Sonel CMP-402 Multimeter Clamp Meter Universal tare da Nuni LCD
Ƙayyadaddun samfur
- Samfura: Saukewa: CMP-402
- Siga: 1.04
- Kwanan wata: 13.05.2024
- Ayyukan Aunawa: Voltage (AC/DC), na yanzu (AC/DC), Resistance, Capacitance, Mitar, Ayyukan Aiki, Zazzabi, Gwajin Diode, Ci gaba
Umarnin Amfani da samfur
1. Shirye-shiryen Mitar
Kafin amfani, tabbatar da an kashe mitar. Saka binciken da ake buƙata a cikin ma'aunin ma'auni daidai.
2. Bayanin Aiki
- Ma'auni Sockets: Haɗa bincike zuwa kwasfa masu dacewa don ma'auni daban-daban.
- Nunawa: View sakamakon aunawa da ƙarin bayani akan nuni.
- Bincike: Yi amfani da binciken da suka dace don ingantattun ma'auni.
3. Ayyuka na Musamman
- Maballin REL: Yana ba da damar ma'aunin dangi.
- Maballin RANGE: Yana daidaita kewayon aunawa.
- Maɓallin MODE/VFD: Yana canza yanayin auna kuma yana kunna aikin VFD.
- Maɓallin ƙwanƙwasa/CIN RUWA: Yana kunna kololuwa/max/min da shigar da ayyukan yanzu.
- H Button: Yana kunna ayyukan riƙo da walƙiya.
- Kashe Wuta ta atomatik: Yana kashe na'urar ta atomatik bayan ɗan lokaci na rashin aiki.
4. Madadin Baturi
Lokacin da baturi ya yi ƙasa, buɗe ɗakin baturi kuma musanya shi da sabon baturi yana bin alamun polarity.
5. Kulawa da Kulawa
Tsaftace mita kuma bushe. Ka guji fallasa zuwa matsanancin yanayi ko ruwa. Daidaita mita akai-akai don ingantaccen karatu.
6. Adana
Ajiye mitar a wuri mai sanyi, busasshiyar nesa da hasken rana kai tsaye da danshi. Kare shi daga kura da lalacewar jiki.
Tambayoyin da ake yawan yi
Tambaya: Menene matsakaicin ƙimar shigarwa don ayyuka daban-daban?
A:
- A DC / AC: 400 A DC / AC
- V DC/AC, Mitar, Zagayowar Aiki: 1000 V DC/AC RMS
- Juriya, Ci gaba, Gwajin Diode, Ƙarfi, Zazzabi:
300 V DC / AC RMS
Tambaya: Ta yaya zan iya ɗaukar matakan tsaro yayin amfani da samfurin?
A: Tabbatar cewa ƙwararrun ma'aikata ne kawai ke sarrafa samfurin.
Bi ƙayyadaddun matakan tsaro don yanayin auna daban-daban da iyakokin siginar shigarwa.
Alamar da ke da sunan mita ana sanya shi kusa da sassan rubutun da ke nufin takamaiman fasalulluka na na'urar. Duk sauran sassan rubutun suna da alaƙa da kowane nau'in kayan aikin.
Gabatarwa
Na gode don siyan Sonel multimeter. CMP-402/403 mita na'urar aunawa ce ta zamani, mai sauƙi da aminci. Da fatan za a san kanku da wannan jagorar don guje wa kuskuren aunawa da kuma hana yiwuwar matsalolin aiki na mitar.
Wannan littafin ya ƙunshi gargaɗi iri uku. Ana gabatar da su azaman rubutun da aka tsara wanda ke bayyana yiwuwar haɗari ga mai amfani
da na'urar. Rubuce-rubucen WARNING sun bayyana yanayi, waɗanda zasu iya jefa rayuwar mai amfani cikin haɗari ko lafiyarsu, lokacin da ba a bi umarnin ba.
saukarwa. Rubutu
HANKALI! fara bayanin halin da ake ciki,
wanda zai iya haifar da lalacewar na'urar, lokacin da ba a bi umarnin ba.
saukarwa. An riga an nuna alamun matsalolin matsalolin da alama .
