I-DRK-681 Flex Durability Tester Operation Manual

1.Uhlolojikelele

Isilinganiso sokuhlola esihlikihla isikrini sombala kanye nethuluzi lokulawula (lapha manje elibizwa ngokuthi ithuluzi lokulinganisa nokulawula) lamukela isistimu eshumekiwe ye-ARM yakamuva, 800X480 isibonisi sombala esikhulu se-LCD sokulawula ukuthinta, ama-amplifiers, iziguquli ze-A/D namanye amathuluzi asebenzisa ubuchwepheshe bamuva nje, ukunemba okuphezulu nokuphezulu Izici zokuxazulula, isixhumi esibonakalayo sokulawula i-microcomputer ye-analog, ukusebenza okulula nokulula, kuthuthukisa kakhulu ukusebenza kahle kokuhlolwa.Ukusebenza okuzinzile, imisebenzi ephelele, umklamo wamukela izinhlelo eziningi zokuvikela (ukuvikelwa kwesofthiwe nokuvikelwa kwehadiwe), okuthembeke kakhulu futhi kuphephe.

2.Main Technical Parameters 

 Uhlobo Lokuhlola:

(1) Imodeli A (Umzila 155mm, I-Angle440 C, Inkathi 2700)

(2) Imodeli B (Umzila 155mm, I-Angle440 C, Inkathi 900)

(3) Imodeli C (Umzila 155mm, Angle440 C, Isikhathi 270)

(4) Imodeli D (Umzila 155mm, I-Angle440 C, Inkathi engu-20)

(5) Imodeli E (Umzila 80mm, I-Angle400 C, Inkathi 20)

(6) Uhlobo Lokuhlola (Umzila 155mm, I-Angle440 C, Isikhathi Esishintshayo)

3.Ukusebenza Okuyisisekelo

Isixhumi esibonakalayo Sethula

(Njengoba kuboniswe emfanekisweni, isixhumi esibonakalayo sokuhlola esiyinhloko sihlukaniswe ezindaweni ezimbalwa njengendawo yemenyu, indawo yokubonisa into yokuhlola, indawo yenkinobho yokulawula, nendawo yokubonisa isikhathi sokuhlola.)

1.Ukusebenza kwenkinobho

Uma udinga ukwenza umsebenzi othile, ungathinta ngqo inkinobho ehambisanayo ngomunwe wakho.Uma ulawula injini ukuthi ibuye, thinta ukhiye othi "Buyisa" ngomunwe wakho, i-Route motor kanye ne-torsion motor ibuya ngesikhathi esisodwa, futhi indawo yokubonisa isimo sokuhlola ibonisa igama elithi "Buyela".

2.Ukukhetha imodi

Thinta imenyu ehambisanayo endaweni yokukhetha imodi ukuze wenze umsebenzi ohambisanayo.Uma uthinta ukhiye "wokukhetha imodi", imenyu yokukhetha imodi izovela, futhi ungakhetha imodi.Ngemva kokukhetha imodi yokuhlola, igama lokuhlola nendawo yokubonisa yokuhlola izoshintsha ngokufanele;thinta inkinobho ethi "ipharamitha", futhi isixhumi esibonakalayo sokufaka ipharamitha sizovela >, izilungiselelo zepharamitha zingenziwa.

3.Okufakwayo kwepharamitha

Lapho ufaka amapharamitha, thinta ibhokisi lokufaka lepharamitha futhi ikhibhodi yezinombolo izovela.Cindezela isicelo sepharamitha yokufaka kukhibhodi yezinombolo bese uthinta ukhiye wezinombolo ohambisanayo ukuze ufake ipharamitha.Ngemva kokufaka, cindezela inkinobho ethi “ENT” ukuze uqedele okokufaka, lokhu kufakwa kuvumelekile;cindezela inkinobho ethi “ESC” ukuze ukhansele okokufaka, lokhu kokufaka akuvumelekile.

4.Ukukhetha imodi

Endaweni yokukhetha imenyu, thinta ukhiye "wokukhetha imodi", imenyu yokukhetha izovela, futhi imodi yokuhlola ingakhethwa.Ngemva kokukhetha imodi, igama lokuhlola nendawo yokubonisa umphumela wokuhlola kuzoshintsha ngokufanele.

Izindlela zokuhlola ezikhethekayo yilezi: imodi A, imodi B, imodi C, imodi D, imodi E, imodi yokuhlola, njll.

5. Ukusetha Amapharamitha

Kwe, cindezela inkinobho ethi "Ipharamitha" ukuze ufake i.

Kwe, imingcele yokuhlola nokulungiswa kokukhanya kwe-LCD kungenziwa.

1. Amapharamitha wokuhlola:

1) Umzila: Umzila usethwe kwimodi yokuhlola, ngokuvamile engu-155mm;

2) I-engeli: i-torsion Angle isethwe kwimodi yokuhlola, ngokuvamile i-440 degrees;

3) Izikhathi: Inombolo yezikhathi zokuhlola ezisethwe kumodi yokuhlola, engasethwa ngokungafanele;

2. Ukulungiswa kokukhanya:

Njengoba kuboniswe esithombeni esingenhla, ukukhanya kwe-LCD kungalungiswa ku-.Uma likhulu inani, ukukhanya kugqama.

