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Metal Stamping & Sheet Metal Fabrication, Zinc Plated Metal Stamped Parts, Wire and Spring Forming Metal Stamping & Sheet Metal Fabrication Izingxenye ezinezigxivizo zeZinc Izitembu ezinembayo kanye nokwakhiwa kwezintambo Izitembu zensimbi ezinemba nge-zinc ngokwezifiso Izingxenye ezinezigxivizo zokunemba I-AGS-TECH Inc. ukunemba isitembu sensimbi Ishidi leMetal Fabrication yi-AGS-TECH Inc. I-Sheet Metal Rapid Prototyping eyenziwe yi-AGS-TECH Inc. Ukunyathela ama-washers ngevolumu ephezulu Ukuthuthukiswa kanye nokukhiqizwa kwezindlu zokuhlunga uwoyela wensimbi Ukwenziwa kwezingxenye zensimbi zeshidi zokuhlunga uwoyela nokuhlanganisa okuphelele Ukwenziwa ngokwezifiso kanye nokuhlanganiswa kwemikhiqizo yensimbi yeshidi Ukwenziwa kwe-Head Gasket yi-AGS-TECH Inc. Ukwenziwa kwesethi ye-Gasket kwa-AGS-TECH Inc. Ukwenziwa kwezivalo zensimbi yeshidi - AGS-TECH Inc Izitembu Ezilula Ezikodwa futhi Eziqhubekayo ezivela kwa-AGS-TECH Inc. Izitembu ezivela ku-Metal and Metal Alloys - AGS-TECH Inc Izingxenye zensimbi zeshidi ngaphambi kokuqeda ukusebenza Ukwakhiwa Kweshidi Lensimbi - I-Enclosure Kagesi - AGS-TECH Inc Ukukhiqiza I-Titanium Coated Cutting Blades for Food Industry Ukuqanjwa kwama-Skiving Blades for Food Packaging Industry IKHASI ELIDLULE

Holography - Holographic Glass Grating - AGS-TECH Inc. - New Mexico - USA Imikhiqizo ye-Holographic and Systems Manufacturing Sinikezela ngesitoko seshelufu kanye nesitokwe esiklanywe futhi sakha ngokwezifiso HOLOGRAPHY PRODUCTS, okuhlanganisa: • 180, 270, 360 Degree Hologram Displays/ Holography Based Visual Projection • Izibonisi zokuzinamathelisa ezingama-360 Degree Hologram • Ifilimu Yewindi Ye-3D Yokukhangisa Ukukhangisa • I-Full HD Hologram Showcase & Holographic Display 3D Pyramid For Holography Advertising • I-3D Holographic Display Holocube For Holography Advertising • I-3D Holographic Projection System • Isikrini se-3D Mesh Holographic Screen • Ifilimu ye-Rear Projection / Front Projection Film (ngomqulu) • Isibonisi Sokuthinta Esisebenzisanayo • Isikrini Sokuqagela Esigobile: Isikrini Sokuqagela Esigobile siwumkhiqizo owenziwe ngendlela oyifisayo owenziwe wa-oda wekhasimende ngalinye. Senza izikrini ezigobile, izikrini zezibonisi ze-3D ezisebenzayo nezingenzi lutho nezibonisi zokulingisa. • Imikhiqizo ye-Holographic Optical efana nokuvikeleka kobufakazi bentukuthelo kanye nezitikha zobuqiniso bomkhiqizo (ukuphrinta ngokwezifiso ngokuya ngesicelo sekhasimende) • I-Holographic Glass Gratings yezinhlelo zokusebenza zokuhlobisa noma ezibonisayo nezokufundisa. Ukuze uthole ulwazi mayelana namakhono ethu obunjiniyela nokucwaninga nokuthuthukiswa sikumema ukuthi uvakashele isayithi lethu lobunjiniyela http://www.ags-engineering.com CLICK Product Finder-Locator Service IKHASI ELIDLULE

Electron Beam Machining, EBM, E-Beam Machining & Cutting & Boring, Custom Manufacturing of Parts - AGS-TECH Inc. - NM - USA I-EBM Machining & Electron Beam Machining In ELECTRON-BEAM MACHINING (EBM) sinama-electron esivinini esiphezulu agxilwe emsebenzini abe umhwamuko futhi agxilise ukushisa kube ucezu oluncane. Ngakho i-EBM iwuhlobo lwe HIGH-ENERGY-BEAM MACHINING technique. I-Electron-Beam Machining (EBM) ingasetshenziselwa ukusika okunembe kakhulu noma ukubhora kwezinhlobonhlobo zezinsimbi. Ukuqedwa okungaphezulu kungcono futhi ububanzi be-kerf buncane uma kuqhathaniswa nezinye izinqubo zokusika okushisayo. Ama-electron emishini ye-EBM-Machining akhiqizwa ngesibhamu se-electron beam. Izinhlelo zokusebenza ze-Electron-Beam Machining ziyefana nalezo ze-Laser-Beam Machining, ngaphandle kokuthi i-EBM idinga i-vacuum enhle. Ngakho lezi zinqubo ezimbili zihlukaniswa njengezinqubo ze-electro-optical-thermal. I-workpiece ezokwenziwa ngomshini ngenqubo ye-EBM itholakala ngaphansi kwe-electron beam futhi igcinwa ngaphansi kwe-vacuum. Izibhamu ze-electron beam emishinini yethu ye-EBM ziphinde zinikezwe amasistimu okukhanyisa kanye nezibonakude zokuqondanisa ugongolo nocezu lokusebenza. I-Workpiece ifakwe etafuleni le-CNC ukuze izimbobo zanoma yikuphi ukuma zifakwe ngomshini kusetshenziswa isilawuli se-CNC kanye nokusebenza kokuphambuka kwesibhamu kwesibhamu. Ukuze kuzuzwe ukuhwamuka okusheshayo kwezinto ezibonakalayo, ukuminyana kweplani yamandla kugongolo kumele kube phezulu ngangokunokwenzeka. Amanani afika ku-10exp7 W/mm2 angafinyelelwa endaweni yomthelela. Ama-electron adlulisela amandla awo e-kinetic ekushiseni endaweni encane kakhulu, futhi izinto ezithintwe ugongolo ziyahwamuka ngesikhathi esifushane kakhulu. Impahla encibilikisiwe phezulu ngaphambili, ixoshwa endaweni yokusika ngokucindezela okuphezulu komhwamuko ezingxenyeni ezingezansi. Imishini ye-EBM yakhiwe ngendlela efanayo nemishini yokushisela i-electron beam. Imishini ye-electron-beam ivamise ukusebenzisa ama-voltages ebangeni elingu-50 kuya ku-200 kV ukusheshisa ama-electron aye cishe ku-50 kuya ku-80% wejubane lokukhanya (200,000 km/s). Amalensi kazibuthe umsebenzi wawo osekelwe kumandla we-Lorentz asetshenziselwa ukugxilisa i-electron beam ebusweni bomsebenzi wokusebenza. Ngosizo lwekhompiyutha, uhlelo lokuphambuka kukagesi lubeka ugongolo njengoba kudingeka ukuze kubhojwe izimbobo zanoma yikuphi ukuma. Ngamanye amazwi, amalensi kazibuthe emishini ye-Electron-Beam-Machining alolonga ugongolo futhi anciphise ukuhlukana. Izimbobo ngakolunye uhlangothi zivumela kuphela ama-electron aguquguqukayo ukuthi adlule futhi athwebule ama-electron aphansi ahlukene asuka emiphethweni. Imbobo namalensi kazibuthe ku-EBM-Machines ngaleyo ndlela athuthukisa ikhwalithi ye-electron beam. Isibhamu ku-EBM sisetshenziswa kumodi ye-pulsed. Izimbobo zingabhobolwa emashidini amancane kusetshenziswa i-pulse eyodwa. Kodwa-ke, kumapuleti aminyene, ama-pulse amaningi azodingeka. Ukushintsha ubude bokushaya kwenhliziyo obuphansi obungama-microseconds angu-50 ukuya kuma-milliseconds angu-15 ngokuvamile kusetshenziswa. Ukunciphisa ukushayisana kwama-electron nama-molecule omoya okuholela ekuhlakazeni nasekugcineni ukungcola kube kuncane, i-vacuum isetshenziswa ku-EBM. I-vacuum inzima futhi iyabiza ukuyikhiqiza. Ikakhulukazi ukuthola i-vacuum enhle phakathi kwamavolumu amakhulu namakamelo kufuna kakhulu. Ngakho-ke i-EBM ifaneleka kakhulu izingxenye ezincane ezingena emakamelweni evacuum ahlangene anosayizi ofanele. Izinga le-vacuum ngaphakathi kwesibhamu se-EBM liku-oda lika-10EXP(-4) ukuya ku-10EXP(-6) Torr. Ukusebenzisana kwe-electron beam nesiqephu somsebenzi kukhiqiza ama-X-reyi ayingozi empilweni, ngakho-ke abasebenzi abaqeqeshwe kahle kufanele basebenzise imishini ye-EBM. Ngokuvamile, i-EBM-Machining isetshenziselwa ukusika izimbobo ezincane njengo-0.001 inch (0.025 millimeters) ububanzi kanye nezikhala ezincane njengo-0.001 inch ezintweni ezifika ku-0.250 inch (6.25 millimeters) ubukhulu. Ubude besici ubukhulu bobubanzi lapho ugongolo lusebenza khona. I-electron beam ku-EBM ingaba nobude besici obungamashumi ama-microns ukuya ku-mm kuye ngezinga lokugxila kwe-beam. Ngokuvamile, insimbi ye-electron egxile kumandla aphezulu yenziwa ukuthi ifake ucezu lomsebenzi ngosayizi wamabala wama-microns ayi-10 - 100. I-EBM inganikeza izimbobo zamadayamitha ebangeni lama-microns angu-100 kuya ku-2 mm ngokujula okungafika ku-15 mm, okungukuthi, ngokujula/ububanzi besilinganiso esingaba ngu-10. Esimeni semishayo yama-electron engagxilile, ukuminyana kwamandla kungakwehla kuze kube ngu-1. Watt/mm2. Nokho uma kunemishayo egxilile ukuminyana kwamandla kunganyuswa kube amashumi kW/mm2. Njengesiqhathaniso, imishayo ye-laser ingagxila kusayizi wendawo wama-microns ayi-10 - 100 anamandla afinyelela ku-1 MW/mm2. Ukukhishwa kukagesi ngokuvamile kunikeza ukuminyana kwamandla okuphezulu kakhulu ngamasayizi amabala amancane. I-Beam current ihlobene ngokuqondile nenani lama-electron atholakala ku-beam. I-Beam yamanje ku-Electron-Beam-Machining ingaba ngaphansi njenge-200 microamperes ukuya ku-1 ampere. Ukwenyusa ubude besikhathi se-EBM ye-beam kanye/noma noma ishayela kukhulisa ngokuqondile amandla ngokushaya ngakunye. Sisebenzisa ama-pulses anamandla angaphezu kuka-100 J/pulse ukuze sishicilele izimbobo ezinkulu kumapuleti ashubile. Ngaphansi kwezimo ezijwayelekile, i-EBM-machining isinika inzuzo yemikhiqizo engena-burr. Amapharamitha wenqubo athinta ngqo izici zomshini ku-Electron-Beam-Machining yilezi: • I-voltage yokusheshisa • I-Beam yamanje • Ubude be-pulse • Amandla ngeshayela ngalinye • Amandla ngeshayela ngalinye • Ilensi yamanje • Usayizi wendawo • Ukuminyana kwamandla Ezinye izakhiwo zikanokusho zingatholakala kusetshenziswa i-Electron-Beam-Machining. Izimbobo kungenziwa tapered eduze ukujula noma umgqomo ezimise. Ngokugxila ugongolo ngaphansi kobuso, ama-tapers ahlanekezelwe angatholakala. Izinhlobonhlobo zezinto ezifana nensimbi, insimbi engagqwali, i-titanium ne-nickel super-alloys, i-aluminium, amapulasitiki, izitsha zobumba zingenziwa ngomshini kusetshenziswa i-e-beam-machining. Kungase kube khona umonakalo oshisayo ohambisana ne-EBM. Kodwa-ke, indawo ethinteke ukushisa inciphile ngenxa yobude besikhathi esifushane sokushaya kwenhliziyo ku-EBM. Izindawo ezithinteke ekushiseni ngokuvamile ziba phakathi kwama-microns angama-20 kuye kwangama-30. Ezinye izinto ezifana ne-aluminium ne-titanium alloys zisebenza kalula ngomshini uma ziqhathaniswa nensimbi. Ngaphezu kwalokho ukwenziwa kwe-EBM akubandakanyi ukusika amandla ezicucu zomsebenzi. Lokhu kuvumela ukwenziwa kwemishini yezinto ezintekenteke neziphukayo yi-EBM ngaphandle kokugoqa okubalulekile noma ukunamathisela njengoba kwenzeka kumasu okwenza imishini. Izimbobo zingabuye zibhojwe ema-engeli angashoni kakhulu njengama-degree angama-20 kuye kwangama-30. Izinzuzo ze-Electron-Beam-Machining: I-EBM inikeza amanani aphezulu kakhulu wokumba lapho kubholwa izimbobo ezincane ezine-aspect ratio ephezulu. I-EBM ingakwazi umshini cishe noma iyiphi impahla kungakhathalekile ukuthi iziphi izinto zayo eziwumshini. Awekho amandla okusika emishini ahilelekile, ngakho-ke ukubopha umsebenzi, ukubamba kanye nokulungisa izindleko azinakwa, futhi izinto ezintekenteke/eziphukayo zingacutshungulwa ngaphandle kwezinkinga. Izindawo ezithinteke ekushiseni ku-EBM zincane ngenxa yama-pulses amafushane. I-EBM iyakwazi ukunikeza noma yikuphi ukuma kwezimbobo ngokunemba ngokusebenzisa amakhoyili kagesi ukuchezukisa imishayo yama-electron kanye netafula le-CNC. Ububi be-Electron-Beam-Machining: Izisetshenziswa ziyabiza futhi ukusebenza nokugcina amasistimu we-vacuum kudinga ochwepheshe abakhethekile. I-EBM idinga izikhathi ezibalulekile zephampu ye-vacuum phansi ukuze kutholwe ingcindezi ephansi edingekayo. Noma indawo ethinteke ukushisa incane ku-EBM, ukwakheka kwesendlalelo sokuphindaphinda kwenzeka kaningi. Iminyaka yethu eminingi yokuhlangenwe nakho nolwazi kusisiza ukuba sisebenzise lesi sisetshenziswa esibalulekile endaweni yethu yokukhiqiza. CLICK Product Finder-Locator Service IKHASI ELIDLULE

Thickness Gauges - Ultrasonic - Flaw Detector - Nondestructive Measurement of Thickness & Flaws from AGS-TECH Inc. - USA Ukuqina kanye Nezikali Ezingaphelele & Izihloli AGS-TECH Inc. offers ULTRASONIC FLAW DETECTORS and a number of different THICKNESS GAUGES with different principles of operation. One of the popular types are the ULTRASONIC THICKNESS GAUGES ( also referred to as UTM ) which are measuring izinsimbi ze NON-DESTRUCTIVE TESTING & uphenyo lokujiya kwezinto kusetshenziswa amagagasi e-ultrasonic. Another type is HALL EFFECT THICKNESS GAUGE ( also referred to as MAGNETIC BOTTLE THICKNESS GAUGE ). Amageji ogqinsi we-Hall Effect anikeza inzuzo yokunemba ukuthi akuthintwa umumo wamasampuli. A third common type of NON-DESTRUCTIVE TESTING ( NDT ) instruments are_cc781905-5cde-3194- bb3b-136bad5cf58d_EDDY AMAGAUGE AMANJE OBUNCINANE. Amageji ogqinsi ohlobo lwe-Eddy amathuluzi e-elekthronikhi akala ukuhluka kokuncishiswa kwekhoyili e-eddy-current inducing okubangelwa ukuhlukahluka kogqinsi. Zingasetshenziswa kuphela uma i-conductivity kagesi ye-coating ihluke kakhulu kuleyo ye-substrate. Nokho uhlobo lwakudala lwezinsimbi yilo DIGITAL THICKNESS GAGES. Ziza ngezindlela namakhono ahlukene. Iningi lawo angamathuluzi angabizi kakhulu ancike ekuthinteni izindawo ezimbili eziphikisanayo zesampula ukuze kukale ukujiya. Amanye amageji okuqina kwegama lomkhiqizo kanye nezitholi zamaphutha ze-ultrasonic esizithengisayo yizi SADT, SINOAGE 58-58-25-2588-2518-25882-258882888888888888888888888888_SADT SADT. Ukuze udawunilode incwajana ye-SADT Ultrasonic Thickness Gauges yethu, sicela UCHOFOZE LAPHA. Ukulanda ikhathalogi ye-metrology yomkhiqizo we-SADT yethu kanye nemishini yokuhlola, sicela UKOFOZE LAPHA. Ukulanda incwajana ye-multimode yethu yokukala ukujiya kwe-ultrasonic MITECH MT180 kanye ne-MT190, sicela UCHOPHO LAPHA. Ukulanda incwajana yomtshina wethu we-ultrasonic flaw MITECH MODEL MFD620C sicela uchofoze lapha. Ukulanda ithebula lokuqhathanisa lomkhiqizo le-MITECH Flaw Detectors yethu sicela uchofoze lapha. I-ULTRASONIC THICKNESS GAGES : Okwenza izilinganiso ze-ultrasonic zikhange kangaka ikhono lazo lokulinganisa ubukhulu ngaphandle kwesidingo sokufinyelela izinhlangothi zombili zesifanekiso sokuhlola. Izinguqulo ezihlukahlukene zalawa mathuluzi njengegeji yokujiya i-ultrasonic coating, igeji yokuqina kapende kanye