Netzer DS-58 Cikakken Rubutun Rotary

Gabatarwa

Shafin: 3.0
Takardun da suka dace

• Takardar bayanan Encoder DS-58

Kariyar ESD

Kamar yadda aka saba don da'irori na lantarki, yayin sarrafa samfur kar a taɓa da'irori na lantarki, wayoyi, masu haɗawa ko na'urori masu auna firikwensin ba tare da kariyar ESD mai dacewa ba. Mai haɗawa / mai aiki zai yi amfani da kayan aikin ESD don gujewa haɗarin lalacewar da'ira.

Samfurin ya ƙareview

Ƙarsheview

Madaidaicin matsayi na DS-58 Electric Encoder™ shine firikwensin matsayi na juyin juya hali wanda aka samo asali don ƙaƙƙarfan aikace-aikace masu mahimmanci na muhalli. A halin yanzu yana aiwatar da aikace-aikace da yawa, gami da tsaro, tsaron gida, sararin samaniya, da likitanci da sarrafa kansa na masana'antu. Fasahar da ba ta tuntuɓar Wutar Lantarki ™ ta dogara ne da hulɗa tsakanin ma'aunin ƙaura da filin lantarki da aka daidaita sarari/lokaci.
DS-58 Electric Encoder™ ne Semi-modular, watau, rotor da stator sun bambanta, tare da stator amintacce yana gina na'urar rotor.

1.  Encoder stator
2. Encoder rotor
3.  Encoder hawa clamps
4. Kebul na encoder

Taswirar kwararar shigarwa

Encoder hawa

Mai jujjuya mai rikodin (2) yana haɗe zuwa sandar runduna ta latsa shi a kafaɗa da aka keɓe (b). Screw da wanki ko madauwari ruwa da mai wanki a ƙarshen kafada suna kula da matsi. Incoder stator (1) yana tsakiya ne ta matakin dawafi (a) kuma an haɗe shi zuwa stator mai watsa shiri (c) ta amfani da cl encoder guda uku.amps .
Lura: KADA KA yi amfani da kayan kulle dunƙule sun ƙunshi Cyanoacrylate wanda ke yin mu'amala da ƙarfi tare da jikin firikwensin da aka yi da Ultem.

Encoder stator / Matsayin dangi na Rotor
Rotor yana iyo, sabili da haka, don dacewa da nisa mai tsayi na axial mai dacewa "H" tsakanin kafada shaft (b) da stator mounting recess (a) ya zama 1.5 mm mara kyau. Don sauƙi na diyya na hawan inji ta hanyar rotor shims, nisa da aka ba da shawarar shine 1.6-0.05 mm.
Mafi kyawun shawarar ampƘimar litude suna tsakiyar kewayon bisa ga waɗanda aka nuna a cikin software na Encoder Explorer kuma suna bambanta bisa ga nau'in rikodi.

Farashin DS-58 ampramuwa na litudes:
Ƙaddamar da injina ta amfani da 50 um shims a ƙasa da na'ura mai juyi (akwai azaman DS58-R-00 kit).
Tabbatar da ingantaccen hawan rotor tare da kayan aikin Encoder Explorer "Mai nazarin sigina" ko "Tabbacin shigarwa na inji."
Lura: don ƙarin bayani karanta sakin layi na 6

Ana kwashe kaya

Daidaitaccen tsari

Kunshin daidaitaccen DS-58 yana ƙunshe da encoder tare da 250mm shildedd na USB AWG30.
Na'urorin haɗi na zaɓi:

1. DS-58-R-01 Kit, Rotor hawa shims: x10 bakin karfe 50um lokacin farin ciki na rotor hawa shims.
2.  MA-DS58-20-002, DS-58-20 INT KIT, Tsakanin shaft ɗin da aka tako.
3. MA-DS58-20-004, DS-58-20 INT KIT, Ƙarshen shaft, madaidaicin madauri.
4. EAPK005 Kit, encoder hawa clamps, (3 sukurori M2x4).
5. CNV-0003 RS-422 zuwa USB Converter (tare da kebul na ciki 5V hanyar samar da wutar lantarki).
6. NanoMIC-KIT-01, RS-422 zuwa USB Converter tare da cikakken dijital dubawa ga duka NCP & babban gudun SSI / Biss da AqB (tare da USB na ciki 5V ikon samar da hanya).
7. DKIT-DS-58-SG-S0, Mai saka SSi encoder akan jujjuya jig, RS-422 zuwa mai sauya USB da igiyoyi.
8. DKIT-DS-58-IG-S0, Mai saka BiSS encoder akan jujjuya jig, RS-422 zuwa mai sauya USB da igiyoyi.

