Ukufudumeza Element Resistance Tester

Umvavanyi we-1.DC wokuchasa luhlobo oluphezulu-lokuchaneka, ububanzi{2}}uluhlu, oluphezulu{3}}ukusebenza kwemicroprocessor{4}}elawulwa ngumvavanyi wokuxhathisa.
I-2.Inokuvavanya ukuchasana kwe-1μΩ-3MΩ kunye nomboniso ophezulu yi-30,000.
3.Isantya esiphezulu sokuvavanya ngamaxesha angama-60 / okwesibini, kwaye isantya sokuvavanya ngamaxesha angama-15 / okwesibini, esinokuqinisekisa ukuchaneka kwe-0.05%.

Inkcazo

Ukufudumeza Element Resistance Tester

Iimveliso Intshayelelo

Lo mvavanyi wokuxhathisa into yokufudumeza uphezulu-uchanekileyo, imicroprocessor{1}}isixhobo esilawulwayo esikwaziyo ukulinganisa ukuxhathisa ukusuka kwi-1μΩ ukuya kwi-3MΩ ngowona mboniso uphezulu wama-30,000 eeyunithi. Isantya esiphezulu sovavanyo lwamaxesha angama-60 ngesekhondi, ukugcina ukuchaneka kwe-0.05% nakwizihlandlo ezili-15 ngesekhondi, kuqinisekisa iziphumo ezikhawulezayo nezichanekileyo kwizicelo ezahlukeneyo.

Umvavanyi wokuchasa sisixhobo sokuvavanya ukuchaneka okuyimfuneko kwinkqubo yokwenziwa kweetyhubhu zokufudumeza zombane (izinto zokufudumeza), eyenzelwe ngokukodwa ukulinganisa ngokukhawuleza nangokuchanekileyo ixabiso lokumelana ne-DC yezinto zokufudumeza. Ayisebenzi nje njengesixhobo sokuhlola ekupheleni kwemveliso kodwa kwakhona njengendawo ebalulekileyo yokulawula umgangatho kuyo yonke inkqubo yokuvelisa.

Heating Element Resistance Tester 12

Kukho kwakhona aukumelana novavanyo lombane

Iiparamitha zeMveliso

Ukunikezwa Amandla	AC50/60Hz220V±5%
Ubungakanani	270×110×300mm
Ubunzima bomatshini	4KG
Uluhlu lokulinganisa	1μΩ-3MΩ

Products Application

Umvavanyi wethu wokumelana nezinto zokufudumeza uguquguquka, ulungele imveliso yovavanyo enezixhobo zokufudumeza kunye nezinto ezixhathisayo.

Kutheni uvavanyo lokumelana lubalulekile kwizinto zokufudumeza?
Ukuchasana yeyona parameter yombane ibaluleke kakhulu kwinto yokufudumeza, echaphazela ngokuthe ngqo:
Ukuchaneka kwamandla: Ngokwefomula Amandla (P)=I-Voltage² (U²) / Ukumelana (R), nokunxaxha okuncinci ekuxhathiseni kunokukhokelela kuguquko olukhulu kumandla.
Ukusebenza kwemveliso: Ukuchasana kumisela ukusebenza kakuhle kokufudumeza kunye nokushisa okusebenzayo, okuchaphazela isantya sokufudumala kunye nobomi benkonzo.
Ukhuseleko: Ukunganyangeki ngokungaqhelekanga kunokubonisa iisekethe ezimfutshane zangaphakathi, iisekethe ezivulekileyo, ukugquma okungahambi kakuhle, okanye iziphene zezinto.
Ukuhambelana: Ukuhambelana kokuchasana kwimveliso yobuninzi kubonisa ngokuthe ngqo ukuzinza kwenkqubo yokuvelisa.

Indlela yokubala

Umvavanyi wokuchasa kwipleyiti yokufudumeza-----Indlela yokubala imida ephezulu kunye nesezantsi yokuxhathisa.
Umzekelo:
amandla epleyiti yokufudumeza: 700W Umbane wokubonelela ngombane ngu-220V
umgangatho ophezulu wamaTshayina ngu{0}}%: 700+700×0.05=735W
Useto lomda osezantsi: 220×220÷735≈65.850Ω
Umda osezantsi womgangatho waseTshayina ngu-- 10%: 700-700×0.1=630W
Useto lomda ophezulu: 220×220÷630≈76.825Ω
Qaphela: Ukuba umbane oqhelekileyo ngu-220-240V, thatha ixabiso eliphakathi kwe-230V yokubala, onke amandla angabalwa ngokwendlela engentla!

Resistance Testing for Water Heater Elements

Iimveliso Iinkcukacha

Iimpawu zobugcisa kunye nokusebenzayei-Heating Element Resistance Testeriimpawu

1. Bonisa:

A: bonisa ixabiso lokumelana namadijithi amahlanu, kwaye ezine kuphela ezibonisiweyo xa idijithi yokuqala inkulu kune-4.

B: Ipesenti iboniswa ngamasuntswana amane kunye nophawu, kwaye uluhlu ±0.01%-±9999%.

2. uluhlu lokulinganisa:

HG2511:10uΩ~20.00KΩ

HG2512:1uΩ~2.0000MΩ;

HG2512B:IuΩ~20.000KΩ

Bonisa: Uluhlu olunobukhulu obugqithisileyo:nNnnN

3. Isantya sovavanyo: kancinci (6s / s), ngokukhawuleza (10s).

4. Ukukhetha izixhobo: ngokuzenzekelayo okanye ngesandla.

5. Amandla: AC50/60Hz220V±5%.

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

7. Ujongano lolawulo olukude: ngokuzikhethela.

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

9. Ubunzima: Malunga ne-4 kg.

10. Ulawulo olukude lwesiphumo sokuhlela: super (LOW), qualified (PASS), super (HIGH), zisezantsi{1}}izinga elisebenzayo.

Intshayeleloyesiginali yojongano lolawulo oludeye-Heating Element Resistance Tester

Yonke imisebenzi yephaneli inokugcinwa, ukwenzela ukuba kwixesha elizayo ivuliwe, iya kuba kwimeko emiselweyo ngexesha lokugqibela, ukwenza lula ukusebenza. Indlela kukuseta imo yokusebenza kuqala kwaye emva koko usete idatha yokhetho. Isixhobo sigcina kuphela izicwangciso zokhetho emva kokuseta idatha yokhetho, kwaye igcina imo yokusebenza ngexesha elinye. Ngalo lonke ixesha isixhobo sivulwa, siya kufunda ubume bomsebenzi kunye nedatha yokuhlela ebekiweyo okokugqibela.

Xa i-Heating Element Resistance Tester umsebenzi usetelwe kwimowudi yovavanyo olunye, uluhlu luyakumiselwa kwaye lutshixiwe ngokwedatha ebekiweyo, kwaye iswitshi yokhetho iyakuvulwa. Isibonakaliso solawulo olude sisebenza kuphela xa ibhodi ye-remote control interface ifakiwe kwaye imodi yokuqalisa imilinganiselo enye. Ngeli xesha, uvavanyo lunokuqaliswa ngeqhosha lokuqala kwindawo yolawulo, okanye lunokuqalwa ngophawu lokuqalisa olukude.

Iifayile ezishisayo: umvavanyi wokuxhathisa into yokufudumeza, abavelisi bomvavanyi wento yokufudumeza yaseTshayina, ababoneleli