ne-digital thickness gauge ziyatholakala ngokwentengiso. Izinhlobonhlobo zezinto ezihlanganisa izinsimbi, izitsha zobumba, izibuko namapulasitiki zingahlolwa. Ithuluzi likala inani lesikhathi elisithatha amaza omsindo ukuze linqamule ukusuka ku-transducer ngokusebenzisa okokusebenza kuya ekugcineni kwengxenye engemuva kanye nesikhathi esithathwa ukuboniswa ukubuyela ku-transducer. Kusukela esikhathini esilinganisiwe, insimbi ibala ukujiya ngokusekelwe kusivinini somsindo ngesampula. Izinzwa ze-transducer ngokuvamile ziyi-piezoelectric noma i-EMAT. Amageji okujiya anakho kokubili ifrikhwensi enqunywe kusengaphambili kanye namanye anamafrikhwensi aguqulekayo ayatholakala. Okuguqulekayo kuvumela ukuhlolwa kohlu olubanzi lwezinto. Amafrikhwensi wegeji yokujiya kwe-ultrasonic angu-5 mHz. Amageji ethu okujiya anikeza amandla okugcina idatha kanye nokuyikhipha kumadivayisi wokuloga idatha. Ama-gauge ogqinsi we-Ultrasonic angabahloli abangabhubhisi, awadingi ukufinyelela kuzo zombili izinhlangothi zesampula yokuhlola, amanye amamodeli angasetshenziswa kuma-coatings nama-linings, ukunemba okungaphansi kuka-0.1mm kungatholakala, kulula ukukusebenzisa enkundleni futhi asikho isidingo. okwemvelo yaselabhu. Okunye okubi kuyisidingo sokulinganiswa kwempahla ngayinye, isidingo sokuthintana kahle nempahla kwesinye isikhathi edinga amajeli okuhlanganisa akhethekile noma ijeli ye-petroleum ukuze kusetshenziswe esixhumi esibonakalayo socingo/isampula. Izindawo ezidumile ezisetshenziswayo zamageji okujiya ama-ultrasonic aphathwayo yizokwakha imikhumbi, izimboni zokwakha, amapayipi kanye nokukhiqizwa kwamapayipi, ukukhiqizwa kweziqukathi namathangi....njll. Ochwepheshe bangasusa kalula ukungcola nokugqwala ezindaweni bese besebenzisa ijeli yokuhlanganisa bese becindezela uphenyo olubhekene nensimbi ukuze balinganise ukushuba. Amagaji e-Hall Effect akala ingqikithi yobukhulu bodonga kuphela, kuyilapho amagalaji e-ultrasonic ekwazi ukukala izendlalelo ngazinye emikhiqizweni yepulasitiki ye-multilayer. In HALL EFFECT THICKNESS GAUGES ukunemba kwesilinganiso ngeke kuthinteke umumo womumo. Lawa madivayisi asekelwe kumbono we-Hall Effect. Ukuze kuhlolwe, ibhola lensimbi libekwe ohlangothini olulodwa lwesampula kanye nophenyo ngakolunye uhlangothi. Inzwa ye-Hall Effect ku-probe ikala ibanga ukusuka kuphuzu lokuhlola ukuya ebholeni lensimbi. Isibali sizobonisa ukufundwa kokuqina kwangempela. Njengoba ungacabanga, le ndlela yokuhlola engacekeli phansi inikezela ngesilinganiso esisheshayo sogqinsi lwamabala endaweni lapho kudingeka khona ukukalwa okunembile kwamakhona, irediya encane, noma izimo eziyinkimbinkimbi. Ekuhlolweni okungonakali, amagaji e-Hall Effect asebenzisa i-probe equkethe uzibuthe oqinile oqinile kanye ne-semiconductor yaseHholo exhunywe kumjikelezo wokulinganisa amandla kagesi. Uma ithagethi ye-ferromagnetic njengebhola lensimbi lesisindo esaziwayo lifakwa endaweni kazibuthe, igoba inkambu, futhi lokhu kushintsha i-voltage kuyo yonke inzwa yeHholo. Njengoba ithagethi isuswa kuzibuthe, inkambu kazibuthe kanjalo nogesi waseHholo, ishintsha ngendlela ebikezelwayo. Ihlela lezi zinguquko, ithuluzi lingakha ijika lokulinganisa eliqhathanisa amandla kagesi ehholo elilinganisiwe nebanga lethagethi ukusuka ku-probe. Ulwazi olufakwe ensimbini ngesikhathi sokulinganisa luvumela igeji ukuthi isungule itafula lokubheka, empeleni ihlela ijika lokushintsha kwamandla kagesi. Phakathi nezilinganiso, igeji ihlola amanani akaliwe ngokumelene nethebula lokubheka futhi ibonise ukujiya esikrinini sedijithali. Abasebenzisi badinga kuphela ukufaka amavelu aziwayo ngesikhathi sokulinganisa futhi bavumele igeji ukuthi yenze ukuqhathanisa nokubala. Inqubo yokulinganisa iyazenzakalela. Izinguqulo zemishini ethuthukisiwe zinikeza ukuboniswa kokufundwa kogqinsi lwesikhathi sangempela futhi zithwebula ngokuzenzakalelayo ubukhulu obuncane. Ama-gauge ogqinsi we-Hall Effect asetshenziswa kabanzi embonini yokupakisha yepulasitiki enekhono lokulinganisa ngokushesha, kuze kufike izikhathi eziyi-16 ngomzuzwana kanye nokunemba okungaba ngu-±1%. Bangakwazi ukugcina izinkulungwane zokufundwa kokuqina enkumbulweni. Izixazululo ezingu-0.01 mm noma 0.001 mm (okulingana no-0.001” noma 0.0001”) zingenzeka. I-EDDY CURRENT TYPE THICKNESS GAUGES amathuluzi e-elekthronikhi akala ukuhlukahluka kokushayisana kwekhoyili ye-eddy-current inducing okubangelwa ukuhlukahluka kogqinsi. Zingasetshenziswa kuphela uma i-conductivity kagesi ye-coating ihluke kakhulu kuleyo ye-substrate. Izindlela zamanje ze-Eddy zingasetshenziswa ngenani lezilinganiso zobukhulu. Ikhono lokwenza izilinganiso ngokushesha ngaphandle kwesidingo se-couplant noma, kwezinye izimo ngisho nangaphandle kwesidingo sokuthintana kwendawo, lenza amasu amanje e-eddy abe usizo kakhulu. Uhlobo lwezilinganiso olungenziwa luhlanganisa ukujiya kweshidi lensimbi elincanyana kanye ne-foil, kanye nezimbozwe zensimbi ku-metallic kanye ne-nonmetallic substrate, izilinganiso eziphambanayo zamashubhu ayisilinda nezinduku, ukujiya kwezingubo ezingezona ezensimbi kuma-metallic substrates. Olunye uhlelo lokusebenza lapho indlela yamanje ye-eddy ivame ukusetshenziselwa ukukala ukujiya kwempahla isekutholeni nasekubonakaleni komonakalo wokugqwala nokuncipha esikhumbeni sendiza. Ukuhlola kwamanje kwe-Eddy kungasetshenziswa ukuhlola izindawo noma izikena zingasetshenziswa ukuhlola izindawo ezincane. Ukuhlolwa kwamanje kwe-Eddy kunenzuzo ngaphezu kwe-ultrasound kulolu hlelo lokusebenza ngoba akukho ukuhlanganisa komshini okudingekayo ukuze uthole amandla esakhiweni. Ngakho-ke, ezindaweni ezinezendlalelo eziningi zesakhiwo njengeziqephu ze-lap, i-eddy current ingase inqume ukuthi ukugqwala kuncane yini ezingqimbeni ezingcwatshiwe. Ukuhlola kwamanje kuka-Eddy kunenzuzo ngaphezu kwe-radiography yalolu hlelo lokusebenza ngoba ukufinyelela ohlangothini olulodwa kuphela okudingekayo ukuze kwenziwe ukuhlola. Ukuze uthole ucezu lwefilimu ye-radiographic ohlangothini olungemuva lwesikhumba sendiza kungase kudinge ukukhipha impahla yangaphakathi, amaphaneli, kanye nokwahlukanisa okungabiza kakhulu futhi kudale umonakalo. Izindlela zamanje ze-Eddy nazo zisetshenziselwa ukukala ubukhulu beshidi elishisayo, i-strip kanye ne-foil ezigayweni ezigoqayo. Ukusetshenziswa okubalulekile kokulinganisa ukujiya kwe-tube-wall ukuthola nokuhlola ukugqwala kwangaphandle nangaphakathi. Ama-probe angaphakathi kufanele asetshenziswe lapho indawo yangaphandle ingafinyeleleki, njengalapho kuhlolwa amapayipi agqitshwe noma asekelwe kubakaki. Impumelelo ifinyelelwe ekukaleni ukuhluka kogqinsi kumapayipi ensimbi e-ferromagnetic ngobuchule bensimu ekude. Ubukhulu bamashubhu ayisilinda kanye nezinduku bungalinganiswa ngamakhoyili obubanzi obungaphandle noma amakhoyili angaphakathi e-axial, kuye ngokuthi ikuphi okufanele. Ubudlelwano phakathi kokushintsha kokungangeni kanye nokushintsha kobubanzi abushintshi, ngaphandle kwamafrikhwensi aphansi kakhulu. Izindlela zamanje ze-Eddy zinganquma izinguquko zokuqina kuze kufike cishe kumaphesenti amathathu obukhulu besikhumba. Kungenzeka futhi ukukala ukujiya kwezingqimba ezincanyana zensimbi kuma-metallic substrates, inqobo nje uma izinsimbi ezimbili zine-conductivity kagesi ehluke kakhulu. Imvamisa kufanele ikhethwe ngendlela yokuthi kube nokungena okuphelele kwamanje kwe-eddy kwesendlalelo, kodwa hhayi kwe-substrate ngokwayo. Indlela iphinde yasetshenziswa ngempumelelo ukulinganisa ukujiya kwezindwangu ezivikelayo ezincanyana kakhulu zezinsimbi ze-ferromagnetic (njenge-chromium ne-nickel) ezisekelweni zensimbi ezingenayo i-ferromagnetic. Ngakolunye uhlangothi, ukujiya kwezindwangu ezingezona ezensimbi kuma-substrates ensimbi bunganqunywa ngokusuka kumphumela wokuphakanyiswa kwe-impedance. Le ndlela isetshenziselwa ukulinganisa ubukhulu bepende nezingubo zepulasitiki. I-coating isebenza njenge-spacer phakathi kwe-probe kanye ne-conductive surface. Njengoba ibanga phakathi kwe-probe kanye ne-conductive base metal likhula, amandla enkambu yamanje ye-eddy ayehla ngoba incane indawo kazibuthe ye-probe ingasebenzisana nesisekelo sensimbi. Ubukhulu obuphakathi kuka-0.5 no-25 µm bungalinganiswa ngokunemba phakathi kuka-10% ngamavelu aphansi kanye no-4% ngamavelu aphezulu. DIGITAL THICKNESS AUGES : Bathembele ekuthinteni izindawo ezimbili eziphikisanayo zesifanekiso ukuze kukale ukujiya. Amageji amaningi ogqinsi lwedijithali ayashintsheka ukusuka ekufundeni kwemethrikhi ukuya ekufundeni okuyiyintshi. Alinganiselwe emandleni azo ngoba ukuxhumana okufanele kuyadingeka ukuze kwenziwe izilinganiso ezinembile. Futhi athambekele kakhulu ephutheni lika-opharetha ngenxa yokuhluka ukusuka kumsebenzisi kuye kusifanekiso esihlukile sokusingatha umehluko kanye nomehluko omkhulu ezicini zesifanekiso esinjengokuqina, ukunwebeka….etc. Angase anele nokho kwezinye izinhlelo zokusebenza futhi amanani azo aphansi uma kuqhathaniswa nezinye izinhlobo zabahloli bokushuba. I MITUTOYO brand yaziwa kahle ngamageji ayo okuqina kwedijithali. Our PORTABLE ULTRASONIC THICKNESS GAUGES from SADT are: Amamodeli e-SADT SA40 / SA40EZ / SA50 : SA40 / SA40EZ amageji amancane ama-ultrasonic angakwazi ukukala ukujiya kwezindonga kanye nesivinini. Lawa ma-gauge ahlakaniphile aklanyelwe ukukala ukujiya kwakho kokubili izinto eziyinsimbi nezingezona ezensimbi njengensimbi, i-aluminium, ithusi, ithusi, isiliva nokunye. Lawa mamodeli ahlukahlukene angahlonywa kalula ngama-probes aphansi & aphezulu, i-probe yokushisa ephezulu ukuze isetshenziswe ngendlela efunwa kakhulu. izindawo. Imitha yogqinsi ye-SA50 ye-ultrasonic ilawulwa yi-micro-processor futhi isekelwe kumgomo wokulinganisa we-ultrasonic. Iyakwazi ukukala ukujiya kanye nesivinini se-acoustic se-ultrasound esakazwa ngezinto ezahlukahlukene. I-SA50 iklanyelwe ukukala ukujiya kwezinto zensimbi ezijwayelekile nezinto zensimbi ezimbozwe ngokunamathela. Dawuniloda incwajana yethu yomkhiqizo we-SADT kusixhumanisi esingenhla ukuze ubone umehluko ebangeni lokulinganisa, ukulungiswa, ukunemba, umthamo wenkumbulo, .... njll phakathi kwalezi zinhlobo ezintathu. Amamodeli e-SADT ST5900 / ST5900+ : Lawa mathuluzi angamageji amancane ama-ultrasonic ukujiya akwazi ukukala ukujiya kodonga. I-ST5900 inesivinini esingaguquki esingu-5900 m/s, esisetshenziselwa ukukala ukujiya kodonga lwensimbi kuphela. Ngakolunye uhlangothi, imodeli ye-ST5900+ iyakwazi ukulungisa isivinini phakathi kuka-1000 ~ 9990m/s ukuze ikwazi ukukala ukushuba kwakho kokubili izinto eziyinsimbi nezingezona ezensimbi njengensimbi, i-aluminium, ithusi, isiliva,…. njll. Ukuze uthole imininingwane ngama-probe ahlukahlukene sicela ulande incwajana yomkhiqizo kulesi sixhumanisi esingenhla. Our PORTABLE ULTRASONIC THICKNESS GAUGES from MITECH are: I-Multi-Mode Ultrasonic Thickness Gauge MITECH MT180 / MT190 : Lawa amageji e-multi-mode ukujiya kwe-ultrasonic asekelwe ezimisweni zokusebenza ezifanayo njenge-SONAR. Ithuluzi liyakwazi ukukala ukujiya kwezinto ezihlukahlukene ngokunemba okufika kumamilimitha angu-0.1/0.01. Isici se-multi-mode yegeji sivumela umsebenzisi ukuthi aguqule phakathi kwemodi ye-pulse-echo (ukubona iphutha nokutholwa komgodi), kanye nemodi ye-echo-echo (upende wokuhlunga noma ukujiya kokunamathela). Imodi eminingi: Imodi ye-Pulse-Echo nemodi ye-Echo-Echo. Amamodeli we-MITECH MT180 / MT190 ayakwazi ukwenza izilinganiso ezinhlobonhlobo zezinto zokwakha, kufaka phakathi izinsimbi, ipulasitiki, i-ceramics, izinhlanganisela, ama-epoxies, ingilazi nezinye izinto ze-ultrasonic wave conducting. Amamodeli ahlukahlukene e-transducer ayatholakala ukuze asetshenziswe okukhethekile njengezinto zokusanhlamvu ezimahhadlahhadla nezimo zokushisa eziphezulu. Izinsimbi zinikeza umsebenzi we-Probe-Zero, umsebenzi Wokulinganiswa Kwesivinini Somsindo, umsebenzi Wokulinganisa Okunamaphoyinti Amabili, Imodi Yephoyinti Elilodwa kanye Nemodi Yeskena. Amamodeli we-MITECH MT180 / MT190 ayakwazi ukufunda ukulinganisa okuyisikhombisa ngomzuzwana ngemodi yephoyinti elilodwa, kanye neshumi nesithupha ngomzuzwana kwimodi yokuskena. Zinenkomba yesimo sokuhlanganisa, inketho yokukhetha iyunithi ye-Metric/Imperial, inkomba yolwazi lwebhethri yomthamo osele webhethri, ukulala okuzenzakalelayo kanye nomsebenzi wokucisha amandla okuzenzakalelayo ukuze ulondoloze ukuphila kwebhethri, isofthiwe ozikhethela yona ukucubungula idatha yenkumbulo ku-PC. Ukuze uthole imininingwane ngama-probe ahlukahlukene nama-transducers sicela ulande incwajana yomkhiqizo kulesi sixhumanisi esingenhla. ULTRASONIC FLAW DETECTORS : Izinguqulo zesimanje zingamathuluzi amancane, aphathekayo, asekelwe kuma-microprocessor afanele ukusetshenziswa kwezitshalo nensimu. Amagagasi omsindo ayimvamisa ephezulu asetshenziselwa ukuthola ukuqhekeka okufihliwe, ukuqina, i-void, amaphutha kanye nokungaqhubeki kwezinto eziqinile ezifana ne-ceramic, ipulasitiki, insimbi, ama-alloys ... njll. Lawa maza e-ultrasonic akhombisa ukusuka noma adlulisele ngamaphutha anjalo ezintweni noma umkhiqizo ngezindlela ezibikezelwayo futhi akhiqize amaphethini e-echo ahlukile. Izitholi zamaphutha e-Ultrasonic zingamathuluzi okuhlola angonakalisi (ukuhlola kwe-NDT). Ziyathandwa ekuhlolweni kwezakhiwo ezishiselwe, izinto zokwakha, izinto zokukhiqiza. Iningi lama-ultrasonic flaw detectors asebenza kumafrikhwensi aphakathi kuka-500,000 kanye nemijikelezo engu-10,000,000 