GARGADI · CMP-402/403 mita an tsara shi don auna AC/DC
halin yanzu da voltage, mita, juriya, capacitance, kazalika don gwada ci gaban kewaye da diodes. Duk wani aikace-aikacen da ya bambanta da waɗanda aka kayyade a cikin littafin na yanzu na iya haifar da lalacewa ga na'urar kuma ya zama tushen haɗari ga mai amfani. · CMP-402/403 mita dole ne a yi aiki da shi kawai ta ƙwararrun ma'aikata masu dacewa tare da takaddun shaida masu dacewa da ke ba da izini ga ma'aikata don yin ayyuka akan tsarin lantarki. Yin amfani da mita ba tare da izini ba na iya haifar da lalacewa kuma yana iya zama tushen babban haɗari ga mai amfani. · Kafin aiki da na'urar, karanta wannan jagorar sosai kuma kula da ƙa'idodin aminci da jagororin da mai ƙira ya bayar. Rashin bin umarnin da aka ƙayyade a cikin wannan jagorar na iya haifar da lalacewa ga na'urar kuma ya zama tushen babban haɗari ga mai amfani.
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CMP-402 CMP-403 HANYAR MAI AMFANI
Tsaro
2.1 Gabaɗaya dokoki
Domin samar da sharuɗɗan yin aiki daidai da daidaiton sakamakon da aka samu, dole ne a kiyaye shawarwari masu zuwa: · kafin amfani da mitar a karanta wannan littafin a hankali, · ƙwararrun mutane ne kawai ke sarrafa mitar.
sun wuce horar da lafiya da aminci, · yi taka tsantsan yayin auna juzu'itages wucewa (kamar yadda IEC
61010-1:2010/AMD1:2016):
Wurare na yau da kullun 60 V DC 30 V AC RMS 42.4 V AC na ƙimar kololuwa
Wuraren rigar 35 V DC 16 V RMS 22.6 V AC na ƙimar kololuwa
yayin da suke haifar da yuwuwar haɗarin girgiza wutar lantarki, · kar a wuce iyakar siginar shigarwa, · yayin juzu'itage ma'auni baya canza na'urar a cikin
Yanayin aunawa na halin yanzu ko juriya da akasin haka, · lokacin da ake canza jeri, koyaushe cire haɗin hanyoyin gwajin daga
da'irar da aka gwada, · riƙe ma'aunin auna ta wurin da aka tanadar, ƙuntatawa ta wani nau'i-
cial shamaki don kauce wa hatsattsatsi lamba tare da fallasa karfe sassa, · Idan a lokacin da alamar OL ta bayyana a kan allo, indi-
Yana nuna cewa ƙimar da aka auna ta zarce iyakar awo, · Ba a yarda da aiki ba:
Mitar da ta lalace wacce gaba ɗaya ko ɓangarorin ba ta da tsari, na'urar da ke da lahani na abubuwan gwajin gwajin, na'urar da aka adana na tsawon lokaci mai yawa a cikin rashin ƙarfi.
tageous yanayi (misali yawan zafi). · Ana iya yin gyare-gyare ta wurin sabis mai izini kawai.
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GARGADI
Kar a taɓa fara ma'auni idan kana da jika ko damp hannuwa.
Kar a yi awo a cikin yanayi mai fashewa (misali a gaban iskar gas mai ƙonewa, tururi, ƙura, da sauransu). Yin amfani da mita a irin waɗannan yanayi na iya haifar da walƙiya da haifar da fashewa.
Ƙimar iyaka na siginar shigarwa
Aiki
Matsakaicin ƙimar shigarwa
A DC (
), A AC
400 A DC / AC
V DC, V AC, voltage mita, aikin sake zagayowar
1000 V DC / AC RMS
Juriya, ci gaba, gwajin diode, capacitance, zafin jiki
300 V DC / AC RMS
2.2 Alamun aminci Wannan alamar dake kusa da wata alama ko tasha, tana nuna cewa mai amfani yakamata ya karanta ƙarin bayanin da ke ƙunshe a cikin littafin.
Wannan alamar da ke kusa da tashar tashar, tana nuna cewa a cikin amfani na yau da kullun akwai yiwuwar voltage.
Kariya aji II rufi biyu
Ba za a iya haɗa tasha masu wannan alamar zuwa da'ira inda voltage zuwa ƙasa ya wuce matsakaicin amintaccen voltage na na'urar.
