I-Heating Element Resistance Tester

Umhloli wokumelana we-1.DC uwuhlobo oluphezulu-lokunemba, olubanzi{2}}lobubanzi,{3}}lomhloli we-microprocessor osebenzayo{4}olawulwayo wokumelana.
2.Ingakwazi ukuhlola ukumelana kwe-1μΩ-3MΩ futhi isibonisi esiphezulu singama-30,000.
3.Ijubane eliphezulu lokuhlola izikhathi ezingu-60/ngesekhondi, futhi isivinini sokuhlola siyizikhathi ezingu-15/ngesekhondi, esingase siqinisekise ukunemba okungu-0.05%.

Ukufanisa

I-Heating Element Resistance Tester

Imikhiqizo Isingeniso

Lesi sihloli sokumelana nesici sokushisisa siyidivayisi elawulwayo-enembayo ephezulu-ekwazi ukulinganisa ukumelana ukusuka ku-1μΩ ukuya ku-3MΩ ngesibonisi esiphezulu samayunithi angu-30,000. Isivinini esikhulu sokuhlola izikhathi ezingu-60 ngomzuzwana, sigcina ukunemba okungu-0.05% ngisho nezikhathi ezingu-15 ngomzuzwana, kuqinisekisa imiphumela esheshayo nenembayo yezinhlelo zokusebenza ezihlukahlukene.

Umhloli wokumelana uyithuluzi lokuhlola ukunemba elibalulekile ekukhiqizeni amashubhu okushisa kagesi (izakhi zokushisa), eziklanyelwe ukukala ngokushesha nangokunembile inani lokumelana ne-DC lezinto zokushisa. Ayisebenzi nje kuphela njengethuluzi lokuhlola ekupheleni kokukhiqiza kodwa futhi njengendawo ebalulekile yokulawula ikhwalithi kuyo yonke inqubo yokukhiqiza.

Heating Element Resistance Tester 12

Kukhona futhi aukumelana ne-voltage tester

Amapharamitha womkhiqizo

Ukunikezwa kwamandla kagesi	AC50/60Hz220V±5%
Usayizi	270×110×300mm
Isisindo Somshini	4KG
Ibanga lokulinganisa	1μΩ-3MΩ

Isicelo Semikhiqizo

Isihloli sethu sokumelana nesici sokushisisa sisebenza ngezindlela eziningi, silungele imikhiqizo yokuhlola efakwe izinto zokushisisa kanye nezingxenye zokumelana.

Kungani ukuhlola ukumelana kubalulekile ezicini zokushisisa?
Ukumelana kuyipharamitha kagesi ebaluleke kakhulu yento yokushisa, ethinta ngqo:
Ukunemba kwamandla: Ngokwefomula Amandla (P)=I-Voltage² (U²) / Resistance (R), ngisho nokuchezuka okuncane kokumelana kungaholela ekuguquguqukeni okukhulu kwamandla.
Ukusebenza komkhiqizo: Ukumelana kunquma ukusebenza kahle kokushisisa kanye nezinga lokushisa lokusebenza, kunomthelela isivinini sokushisisa nempilo yesevisi.
Ukuphepha: Ukumelana okungavamile kungase kubonise amasekhethi amafushane angaphakathi, amasekhethi avulekile, ukungezwani kahle, noma ukonakala kwezinto.
Ukungaguquguquki: Ukungaguquguquki kokumelana nokukhiqizwa ngobuningi kukhombisa ngqo ukuzinza kwenqubo yokukhiqiza.

Indlela yokubala

Isihloli sokumelana sepuleti lokushisisa-----Indlela yokubala yemikhawulo ephezulu nephansi yokumelana.
Ngokwesibonelo:
amandla epuleti lokushisa: 700W I-voltage yokuphakelwa kwamandla ngu-220V
umkhawulo ophezulu ojwayelekile waseShayina ngu-+ 5%: 700+700×0.05=735W
Isilungiselelo esiphansi somkhawulo: 220×220÷735≈65.850Ω
Umkhawulo ophansi wezinga lesiShayina ngu-- 10%: 700-700×0.1=630W
Ukulungiselelwa komkhawulo ophezulu: 220×220÷630≈76.825Ω
Qaphela: Uma i-voltage ejwayelekile ingu-220-240V, thatha inani eliphakathi lika-230V ukuze ubale, wonke amandla angabalwa ngendlela engenhla!

Resistance Testing for Water Heater Elements

Imininingwane Yemikhiqizo

Izinkomba zobuchwepheshe nokusebenzakwei-Heating Element Resistance Testerizici

1. Isibonisi:

A: bonisa inani lokumelana ngamadijithi amahlanu, futhi amadijithi amane kuphela aboniswayo lapho idijithi yokuqala inkulu kuno-4.

B: Iphesenti liboniswa ngamadijithi amane kanye nophawu, futhi ububanzi bungu-±0.01%-±9999%.

2. Ibanga lokulinganisa:

HG2511:10uΩ~20.00KΩ

HG2512:1uΩ~2.0000MΩ;

HG2512B:IuΩ~20.000KΩ

Bonisa: Isibonisi sobubanzi obukhulu kakhulu:nNnnN

3. Isivinini sokuhlola: sihamba kancane (6s / s), siyashesha (10s).

4. Ukukhetha amagiya: okuzenzakalelayo noma okwenziwa ngesandla.

5. Amandla: AC50/60Hz220V±5%.

6. Indawo yokusebenza: izinga lokushisa: 0℃~40℃, RH 80%.

7. Isixhumi esibonakalayo sokulawula kude: ozikhethela.

8. Usayizi: 270mm*110mm*300mm(W*H*D).

9. Isisindo: Cishe ama-4 kg.

10. Okukhiphayo kokuhlunga ngesilawuli kude: super (LOW), qualified (PASS), super (HIGH), iphansi{1}}izinga elisebenzayo.

Isingenisoyesiginali yokusebenzelana yesilawuli kudeYesihloli Sokumelana Nesici Sokushisa

Yonke imisebenzi yephaneli ingagcinwa, ukuze ngesikhathi esizayo ivuliwe, izoba esimweni esimisiwe okokugcina, ukwenza lula ukusebenza. Indlela iwukusetha isimo sokusebenza kuqala bese usetha idatha yokuhlunga. Ithuluzi lilondoloza kuphela izilungiselelo zokuhlunga ngemva kokusetha idatha yokuhlunga, futhi lilondoloza isimo sokusebenza ngesikhathi esifanayo. Njalo uma ithuluzi livuliwe, lizofunda isimo somsebenzi kanye nedatha yokuhlunga esethwe okokugcina.

Lapho i-Heating Element Resistance Tester umsebenzi usethelwe kumodi yokuhlola eyodwa, ububanzi buzonqunywa futhi bukhiywe ngokuya ngedatha esethiwe, futhi iswishi yokuhlunga izovulwa. Isignali yesilawuli kude isebenza kuphela uma ibhodi yesixhumi esibonakalayo sesilawuli kude ifakiwe futhi imodi yokuqalisa iyisikali esisodwa. Ngalesi sikhathi, ukuhlola kungaqalwa ngenkinobho yokuqala kuphaneli, noma kungaqalwa ngesignali yokuqala yesilawuli kude.

Amashadi ashisayo: isihloli sokumelana nesici sokushisa, abakhiqizi bokuhlola ukumelana nesici sokushisa baseChina, abahlinzeki