ngomzuzwana (500 KHz kuya ku-10 MHz), ngale kwamafrikhwensi azwakalayo izindlebe zethu ezingawazwa. Ekutholeni amaphutha e-ultrasonic, ngokuvamile umkhawulo ophansi wokutholwa kwephutha elincane ubude begagasi obuyingxenye eyodwa futhi noma yini encane kunalokho ngeke ibonakale ethuluzini lokuhlola. Isisho esifingqa igagasi lomsindo sithi: I-Wavelength = Isivinini Somsindo / Imvamisa Amagagasi omsindo kokuqinile abonisa izindlela ezihlukahlukene zokusakazeka: - I-longitudinal noma i-compression wave ibonakala ngokunyakaza kwezinhlayiyana ohlangothini olufanayo nokusakazwa kwamagagasi. Ngamanye amazwi amagagasi ahamba ngenxa yokucindezelwa nokungatholakali kalula endaweni. - I-shear / igagasi eliguquguqukayo libonisa ukunyakaza kwezinhlayiyana eziqondana nendawo yokusakazwa kwamagagasi. - Igagasi elingaphezulu noma i-Rayleigh linomnyakazo wezinhlayiyana eziyielliptical futhi lihamba linqamula phezu kwempahla, lingene ekujuleni okungaba ubude begagasi obubodwa. Amagagasi okuzamazama komhlaba nawo angamagagasi eRayleigh. - Ipuleti noma iWundlu igagasi imodi eyinkimbinkimbi yokudlidliza ebonwa kumapuleti amancane lapho ukujiya kwempahla kungaphansi kwe-wavelength eyodwa futhi igagasi ligcwalisa yonke ingxenye enqamulayo yento emaphakathi. Amaza omsindo angase aguqulwe esuka kwesinye isimo aye kwesinye. Lapho umsindo udlula kokubalulekile futhi uhlangana nomngcele wenye into, ingxenye yamandla izoboniswa emuva bese ingxenye idluliswa. Inani lamandla elibonisiwe, noma i-reflection coefficient, lihlobene ne-acoustic impedance ehlobene yezinto ezimbili. I-Acoustic impedance yona iyimpahla ebonakalayo echazwa njengokuminyana ephindwe ngesivinini somsindo kokubalulekile okunikiwe. Okwezinto ezimbili, i-reflection coefficient njengephesenti yengozi yengcindezi yamandla ithi: R = (Z2 - Z1) / (Z2 + Z1) R = i-reflection coefficient (isb. iphesenti lamandla abonisiwe) I-Z1 = i-acoustic impedance yezinto zokuqala I-Z2 = i-acoustic impedance yezinto zesibili Ekutholeni amaphutha e-ultrasonic, i-reflection coefficient isondela ku-100% emingceleni yensimbi / yomoya, engahunyushwa njengawo wonke amandla omsindo avela ekuqhekekeni noma ukungaqhubeki endleleni yegagasi. Lokhu kwenza ukutholwa kwamaphutha e-ultrasonic kwenzeke. Uma kuziwa ekucabangeni nasekuphikeni kwamagagasi omsindo, isimo siyefana nesamaza okukhanya. Amandla omsindo kumafrikhwensi e-ultrasonic aqondise kakhulu futhi imishayo yomsindo esetshenziselwa ukuthola amaphutha ichazwe kahle. Uma umsindo uvela emngceleni, i-engeli yokubonisa ilingana ne-engeli yesigameko. I-beam yomsindo efinyelela phezulu endaweni ye-perpendicular izokhombisa emuva ngqo. Amagagasi omsindo adluliswa esuka kokunye ukuya kokunye ukugoba ngokuvumelana Nomthetho ka-Snell wokuphindaphinda. Amaza omsindo ashaya umngcele nge-engeli azogotshwa ngokuya ngefomula: Isono Ø1/Sin Ø2 = V1/V2 Ø1 = I-engeli yesigameko kokubalulekile kokuqala Ø2= I-engeli ephikisiwe endabeni yesibili V1 = Isivinini somsindo endabeni yokuqala V2 = Isivinini somsindo endabeni yesibili Ama-transducer of ultrasonic flaw detectors anento esebenzayo eyenziwe nge-piezoelectric material. Uma le elementi inyakaziswa igagasi lomsindo ongenayo, ikhiqiza i-pulse kagesi. Uma ijatshuliswa i-voltage ephezulu kagesi, idlidliza ku-spectrum ethile yamafrikhwensi futhi ikhiqize amaza omsindo. Ngenxa yokuthi amandla omsindo kumafrikhwensi e-ultrasonic awahambi kahle ngamagesi, kusetshenziswa ungqimba oluncane lwejeli yokuhlanganisa phakathi kwe-transducer nocezu lokuhlola. Ama-transducer e-Ultrasonic asetshenziswa ezinhlelweni zokuthola amaphutha yilawa: - Ama-Transducers Okuxhumana: Lezi zisetshenziswa ngokuthintana ngqo nocezu lokuhlola. Athumela amandla omsindo aqonde phezulu futhi asetshenziselwa ukuthola i-voids, i-porosity, imifantu, ama-delaminations ahambisana nengaphandle lengxenye, kanye nokulinganisa ukujiya. - Ama-Angle Beam Transducers: Asetshenziswa ngokuhambisana nepulasitiki noma ama-epoxy wedges (ama-angle beam) ukwethula amagagasi okugunda noma amagagasi obude abe yisiqephu sokuhlola nge-engeli eqokiwe ngokuphathelene nendawo. Ziyathandwa ekuhlolweni kwe-weld. - I-Delay Line Transducers: Lezi zihlanganisa i-waveguide yepulasitiki emfushane noma umugqa wokulibaziseka phakathi kwento esebenzayo kanye nocezu lokuhlola. Zisetshenziselwa ukuthuthukisa ukulungiswa okuseduze kwendawo. Zifanele ukuhlolwa kokushisa okuphezulu, lapho umugqa wokulibaziseka uvikela isici esisebenzayo emonakalweni oshisayo. - Iziguquli zokucwiliswa: Lezi zenzelwe ukuhlanganisa amandla omsindo esiqeshini sokuhlola ngokusebenzisa ikholomu yamanzi noma ukugeza kwamanzi. Asetshenziswa ezinhlelweni zokuskena ezizenzakalelayo futhi nasezimeni lapho kudingeka ugongolo olugxile kakhulu ukuze kulungiswe amaphutha okuthuthukisiwe. - Ama-Dual Element Transducer: Lezi zisebenzisa izinto ezihlukene zokudlulisela kanye nomamukeli emhlanganweni owodwa. Zivame ukusetshenziswa ekusetshenzisweni okubandakanya izindawo ezimahhadlahhadla, izinto ezisanhlamvu ezimahhadla, ukutholwa komgodi noma i-porosity. Izitholi zamaphutha e-Ultrasonic zikhiqiza futhi zibonise i-waveform ye-ultrasonic ehunyushwa ngosizo lwesofthiwe yokuhlaziya, ukuthola amaphutha ezintweni zokwakha kanye nemikhiqizo eqediwe. Imishini yesimanje ihlanganisa i-ultrasonic pulse emitter & receiver, hardware nesofthiwe yokuthwebula isignali nokuhlaziya, isibonisi se-waveform, kanye nemojula yokungena idatha. Ukucubungula isignali yedijithali kusetshenziselwa ukuzinza nokunemba. Ingxenye ye-pulse emitter & receiver ihlinzeka ngokushaya kwe-excitation ukushayela i-transducer, nokukhulisa nokuhlunga kwama-echoes abuyayo. I-Pulse amplitude, umumo, kanye ne-damping kungalawulwa ukuze kuthuthukiswe ukusebenza kwe-transducer, futhi inzuzo yomamukeli kanye nomkhawulokudonsa kungalungiswa ukuze kuthuthukiswe izilinganiso zesiginali-kuya-nomsindo. Izitholi zamaphutha zenguqulo ethuthukisiwe zithwebula i-waveform ngedijithali bese zenza ukulinganisa nokuhlaziya okuhlukahlukene kuyo. Iwashi noma isibali sikhathi sisetshenziselwa ukuvumelanisa ama-transducer pulses nokuhlinzeka ngokulinganiswa kwebanga. Ukucutshungulwa kwesignali kukhiqiza isibonisi se-waveform esibonisa ubude besiginali ngokumelene nesikhathi esikalini esilinganisiwe, ama-algorithms okucubungula edijithali ahlanganisa ibanga nokulungiswa kwe-amplitude kanye nezibalo ze-trigonometric zemizila yomsindo ene-engeli. Amasango e-alamu aqapha amaleveli esignali ezindaweni ezikhethiwe kusitimela esinyakazayo futhi ifulegi linanela kusuka kumaphutha. Izikrini ezinemibukiso enemibala eminingi zilinganiswa ngamayunithi okujula noma ibanga. Abagawuli bedatha bangaphakathi barekhoda i-waveform ephelele nolwazi lokusetha oluhlotshaniswa nokuhlolwa ngakunye, ulwazi olufana ne-echo amplitude, ukujula noma ukufundwa kwebanga, ukuba khona noma ukungabikho kwezimo ze-alamu. Ukutholwa kwamaphutha e-Ultrasonic ngokuyisisekelo kuyindlela yokuqhathanisa. Esebenzisa izindinganiso ezifanele zereferensi kanye nolwazi lokusabalala kwegagasi lomsindo kanye nezinqubo zokuhlola ezamukelwa ngokuvamile, opharetha oqeqeshiwe uhlonza amaphethini athile e-echo ahambisana nempendulo ye-echo evela ezingxenyeni ezinhle kanye namaphutha amelelayo. Iphethini ye-echo evela ezintweni ezihloliwe noma umkhiqizo ingase iqhathaniswe namaphethini asuka kulawa mazinga okulinganisa ukuze kunqunywe isimo sayo. I-echo eyandulela i-backwall echo isho ukuba khona kokuqhekeka kwe-laminar noma i-void. Ukuhlaziywa kwe-echo eveziwe kwembula ukujula, ubukhulu, nokuma kwesakhiwo. Kwezinye izimo ukuhlolwa kwenziwa ngemodi yokudlulisela. Esimeni esinjalo amandla omsindo ahamba phakathi kwama-transducer amabili abekwe ezinhlangothini eziphambene zesiqephu sokuhlola. Uma kukhona iphutha elikhulu endleleni yomsindo, i-beam izovinjelwa futhi umsindo ngeke ufinyelele kumamukeli. Imifantu namaphutha ancikene nendawo yokuhlola, noma etshekile maqondana naleyo ndawo, ngokuvamile ayibonakali ngamasu okuhlola amapulangwe aqondile ngenxa yokuma kwawo ngokuphathelene nensimbi yomsindo. Ezimweni ezinjalo ezivamile ezakhiweni ezishiselwe, kusetshenziswa amasu e-engeli ye-engeli, kusetshenziswa ama-transducer e-engeli evamile noma ama-transducer ocwilisa aqondaniswe ukuze kuqondiswe amandla omsindo esiqeshini sokuhlola nge-engeli ekhethiwe. Njengoba i-engeli ye-wave longitudinal yesigameko ikhuphuka ngokuphathelene nendawo engaphezulu, ingxenye ekhulayo yamandla omsindo iguqulwa ibe igagasi lokugunda endaweni yesibili. Uma i-engeli iphakeme ngokwanele, wonke amandla ento yesibili azoba sesimweni samagagasi okugunda. Ukudluliswa kwamandla kusebenza kahle kakhulu kuma-engeli esigameko akhiqiza amagagasi okugunda ngensimbi nezinto ezifanayo. Ukwengeza, ukulungiswa kosayizi omncane wephutha kuthuthukiswa ngokusetshenziswa kwamagagasi e-shear, njengoba ngezikhathi ezithile, ubude begagasi begagasi lokugunda bucishe bube ngu-60% ubude begagasi obuqhathanisekayo be-longitudinal. I-angled sound beam izwela kakhulu emifantwini encike endaweni ekude yocezu lokuhlola futhi, ngemva kokugxuma ohlangothini olukude izwela kakhulu emifantwini encike endaweni yokuhlangana. Izitholi zethu ze-ultrasonic flaw ezivela ku-SADT / SINOAGE yilezi: I-Ultrasonic Flaw Detector SADT SUD10 kanye ne-SUD20 : I-SUD10 iyithuluzi eliphathekayo, elisekelwe ku-microprocessor elisetshenziswa kakhulu ezitshalweni zokukhiqiza nasensimini. I-SADT SUD10, iyisisetshenziswa sedijithali esinobuchwepheshe obusha be-EL display. I-SUD10 inikela cishe yonke imisebenzi yethuluzi lokuhlola elingabhubhisi elichwepheshile. Imodeli ye-SADT SUD20 inemisebenzi efanayo neye-SUD10, kodwa incane futhi ilula. Nazi ezinye izici zala madivayisi: -Ukuthwebula ngesivinini esikhulu nomsindo ophansi kakhulu -DAC, AVG, B Scan -Izindlu zensimbi eziqinile (IP65) -Ividiyo ezenzakalelayo yenqubo yokuhlola nokudlala -Ukugqama okuphezulu kokubuka kwe-waveform ekukhanyeni kwelanga elikhanyayo, eliqondile kanye nobumnyama obuphelele. Ukufunda okulula kuwo wonke ama-engeli. -Isoftware ye-PC enamandla nedatha ingathunyelwa ku-Excel -Ukulinganisa okuzenzakalelayo kwe-transducer Zero, Offset kanye/noma Velocity - Ukuzuza okuzenzakalelayo, ukubamba okuphezulu kanye nemisebenzi yenkumbulo ephezulu -Ukuboniswa okuzenzakalelayo kwendawo enephutha eqondile (Ukujula d, ileveli p, ibanga s, amplitude, sz dB, Ø) -Ukushintsha okuzenzakalelayo kwamageji amathathu (Ukujula d, ileveli p, ibanga s) -Imisebenzi yokusetha ezimele eyishumi, noma yiziphi izinqubo zingafakwa ngokukhululekile, zingasebenza ensimini ngaphandle kwebhulokhi yokuhlola -Inkumbulo enkulu yegrafu engu-300 A namanani ogqinsi angu-30000 -A&B Scan -RS232/USB port, ukuxhumana ne-PC kulula -Isoftware eshumekiwe ingabuyekezwa ku-inthanethi -Li ibhethri, isikhathi sokusebenza esiqhubekayo esingafika emahoreni angu-8 -Bonisa umsebenzi wokuqandisa -Automatic echo degree -Angles kanye K-value -Khiya futhi uvule umsebenzi wamapharamitha wesistimu -I-Dormancy nezilondolozi zesikrini -Ikhalenda yewashi le-elekthronikhi -Two amasango setting kanye alamu inkomba Ukuze uthole imininingwane landa incwajana yethu ye-SADT / SINOAGE kusixhumanisi esingenhla. Ezinye zezitholi zethu ze-ultrasonic ezivela ku-MITECH yilezi: I-MFD620C Portable Ultrasonic Flaw Detector enombala we-hi-resolution we-TFT LCD. Umbala wangemuva nombala wamagagasi ungakhetheka ngokuya ngendawo. Ukukhanya kwe-LCD kungasethwa mathupha. Qhubeka usebenze amahora angaphezu kuka-8 ngokuphezulu imodyuli yebhethri ye-lithium-ion (enomthamo omkhulu webhethri ye-lithium-ion), kulula ukuqaqa futhi imojuli yebhethri ingashajwa ngokuzimela ngaphandle kwe idivayisi. Ilula futhi iyaphatheka, kulula ukuyithatha ngesandla esisodwa; ukusebenza okulula; eliphezulu ukwethembeka kuqinisekisa ukuphila isikhathi eside. Ibanga: 0 ~ 6000mm (ngesivinini sensimbi); ububanzi obukhethekayo ngezinyathelo ezingashintshi noma eziguquguqukayo ngokuqhubekayo. I-Pulser: Injabulo ye-spike enezinketho eziphansi, ezimaphakathi neziphezulu zamandla okushaya kwenhliziyo. Isilinganiso sokuphindaphinda kwe-Pulse: kulungiswa ngesandla ukusuka ku-10 kuye ku-1000 Hz. Ububanzi be-Pulse: Bungalungiseka kububanzi obuthile ukuze bufane nama-probe ahlukene. I-Damping: 200, 300, 400, 500, 600 ekhethiwe ukuhlangabezana nesinqumo esihlukile futhi izidingo zokuzwela. Imodi yokusebenza ye-Probe: Isici esisodwa, isici esimbaxambili nangokudluliswa; Umamukeli: Isampula yesikhathi sangempela ku-160MHz isivinini esikhulu, esanele ukurekhoda ulwazi lwesici. Ukulungiswa: I-Positive half wave, i-half wave engalungile, igagasi eligcwele, kanye ne-RF : Isinyathelo se-DB: 0dB, 0.1 dB, 2dB, 6dB inani lesinyathelo kanye nemodi yokuzuza ngokuzenzakalelayo I-alamu: I-alamu enomsindo nokukhanya Inkumbulo: Isamba seziteshi zokumisa eziyi-1000, zonke izinhlaka zokusebenza kwezinsimbi kanye ne-DAC/AVG ijika lingagcinwa; idatha yokumisa egciniwe ingabukwa kalula futhi ikhunjulwe okusheshayo, ukusethwa kwensimbi okuphindaphindwayo. Isamba sedathasethi engu-1000 sigcina wonke amathuluzi asebenzayo amapharamitha kanye ne-A-scan. Wonke amashaneli okumisa namasethi edatha angadluliselwa kuwo PC ngembobo ye-USB. Imisebenzi: Ukubamba Okuphakeme: Isesha ngokuzenzakalela igagasi eliphakeme ngaphakathi kwesango futhi ilibambe esibukweni. Isibalo sobubanzi obulinganayo: thola i-echo ephezulu bese ubala okulingana nayo ububanzi. Irekhodi Eliqhubekayo: Rekhoda isibonisi ngokuqhubekayo futhi usigcine kumemori ngaphakathi ithuluzi. I-Defect Localization: Yenza indawo enesici, kuhlanganise nebanga, ukujula kanye nakho ibanga lokuqagela indiza. Usayizi Wephutha: Bala usayizi wesici Ukuhlola Iphutha: Hlola iphutha ngemvilophu ye-echo. I-DAC: Ukulungiswa Kwe-Amplitude Yebanga I-AVG: Umsebenzi wejika le-Distance Gain size Isilinganiso sokuqhekeka: Kala futhi ubale ukujula kokuqhekeka I-B-Scan: Bonisa isigaba esiphambanayo sebhulokhi yokuhlola. Iwashi Lesikhathi Sangempela: Iwashi lesikhathi sangempela sokulandelela isikhathi. Ukuxhumana: Imbobo yokuxhumana ye-USB2.0 enesivinini esikhulu Ukuze uthole imininingwane nezinye izinto ezifanayo, sicela uvakashele iwebhusayithi yethu yemishini: http://www.sourceindustrialsupply.com CLICK Product Finder-Locator Service IKHASI ELIDLULE