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CMP-402 CMP-403 HANYAR MAI AMFANI
Ana shirya mita don aiki
Bayan siyan mita, duba ko abun ciki na kunshin ya cika.
Kafin yin awo: · Tabbatar da cewa matakin baturi ya wadatar don aunawa, · duba ko kwandon mitar da kuma insulation na gwajin gwajin.
ba a lalace ba, · don tabbatar da daidaiton sakamakon auna ana ba da shawarar a kiyaye.
nect black gubar zuwa tashar COM da jajayen jagora zuwa wasu tashoshi, · lokacin da ba a amfani da mitar, saita canjin aiki a matsayin KASHE.
Na'urar tana da aikin AUTO-KASHE da aka kunna bayan mintuna 15 na rashin aikin mai amfani. Don sake kunna mita, saita canjin aikin zuwa matsayin KASHE sannan saita shi a aikin da ake so.
GARGADI
Haɗin da ba daidai ba ko lalacewa na iya haifar da girgiza wutar lantarki.
· Kada a haɗa mitar da voltage tushen lokacin da aka saita shi zuwa halin yanzu ko ma'aunin juriya ko don gwajin diode. Rashin kiyaye wannan taka tsantsan na iya lalata mita!
Lokacin amfani da mita, tabbatar da: · fitar da capacitors a cikin hanyoyin samar da wutar lantarki da aka gwada, · cire haɗin wutar lantarki lokacin auna juriya kuma
gwajin diode, · kashe mita kuma cire haɗin gwajin kafin cirewa
murfin baya don maye gurbin batura.
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GARGADI
Kada kayi amfani da mita idan an cire murfin ɗakin baturi.
Yana yiwuwa a wasu ƙananan jeri na AC ko DC voltage, lokacin da ba a haɗa mitar da jagororin ba, allon zai nuna bazuwar karatu da canji. Wannan al'amari ne na al'ada, wanda ke haifar da ƙwarewar shigarwa tare da babban juriya na shigarwa. Lokacin da aka haɗa zuwa da'ira, abin karantawa zai daidaita kuma mita za ta samar da ƙimar daidai.
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CMP-402 CMP-403 HANYAR MAI AMFANI
Bayanin aiki
4.1 Auna tasha da ayyuka
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Voltage detector
na yanzu clamp
Hasken walƙiya
Hasken mai nuni na mara lamba voltage detector
Maballin H /
· Yanayin KYAU yana daskarewa sakamakon auna akan nuni (latsa a taƙaice)
· Yanayin walƙiya (latsa ka riƙe)
Clamp-faɗakarwa
Rotary sauya
Zaɓin ayyuka:
·
400A ~ ma'aunin canji na yanzu har zuwa 400 A
·
400A na ma'aunin kai tsaye da mai canzawa
zuwa 400 A
·
40A ~ ma'aunin canji na yanzu har zuwa 40 A
·
40A na ma'aunin kai tsaye da mai canzawa
zuwa 40 A
Ma'aunin zafin jiki ºC ºF
· Ma'aunin CAP na juriya, ƙarfin aiki
·
auna ci gaba, gwajin diode
· auna kai tsaye voltage
· Hz% VFD ma'aunin madaidaicin juzu'itage, auna mita da zagayowar aiki, auna halin yanzu da juzu'itage bayan inverter, mai sauya mitar, a cikin tsarin VFD
An kashe mitar
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CMP-402 CMP-403 HANYAR MAI AMFANI
Maballin REL
o Yanayin REL danna takaice:
Sake saitin nuni (auni na yanzu DC) Nuna sakamakon auna mai alaƙa da tunani
darajar (sauran ayyukan aunawa)
o Kunna hasken baya na nuni (latsa ka riƙe)
LCD nuni
Maɓallan ayyuka
· RANGE button Ustawianie zakresu pomiarowego:
o atomatik (latsa ka riƙe) ko manual (latsa a taƙaice)
Maɓallin MODE/VFD Zaɓin ƙananan ayyuka da hanyoyin da aka ba da aikin auna da aka zaɓa
o Canja yanayin auna a ayyuka: A / zazzabi
ma'auni / juriya / capacitance / ci gaba / gwajin diode / V / mita / sake zagayowar aiki (latsa a taƙaice)
o Auna halin yanzu da voltage bayan inverter, fre-
quency Converter, a cikin tsarin VFD (latsa ka riƙe)
Maɓallin PEAK / INRUSH
o Nuna ƙimar ƙimar siginar da aka auna (latsa a taƙaice) o Nuna farkon halin yanzu (latsa a taƙaice)
Ma'aunin COM mai aunawa
Auna shigarwar, gama gari don duk ayyukan aunawa ban da halin yanzu.