Haɗin wutar lantarki

Wannan babin reviews matakan da ake buƙata don haɗa encoder ta hanyar lantarki tare da ƙirar dijital (SSi ko BiSS-C).
Haɗa mai rikodin
Encoder yana da hanyoyin aiki guda biyu:

 

Cikakken matsayi akan SSi ko BiSS-C:

Wannan shine yanayin tsohowar wutar lantarki

Lambar launi na wayoyi na SSi / BiSS

• Agogo + Grey
  Agogo
• Agogo - Blue
• Data - Yellow
  Bayanai
• Data + Green
• GND Black Ground
• + 5V Red Power wadata

Saita yanayin akan NCP (Ka'idar Sadarwa ta Netzer)

Wannan yanayin sabis yana ba da dama ta USB zuwa PC mai aiki da aikace-aikacen Netzer Encoder Explorer (akan MS Windows 7/10). Sadarwa ta hanyar Netzer Communication Protocol (NCP) akan RS-422 ta amfani da saitin wayoyi iri ɗaya.
Yi amfani da aikin fil mai zuwa don haɗa mai rikodin zuwa mai haɗin nau'in D-9-pin zuwa mai sauya RS-422/USB CNV-0003 ko NanoMIC.

 Shigar da software

Software na Encoder Explorer (EEE):

• Yana Tabbatar Da Daidaita Hawan Injini
•  Rarraba Calibration
•  Yana kafa bincike na gaba ɗaya da sigina

Wannan babin reviews matakan da ke da alaƙa da shigar da aikace-aikacen software na EEE.

Mafi ƙarancin buƙatu

•  Tsarin aiki: MS windows 7/10, (32/64 bit)
• Ƙwaƙwalwar ajiya: 4MB mafi ƙarancin
• Tashar jiragen ruwa na sadarwa: USB 2

 Shigar da software

• Shigar da Ecoder™ Explorer file samu akan Netzer website: Encoder Explorer Kayan aikin Software
•  Bayan shigarwa za ku ga gunkin software na Electric Encoder Explorer akan tebur na kwamfuta.
• Danna gunkin software na Encoder Explorer don farawa.

Tabbatarwar hawa

Fara Encoder Explorer

Tabbatar da kammala waɗannan ayyuka cikin nasara:

• Dutsen Injin
• Haɗin lantarki
• Haɗa Encoder don Calibration
• Encoder Bincika Shigar Software

Yi tabbacin hawa & zaɓin shugabanci kafin daidaitawa don tabbatar da ingantaccen aiki.
Hakanan ana ba da shawarar kiyaye shigarwa a taga [Kayan aiki - Ana bincika siginar].

Tabbatar da shigarwa na injina

Tabbatar da Shigar Injiniyan yana ba da hanyar da za ta tabbatar da ingantaccen hawan injina ta hanyar tattara ɗanyen bayanai na tashoshi masu kyau da mara nauyi yayin juyawa.

• Zaɓi [Fara] don fara tarin bayanai.
• Juya shaft don tattara bayanan tashoshi masu kyau da mara kyau.
• A ƙarshen ingantaccen tabbaci, SW zai nuna "Madaidaicin Shigarwa na Injini."
  
• Idan SW ya nuna "Instal Inst MechanicalInstallation," gyara wurin inji na rotor, kamar yadda aka gabatar a cikin sakin layi na 3.3 - "Matsayin Dangi na Rotor."

Daidaitawa

Sabuwar fasali
An kunna zaɓin daidaitawa ta atomatik. Koma zuwa daftarin aiki: Auto-calibration-feature-user-manual-V01

Gyaran daidaitawa

Don ingantaccen aiki na Encoders na Lantarki, dole ne a biya diyya na siginar siginar sine da siginar siginar da babu makawa DC akan sashin aiki.
Bayan nasarar kammala aikin Tabbatar da Dutsen:

• Zaɓi [Calibration] akan babban allo.
• Fara sayan bayanan yayin jujjuya shaft.
  Wurin ci gaba (c) yana nuna ci gaban tarin.
  Juya axis akai-akai yayin tattara bayanai-wanda ke rufe sashin aiki na aikace-aikacen ƙarshen zuwa ƙarshe ta hanyar tsohuwa hanya tana tattara maki 500 akan daƙiƙa 75. Gudun juyawa ba siga ba ne yayin tattara bayanai. Alamar tarin bayanai tana nuna tashoshi masu kyau/masu kyau, bayyanannen da'irar “bakin ciki” tana bayyana a tsakiya (d) (e) tare da wasu kashewa.