Fiber Optic Test Instruments - Optical Fiber Testing - OTDR - Loss Meter - Fiber Cleaver - from AGS-TECH Inc. - NM - USA I-Fiber Optic Test Instruments AGS-TECH Inc. offers the following FIBER OPTIC TEST and METROLOGY INSTRUMENTS : - I-OPTICAL FIBER SPLICER & FUSION SPLICER & FIBER CLEAVER - I-OTDR NE-OPTICAL TIME DOMAIN REFLECTOMETER - I-AUDIO FIBER CABLE detector - I-AUDIO FIBER CABLE detector - IMITHA YAMANDLA YOKUBONA - UMTHOMBO WE-LASER - I-VISUAL FAULT LOCATOR - I-PON POWER imitha - I-FIBER IDENTIFIER - UMHLOLI WOKULAHLEKILE OKUBONA - I-OPTICAL TALK SET - OPTICAL VARIABLE ATENUATOR - UKUFAKA / UKUBUYELA OKULAHLEKILE TESTER - E1 BER TESTER - FTTH Amathuluzi Ungalanda ikhathalogi yethu yomkhiqizo nezincwajana ngezansi ukuze ukhethe umshini wokuhlola ofanele we-fiber optic ngezidingo zakho noma ungasitshela ukuthi yini oyidingayo futhi sizokufanisa okuthile okukufanele. Sinawo esitokweni esisha sha kanye nezilungisiwe noma ezisetshenzisiwe kodwa ezisasebenza kahle kakhulu ze-fiber optic. Yonke imishini yethu ingaphansi kwewaranti. Sicela ulande izincwajana zethu ezihlobene namakhathalogi ngokuchofoza umbhalo onemibala ngezansi. Landa Izinsimbi Namathuluzi E-Handheld Optical Fiber kwa-AGS-TECH Inc Tribrer What distinguishes AGS-TECH Inc. from other suppliers is our wide spectrum of ENGINEERING INTEGRATION and CUSTOM MANUFACTURING capabilities. Ngakho-ke, sicela usazise uma udinga i-jig yangokwezifiso, isistimu ezenzakalelayo eklanyelwe izidingo zakho zokuhlola i-fiber optic. Singashintsha okokusebenza okukhona noma sihlanganise izingxenye ezihlukahlukene ukuze sakhe isisombululo sokhiye wokuvula ezidingweni zakho zobunjiniyela. Kuyoba intokozo yethu ukufingqa kafushane futhi sinikeze ulwazi mayelana nemiqondo eyinhloko endaweni ye FIBER OPTIC TESTING. FIBER STRIPPING & CLEAVING & SPLICING : There are two major types of splicing, FUSION SPLICING and MECHANICAL SPLICING . Embonini nasekwenziweni kwevolumu ephezulu, ukuhlanganisa i-fusion kuyindlela esetshenziswa kakhulu njengoba ihlinzeka ngokulahleka okuphansi nokubukeka okuncane, kanye nokuhlinzeka ngamajoyinti e-fiber aqine kakhulu futhi anokwethenjelwa kakhulu. Imishini yokuhlanganisa ingakwazi ukuhlanganisa ifayibha eyodwa noma iribhoni lemicu eminingi ngesikhathi esisodwa. Izingxenye eziningi zemodi eyodwa ziwuhlobo lwe-fusion. Ngakolunye uhlangothi, ukuxhumanisa ngomshini kusetshenziswa kakhulu ukubuyisela isikhashana futhi ikakhulukazi ukuhlanganisa ama-multimode. I-Fusion splicing idinga izindleko zekhephithali ephezulu uma iqhathaniswa nokuhlanganisa ngomshini ngoba idinga i-fusion splicer. Izingxenye zokulahlekelwa okuphansi ezingaguquki zingafinyelelwa kuphela ngokusebenzisa amasu afanele nokugcina okokusebenza kusesimweni esihle. Cleanliness is vital. FIBER STRIPPERS should be kept clean and in good condition and be replaced when nicked or worn. FIBER CLEAVERS_cc781905-5cde- 3194-bb3b-136bad5cf58d_zibalulekile futhi ezincekwini ezinhle njengoba umuntu kufanele abe nokuqhekeka okuhle kuyo yomibili imicu. Ama-Fusion splicers adinga ukunakekelwa okufanele kanye nemingcele yokuhlanganisa idinga ukusethwa ukuze imicu ehlukaniswayo ihlanganiswe. I-OTDR NE-OPTICAL TIME DOMAIN REFLECTOMETER : Leli thuluzi lisetshenziselwa ukuhlola ukusebenza kwezixhumanisi ezintsha ze-fiber optic futhi kutholwe izinkinga ngezixhumanisi ze-fiber ezikhona._cc781905-5cde-319505-319513bbdc319513bb8-319518bbb319513-bbc39513-bbc3858-8bbb-31958-bbc. I-bb3b-136bad5cf58d_traces iyisiginesha eyisithombe yokuncipha kwefiber ngobude bayo. I-optical time domain reflectometer (OTDR) ijova i-optical pulse engxenyeni eyodwa yefiber futhi ihlaziye isignali ebuyayo ehlakazekile futhi ebonisiwe. Uchwepheshe ohlangothini olulodwa lwe-fiber span angakala futhi enze ukuncipha, ukulahleka komcimbi, ukucwebezela, nokulahlekelwa kokubuyisela kokubona kube okwasendaweni. Ukuhlola okungefani ekulandeleleni kwe-OTDR singahlola ukusebenza kwezingxenye zesixhumanisi njengezintambo, izixhumi nezinsimbi kanye nekhwalithi yokufaka. Ukuhlolwa okunjalo kwefayibha kusiqinisekisa ukuthi ukwakhiwa kanye nekhwalithi yokufaka kuhlangabezana nedizayini kanye nezici zewaranti. Ukulandelela kwe-OTDR kusiza ukuveza imicimbi ngayinye engase ingabonakali lapho kuhlolwa ukulahlekelwa/ubude kuphela. Kuphela ngesitifiketi esiphelele sefayibha, abafaki bangaqonda ngokugcwele ikhwalithi yokufakwa kwefayibha. Ama-OTDR nawo asetshenziselwa ukuhlola nokugcina ukusebenza kwesitshalo sefayibha. I-OTDR isivumela ukuthi sibone imininingwane eyengeziwe ethintwa ukufakwa kwekhebula. I-OTDR yenza imephu yekhebula futhi ingabonisa ikhwalithi yokunqanyulwa, indawo yamaphutha. I-OTDR ihlinzeka ngokuxilonga okuthuthukile ukuze ihlukanise iphuzu lokwehluleka elingase livimbe ukusebenza kwenethiwekhi. Ama-OTDR avumela ukutholwa kwezinkinga noma izinkinga ezingaba khona phakathi nobude besiteshi ezingase zithinte ukwethembeka kwesikhathi eside. Ama-OTDR abonisa izici ezifana nokufana kokuncipha kanye nezinga lokunciphisa, ubude bengxenye, indawo nokulahlekelwa kokufakwa kwezixhumi neziqephu, nezinye izehlakalo ezifana nokugoba okubukhali okungenzeka kwenzeke ngesikhathi sokufakwa kwezintambo. I-OTDR ithola, ithole, futhi ilinganise imicimbi kuzixhumanisi zefayibha futhi idinga ukufinyelela engxenyeni eyodwa kuphela yefayibha. Nasi isifinyezo salokho okungalinganiswa yi-OTDR: I-Attenuation (eyaziwa nangokuthi i-fiber loss): Ivezwa nge-dB noma i-dB/km, ukuncipha kumelela ukulahlekelwa noma izinga lokulahlekelwa phakathi kwamaphoyinti amabili nge-fiber span. Ukulahleka Komcimbi: Umehluko kuleveli yamandla okubona ngaphambi nangemuva komcimbi, ovezwa nge-dB. Ukubukeka: Isilinganiso samandla abonisiwe emandleni esigameko omcimbi, avezwa njengevelu ye-dB eyinegethivu. I-Optical Return Loss (ORL): Isilinganiso samandla abonisiwe kumandla esigameko asuka kusixhumanisi se-fiber optic noma isistimu, evezwa njengevelu ephozithivu ye-dB. AMAMTERA AMANDLA OKUBONA : Lawa mamitha akala isilinganiso samandla okubona aphuma ku-fiber optical. Izixhumi zesixhumi ezikhishwayo zisetshenziswa kumamitha wamandla okukhanya ukuze kusetshenziswe amamodeli ahlukahlukene ezixhumi ze-fiber optic. Izitholi ze-semiconductor ngaphakathi kwamamitha wamandla zinokuzwela okuhlukahluka ngobude begagasi bokukhanya. Ngakho-ke alinganiswa kumaza wamaza amaza we-fiber optic afana no-850, 1300 no-1550 nm. I-Plastic Optical Fiber or POF metres ngakolunye uhlangothi ilinganiswa ku-650 naku-850 nm. Amamitha wamandla kwesinye isikhathi ayalinganiswa ukuze afundeke nge-dB (Decibel) ebhekiselwa ku-miliwatt eyodwa yamandla okubona. Amanye amamitha wamandla nokho abalwa ngesilinganiso se-dB esihlobene, esifaneleka kahle izilinganiso zokulahlekelwa ngenxa yokuthi inani lesithenjwa lingasethwa ukuze lithi “0 dB” ekukhishweni komthombo wokuhlola. Amamitha elebhu angavamile kodwa ngezikhathi ezithile akala ngamayunithi alayini njengama-miliwatts, ama-nanowatts….etc. Amamitha kagesi amboza ububanzi obuguquguqukayo obubanzi kakhulu obungu-60 dB. Nokho izilinganiso eziningi zamandla okubona nokulahlekelwa zenziwa kububanzi obusuka ku-0 dBm ukuya ku-(-50 dBm). Amamitha wamandla akhethekile anamabanga aphezulu afinyelela ku-+20 dBm asetshenziselwa ukuhlola izikhulisi ze-fiber kanye nezinhlelo ze-analog CATV. Amazinga aphezulu kangaka wamandla ayadingeka ukuze kuqinisekiswe ukusebenza kahle kwalezo zinhlelo zezohwebo. Amanye amamitha ohlobo lwaselabhorethri ngakolunye uhlangothi angakala kumazinga wamandla aphansi kakhulu ehle aze afike ku-(-70 dBm) noma ngisho aphansi, ngoba ocwaningweni nasekuthuthukisweni onjiniyela bavame ukubhekana namasignali abuthakathaka. Imithombo yokuhlola ye-Continuous wave (CW) isetshenziswa kaningi kuzilinganiso zokulahlekelwa. Amamitha wamandla akala isilinganiso sesikhathi samandla okubona esikhundleni samandla aphezulu. Amamitha wamandla e-Fiber optic kufanele alinganiswe kabusha kaningi ngamalebhu anezinhlelo zokulinganisa ezilandelekayo ze-NIST. Kungakhathalekile intengo, wonke amamitha wamandla anokunemba okufanayo ngokuvamile endaweni engu- +/-5%. Lokhu kungaqiniseki kubangelwa ukuhlukahluka kokusebenza kahle kokuhlanganisa kuma-adaptha/izixhumi, ukuboniswa kwezixhumi ezihamba phambili ezipholishiwe, ubude beza beza obungaziwa bomthombo, okungeyona i-linearities ekujikelezeni kwesignali ye-elekthronikhi yamamitha kanye nomsindo womtshina emazingeni aphansi esignali. UMTHOMBO WESIVIVINYO SE-FIBER OPTIC / UMTHOMBO WE-LASER : Umsebenzisi udinga umthombo wokuhlola kanye nemitha yamandla ye-FO ukuze enze izilinganiso zokulahleka kokubona noma ukuncipha kumafayibha, izintambo nezixhumi. Umthombo wokuhlola kufanele ukhethwe ukuze uhambisane nohlobo lwefayibha esetshenziswayo kanye nobude begagasi obufiselekayo ekwenzeni uhlolo. Imithombo kungaba ama-LED noma ama-lasers afana nalawo asetshenziswa njengama-transmitters kumasistimu wangempela we-fiber optic. Ama-LED ngokuvamile asetshenziselwa ukuhlola i-multimode fiber namalaser emicu ye-singlemode. Kwezinye izivivinyo ezinjengokulinganisa ukuncishiswa kwe-spectral kwe-fiber, kusetshenziswa umthombo we-wavelength oguquguqukayo, okuvamise ukuba isibani se-tungsten esine-monochromator ukuze kuhluke ubude beza obuphumayo. AMASETHI OKUHLOLA UKULAHLEKILE OKUBONA : Kwesinye isikhathi kuphinde kubhekwe njengokuthi ATTENUATION amamitha asetshenziswa ama-fiber, lezi zixhumi ezisetshenziswa ama-fiber amamitha, lezi zixhumi ezisetshenziswa ama-fiber amamitha asetshenziswayo namakhebuli axhunyiwe. Amanye amasethi okuhlolwa kokulahlekelwa kokubona anomthombo ngamunye ophumayo namamitha njengemitha yamandla ehlukile nomthombo wokuhlola, futhi anamaza wamaza amabili ukusuka ekuphumeni komthombo owodwa (MM: 850/1300 noma SM:1310/1550) Amanye awo anikeza ukuhlolwa okukabili endaweni eyodwa. i-fiber kanti ezinye zinezimbobo ezimbili eziqondiswe kabili. Ithuluzi elihlanganisiwe eliqukethe kokubili imitha kanye nomthombo lingase lingabi lula kakhulu kunomthombo owodwa kanye nemitha yamandla. Kunjalo lapho iziphetho zefayibha nekhebula ngokuvamile zihlukaniswa amabanga amade, okungadinga amasethi amabili okuhlola ukulahlekelwa kokubona esikhundleni somthombo owodwa nemitha elilodwa. Ezinye izisetshenziswa nazo zinembobo eyodwa yokulinganisa i-bidirectional. I-VISUAL FAULT LOCATOR : Lawa amathuluzi alula afaka ukukhanya kwe-wavelength ebonakalayo ohlelweni futhi umuntu angakwazi ukulandelela ngokubonakalayo i-fiber esuka kusidlulisi kuya kowamukelayo ukuze aqinisekise ukuma nokuqhubeka okulungile. Ezinye izitholi zamaphutha ezibonakalayo zinemithombo yokukhanya enamandla ebonakalayo njengelaser ye-HeNe noma i-laser ye-diode ebonakalayo ngakho-ke amaphuzu okulahlekelwa okuphezulu angenziwa abonakale. Iningi lezinhlelo zokusebenza ligxile ezintamboni ezimfishane ezifana nezisetshenziswa emahhovisi amaphakathi ezokuxhumana ukuze zixhume izintambo zesiqu se-fiber optic. Njengoba isitholi sephutha elibonakalayo simboza ububanzi lapho ama-OTDR angasebenziseki khona, iyithuluzi elihambisanayo le-OTDR ekuxazululeni inkinga yekhebula. Amasistimu anemithombo yokukhanya enamandla azosebenza ku-fiber ebhafa kanye nekhebula lefayibha eyodwa elinebhantshi uma ibhantshi lingacwale ekukhanyeni okubonakalayo. Ijazi eliphuzi lemicu ye-singlemode kanye nejazi eliwolintshi lemicu ye-multimode ngokuvamile kuzodlula ukukhanya okubonakalayo. Ngezintambo eziningi ze-multifiber leli thuluzi alikwazi ukusetshenziswa. Ukuphuka kwekhebula okuningi, ukulahleka kwe-macrobending okubangelwa ama-kinks ku-fiber, izingxenye ezimbi….. zingatholwa ngokubukeka ngalezi zisetshenziswa. Lawa mathuluzi anobubanzi obufushane, ngokuvamile obungu-3-5 km, ngenxa yokuncishiswa okuphezulu kwamaza obude obubonakalayo kumafayibha. FIBER IDENTIFIER : Fiber Optic Ochwepheshe badinga ukukhomba ifayibha ekuvaleni kwe-splice noma kuphaneli yesichibi. Uma umuntu egoba ngokucophelela i-singlemode fiber ngokwanele ukuze abangele ukulahlekelwa, ukukhanya okuphuma izithandani nakho kungatholwa umtshina wendawo omkhulu. Le nqubo isetshenziswa kuzihlonzi zefayibha ukuze kutholwe isignali kufiber kumaza wamaza okudlulisela. Isihlonzi sefayibha ngokuvamile sisebenza njengesamukeli, siyakwazi ukubandlulula phakathi kokungabi nasignali, isignali yesivinini esiphezulu kanye nethoni engu-2 kHz. Ngokubheka ngokukhethekile isignali engu-2 kHz emthonjeni wokuhlola ohlanganiswe nefayibha, ithuluzi lingakwazi ukuhlonza ifayibha ethile kukhebuli enkulu