Ma'auni tasha VCAP
Hz% Temp
Auna shigarwa don ma'auni banda ma'aunin halin yanzu.
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4.2 Nuni
AUTO H
VFD APO INRUSH
P MAX/MIN
° C / ° F
Saitin kewayon atomatik Ayyukan HOLD yana kunna Ma'auni a bayan mai juyawa, mai sauya mitar, a cikin tsarin VFD Yanayin kashe-kashe Kai-da-kai Inrush darajar Kololuwar halin yanzu Matsakaicin / Maƙarƙashiyar ƙimar Diode Gwajin Ci gaba da gwajin zafin jiki a ma'aunin Celsius / Fahrenheit Ma'aunin dangi
Madadin siginar Sigina na dindindin
Ƙananan baturi
n / µ / m / k / M Ƙaddamar da ma'aunin ma'auni da yawa
V
Voltage auna
A
Auna halin yanzu
F
Ma'auni na capacitance
Auna juriya
Hz
Auna mitar
%
Auna zagayowar wajibi
Ƙimar karantawa mara kyau
OL
Ya wuce iyakar awo
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CMP-402 CMP-403 HANYAR MAI AMFANI
4.3 Jagoranci Mai ƙira yana ba da garantin daidaitattun abubuwan karantawa kawai
lokacin da ake amfani da jagororin gwaji na asali.
GARGAƊI Haɗin da ba daidai ba na iya haifar da girgiza wutar lantarki ko kurakuran aunawa.
An sanye su da ƙarin abubuwan tsaro masu cirewa.
Dole ne a adana abubuwan binciken a wurin da aka keɓe.
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Ma'auni
Abin da ke cikin wannan babin ya kamata a karanta sosai kuma a fahimce shi tunda ya bayyana hanyoyin ma'auni da ka'idojin fassara sakamakon auna.
5.1 Aunawa na yanzu
GARGADI Cire haɗin hanyoyin gwajin kafin auna halin yanzu ta amfani da clamp.
Don aiwatar da ma'aunin yanzu: · saita canjin juyawa a:
40A ~ / 400A ~,
40A/400A,
Latsa maɓallin MODE/VFD don nuna alamar da ke gaba: , idan kuna auna alternating current, , idan kuna aunawa kai tsaye,
· amfani da clamp- buɗe fararwa kuma haɗa clamps na ku
gwajin magudanar ruwa. Dole ne magudanar ruwa ɗaya kawai ya kasance cikin kewayon gwaji na clamps, · karanta sakamakon auna akan nuni.
Idan an auna halin yanzu na DC kuma ba a haɗe mita zuwa da'irar da aka gwada ba, amma har yanzu tana nuna ƙimar mara sifili, to dole ne a sake saita ta ta latsa maɓallin REL.
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5.2 Mara lamba voltage detector
GARGADI
An ƙera na'urar ganowa don gano gaban voltage, ba don tantance rashin sa ba.
· Hatsarin girgiza wutar lantarki. Kafin amfani da mai gwadawa, bincika idan yana aiki ta gwada shi akan fitaccen AC voltage (watau soket na gaba mai dacewa tare da live voltage).
Don kunna na'urar ganowa: · saita maɓalli na juyawa a kowane wuri, · taɓa titin mai ganowa zuwa abin da aka gwada. Idan AC voltage yana nan, hasken mai nuna alama zai haskaka ja.
· Wayoyin da ke cikin igiyoyin tsawaita suna yawan karkatar da su. Don sakamako mafi kyau, matsar da titin mai ganowa tare da waya don nemo layin da ke gudana.
· Alamar tana da babban hankali. Ana iya kunna shi ba da gangan ta hanyar wutar lantarki na tsaye ko wasu hanyoyin makamashi. Wannan al'ada ce.
