoders,
Game da tallafin fasaha:
Doctor da Kwararrun ƙungiyar da ke haifar da shi, ya kammala, da masu haɓaka na yau da kullun, GertaChat, Modbus-TCP da haɓakar fole-rlink;
Takaddun shaida:
CE, ISO9001, Rohs da KCyana ƙarƙashin tsari;
Game da Tambaya:
Duk wani tambaya za a amsa cikin sa'o'i 24, kuma abokin ciniki kuma yana iya ƙara what's app ko wechat don saƙon take, ƙungiyar tallanmu da ƙungiyar fasaha za su ba da sabis na ƙwararru da shawarwari;
Manufar garanti:
Gertech yana ba da garanti na shekara 1 da goyon bayan fasaha na tsawon rai;
Mun zo nan don taimakawa. Injiniyoyin mu da ƙwararrun masu rikodin rikodin za su amsa da sauri zuwa ga mafi tsauri, mafi yawan tambayoyin incoder fasaha.
Expedite options are available on many models. Contact us for details:Terry_Marketing@gertechsensors.com;