ye-multifiber. Lokhu kubalulekile ekuhlanganiseni okusheshayo nokusheshayo nezinqubo zokubuyisela. Izihlonzi zefiber zingasetshenziswa namafayibha abhafa kanye nezintambo zefiber eyodwa ezinejakhethi. I-FIBER OPTIC TALKSET : Amasethi enkulumo ye-Optical awusizo ekufakweni nasekuhlolweni kwefayibha. Badlulisela izwi phezu kwezintambo ze-fiber optic ezifakiwe futhi zivumela uchwepheshe ukuthi ahlanganise noma ahlole i-fibre ukuze axhumane ngempumelelo. Izinkulumo ziwusizo nakakhulu uma ama-walkie-talkies kanye nezingcingo zingatholakali ezindaweni ezikude lapho kuhlanganisana khona nasezakhiweni ezinezindonga eziwugqinsi lapho amaza omsakazo engeke angene khona. Ama-Talkset asetshenziswa ngempumelelo kakhulu ngokusetha izingxoxo ku-fiber eyodwa futhi azishiye esebenza ngenkathi umsebenzi wokuhlola noma wokuhlanganisa kwenziwa. Ngale ndlela kuyohlale kukhona ukuxhumana phakathi kwezisebenzi futhi kuzokwenza kube lula ukunquma ukuthi yimiphi imicu ozosebenza ngayo ngokulandelayo. Ikhono lokuxhumana eliqhubekayo lizonciphisa ukungezwani, amaphutha futhi lizosheshisa inqubo. Izinkulumo zihlanganisa lezo zokuxhumanisa amaqembu amaningi enethiwekhi, eziwusizo ikakhulukazi ekubuyiseleni, kanye nezingxoxo zesistimu ezizosetshenziswa njengama-intercom kumasistimu afakiwe. Izihloli eziyinhlanganisela nama-talkset nazo ziyatholakala ngokuthengisa. Kuze kube manje, ngeshwa izingxoxo zabakhiqizi abahlukene azikwazi ukuxhumana. I-actenuator ye-attenuator eguqukayo -bb3b-136bad5cf58d_ingasetshenziswa ukulinganisa amandla esignali kumasekhethi efayibha noma ukulinganisa isignali yokubona lapho ihlola ububanzi obuguquguqukayo besistimu yokulinganisa. Izibambisi ezibonakalayo zivame ukusetshenziswa kwezokuxhumana ze-fiber optic ukuhlola amamajini ngeleveli yamandla ngokungeza isikhashana inani elilinganiselwe lokulahlekelwa kwesignali, noma ukufakwa unomphela ukuze kufane kahle namazinga othumeli nomamukeli. Kukhona okuguquguqukayo okungaguquki, okuhlakaniphile ngesinyathelo, nama-VOA aguquguqukayo atholakalayo ngokwezentengiso. Izibambisi zokuhlola ezibonakalayo eziguquguqukayo ngokuvamile zisebenzisa isihlungi esiguquguqukayo sokuminyana. Lokhu kunikeza izinzuzo zokuzinza, ukungazweli kwe-wavelength, imodi yokungazweli, kanye nobubanzi obukhulu obuguqukayo. A VOA ingalawulwa ngesandla noma ngemoto. Ukulawulwa kwezimoto kunikeza abasebenzisi inzuzo ehlukile yokukhiqiza, njengoba ukulandelana kokuhlola okuvame ukusetshenziswa kungenziwa ngokuzenzakalela. Ama-attenuators anembe kakhulu anezinkulungwane zamaphoyinti okulinganisa, okuholela ekunembeni okuhle kakhulu kukonke. INSERTION / RETURN LOSS TESTER : Ku-fiber optics, Insertion Loss_cc7515c3190 ukulahlekelwa amandla kwe-3cf75c5190 ukufakwa kwamandla kwe-3cf781190 ukufakwa kwe-3c55c19190 ulayini wokudlulisa noma i-optical fiber futhi ivamise ukuvezwa ngama-decibel (dB). Uma amandla adluliselwe emthwalweni ngaphambi kokufakwa kuyi-PT futhi amandla atholwe umthwalo ngemva kokufakwa eyi-PR, khona-ke ukulahlekelwa kokufaka ku-dB kunikezwa: I-IL = 10 log10(PT/PR) I-Optical Return Loss isilinganiso sokukhanya okuboniswa emuva kusukela kudivayisi evivinywayo, i-Pout, ukuya ekukhanyeni okwethulwe kuleyo divayisi, Iphinikhodi, ngokuvamile evezwa njengenombolo enegethivu ku-dB. RL = 10 log10(Pout/Pini) Ukulahlekelwa kungase kubangelwe ukuboniswa nokusakazeka kunethiwekhi yefayibha ngenxa yabahlanganyeli njengezixhumi ezingcolile, imicu yokubona ephukile, ukuhlangana okungalungile kwesixhumi. Izihloli ze-Commercial Optical return loss (RL) & insertion loss (IL) ziyiziteshi zokuhlola ukulahlekelwa kokusebenza okuphezulu eziklanyelwe ngokukhethekile ukuhlolwa kwe-fiber optical, ukuhlolwa kwelebhu kanye nokukhiqizwa kwezingxenye ze-passive. Ezinye zihlanganisa izindlela zokuhlola ezintathu ezihlukene esiteshini esisodwa sokuhlola, esisebenza njengomthombo welaser ozinzile, imitha yamandla okubona kanye imitha yokulahlekelwa okubuyayo. Izilinganiso ze-RL ne-IL ziboniswa ezikrinini ze-LCD ezimbili ezihlukene, kuyilapho imodeli yokuhlola ukulahlekelwa, iyunithi izosetha ngokuzenzekelayo nangokuvumelanayo ubude begagasi obufanayo bomthombo wokukhanya nemitha yamandla. Lawa mathuluzi afika aphelele ne-FC, SC, ST kanye nama-adaptha asemhlabeni wonke. E1 BER TESTER : Ukuhlolwa kwesilinganiso sephutha elincane (BER) kuvumela ochwepheshe ukuthi bahlole izintambo futhi bahlonze izinkinga zesignali ensimini. Umuntu angamisa amaqembu esiteshi se-T1 angawodwana ukuze aqalise ukuhlolwa okuzimele kwe-BER, asethe imbobo ye-serial yasendaweni eyodwa ukuze Bit ukuhlolwa kwephutha lephutha (BERT)_cc781905-5cde-3194-bb3b-138d esele i-localmos5de ukudlulisa nokwamukela ithrafikhi evamile. Uhlolo lwe-BER luhlola ukuxhumana phakathi kwezimbobo zasendaweni nezikude. Uma kusetshenziswa ukuhlolwa kwe-BER, isistimu ilindele ukuthola iphethini efanayo naleyo eyidluliselayo. Uma ithrafikhi ingadluliswa noma ingatholakali, ochwepheshe benza ukuhlolwa kwe-BER okubuyela emuva kokubuyela emuva kusixhumanisi noma kunethiwekhi, futhi bathumele ukusakaza okubikezelwe ukuze baqinisekise ukuthi bathola idatha efanayo naleyo edlulisiwe. Ukuze unqume ukuthi ingabe imbobo ye-serial ekude iyayibuyisela iphethini ye-BERT ingashintshiwe, ochwepheshe kufanele banike amandla i-loopback yenethiwekhi ngesandla embobeni ye-serial ekude kuyilapho belungisa iphethini ye-BERT ezosetshenziswa ekuhlolweni ngezikhathi ezithile embobeni ye-serial yasendaweni. Kamuva bangabonisa futhi bahlaziye inani eliphelele lamabhithi amaphutha adlulisiwe kanye nenani eliphelele lamabhithi atholiwe kusixhumanisi. Izibalo zephutha zingabuyiswa noma nini phakathi nokuhlolwa kwe-BER. I-AGS-TECH Inc. inikeza abahloli be-E1 BER (Bit Error Rate) abangamathuluzi ahlangene, asebenza ngezindlela eziningi naphathwa ngesandla, aklanyelwe ngokukhethekile i-R&D, ukukhiqizwa, ukufakwa nokugcinwa kwe-SDH, PDH, PCM, nokuguqulwa kwephrothokholi ye-DATA. Zihlanganisa ukuzihlola kanye nokuhlola ikhibhodi, iphutha elikhulu kanye nokukhiqizwa kwe-alamu, ukutholwa kanye nezinkomba. Abahloli bethu bahlinzeka ngokuzulazula kwemenyu ehlakaniphile futhi banesikrini esikhulu se-LCD esinemibala esivumela imiphumela yokuhlolwa ukuthi iboniswe ngokucacile. Imiphumela yokuhlolwa ingalandwa futhi iphrintwe kusetshenziswa isofthiwe yomkhiqizo efakwe kuphakheji. Abahloli be-E1 BER bangamadivayisi afanelekile okulungisa izinkinga ngokushesha, ukufinyelela komugqa we-E1 PCM, ukugcinwa nokuhlolwa kokwamukelwa. FTTH – FIBER TO THE HOME TOOLS : Phakathi kwamathuluzi esiwanikezayo kukhona ama-single and multihole fiber strippers, i-fiber tubing cutter, i-wire stripper, i-Kevlar cutter, i-fiber cable slitter, umkhono wokuvikela i-fiberroscope, i-fiber mic mic. i-fiber connector cleaner, i-oven yokushisisa isixhumi, ithuluzi lokukhiya, i-fiber cutter yohlobo lwepeni, i-ribbon fibre buff stripper, isikhwama samathuluzi se-FTTH, umshini wokupholisha ophathwayo we-fiber optic. Uma ungakatholi okuthile okufanelana nezidingo zakho futhi ungathanda ukucinga okunye okokusebenza okufanayo, sicela uvakashele iwebhusayithi yethu yemishini: http://www.sourceindustrialsupply.com CLICK Product Finder-Locator Service IKHASI ELIDLULE

Computer Chassis - Racks - Shelves - 19 inch Rack - 23 inch Rack - Computer and Instrument Case Manufacturing - AGS-TECH Inc. - New Mexico - USA I-Chassis, Racks, Mounts for Industrial Computers We offer you the most durable and reliable INDUSTRIAL COMPUTER CHASSIS, RACKS, MOUNTS, RACK MOUNT INSTRUMENTS and RACK MOUNTED SYSTEMS, SUBRACK, SHELF, 19 INCH & 23 INCH RACKS, FULL SİZE and HALF RACKS, OPEN and CLOSED RACK, MOUNTING HARDWARE, STRUCTURAL AND SUPPORT COMPONENTS, RAILS and SLIDES, TWO andFOUR POST RACKS that meet international and industry standards. Ngaphandle kwemikhiqizo yethu engaphandle kweshalofu, siyakwazi ukukwakhela noma iyiphi i-chassis eklanyelwe ngokukhethekile, ama-racks nama-mounts. Amanye amagama emikhiqizo esinawo esitokweni ithi BELKIN, HEWLETT PACKARD, KENDALL HOWARD, GREAT LAKES, APC, RITTAL, LIEBERT, RALOY, SHARK RACK, UPSITE . Chofoza lapha ukuze ulande uhlobo lwethu lwe-DFI-ITOX Industrial Chassis Chofoza lapha ukuze ulande i-06 Series Plug-in Chassis yethu kwa-AGS-Electronics Chofoza lapha ukuze ulande i-01 Series Instrument Case System-I yethu kwa-AGS-Electronics Chofoza lapha ukuze ulande i-05 Series Instrument Case System-V yethu kwa-AGS-Electronics Ukukhetha i-Industrial Grade Chassis, Rack noma i-Mount sicela uye esitolo sethu samakhompyutha sezimboni NGOKUCHOFOZA LAPHA. Dawuniloda incwajana yethu KALA UHLELO LOKUBAMBISANA Nanka amagama athile ayisihluthulelo okufanele abe usizo ngezinjongo zereferensi: A RACK UNIT noma i-U (engavamile ukubizwa ngokuthi i-RU) iyunithi yokulinganisa esetshenziselwa ukuchaza ukuphakama kwe-71c-3bb ehloselwe u-71c-3b ehloselwe u-71c-3bb -136bad5cf58d_19-inch rack or a 23-inch rack (The 19-inch or 23-inch dimension refers to the width of the equipment ukukhweza ifreyimu ku-rack okungukuthi ububanzi bezinto zokusebenza ezingafakwa ngaphakathi kwendawo yokubeka). Iyunithi yokubeka eyodwa ingamayintshi angu-1.75 (44.45 mm) ukuphakama. Usayizi wocezu lwesisetshenziswa esifakwe kuma-rack uvame ukuchazwa njengenombolo kokuthi ''U''. Isibonelo, iyunithi yokubeka eyodwa ivamise ukubizwa nge-''1U'', amayunithi ama-rack ama-2 njenge-''2U'' njalo njalo. I-sual full size rack is 44U, okusho ukuthi iphethe izinto zokusebenza ezingaphezudlwana kuka-6. Kodwa-ke, kubuchwepheshe bekhompiyutha nolwazi lolwazi, half-rack imvamisa ichaza iyunithi engu-1U ukuphakama kwe-switch yenethiwekhi kanye nengxenye yokujula kwenethiwekhi. , irutha, iswishi ye-KVM, noma iseva), ukuze amayunithi amabili afakwe ku-1U yesikhala (eyodwa ifakwe ngaphambili kwerack enye ngemuva). Uma isetshenziselwa ukuchaza indawo ebiyelwe yirack ngokwayo, igama elithi half-rack lisho indawo ebiyelwe yamarack engu-24U ubude. Iphaneli yangaphambili noma iphaneli yokugcwalisa endaweni yokubeka aliyona ukuphindaphinda ncamashi kwamayintshi angu-1.75 (44.45 mm). Ukuze uvumele isikhala phakathi kwezingxenye ezisondelene ezifakwe kuma-rack, iphaneli ingamayintshi angu-1⁄32 (0.031 iyintshi noma 0.79 mm) ubude obungaphansi kunenombolo egcwele yamayunithi okurekhoda. Ngakho-ke, iphaneli yangaphambili ye-1U izoba ngama-intshi angu-1.719 (43.66 mm) ukuphakama. Irack engu-19-intshi iwuhlaka olumisiwe noma indawo evalekile yokukhweza amamojula wemishini eminingi. Imojuli ngayinye inephaneli yangaphambili engamayintshi angu-19 (482.6 mm) ububanzi, okuhlanganisa imiphetho noma izindlebe eziphumela ohlangothini ngalunye ezivumela imojula ukuthi iboshelwe kuhlaka lokubeka ngezikulufo. Izinto eziklanyelwe ukubekwa endaweni yokubeka ngokuvamile zichazwa ngokuthi rack-mount, insimbi yokufaka ama-rack, isistimu efakwe i-rack, i-rack mount chassis, i-subrack, i-rack rackable, noma ngezinye izikhathi ishelufu elilula. Irack engu-23-intshi isetshenziselwa izindlu zocingo (ikakhulukazi), ikhompuyutha, umsindo nezinye izinto zokusebenza nakuba ingavamile kunerack engu-19-intshi. Usayizi uphawula ububanzi be-faceplate yezinto ezifakiwe. Iyunithi yokubeka iyisilinganiso sezikhala ezime mpo futhi ijwayelekile kuwo womabili ama-rack angu-19 no-23-intshi (580 mm). Isikhala sembobo kungaba sesikhungweni esingu-1 intshi (25 mm) (okujwayelekile kwe-Western Electric), noma okufanayo namaracks angu-19-intshi (480 mm) (0.625 amayintshi / 15.9 millimeters isikhala). CLICK Product Finder-Locator Service IKHASI ELIDLULE