· Nau'i da kauri na rufin, nisa daga tushen wutar lantarki, igiyoyin kariya da sauran abubuwa na iya shafar aikin mai gwadawa. Idan ba ku da tabbas game da sakamakon gwajin, duba kasancewar voltage ta wata hanya daban.
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5.3 Jirgitage auna
GARGADI · Hadarin girgiza wutar lantarki. Ƙarshen aunawa
bincike, saboda tsayin su, ƙila ba za su iya isa ga sassan da ke cikin wasu hanyoyin sadarwa na lowvol batage kayan aikin lantarki, saboda an tsara lambobin sadarwa a cikin kwasfa. A irin wannan yanayin, karantawa zai zama 0 V tare da kasancewar voltage cikin socket. · Kafin yarda da rashin voltage a cikin soket tabbatar da cewa ƙarshen binciken ya taɓa lambobin ƙarfe a cikin soket.
HANKALI! Kada a auna juzu'itage lokacin da ake kunna ko kashe motar lantarki da ke cikin kewaye. Sakamakon voltage spikes na iya lalata mita.
Don yin AC voltage auna:
· saita canjin juyi a ing voltage),
( kai tsaye voltage) ko Hz% VFD (madaidaicin-
· Haɗa jagorar gwajin baƙar fata zuwa tashar COM, da jan gubar gwajin zuwa
VCAP
Hz% Terminal,
· tuntuɓi tukwici na gwajin gwaje-gwaje zuwa wuraren aunawa,
· karanta sakamakon auna akan nuni.
5.4 Ma'aunin mita
Don yin auna mitar:
· saita canjin juyi a Hz% VFD,
Latsa maɓallin MODE/VFD don nuna Hz akan allon,
· Haɗa jagorar gwajin baƙar fata zuwa tashar COM, da jan gubar gwajin zuwa
VCAP
Hz% Terminal,
· tuntuɓi tukwici na gwajin gwaje-gwaje zuwa wuraren aunawa,
· karanta sakamakon auna akan nuni.
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CMP-402 CMP-403 HANYAR MAI AMFANI
5.5 Auna % na sake zagayowar aiki (mai nuna alamar bugun jini)
Don yin awo:
· saita canjin juyi a Hz% VFD,
Latsa maɓallin MODE/VFD, har sai an nuna alamar % akan nunin,
· Haɗa jagorar gwajin baƙar fata zuwa tashar COM, da jan gubar gwajin zuwa
VCAP
Hz% Terminal,
· tuntuɓi tukwici na gwajin gwaje-gwaje zuwa wuraren aunawa,
· karanta sakamakon auna akan nuni.
5.6 Ma'auni na juriya
GARGADI
Kada ku yi ma'auni akan kewaye a ƙarƙashin voltage. Kafin aunawa cire haɗin wuta da fidda capacitors.
Don yin auna juriya:
· saita canjin juyi a CAP,
· Haɗa jagorar gwajin baƙar fata zuwa tashar COM, da jan gubar gwajin zuwa
VCAP
Hz% Terminal,
· tuntuɓi tukwici na gwaje-gwajen gwaji zuwa wuraren aunawa; da
Mafi kyawun mafita shine cire haɗin gefe ɗaya na abin da aka gwada, zuwa
hana ragowar ɓangaren da'irar su tsoma baki tare da karantawa
daga darajar juriya,
· karanta sakamakon auna akan nuni.
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5.7 Gwajin ci gaba da kewaye
GARGADI
Kada ku yi ma'auni akan kewaye a ƙarƙashin voltage. Kafin aunawa cire haɗin wuta da fidda capacitors.
Don yin gwajin ci gaba:
· saita mai juyawa a
,
· Haɗa jagorar gwajin baƙar fata zuwa tashar COM, da jan gubar gwajin zuwa
VCAP
Hz% Terminal,
· tuntuɓi tukwici na gwajin gwaje-gwaje zuwa wuraren aunawa,
· karanta sakamakon auna akan nuni; kararrawa za ta yi aiki -
vated lokacin da juriya dabi'u ke ƙasa da kusan. 50 .