6.Inqubo Yokuhlola

1)Ukulungiselelwa kwepharamitha

Hlola imodi yokusebenza ngaphambi kokuhlolwa, bese usetha kabusha imodi uma kunesidingo.

Uma kuyimodi yokuhlola, Umzila, I-engeli, Nenkathi yemodi yokuhlola kufanele kusethwe kuzilungiselelo zepharamitha.

2) Ukulungiselela ukuhlolwa

Thinta inkinobho "Buyela" ukuze ubuyisele injini yomzila kanye ne-torsion motor ezindaweni zazo zokuqala.

Bamba isampula.

3) Hlola

Thinta inkinobho ethi "Hlola", i-Route motor kanye ne-torsion motor izosebenza ngemvamisa yokuhlola eshiwo yizinga kuze kube yilapho kufinyelelwa inombolo yesikhathi esimisiwe, nokuhlolwa sekuphelile.Amamotho amabili abuya ngokuzenzakalelayo.

Isikhombisa.isikhathi setting

7.Isilungiselelo Sesikhathi

Thinta indawo yokubonisa isikhathi ezansi kwesokudla se-, bese usetha isikhathi sesistimu kukhibhodi yezinombolo eziphumayo.

8.Phrinta imiphumela yokuhlolwa

Kwe, cindezela inkinobho "Phrinta" ukuze uphrinte imiphumela yokuhlolwa.

9.Ukulinganisa

Kwe, thinta inkinobho ethi "Calibration", bese kuzovela isixhumi esibonakalayo sokufaka iphasiwedi.Faka igama eliyimfihlo () ukuze ufake i.(Ngaphandle kwabasebenzi be-metrology esemthethweni, ungafaki isimo sokulinganiswa ngesikhathi sokusebenzisa lolu hlelo, ngaphandle kwalokho ama-coefficients wokulinganisa azoshintshwa ngokuthanda kwakhe, okuzothinta imiphumela yokuhlolwa.)

Kwe, ungakwazi ukulinganisa ama-coefficients omzila nama-engeli coefficients.Ungakwazi futhi ukusetha isivinini somzila, i-Torsion Speed, ne-Half Period, futhi ulinganise i-RoutePeriod kanye ne-Torsion Period..

1) 400 degree torsion isikhathi: (QEI ixhunywe encoder okukhiphayo umshayeli torsion motor ngesikhathi sokuhlolwa)

Isikhathi esithathayo ukusonta injini ngamadigri angama-400.

Ngemuva kokusetha isivinini se-torsion, buyela kuqala endaweni, cindezela inkinobho ethi "torsion test", futhi injini ye-torsion izojikeleza nge-angle ethile bese ima.Bheka i-Angle ye-torsion yangempela bese ulungisa leli nani ukuze i-torsion Angle yangempela ilingane namadigri angu-400.

2) 440 degrees torsion isikhathi: isikhathi esidingekayo ukuze uhlehlise injini ukuze 440 degrees.

Indlela yokuhlola iyafana nesikhathi se-400 degree twist.

3) Isikhathi sokulinda esingu-400 degree sokulinda: lesi sikhathi isikhathi sokulinda ukubuya ngemva kokuhlehlisa okungu-400, okusetshenziselwa ukuhlangabezana nemfuneko Yenkathi Yomzila 80mm.

4) 440 degrees ukubuyisela isikhathi sokulinda: lesi sikhathi isikhathi sokulinda ukubuya ngemva kokuhlehla 440, esetshenziselwa ukuhlangabezana nemfuneko Yenkathi Yomzila90mm.

5) Isikhathi Esigcwele Nenkathi Ewuhhafu: Isetshenziselwa ukubonisa isikhathi Senkathi Egcwele kanye Nesigamu Senkathi phakathi Nokuhlolwa Kwenkathi Yomzila kanye Nenkathi Yokuhlehla.

6) Ukulungiselelwa kweHalf Period: Lelivelu isikhathi sokulinda ngemva kokuqedwa kwenqubo yokudangala yomzila, okuyingxenye yeNkathi ephelele ukuze kuhlangatshezwane nesilungiselelo Senkathi.

7) Isivinini somzila, isivinini sokusonta:

Inani lokushaya kwenhliziyo isivinini se-Route motor kanye nesivinini se-torsion motor lapho i-RoutePeriod (45/min) yaneliswa.

8) Buyisela amapharamitha: Buyisela Umzila 1, 2 futhi ubuyisele isivinini 1, 2, ne

buyisela isenzo se-Route motor ukwenza inani Lomzila linembe kakhudlwana lapho injini Yomzila ima.

Ukubuyisela i-torsion: sebenzisana nesenzo se-torsion motor ukwenza inani le-Angle linembe kakhulu lapho i-torsion motor ima.