Industrial Workstations - Industrial Computer - Micro Computers - AGS-TECH Inc. - NM - USA Izikhungo Zokusebenza Zezimboni namakhompyutha Amancane A WORKSTATION is a high-end MICROCOMPUTER designed and used for technical or scientific applications. Inhloso ukuthi asetshenziswa umuntu oyedwa ngesikhathi, futhi ajwayele ukuxhunywa kunethiwekhi yendawo (LAN) futhi asebenzise izinhlelo zokusebenza zabasebenzisi abaningi. Igama elithi indawo yokusebenzela liphinde lasetshenziswa abaningi ukubhekisela kutheminali yekhompyutha ye-mainframe noma i-PC exhunywe kunethiwekhi. Esikhathini esidlule, izindawo zokusebenza bezinikeze ukusebenza okuphezulu kunamakhompuyutha edeskithophu, ikakhulukazi maqondana ne-CPU nezithombe, umthamo wenkumbulo namandla okwenza izinto eziningi. Iziteshi zokusebenzela zilungiselelwa ukubonakala nokusetshenziswa kwezinhlobo ezihlukene zedatha eyinkimbinkimbi njengedizayini yemishini ye-3D, ukulingisa kobunjiniyela (okufana nokuguquguquka koketshezi lwekhompyutha), ukugqwayiza nokunikezwa kwezithombe, iziqephu zezibalo...njll. Amakhonsoli ahlanganisa okungenani isibonisi sokucaca okuphezulu, ikhibhodi kanye negundane, kodwa futhi angase anikeze izibonisi eziningi, amathebulethi ezithombe, amagundane e-3D (amadivayisi okukhohlisa nokuzulazula kwezinto ze-3D nezigcawu), njll. Iziteshi zokusebenza ziyisegimenti yokuqala ye-3D. imakethe yamakhompiyutha ukwethula izesekeli ezithuthukile namathuluzi okubambisana. Ukuze ukhethe i-Industrial Workstation efanelekile yephrojekthi yakho, sicela uye esitolo sethu sekhompyutha yezimboni NGOKUCHOFOZA LAPHA. Sinikela ngakho kokubili ngaphandle kweshalofu kanye ne CUSTOM IMISEBENZI YENDAWO YOKUSEBENZA KANYE EYENZIWE EZINDAWENI_cc781905-5cde-3194-bb3b-158dfor industrial. Ngezinhlelo zokusebenza ezibucayi zemishini siklama futhi sakha izindawo zokusebenza zezimboni zakho ngokwezidingo zakho ezithile. Sixoxa ngezidingo zakho kanye nezidingo zakho futhi sikunikeze impendulo kanye neziphakamiso zokuklama ngaphambi kokwakha isistimu yekhompyutha yakho. Sikhetha enye yezindawo ezivalekile ezimangelengele futhi sinquma amandla amahhashi ekhompyutha afanele ahlangabezana nezidingo zakho. Iziteshi zokusebenzela zezimboni zingahlinzekwa ngezindiza ezingemuva ze-PCI Bus ezisebenzayo nezingenzi lutho ezingalungiselelwa ukusekela amakhadi akho e-ISA. I-spectrum yethu ihlanganisa kusukela kumasistimu ebhentshiphu yesikhala esincane esingu-2 - 4 kufika ku-2U, 4U noma amasistimu e-rackmount aphezulu. Sinikeza NEMA / IP Ilinganiselwe Ngokugcwele Iziteshi Zokusebenza. Izikhungo zethu zokusebenza zezimboni zidlula amasistimu esiqhudelana nawo afanayo ngokwezindinganiso zekhwalithi ezihlangabezana nazo, ukwethembeka, ukuqina, ukusetshenziswa kwesikhathi eside futhi zisetshenziswa ezimbonini ezihlukahlukene ezihlanganisa ezempi, ezasolwandle, zasolwandle, zikaphethiloli negesi, ukucutshungulwa kwezimboni, ezokwelashwa, ezemithi, ezokuthutha kanye nempahla, ukukhiqizwa kwe-semiconductor. Ziklanyelwe ukusetshenziswa ezimweni eziningi ezihlukahlukene zemvelo kanye nezinhlelo zokusebenza zezimboni ezidinga ukuvikelwa okwengeziwe ekungcoleni, othulini, emvuleni, emanzini afuthwe nezinye izimo lapho izinto ezilimazayo ezifana namanzi anosawoti noma izinto ze-caustic zingaba khona. Amakhompiyutha ethu e-LCD asebenza kanzima, akhiwe ngendlela eqinile nezindawo zokusebenza ayisixazululo esifanelekile nesinokwethenjelwa ukuze sisetshenziswe ezindaweni ezikhiqiza izinkukhu, izinhlanzi noma inyama yenkomo lapho ukugeza ngokuphelele ngezibulala magciwane kwenzeka kaningi, noma ezindaweni zokuhluza i-petrochemical kanye nezinkundla zokumba uwoyela nemvelo ngasogwini. igesi. Amamodeli ethu e-NEMA 4X (IP66) avaliwe nge-gasket futhi akhiwe ngensimbi engagqwali engu-316. Uhlelo ngalunye lwakhiwe futhi luhlanganiswe ngokomklamo ovalwe ngokuphelele kusetshenziswa insimbi engagqwali yekhwalithi ephezulu engu-316 endaweni ebiyelwe yangaphandle kanye nezingxenye zobuchwepheshe obuphezulu ngaphakathi kwe-PC ngayinye emangelengele. Ziza zifakwe izikrini ze-TFT ezigqamile zebanga lezimboni kanye nezikrini zokuthinta ze-analog zezimboni. Lapha sibala ezinye izici zezindawo zethu zokusebenza ezidumile zezimboni: - Ivikela amanzi nothuli, imelana nokugqwala. Kuhlanganiswe namakhibhodi angangenwa amanzi - Indawo yokusebenza evalekile eqinile, amabhodi omama aqinile - I-NEMA 4 (IP65) noma i-NEMA 4X (IP66) ukuvikelwa kwemvelo - Ukuvumelana nezimo kanye ongakhetha obandayo. Izinhlobo zokukhweza ezifana ne-pedestal, bulkhead...njll. - Ukusingathwa kwekhebula okuqondile noma kwe-KVM - Inikwa amandla yi-Intel Dual-Core noma i-Atom processors - Idrayivu yediski yokufinyelela ngokushesha ye-SATA noma imidiya yesimo esiqinile - Amasistimu wokusebenza weWindows noma we-Linux - Ukunwetshwa - Amazinga okushisa okusebenza anwetshiwe - Ngokuya ngokuthandwa kwamakhasimende, izixhumi zokufaka zingatholakala ngezansi, ohlangothini noma ngemuva. - Amamodeli atholakala ngo-15.0”, 17” & 19.0” - Ukufundwa kokukhanya kwelanga okuphezulu - Uhlelo oluhlanganisiwe lokuhlanza lwezinhlelo zokusebenza ze-C1D1 kanye nemiklamo engahlanjululwanga ye-C1D2 - UL, CE, FC, RoHS, MET ukuthobela Dawuniloda incwajana yethu KALA UHLELO LOKUBAMBISANA CLICK Product Finder-Locator Service IKHASI ELIDLULE

Pneumatic and Hydraulic Actuators - Accumulators - AGS-TECH Inc. - NM Ama-Accumulators e-Actuator I-AGS-TECH ingumkhiqizi oholayo nomnikezeli we PNEUMATIC kanye ne-HYDRAULIC ACTUATORS yokuhlanganisa, ukupakisha, amarobhothi, nokushintshashintsha kwezimboni. Ama-actuator ethu aziwa ngokusebenza, ukuguquguquka, nempilo ende kakhulu, futhi amukela inselele yezinhlobo eziningi ezihlukene zezindawo zokusebenza. Siphinde futhi sinikeze HYDRAULIC ACCUMULATORS okungamadivayisi lapho amandla angaba khona agcinwa ngendlela ye-exe noma ukucindezelwa kwe-spring ukuze kusetshenziswe isisindo se-exe. ngokumelene noketshezi olungenakucindezelwa. Ukulethwa kwethu okusheshayo kwama-accumulators womoya nama-hydraulic nama-accumulators kuzokwehlisa izindleko zakho ze-inventory futhi kugcine uhlelo lwakho lokukhiqiza luhamba ngendlela. I-ACTUATORS: An actuator uhlobo lwenjini enomthwalo wemfanelo wokuhambisa noma ukulawula umshini noma isistimu. Ama-Actuator asetshenziswa umthombo wamandla. Ama-hydraulic actuators asebenza ngomfutho we-hydraulic fluid, futhi ama-actuator womoya asebenza ngomfutho womoya, futhi aguqule lawo mandla abe ukunyakaza. Ama-Actuator izindlela lapho isistimu yokulawula isebenza endaweni. Isistimu yokulawula ingaba isistimu engaguquki yemishini noma ye-elekthronikhi, isistimu esekelwe kwisofthiwe, umuntu, nanoma yikuphi okunye okokufaka. Ama-actuator angama-hydraulic aqukethe isilinda noma i-fluid motor esebenzisa amandla adonswa amanzi ukuze kube lula ukusebenza kwemishini. Ukunyakaza komshini kungase kunikeze okukhiphayo ngokuya ngomugqa, ukunyakaza okuzungezayo noma kwe-oscillatory. Njengoba uketshezi cishe lungenakwenzeka ukuminyanisa, ama-hydraulic actuators angaba namandla amakhulu. Ama-actuator e-hydraulic angase abe nokusheshisa okulinganiselwe nokho. Isilinda esisebenza nge-hydraulic hydraulic siqukethe ishubhu eliyisilinda elingenalutho lapho ipiston ingashelela khona. Kuma-activator angama-hydraulic asebenzayo umfutho we-fluid ufakwa ohlangothini olulodwa lwepiston. I-piston ingahamba ohlangothini olulodwa kuphela, futhi isiphethu ngokuvamile sisetshenziselwa ukunikeza ipiston i-stroke yokubuya. Ama-activator aphindwe kabili asetshenziswa lapho ingcindezi ifakwa ohlangothini ngalunye lwepiston; noma yimuphi umehluko wengcindezi phakathi kwezinhlangothi ezimbili zepiston uhambisa ipiston ohlangothini olulodwa noma olunye. Ama-actuator omoya aguqula amandla akhiwe yi-vacuum noma umoya ocindezelwe ngomfutho ophezulu abe ukunyakaza okuqondile noma okujikelezayo. Ama-actuator we-pneumatic anika amandla amandla amakhulu ukuthi akhiqizwe kusuka ekushintsheni kwengcindezi encane. Lawa mandla avame ukusetshenziswa nama-valve ukuhambisa ama-diaphragm ukuze athinte ukugeleza koketshezi ngevalvu. Amandla omoya ayathandeka ngoba angasabela ngokushesha ekuqaliseni nasekumeni njengoba umthombo wamandla ungadingi ukugcinwa ukuze usebenze. Izinhlelo zokusebenza zezimboni zama-actuator zifaka i-automation, logic kanye nokulawula ukulandelana, izinto zokubamba, nokulawula ukunyakaza kwamandla aphezulu. Ngakolunye uhlangothi izinhlelo zezimoto zama-actuator zifaka isiteringi sikagesi, amabhuleki anamandla, amabhuleki asebenza ngehydraulic, nezilawuli zokungenisa umoya. Izinhlelo ze-Aerospace zama-actuator zihlanganisa amasistimu okulawula indiza, amasistimu okulawula isiteringi, isimo somoya, namasistimu okulawula amabhuleki. UKUQHATHANISA AMA-ACTUATORS WE-PNEUMATIC kanye ne-HYDRAULIC: Ama-Actuator alayini womoya ahlanganisa ipiston ngaphakathi kwesilinda esingenalutho. Ingcindezi evela ku-compressor yangaphandle noma iphampu eyenziwa ngesandla ihambisa ipiston ngaphakathi kwesilinda. Njengoba ingcindezi iyanda, isilinda se-actuator sihamba eduze kwe-eksisi yepiston, kwakheka amandla aqondile. I-piston ibuyela endaweni yayo yokuqala ngamandla ase-spring-back noma uketshezi olunikezwa ngakolunye uhlangothi lwepiston. Ama-actuator alayini we-Hydraulic asebenza ngokufana nama-actuator womoya, kodwa uketshezi olungenakucindezelwa olusuka epompo kunomoya onomfutho ohambisa isilinda. Izinzuzo zama-actuator womoya zivela ekululameni kwazo. Iningi lama-actuator we-aluminium womoya anesilinganiso sokucindezela esiphezulu esingu-150 psi ezinosayizi bore ukusuka ku-1/2 kuya ku-8 in., esingaguqulelwa cishe ku-30 kuya ku-7,500 lb. Ama-actuator ensimbi womoya ngakolunye uhlangothi anengcindezi yokulinganisa engu-250 psi enosayizi bore ukusuka ku-1/2 kuya ku-14 in., futhi akhiqiza amandla asukela ku-50 kuya ku-38,465 lb. Ama-actuator womoya akhiqiza ukunyakaza okuqondile komugqa ngokunikeza ukunemba okufana no-0.1 amayintshi nokuphindaphinda phakathi kwamayintshi angu-.001. Ukusetshenziswa okujwayelekile kwama-actuator womoya izindawo zokushisa ezeqisayo ezifana -40 F kuya ku-250 F. Ngokusebenzisa umoya, ama-actuator omoya agwema ukusebenzisa izinto eziyingozi. Ama-actuator womoya ahlangabezana nokuvikelwa kokuqhuma kanye nezidingo zokuphepha komshini ngoba awadali ukuphazamiseka kazibuthe ngenxa yokuntuleka kwawo amamotho. Izindleko zama-actuator womoya ziphansi uma ziqhathaniswa nama-hydraulic actuators. Ama-actuator e-pneumatic nawo anesisindo esincane, adinga ukulungiswa okuncane, futhi anezingxenye ezihlala isikhathi eside. Ngakolunye uhlangothi kukhona ukonakala kwama-actuator womoya: Ukulahleka kwengcindezi nokucindezelwa komoya kwenza i-pneumatics ingasebenzi kahle kunezinye izindlela zokunyakaza komugqa. Ukusebenza ngengcindezi ephansi kuzoba namandla aphansi kanye nesivinini esincane. I-compressor kufanele isebenze ngokuqhubekayo futhi ifake ingcindezi ngisho noma kungekho lutho olunyakazayo. Ukuze zisebenze kahle, ama-actuator we-pneumatic kufanele alingane nomsebenzi othile futhi awakwazi ukusetshenziselwa ezinye izinhlelo zokusebenza. Ukulawula okunembile nokusebenza kahle kudinga izilawuli ezilinganayo kanye nama-valve, okumba eqolo futhi okuyinkimbinkimbi. Ngisho noma umoya utholakala kalula, ungangcoliswa uwoyela noma ukugcotshwa, okuholela ekuphelelweni kwesikhathi nasekunakekeleni. Umoya ocindezelweyo uyinto edliwayo edinga ukuthengwa. Ngakolunye uhlangothi ama-actuator angama-hydraulic aqinile futhi afanele ukusetshenziswa kwamandla amakhulu. Angakwazi ukukhiqiza amandla amakhulu izikhathi ezingu-25 kunama-actuator womoya anosayizi olinganayo futhi asebenze nezingcindezi ezifika ku-4,000 psi. Amamotho angama-hydraulic anezilinganiso eziphezulu zehhashi-to-weight ngo-1 kuya ku-2 hp/lb amakhulu kunenjini yomoya. Ama-actuator angama-hydraulic angakwazi ukubamba amandla kanye ne-torque engaguquki ngaphandle kokuthi iphampu inikeze uketshezi oluthe xaxa noma ingcindezi, ngoba uketshezi aluthinteki. Ama-actuator angama-hydraulic angaba namaphampu awo namamotho abekwe kude kakhulu nokulahleka kwamandla okuncane. Kodwa-ke ama-hydraulics azovuza uketshezi futhi abangele ukusebenza kahle okuncane. Ukuvuza kwe-hydraulic fluid kuholela ezinkingeni zenhlanzeko kanye nokulimala okungenzeka ezingxenyeni ezizungezile nezindawo. Ama-actuator angama-hydraulic adinga izingxenye eziningi ezihambisanayo, njengama-fluid reservoirs, izinjini, amaphampu, ama-valve okukhiphayo, nezishintshisi zokushisa, izinto zokusebenza zokunciphisa umsindo. Ngenxa yalokho ama-hydraulic linear motion motion systems makhulu futhi kunzima ukuwenza. I-ACCUMULATORS: Lezi zisetshenziswa ezinhlelweni zamandla eziwuketshezi ukuze kuqoqwe amandla kanye nokwenza bushelelezi ukushaya. Uhlelo lwe-hydraulic olusebenzisa ama-accumulators lungasebenzisa amaphampu oketshezi amancane ngoba ama-accumulators agcina amandla asuka empompini ngezikhathi zesidingo esiphansi. Lawa mandla ayatholakala ukuze asetshenziswe ngokushesha, akhishwe ngokufunwa ngenani eliphindwe kaningi kunalelo elinganikezwa iphampu iyodwa. Ama-accumulators angakwazi futhi ukusebenza njengama-surge or pulsation absorbers ngokumisa izando ezisebenza ngogesi, ukunciphisa ukushaqeka okubangelwa ukusebenza ngokushesha noma ukuqalisa nokumiswa okungazelelwe kwamasilinda amandla kumjikelezo we-hydraulic. Kunezinhlobo ezine ezinkulu zama-accumulators: 1.) Isisindo sohlobo lwe-piston accumulators olulayishiwe, 2.) Iziqoqelalwazi zohlobo lwe-Diaphragm, 3.) Iziqoqi zohlobo lwasentwasahlobo kanye nezi-4.) Iziqoqelalwazi zohlobo lwe-Hydropneumatic piston. Uhlobo olulayishiwe lukhudlwana futhi lusinda ngomthamo walo kunezinhlobo zesimanje zepiston nesinye. Kokubili uhlobo olulayishiwe lwesisindo, kanye nohlobo lwentwasahlobo lwemishini akuvamile ukusetshenziswa namuhla. Ama-accumulators ohlobo lwe-hydro-pneumatic asebenzisa igesi njenge-cushion yasentwasahlobo ngokuhlangana noketshezi olusebenza nge-hydraulic, igesi noketshezi kuhlukaniswa nge-diaphragm encane noma i-piston. Ama-accumulators anemisebenzi elandelayo: -Energy Storage -Absorbing Pulsations - Ukunciphisa Ukwethuka Okusebenzayo -Ukwengeza ukulethwa kwephampu -Ukugcina Ingcindezi -Ukusebenza njengama-Dispensers Ama-accumulators we-Hydro-pneumatic ahlanganisa igesi ngokuhlangana noketshezi olusebenza ngamanzi. Uketshezi lunamandla amancane okugcina amandla. Kodwa-ke, ukungaminyanisi okuhlobene koketshezi olusebenza ngogesi kuyenza ilungele izinhlelo zamandla oketshezi futhi inikeze impendulo esheshayo esidingweni samandla. Igesi, ngakolunye uhlangothi, umlingani kuketshezi olusebenza ngamanzi ku-accumulator, ingacindezelwa kungcindezi ephezulu kanye namavolumu aphansi. Amandla angaba khona agcinwa kugesi ocindezelwe ukuze akhishwe lapho kudingeka. Kuma-accumulators ohlobo lwe-piston amandla asegesini ecindezelwe enza ingcindezi ngokumelene nepiston ehlukanisa igesi noketshezi olusebenza ngamanzi. I-piston yona iphoqa uketshezi olusuka kusilinda lungene ohlelweni futhi luye endaweni lapho umsebenzi owusizo udinga ukwenziwa khona. Ezisetshenziswa eziningi zamandla awuketshezi, amaphampu asetshenziselwa ukukhiqiza amandla adingekayo ukuze asetshenziswe noma agcinwe ohlelweni lwe-hydraulic, futhi amaphampu aletha