5.8 Diode gwajin
GARGADI
Kada ku yi ma'auni akan kewaye a ƙarƙashin voltage. Kafin aunawa cire haɗin wuta da fidda capacitors. Kada a gwada diode ƙarƙashin voltage.
Don yin gwajin diode:
· saita mai juyawa a
,
Latsa maɓallin MODE/VFD, don nuna V akan allon,
· Haɗa jagorar gwajin baƙar fata zuwa tashar COM, da jan gubar gwajin zuwa
VCAP
Hz% Terminal,
· tuntuɓi tukwici na gwajin gwaji zuwa diode. Binciken gwajin ja
ya kamata tuntuɓar anode kuma baki ya kamata ya tuntuɓi cathode,
· karanta sakamakon gwajin akan nunin voltage yana nunawa.
Ga madaidaicin siliki mai gyara diode, kusan. 0.7V, kuma don
diode germanium kusan. 0.3 V
Don LEDs tare da ƙaramin ƙarfi, na hali voltage darajar yana cikin
kewayon 1.2…5.0 V ya danganta da launi.
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CMP-402 CMP-403 HANYAR MAI AMFANI
Idan diode ya zama polarized ta hanyar juyawa, ko kuma an sami hutu a cikin kewaye, nunin zai nuna OL.
Lokacin da diode ya gajarta, mita zai nuna darajar kusa da 0 V, · bayan kammala ma'auni, cire hanyoyin gwaji daga
tashoshi na mita.
5.9 Ma'auni na capacitance
GARGADI
Hadarin girgiza wutar lantarki. Cire haɗin wutar lantarki daga capacitor da aka gwada kuma cire duk masu iya aiki kafin kowane ma'aunin ƙarfin farawa.
Don yin awo:
· saita canjin juyi a CAP, · danna maɓallin MODE/VFD don nuna nF akan allon,
· Haɗa jagorar gwajin baƙar fata zuwa tashar COM, da jan gubar gwajin zuwa
VCAP
Hz% Terminal,
· tuntuɓi shawarwarin bincike zuwa capacitor da aka gwada,
· karanta sakamakon auna akan nuni.
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5.10 Ma'aunin zafin jiki
Don yin awo:
· saita canjin juyi a TempºC ºF, · don canza naúrar, danna MODE/VFD,
· sanya adaftar binciken zafin jiki a tashar COM
(baƙar ƙafa) da VCAP
Hz% Temp (jajayen kafa):
· sanya gwajin zafin jiki a cikin adaftan, kamar yadda aka nuna a cikin
adadi:
bakin bakin fil na binciken (alama kamar +) ya dace da tasha +;
fil mai kauri na binciken (alama kamar K) ya dace da tasha;
Juya haɗin binciken yana da inji
ba zai yiwu ba,
· tuntuɓi shugaban binciken zafin jiki zuwa na'urar da ke ƙarƙashin
gwadawa. Ci gaba da tuntuɓar shugaban binciken tare da ɓangaren
na'urar da ake gwadawa, har sai karatun ya daidaita.
· karanta sakamakon auna akan nuni,
· bayan kammala ma'auni, cire haɗin binciken daga
mita.
HANKALI!
Hadarin kuna. Binciken zafin jiki ya yi zafi, yana daidaita da yanayin zafin abin da aka gwada.
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Siffofin musamman
6.1 Maɓallin REL
6.1.1 Ayyukan REL Wannan yanayin yana ba da damar ma'auni dangane da ƙimar tunani. Don kunna yanayin, danna REL a taƙaice. Sa'an nan, an nuna
ana ɗaukar ƙimar karantawa azaman ƙimar tunani, kuma za a sake saita abin karantawa. · Daga wannan lokacin, za a gabatar da karatun a matsayin rabon kimar da aka auna da kimar tunani. Don kashe yanayin, danna REL .
Babban sakamakon da aka nuna shine bambanci tsakanin ƙimar tunani (karantawa a lokacin kunna yanayin REL) da karantawa na yanzu. Example: idan darajar magana ta kasance 20 A, kuma karatun na yanzu shine 12.5 A, to babban sakamako akan nunin zai zama -7.5 A. Idan sabon karatun yayi daidai da ƙimar tunani, to sakamakon zai zama sifili.
· Lokacin da aikin ya kunna, daidaitawa ta atomatik na kewayon aunawa baya samuwa.