CAA calibration

Ƙididdigar mai zuwa tana daidaita madaidaicin tasha / mai kyau ta hanyar tattara bayanai daga kowane batu na tashoshi biyu.
Zaɓi [Ci gaba zuwa CAA Calibration] A cikin taga daidaita kusurwar CAA, zaɓi maɓallin zaɓi mai dacewa daga zaɓuɓɓukan kewayon awo (a):

• Cikakken jujjuyawar injina - motsin shaft ya wuce 10deg - shawarar.
• Sashe mai iyaka - ayyana aiki na shaft a cikin iyakataccen kusurwa da aka ayyana ta digiri idan akwai <10deg
• Kyauta sampYanayin ling – ayyana adadin maki a cikin jimlar adadin maki a cikin akwatin rubutu. Tsarin yana nuna adadin shawarwarin maki ta tsohuwa. Tattara mafi ƙarancin maki tara akan sashin aiki.
• Danna maɓallin [Fara Calibration] (b)
• Matsayin (c) yana nuna aikin da ake buƙata na gaba; Matsayin motsi na shaft; matsayi na yanzu, da matsayi na gaba wanda ya kamata a juya mai rikodin.
• Juya shaft / encoder zuwa matsayi na gaba kuma danna maɓallin [Ci gaba] (c) - shaft ya kamata ya kasance a cikin STAND STILL yayin tattara bayanai. Bi nuni/ma'amala yayin tsarin hawan keke don sanya sandar -> tsaya cak -> lissafin karatu.
• Maimaita matakin da ke sama don duk fayyace maki. Gama (d)
• Danna maɓallin [Ajiye kuma Ci gaba] (e).

Mataki na ƙarshe yana adana sigogin CAA masu daidaitawa, yana kammala aikin daidaitawa.

 Saita maƙallan sifili

Za'a iya bayyana matsayin sifili a ko'ina cikin sashin aiki. Juya rafin zuwa wurin injin sifili da ake so.
Je zuwa maballin "Calibration" a saman menu na sama, danna "Set UZP".
Zaɓi "Saita Matsayin Yanzu" azaman sifili ta amfani da zaɓin da ya dace, kuma danna [Gama].

Gwajin Jitter

Yi gwajin jitter don kimanta ingancin shigarwa; gwajin jitter yana gabatar da kididdigar karatun karatun cikakken matsayi (ƙidaya) akan lokaci. Jitter na yau da kullun ya kamata ya tashi +/- 3 kirga; mafi girma jitter na iya nuna amo tsarin.
Idan ba a rarraba bayanan karatun (dige-dige masu shuɗi) daidai gwargwado akan da'irar sirara, za ku iya fuskantar “amo” a cikin shigar ku (duba shaft/stator grounding).

 Yanayin Aiki

SSI/BiSS

Alamar yanayin aiki na SSi/BiSS Encoder interface akwai ta amfani da NanoMIC.
Don ƙarin bayani karanta game da NanoMIC akan Netzer website
Yanayin aiki yana gabatar da yanayin "ainihin" SSi / BiSS tare da ƙimar agogon 1MHz.
Protocol SSi

Protocol BiSS

Zane-zane na injina

Shaft - Ƙarshen shigarwa (mataki)

WARBABU
Kada a yi amfani da Loctite ko wasu manne masu ɗauke da Cyanoacrylate. Muna ba da shawarar yin amfani da manne 3M – Scotch-Weld™ Epoxy Adhesive EC-2216 B/A.

DS-58 ƙarshen shaft spring, MP-03037

Shaft - MID shigarwa (mataki)

GARGADI
Kada a yi amfani da Loctite ko wasu manne masu ɗauke da Cyanoacrylate. Muna ba da shawarar yin amfani da manne 3M – Scotch-Weld™ Epoxy Adhesive EC-2216 B/A.

Takardu / Albarkatu

Netzer DS-58 Cikakken Rubutun Rotary [pdf] Manual mai amfani DS-58 Cikakken Rubutun Rotary, DS-58, Cikakkiyar Rubutun Rotary, Rotary Encoder, Encoder

Magana

• Manual mai amfani