la mandla ngokugeleza okududuzayo. Iphampu ye-piston, njengoba ijwayele ukusetshenziselwa ukucindezela okuphezulu ikhiqiza ama-pulsation alimaza uhlelo lomfutho ophezulu. I-accumulator ebekwe ngendlela efanele ohlelweni izonciphisa kakhulu lokhu kuhlukahluka kwengcindezi. Ezisetshenziswa eziningi zamandla oketshezi ilungu eliqhutshwayo lesistimu ye-hydraulic liyama kungazelelwe, lidale igagasi lokucindezela elibuyiselwa emuva ngohlelo. Leli gagasi lokushaqisa lingase libe nezingcindezi eziphezulu izikhathi eziningana kunezingcindezi ezivamile zokusebenza futhi lingaba umthombo wokwehluleka kwesistimu noma umsindo ophazamisayo. Umthelela wokunciphisa igesi ku-accumulator uzonciphisa lawa maza okwethusayo. Isibonelo salolu hlelo lokusebenza ukumuncwa kokushaqeka okubangelwa ukumisa ibhakede elilayisha kungazelelwe ku-hydraulic front end loader. I-accumulator, ekwazi ukugcina amandla, ingangezelela iphampu ewuketshezi ekuletheni amandla ohlelweni. Iphampu igcina amandla angaba khona ku-accumulator ngezikhathi zokungenzi lutho zomjikelezo womsebenzi, futhi isiqoqelilwazi sidlulisela la mandla abekiwe kusistimu lapho umjikelezo udinga amandla aphuthumayo noma aphezulu. Lokhu kwenza uhlelo lusebenzise amaphampu amancane, okuholela ekongeni kwezindleko nokongiwa kwamandla. Izinguquko zengcindezi zibonwa ezinhlelweni ezisebenza ngogesi uma uketshezi lungaphansi kwamazinga okushisa akhuphukayo noma awehlayo. Futhi, kungase kube nokwehla kwengcindezi ngenxa yokuvuza koketshezi olusebenza nge-hydraulic. Ama-accumulators anxephezela izinguquko ezinjalo zengcindezi ngokuletha noma ngokuthola inani elincane loketshezi olunamanzi. Esimeni lapho umthombo wamandla oyinhloko kufanele wehluleke noma umiswe, iziqoqi zizosebenza njengemithombo yamandla asizayo, zigcine ingcindezi ohlelweni. Okokugcina, ama-accumulators mc angasetshenziswa ukukhipha uketshezi ngaphansi kwengcindezi, njengamafutha okugcoba. Sicela uchofoze umbhalo ogqanyisiwe ngezansi ukuze ulande izincwajana zomkhiqizo wethu zama-actuator nama-accumulators: - Amasilinda womoya - YC Series Hydraulic Cyclinder - Accumulators from AGS-TECH Inc CLICK Product Finder-Locator Service IKHASI ELIDLULE

Thermal Infrared Test Equipment, Thermal Camera, Differential Scanning Calorimeter, Thermo Gravimetric Analyzer, Thermo Mechanical Analyzer, Dynamic Mechanical Izisetshenziswa zokuhlola ze-Thermal & IR CLICK Product Finder-Locator Service Phakathi kwe- many THERMAL ANALYSIS EQUIPMENT, sigxila kakhulu kwezidumile embonini, okuyi_cc781905-5cde-3194-bb3b-136bad5cfER58DRIMDIGREYD (CAVRICKER TRIMETRIMMETRIMDI) ,THE AVFFERNINGER TRIMETRIMDIMETRIMDI-DSCRIME (CAV 381905-5cde) -UKUHLAZIYWA KOMCHWEPHESHE ( TMA ), DILATOMETRY,DYNAMIC MECHANICAL ANALYSIS ( DMA ), DIFFERENTIAL THERMAL ANALYSIS ( DTA). IZIHLOKO ZETHU ZOKUHLOLA I-INFRARED zibandakanya IZINTO EZINGAKUMBI EZISHISAYO, AMA-THERMOGRAPHI AKHONA INFRARED, AMAKHAMERA ANE-INFRARED. Ezinye izinhlelo zokusebenza zamathuluzi ethu ezithombe ezishisayo Ukuhlola Isistimu Kagesi Nemishini, Ukuhlola Izingxenye Ze-elekthronikhi, Ukulimala Kokugqwala kanye Nokuncisha Kwensimbi, Ukutholwa Kwephutha. AMAKHALORIMETHA OKUSKENA OKUHLUKILE (DSC) : Indlela lapho umehluko enanini lokushisa elidingekayo ukuze kwenyuswe izinga lokushisa lesampula nereferensi likalwa njengomsebenzi wezinga lokushisa. Kokubili isampula nesithenjwa kugcinwa cishe ezingeni lokushisa elifanayo kulo lonke ucwaningo. Uhlelo lwezinga lokushisa lokuhlaziywa kwe-DSC luyasungulwa ukuze izinga lokushisa lomphathi wesampula likhuphuke ngokulandelana njengomsebenzi wesikhathi. Isampula yereferensi inamandla okushisa achazwe kahle phezu kobubanzi bamazinga okushisa azoskenwa. Ukuhlolwa kwe-DSC kunikeza njengomphumela ijika lokushisa okuguquguqukayo ngokumelene nezinga lokushisa noma ngokumelene nesikhathi. Amakhalorimitha wokuskena ahlukile avame ukusetshenziselwa ukufunda ukuthi kwenzekani kuma-polymer uma eshiswa. Ukushintsha okushisayo kwe-polymer kungafundwa kusetshenziswa le nqubo. Izinguquko ezishisayo yizinguquko ezenzeka ku-polymer lapho zishiswa. Ukuncibilika kwe-crystalline polymer kuyisibonelo. Ukuguqulwa kwengilazi nakho kuyinguquko yokushisa. Ukuhlaziywa kokushisa kwe-DSC kwenziwa ukuze kutholwe Izinguquko Zesigaba Sokushisa, I-Thermal Glass Transition Temperature (Tg), Crystalline Melt Temperatures, Endothermic Effects, Exothermic Effects, Thermal Stabilities, Thermal Formulation Stabilities, Thermal Formulation Stabilities, Transition Phenomena Solid State Structure. Ukuhlaziywa kwe-DSC kunquma i-Tg Glass Transition Temperature, izinga lokushisa lapho ama-amorphous polymers noma ingxenye e-amorphous ye-crystalline polymer isuka endaweni eqinile eya ku-rubbery ethambile, indawo yokuncibilika, izinga lokushisa lapho i-crystalline polymer inyibilika khona, i-Hm Energy Absorbed (amajoules) /gram), inani lamandla isampula elimunca lapho lincibilika, Tc Crystallization Point, izinga lokushisa lapho i-polymer icwebezela khona lapho ishisa noma ipholisa, i-Hc Amandla Ekhishiwe (ama-joules/igremu), inani lamandla elikhishwa isampula lapho licwebezela. Amakhalori Okuskena Ahlukile angasetshenziswa ukunquma izici ezishisayo zamapulasitiki, izinto zokunamathisela, izinsimbi, ama-alloys ensimbi, izinto zokwenza imithi, ama-wax, ukudla, uwoyela nezinto zokugcoba kanye nama-catalysts….etc. ABAHLAZIYI ABAHLUKILEYO ZE-THERMAL (DTA): Enye indlela eya ku-DSC. Kule nqubo ukugeleza kokushisa kusampula nereferensi ehlala ifana esikhundleni sezinga lokushisa. Uma isampula nereferensi kushisa ngokufanayo, izinguquko zesigaba nezinye izinqubo zokushisa zibangela umehluko kuzinga lokushisa phakathi kwesampula nereferensi. I-DSC ikala amandla adingekayo ukuze kugcinwe kokubili ireferensi nesampuli kuzinga lokushisa elifanayo kuyilapho i-DTA ikala umehluko wezinga lokushisa phakathi kwesampula nesithenjwa uma zombili zifakwa ngaphansi kokushisa okufanayo. Ngakho zingamasu afanayo. I-THERMOMECHANICAL ANALYZER (TMA) : I-TMA yembula ushintsho kubukhulu besampula njengomsebenzi wezinga lokushisa. Umuntu angabheka i-TMA njenge-micrometer ezwela kakhulu. I-TMA iyithuluzi elivumela ukukalwa okunembayo kokuma futhi lingalinganiswa ngokuqhathaniswa nezindinganiso ezaziwayo. Isistimu yokulawula izinga lokushisa ehlanganisa isithando somlilo, usinki wokushisa kanye ne-thermocouple ezungeze amasampula. I-quartz, i-invar noma i-ceramic fixtures ibamba amasampula ngesikhathi sokuhlolwa. Izilinganiso ze-TMA zirekhoda izinguquko ezibangelwa izinguquko kuvolumu yamahhala ye-polymer. Izinguquko kuvolumu yamahhala izinguquko ze-volumetric ku-polymer ezibangelwa ukumuncwa noma ukukhululwa kokushisa okuhambisana nalolo shintsho; ukulahlekelwa ukuqina; ukwanda kokugeleza; noma ngokushintsha kwesikhathi sokuphumula. Ivolumu yamahhala ye-polymer yaziwa ukuthi ihlobene ne-viscoelasticity, ukuguga, ukungena ngama-solvents, kanye nezakhiwo zomthelela. Izinga lokushisa lokushintsha kwengilazi Tg ku-polymer lihambisana nokunwetshwa kwevolumu yamahhala okuvumela ukuhamba okukhulu kweketango ngaphezu kwalolu shintsho. Kubonwa njengokuguquguquka noma ukugoba kwijika lokunweba okushisayo, lolu shintsho ku-TMA lungabonakala lumboza ububanzi bamazinga okushisa. Izinga lokushisa lokushintsha kwengilazi elingu-Tg libalwa ngendlela okuvunyelwene ngayo. Ukuvumelana okuphelele akufakazelwa ngokushesha enanini le-Tg lapho kuqhathaniswa izindlela ezihlukene, nokho uma sihlola ngokucophelela izindlela okuvunyelwene ngazo ekunqumeni amanani e-Tg khona-ke siyaqonda ukuthi kukhona ukuvumelana okuhle ngempela. Ngaphandle kwenani layo eliphelele, ububanzi be-Tg buphinde bube inkomba yezinguquko kundaba. I-TMA iyindlela elula yokwenza. I-TMA ivamise ukusetshenziselwa ukulinganisa u-Tg wezinto ezinjengama-polymer axhumene kakhulu e-thermoset okunzima ukuwasebenzisa i-Differential Scanning Calorimeter (DSC). Ngokungeziwe ku-Tg, i-coefficient of thermal expansion (CTE) itholakala ekuhlaziyweni kwe-thermomechanical. I-CTE ibalwa kusukela ezigabeni eziwumugqa wamajika we-TMA. Omunye umphumela owusizo i-TMA engasinika yona ukuthola umumo wamakristalu noma imicu. Izinto eziyinhlanganisela zingase zibe namakhoefiyanti amathathu ahlukene okwandisa ukushisa eziqondisweni zika-x, y kanye no-z. Ngokurekhoda i-CTE ngezikhombisi-ndlela ezithi x, y kanye no-z umuntu angase aqonde ukuthi amafayibha noma amakristalu abheke kuphi kakhulu. Ukuze ulinganise ukunwetshwa kwenqwaba yezinto kungasetshenziswa inqubo ebizwa DILATOMETRY . Isampula icwiliswa oketshezini olufana nowoyela we-silicon noma i-Al2O3 powder ku-dilatometer, egijima ngomjikelezo wezinga lokushisa futhi ukunwetshwa kuzo zonke izinkomba kuguqulwa kube ukunyakaza okuqondile, okukalwa yi-TMA. Abahlaziyi besimanje be-thermomechanical benza lokhu kube lula kubasebenzisi. Uma kusetshenziswa uketshezi oluhlanzekile, i-dilatometer igcwaliswa ngalolo ketshezi esikhundleni samafutha e-silicon noma i-alumina oxide. Ngokusebenzisa i-TMA yedayimane abasebenzisi bangasebenzisa amajika e-stress strain, izivivinyo zokuphumuza ingcindezi, ukuphinda uthole i-creep-recovery kanye nezikena zokushisa zemishini eziguqukayo. I-TMA iyithuluzi lokuhlola elibalulekile lemboni nocwaningo. I-THERMOGRAVIMETRIC ANALYZERS ( TGA ) : Ukuhlaziywa kwe-Thermogravimetric yindlela lapho isisindo sento noma isifanekiso sigadwa njengomsebenzi wezinga lokushisa noma isikhathi. Isampula yesampula ingaphansi kohlelo olulawulwayo lokushisa endaweni elawulwayo. I-TGA ikala isisindo sesampula njengoba sishiswa noma sipholiswa esithandweni salo. Ithuluzi le-TGA liqukethe isampula lepani elisekelwa ibhalansi enembile. Lelo pani lihlala esithandweni futhi liyashisisa noma lipholiswe ngesikhathi sokuhlolwa. Ubuningi besampula bubhekwa ngesikhathi sokuhlolwa. Indawo yesampula ihlanzwa nge-inert noma igesi esebenzayo. Abahlaziyi be-Thermogravimetric bangakwazi ukulinganisa ukulahlekelwa kwamanzi, i-solvent, i-plasticizer, i-decarboxylation, i-pyrolysis, i-oxidation, ukubola, isisindo % impahla yokugcwalisa, nesisindo % umlotha. Kuye ngecala, ulwazi lungatholakala lapho kushiswa noma kupholiswa. Ijika elivamile le-TGA elishisayo liboniswa ukusuka kwesokunxele kuye kwesokudla. Uma ijika le-TGA elishisayo lehla, libonisa ukwehla kwesisindo. Ama-TGA esimanje ayakwazi ukwenza izivivinyo ze-isothermal. Kwesinye isikhathi umsebenzisi angase afune ukusebenzisa isampula esebenzayo yokuhlanza amagesi, afana nomoya-mpilo. Uma usebenzisa umoya-mpilo njengomsebenzisi wegesi yokuhlanza angase afune ukushintsha amagesi ukusuka ku-nitrogen ukuya kumoya-mpilo phakathi nokuhlolwa. Le nqubo ivame ukusetshenziselwa ukukhomba iphesenti lekhabhoni ezintweni. I-Thermogravimetric analyzer ingasetshenziswa ukuqhathanisa imikhiqizo emibili efanayo, njengethuluzi lokulawula ikhwalithi ukuze kuqinisekiswe ukuthi imikhiqizo ihlangabezana nokucaciswa kwayo kwezinto ezibonakalayo, ukuqinisekisa ukuthi imikhiqizo ihlangabezana nezindinganiso zokuphepha, ukucacisa okuqukethwe kwekhabhoni, ukuhlonza imikhiqizo yomgunyathi, ukukhomba izinga lokushisa eliphephile lokusebenza kumagesi ahlukahlukene, ukuthuthukisa izinqubo zokwakhiwa komkhiqizo, ukubuyisela unjiniyela umkhiqizo. Ekugcineni kufanelekile ukusho ukuthi izinhlanganisela ze-TGA ne-GC/MS ziyatholakala. I-GC imfushane nge-Gas Chromatography futhi i-MS imfushane nge-Mass Spectrometry. I-DYNAMIC MECHANICAL ANALYZER ( DMA) : Lena indlela lapho ukuguqulwa kwe-sinusoidal okuncane kusetshenziswa kusampula yejiyomethri eyaziwayo ngendlela yomjikelezo. Ukusabela kwezinto ekucindezelekeni, izinga lokushisa, imvamisa kanye namanye amanani bese kufundwa. Isampula ingaba ngaphansi kokucindezeleka okulawulwayo noma uhlobo olulawulwayo. Ngokucindezeleka okwaziwayo, isampula izokhubaza inani elithile, kuye ngokuqina kwayo. I-DMA ikala ukuqina kanye nokumanzisa, lokhu kubikwa njenge-modulus ne-tan delta. Ngenxa yokuthi sisebenzisa amandla e-sinusoidal, singakwazi ukuveza i-modulus njengengxenye yesigaba (imoduli yesitoreji), kanye nengxenye engaphandle kwesigaba (imoduli yokulahlekelwa). Imoduli yesitoreji, engu-E' noma i-G', isilinganiso sokuziphatha okunwebekayo kwesampula. Isilinganiso sokulahlekelwa endaweni yokugcina i-tan delta futhi ibizwa ngokuthi i-damping. Kubhekwa njengesilinganiso sokuchithwa kwamandla kwento. I-damping iyahlukahluka ngesimo sempahla, izinga lokushisa layo, kanye nemvamisa. I-DMA kwesinye isikhathi ibizwa ngokuthi DMTA standing for_cc781905-5cde-3194-3194-6ICDINACdHAN-MECDHAN-MECDHAN-MECDHAN-M3b. I-Thermomechanical Analysis isebenzisa amandla amile angashintshi entweni futhi irekhoda izinguquko zobukhulu obubalulekile njengoba izinga lokushisa noma isikhathi sihluka. I-DMA ngakolunye uhlangothi, isebenzisa amandla e-oscillatory emvamisa emisiwe kusampula futhi ibike izinguquko zokuqina kanye nokudambisa. Idatha ye-DMA isinika ulwazi lwemodulus kuyilapho idatha ye-TMA isinika i-coefficient yokwanda kwe-thermal. Zombili lezi zindlela zibona izinguquko, kodwa i-DMA izwela kakhulu. Amanani e-modulus ashintsha ngezinga lokushisa kanye nokushintsha kwezinto kungabonakala njengezinguquko ku-E' noma kumajika e-tan delta. Lokhu kufaka phakathi ukuguqulwa kwengilazi, ukuncibilika nokunye ukuguquka okwenzeka endaweni eyingilazi noma eyirabha okuyizinkomba zezinguquko ezicashile endabeni. IZINTO EZINGCWANGCISO EZISEMTHETHWENI, AMATHERMOGRAPHERS