Idan karatun yana waje da kewayon aunawa, alamar OL tana nunawa A wannan yanayin, kashe aikin kuma da hannu canzawa zuwa kewayo mafi girma.
Babu wannan aikin don gwajin diode, gwajin ci gaba da sake zagayowar aiki.
6.1.2 Nuna hasken baya
Dannawa da riƙe maɓallin REL na daƙiƙa 2 zai kunna / KASHE aikin nunin baya.
CMP-402 CMP-403 HANYAR MAI AMFANI
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6.2 Maɓallin RANGE Ana amfani da maɓallin don saita kewayon aunawa.
Don kunna aikin atomatik, danna ka riƙe maɓallin RANGE fiye da daƙiƙa 1.
Don kunna da hannu ta hanyar aunawa, danna maɓallin RANGE.
6.3 Yanayin Maɓalli/VFD
6.3.1 Canza yanayin auna Latsa a taƙaice maɓallin MODE/VFD don canzawa tsakanin akwai
hanyoyin aunawa.
6.3.2 Ayyukan VFD Don auna ƙarfin ACtage bayan inverter, mita mita
verter ko a cikin tsarin VFD: · saita canjin juyi zuwa voltage ko matsayi na auna na yanzu, · latsa ka riƙe maɓallin MODE/VFD har sai alamar “VFD” ta bayyana.
Don kashe yanayin, latsa ka riƙe maɓallin MODE/VFD.
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CMP-402 CMP-403 HANYAR MAI AMFANI
6.4 Maɓallin PEAK/INRUSH
6.4.1 PEAK MAX/PEAK MIN Aiki PEAK yana ba mai amfani damar yin rikodin gajeriyar madaurin wutar lantarki-
yawan shekaru. Mitar zata sabunta nuni duk lokacin da mara kyau mara kyau, ko
mafi girma tabbatacce ganiya faruwa. Za a kashe fasalin kashe wutar atomatik ta atomatik a wannan yanayin.
Don kunna yanayin, danna maɓallin PEAK/INRUSH a takaice.
Don kashe yanayin, latsa ka riƙe maɓallin PEAK/INRUSH.
Wannan aikin yana samuwa ne kawai lokacin aunawa AC voltage. Lokacin da PEAK ke aiki, autoranging ba shi da rauni, saboda haka ana shawarce shi
fara aikin bayan haɗa gwajin yana kaiwa zuwa ma'aunin ma'auni. Gudun PEAK kafin hakan na iya haifar da manyan alamun bayyanar.
6.4.2 Aikin INRUSH Aikin INRUSH yana ɗaukar farawar halin yanzu a ciki
farkon lokacin miliyon 100 lokacin da aka fara na'urar. Don yin ma'auni: · kunna ma'aunin AC, · danna maɓallin PEAK/INRUSH a takaice, · latsa clamp kan igiyar da ke ba da wuta ga abin da aka gwada, · kunna abin da aka gwada, · karanta sakamakon.
Don kashe yanayin, latsa ka riƙe maɓallin PEAK/INRUSH.
· Wannan aikin yana samuwa ne kawai lokacin aunawa AC halin yanzu. · Yayin da INRUSH ke aiki, an kashe autoranging, saboda haka ana shawarce shi
don fara aikin bayan haɗa gwajin yana kaiwa zuwa ma'aunin ma'auni. Gudun INRUSH kafin hakan na iya haifar da manyan alamun bayyanar.
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6.5 Button H
6.5.1 HOLD aiki
Ana amfani da wannan aikin don 'daskare' sakamakon auna akan
nuni. Don yin wannan, danna maɓallin H a taƙaice. Lokacin da aikin yake
kunna, nuni yana nuna alamar H.
Don komawa yanayin aiki na na'urar na yau da kullun, danna
H
button sake.
6.5.2 Aikin walƙiya A taƙaice latsa H , don kunna ko kashe yanayin hasken walƙiya.
6.6 Kashe atomatik
Mitar tana kashe ta atomatik bayan mintuna 15 na rashin aikin mai amfani. Alamar APO a cikin nuni tana nuna aikin da aka kunna.