E-INFRARED, I-INFRARED CAMERA : Lawa amadivayisi akha isithombe esebenzisa imisebe ye-infrared. Amakhamera avamile ansuku zonke enza izithombe esebenzisa ukukhanya okubonakalayo ebangeni le-wavelength le-nanometer elingu-450–750. Amakhamera we-infrared nokho asebenza ebangeni le-wavelength ye-infrared ubude obungu-14,000 nm. Ngokuvamile, lapho izinga lokushisa liphezulu lento, kulapho imisebe ye-infrared ikhishwa njengemisebe yomzimba omnyama. Amakhamera we-infrared asebenza ngisho nasebumnyameni obuphelele. Izithombe eziphuma kumakhamera amaningi ane-infrared zineshaneli yombala owodwa ngenxa yokuthi ngokuvamile amakhamera asebenzisa inzwa yesithombe engahlukanisi ubude bamaza obuhlukahlukene bemisebe ye-infrared. Ukuze uhlukanise ama-wavelengths izinzwa zesithombe sombala zidinga ukwakhiwa okuyinkimbinkimbi. Kwamanye amathuluzi okuhlola lezi zithombe ze-monochromatic ziboniswa ngombala-mbumbulu, lapho kusetshenziswa khona izinguquko kumbala esikhundleni sokushintsha kokuqina ukuze kuboniswe izinguquko kusiginali. Izingxenye ezigqamile (ezifudumele) zezithombe ngokuvamile zinemibala emhlophe, amazinga okushisa aphakathi nendawo anombala obomvu nophuzi, futhi izingxenye ezifiphele kakhulu (ezipholile) zinombala omnyama. Isikali ngokuvamile siboniswa eduze kwesithombe sombala ongamanga ukuze sihlobanise imibala namazinga okushisa. Amakhamera ashisayo anezinqumo eziphansi kakhulu kunalezo zamakhamera abonakalayo, anamanani endaweni engamaphikseli angu-160 x 120 noma angu-320 x 240. Amakhamera e-infrared abiza kakhulu angakwazi ukuthola ukulungiswa kwamaphikseli angu-1280 x 1024. Kunezigaba ezimbili eziphambili zamakhamera we-thermographic: _cc781905-5cde-3194-BB3B-136BAD5CFRED_C658D_Nand Amakhamera apholile we-thermographic anezitholi eziqukethwe kukesi elivalwe nge-vacuum futhi apholiswe ngokukhaliphile. Ukupholisa kuyadingeka ekusebenzeni kwezinto ezisetshenziswayo ze-semiconductor. Ngaphandle kokupholisa, lezi zinzwa zizogcwala imisebe yazo. Amakhamera apholile we-infrared ayabiza nokho. Ukupholisa kudinga amandla amaningi futhi kudla isikhathi, kudinga imizuzu embalwa yesikhathi sokupholisa ngaphambi kokusebenza. Yize izinto zokupholisa ziyinqwaba futhi zibiza, amakhamera apholile anika abasebenzisi ikhwalithi yesithombe ephezulu uma kuqhathaniswa namakhamera angapholisiwe. Ukuzwela okungcono kwamakhamera apholile kuvumela ukusetshenziswa kwamalensi anobude bokugxila obuphakeme. Igesi ye-nitrogen esemabhodleleni ingasetshenziselwa ukupholisa. Amakhamera ashisayo angapholisiwe asebenzisa izinzwa ezisebenza kuzinga lokushisa elizungezile, noma izinzwa eziqinile ezingeni lokushisa eliseduze ne-ambient kusetshenziswa izici zokulawula izinga lokushisa. Izinzwa ze-infrared ezingapholisiwe azipholiswa zibe kumazinga okushisa aphansi futhi ngenxa yalokho azidingi izipholile ezinkulu nezimba eqolo ze-cryogenic. Ukulungiswa kwazo kanye nekhwalithi yesithombe nokho kuphansi uma kuqhathaniswa nezitholi ezipholile. Amakhamera we-Thermographic anikeza amathuba amaningi. Izindawo ezishisa kakhulu izintambo zikagesi zingatholakala futhi zilungiswe. Ukujikeleza kukagesi kungabonwa futhi izindawo ezishisa ngokungavamile zingabonisa izinkinga ezifana ne-short circuit. Lawa makhamera asetshenziswa kabanzi ezakhiweni nasezinhlelweni zamandla ukuze athole izindawo lapho kunokulahlekelwa ukushisa okukhulu khona ukuze kucatshangelwe ukwahlukanisa ukushisa okungcono kulawo maphuzu. Izisetshenziswa zokuthwebula ezishisayo zisebenza njengempahla yokuhlola engacekeli phansi. Ukuze uthole imininingwane nezinye izinto ezifanayo, sicela uvakashele iwebhusayithi yethu yemishini: http://www.sourceindustrialsupply.com IKHASI ELIDLULE

Mesomanufacturing - Mesoscale Manufacturing - Miniature Device Fabrication - Tiny Motors - AGS-TECH Inc. - New Mexico I-Mesoscale Manufacturing / Mesomanufacturing Ngamasu okukhiqiza avamile sikhiqiza izakhiwo "ze-macroscale" ezinkulu futhi ezibonakala ngeso lenyama. With MESOMANUFACTURING noma kunjalo sikhiqiza izingxenye zamadivayisi amancane. I-Mesomanufacturing nayo ibizwa ngokuthi MESOSCALE MANUFACTURING or_cc75c5de-MESOSCALE MANUFACTURING or_cc7545de-MESOSCA I-Mesomanufacturing idlula kokubili ukwenziwa kwe-macro kanye ne-micromanufacturing. Izibonelo ze-mesomanufacturing izisiza-kuzwa, ama-stents, izinjini ezincane kakhulu. Indlela yokuqala yokwenza i-mesomanufacturing ukwehlisa izinqubo ze-macromanufacturing. Isibonelo i-lathe encane enobukhulu kumamilimitha ambalwa kanye nenjini engu-1.5W enesisindo esingamagremu angu-100 iyisibonelo esihle sokwenza i-mesomanufacturing lapho ukwehliswa kwehle kwenzeke khona. Indlela yesibili ukukhuphula izinqubo ze-micromanufacturing. Njengesibonelo izinqubo ze-LIGA zingakhushulwa futhi zingene endaweni ye-mesomanufacturing. Izinqubo zethu zokukhiqiza i-mesomanufacturing zivala igebe phakathi kwezinqubo ze-MEMS ezisekelwe ku-silicon kanye nomshini omncane ovamile. Izinqubo ze-Mesoscale zingakha izingxenye ezinezinhlangothi ezimbili noma ezintathu ezinezici zosayizi we-micron ezintweni ezivamile ezifana nezinsimbi ezingenasici, izitsha zobumba, nengilazi. Izinqubo zokukhiqiza i-Mesomanufacturing ezitholakala kithi njengamanje zifaka phakathi, i-focused ion beam (FIB) sputtering, micro-milling, micro-turning, excimer laser ablation, femto-second laser ablation, kanye ne-micro electro-discharge (EDM) machining. Lezi zinqubo ze-mesoscale zisebenzisa ubuchwepheshe bemishini obukhiphayo (okungukuthi, ukususwa kwezinto), kuyilapho inqubo ye-LIGA, iyinqubo ye-mesoscale engeziwe. Izinqubo ze-Mesomanufacturing zinamakhono ahlukene kanye nokucaciswa kokusebenza. Ukucaciswa kokusebenza komshini kwentshisekelo kuhlanganisa usayizi wesici obuncane, ukubekezelelana kwesici, ukunemba kwendawo, ukuphela kwendawo, nezinga lokususwa kwezinto (MRR). Sinekhono lezinto ze-mesomanufacturing electro-mechanical ezidinga izingxenye ze-mesoscale. Izingxenye ze-mesoscale ezakhiwe ngezinqubo zokukhiqiza i-mesomanufacturing zinezici ezihlukile ze-tribological ngenxa yezinhlobonhlobo zezinto kanye nezimo ezingaphezulu ezikhiqizwa izinqubo ezahlukene zokukhiqiza i-mesomanufacturing. Lobu buchwepheshe bomshini be-mesoscale obukhiphayo busilethela ukukhathazeka okuhlobene nokuhlanzeka, ukuhlanganisa, kanye ne-tribology. Inhlanzeko ibalulekile ekwenzeni i-mesomanufacturing ngoba ukungcola kwe-mesoscale nosayizi wezinhlayiyana zemfucumfucu ezidalwe ngesikhathi senqubo ye-meso-machining zingaqhathaniswa nezici ze-mesoscale. I-Mesoscale Milling and Turning ingakha ama-chips nama-burrs angavimba izimbobo. I-Surface morphology kanye nezimo zokuqeda ingaphezulu ziyahlukahluka kuye ngendlela yokwenza i-mesomanufacturing. Izingxenye ze-Mesoscale kunzima ukuziphatha nokuqondanisa okwenza ukuhlanganisa kube inselele iningi labaqhudelana nabo elingakwazi ukuyinqoba. Izinga lethu lesivuno ku-mesomanufacturing liphezulu kakhulu kunesiqhudelana nabo okusinika inzuzo yokukwazi ukunikeza amanani angcono. IZINQUBO ZOKUSEBENZA KWE-MESOSCALE: Amasu ethu amakhulu okwenza i-mesomanufacturing i-Focused Ion Beam (FIB), i-Micro-milling, ne-Micro-turning, i-laser meso-machining, i-Micro-EDM (i-electro-discharge machining) Ukwenza i-Mesomanufacturing kusetshenziswa i-Ion Beam (FIB) egxilile, iMilling emincane, kanye ne-Micro-turning: I-FIB sputters material evela kucezu lokusebenza nge-Gallium ion beam bombardment. I-workpiece igibele isethi yezigaba ezinembayo futhi ibekwe ekamelweni le-vacuum ngaphansi komthombo we-Gallium. Izigaba zokuhumusha nezokuzungezisa ekamelweni le-vacuum zenza izindawo ezihlukahlukene emsebenzini zitholakale ku-Gallium ions ye-FIB mesomanufacturing. Inkambu kagesi eguqulekayo iskena i-beam ukuze ihlanganise indawo echazwe ngaphambilini. Amandla kagesi aphezulu abangela ukuthi umthombo wama-ion we-Gallium usheshe futhi ushayisane nomsebenzi. Ukushayisana kukhumula ama-athomu emsebenzini. Umphumela wenqubo ye-FIB meso-machining ingaba ukudalwa kwezingxenye ezime mpo eziseduze. Amanye ama-FIB atholakalayo kithi anobubanzi be-beam obuncane obungama-nanometers angu-5, okwenza i-FIB ibe umshini osebenza nge-mesoscale ngisho ne-microscale. Sikhweza amathuluzi okugaya amancane emishinini yokugaya enembayo eziteshini zomshini ze-aluminium. Ngokusebenzisa i-FIB singakwazi ukwenza amathuluzi aphenduphendukayo amancane angasetshenziswa ku-lathe ukwenza izinti ezinentambo emihle. Ngamanye amazwi, i-FIB ingasetshenziselwa ukwenza amathuluzi aqinile ngaphandle kwezici eziqondile ze-meso-machining emsebenzini wokugcina. Izinga lokuhamba kancane lokususa izinto linikeze i-FIB njengengasebenzi kahle ekwenzeni ngokuqondile izici ezinkulu. Amathuluzi aqinile, nokho, angasusa impahla ngenani elimangalisayo futhi aqinile ngokwanele amahora ambalwa esikhathi somshini. Noma kunjalo, i-FIB iyasebenziseka kumamomo-machining e-meso-machining aqondile amajamo amathathu-dimensional angadingi isilinganiso esikhulu sokususwa kwezinto. Ubude bokuchayeka kanye ne-engeli yesigameko kungathinta kakhulu i-geometry yezici ezenziwe ngomshini ngokuqondile. I-Laser Mesomanufacturing: Ama-laser e-Excimer asetshenziselwa ukwenziwa kwe-mesomanufacturing. Imishini ye-laser excimer ibalulekile ngokuyishaya nge-nanosecond pulses yokukhanya kwe-ultraviolet. Umsebenzi ufakwe ezigabeni zokuhumusha ezinembayo. Isilawuli sixhumanisa ukunyakaza kocezu lomsebenzi ngokuhlobene ne-UV laser beam emile futhi sixhumanisa ukudubula kwama-pulses. Indlela yokuqagela yemaski ingasetshenziswa ukuchaza amajiyometri we-meso-machining. Imaski ifakwa engxenyeni enwetshiwe yomugqa lapho i-laser fluence iphansi kakhulu ukuthi ingashiswa imaski. Ijiyomethri yemaski ikhuliswa nge-lens futhi ikhonjiswe kucezu lomsebenzi. Le ndlela ingasetshenziselwa ukwenza izimbobo eziningi (ama-arrays) ngesikhathi esisodwa. Ama-laser ethu e-excimer kanye ne-YAG angasetshenziswa ukwenza ama-polymers, izitsha zobumba, ingilazi nezinsimbi ezinosayizi wesici abancane njengama-microns ayi-12. Ukuhlangana okuhle phakathi kwe-UV wavelength (248 nm) kanye nendawo yokusebenza ku-laser mesomanufacturing / meso-machining imiphumela ezindongeni zeshaneli eziqondile. Indlela ehlanzekile ye-laser meso-machining ukusebenzisa i-Ti-sapphire femtosecond laser. Imfucumfucu ebonakalayo evela kuzinqubo ezinjalo zokukhiqiza i-mesomanufacturing izinhlayiya ezinosayizi we-nano. Izici ezijulile zosayizi we-micron eyodwa zingenziwa nge-microfabricated kusetshenziswa i-femtosecond laser. Inqubo yokukhishwa kwe-laser ye-femtosecond ihlukile ngoba igqabula amabhondi e-athomu esikhundleni sezinto ezikhipha ukushisa ngokushisa. Inqubo ye-femtosecond laser meso-machining / micromachining inendawo ekhethekile ekwenzeni i-mesomanufacturing ngoba ihlanzeke kakhudlwana, iyakwazi ukwenza i-micron, futhi ayiqondile ngokwezinto ezibonakalayo. I-Mesomanufacturing isebenzisa i-Micro-EDM (i-electro-discharge machining): Imishini ye-Electro-discharge isusa izinto ngenqubo yokuguguleka kwenhlansi. Imishini yethu ye-micro-EDM ingakhiqiza izici ezincane njenge-25 microns. Kumshini wokucwilisa kanye nomshini we-EDM yocingo, izinto ezimbili ezibalulekile zokunquma usayizi wesici usayizi we-electrode kanye negebe elingaphezulu kwe-bum. Ama-Electrodes angaphezulu kwama-microns ayi-10 ububanzi kanye ne-over-bum njengoba kusetshenziswa ama-microns ambalwa. Ukudala i-electrode ene-geometry eyinkimbinkimbi yomshini we-EDM we-sinker kudinga ukwazi. Kokubili i-graphite nethusi zithandwa njengezinto ze-electrode. Enye indlela yokwenza i-electrode eyinkimbinkimbi ye-EDM yengxenye ye-mesoscale ukusebenzisa inqubo ye-LIGA. I-Copper, njenge-electrode material, ingafakwa ezibunjeni ze-LIGA. I-electrode ye-LIGA yethusi ingase ifakwe emshinini we-EDM wokucwilisa ukuze kwenziwe i-mesomafecturing ingxenye yento ehlukile njengensimbi engagqwali noma i-kovar. Ayikho inqubo eyodwa yokwenza i-mesomanufacturing eyanele yonke imisebenzi. Ezinye izinqubo ze-mesoscale zifinyeleleka kakhulu kunezinye, kodwa inqubo ngayinye ine-niche yayo. Isikhathi esiningi sidinga izinto ezihlukahlukene ukuze sithuthukise ukusebenza kwezingxenye eziwumshini futhi sinethezekile ngezinto ezivamile ezifana nensimbi engagqwali ngoba lezi zinto zinomlando omude futhi zibonakala kahle kakhulu phakathi neminyaka. Izinqubo ze-Mesomanufacturing zisivumela ukuthi sisebenzise izinto zendabuko. Ubuchwepheshe bemishini ye-mesoscale obudonsayo bandisa isisekelo sethu sezinto ezibonakalayo. I-Galling ingase ibe yinkinga ngokuhlanganiswa okuthile kwezinto ezibonakalayo ekwenzeni i-mesomanufacturing. Inqubo ngayinye yokwenza ama-mesoscale machining ithinta ngendlela ehlukile ubulukhuni bendawo kanye nokuma kwe-morphology. Ukugaya okuncane kanye nokuphenduka okuncane kungase kukhiqize ama-burrs nezinhlayiyana ezingabangela izinkinga zemishini. I-Micro-EDM ingase ishiye isendlalelo sokuphinda sibe nezici ezithile zokuguga nokungqubuzana. Imiphumela yokungqubuzana phakathi kwezingxenye ze-mesoscale ingase ibe nezindawo ezilinganiselwe zokuxhumana futhi ayimodeli enembile ngamamodeli okuxhumana angaphezulu. Obunye ubuchwepheshe bemishini ye-mesoscale, obufana ne-micro-EDM, buvuthwe ngokufanelekile, ngokungafani nobunye, njenge-femtosecond laser meso-machining, esadinga ukuthuthukiswa okwengeziwe. CLICK Product Finder-Locator Service IKHASI ELIDLULE

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