Ana iya kashe aikin kashewa ta atomatik na ɗan lokaci. Don wannan dalili: · saita maɓallin juyawa a matsayin KASHE, · danna maɓallin MODE/VFD ka riƙe, · saita maɓallin juyawa akan aikin ma'aunin da ake so, · jira har sai mitar ta kai ga aunawa, · saki maɓallin MODE/VFD. Lokacin da aka kashe ta atomatik
kunna, nuni baya nuna APO.
Kowane wucewa na jujjuyawar juyi ta wurin "KASHE" tare da maɓallin MODE/VFD mara dannawa, zai sake kunna aikin-Kashewar atomatik.
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CMP-402 CMP-403 HANYAR MAI AMFANI
Maye gurbin batura
GARGAƊI Don guje wa girgizar lantarki, kar a yi amfani da mitar idan murfin ɗakin baturi ba ya nan ko kuma ba a ɗaure shi da kyau ba.
Ana yin amfani da CMP-402/403 ta batura LR03 AAA 1.5 V guda uku. Ana ba da shawarar yin amfani da batir alkaline.
Don maye gurbin batura: · saita mai zaɓin aikin juyawa a KASHE, · Cire jagorar gwaji daga tasha na mita. · Juya madaidaicin murfin ɗakin zuwa matsayi:
· Cire murfin, · Cire batura kuma saka sababbi, lura da polarity, · sanya murfin kuma kunna dunƙule gyarawa zuwa wuri:
· Yayin aiwatar da ma'auni tare da ƙaramin alamar baturi da aka nuna, mai amfani dole ne ya san ƙarin rashin tabbas ko rashin kwanciyar hankali na na'urar.
· Idan mitar ba ta aiki da kyau, duba batura don tabbatar da cewa suna cikin yanayin da ya dace kuma an shigar dasu yadda yakamata a cikin na'urar.
CMP-402 CMP-403 HANYAR MAI AMFANI
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Kulawa da kulawa
An ƙera multimeter na dijital na shekaru masu yawa na amintaccen amfani, muddin ana kiyaye waɗannan shawarwari don kulawa da kulawa:
1. MATA DOLE YA BUSHE. Goge dampmita mai tsayi.
2. DOLE DOLE AYI AMFANI DA MATA KUMA A IYA AJIYA A MATSALAR AL'ADA. Matsananciyar yanayin zafi na iya rage rayuwar kayan lantarki da karkatarwa ko narke sassan filastik.
3. DOLE AKE HANKALI MATA A HANKALI DA A HANKALI. Zubar da mitar na iya lalata kayan lantarki ko mahalli.
4. DOLE NE A KIYAYE MATA. Daga lokaci zuwa lokaci goge gidaje tare da tallaamp zane. KAR KA yi amfani da sinadarai, kaushi ko kayan wanka.
5. AMFANI DA SABABBIN BATURAN KAWAI NA GIRMAN SHAWARAR DA NAU'I. Cire tsofaffin ko cire batura daga mitar don gujewa yaɗuwa da lalacewa.
6. IDAN ZA'A AJIYE MATA HAR WUCE KWANA 60, cire batura a ajiye su daban.
Tsarin lantarki na mita baya buƙatar kulawa.
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CMP-402 CMP-403 HANYAR MAI AMFANI
9 Adana
Lokacin ajiyar na'urar, dole ne a kiyaye shawarwari masu zuwa: · cire haɗin gwajin gwajin daga mita, · tabbatar da cewa mita da na'urorin haɗi sun bushe, · lokacin da na'urar ke adana na dogon lokaci, cire batura.
10 Rushewa da zubarwa
Ya kamata a tara kayan aikin lantarki da na lantarki da suka ƙare a zaɓi, watau kada a sanya shi da wani sharar gida.
Yakamata a aika da kayan lantarki da suka ƙare zuwa wurin tarawa daidai da dokar sharar kayan lantarki da lantarki.
Kafin a aika kayan aiki zuwa wurin tarawa, kar a wargaza kowane abu.
Kula da ƙa'idodin gida game da zubar da fakiti, batir sharar gida da tarawa.
CMP-402 CMP-403 HANYAR MAI AMFANI
61
Bayanan fasaha
11.1 Bayanan asali "mv" yana nufin daidaitattun ƙima.
Ma'aunin RMS na gaskiya don AC halin yanzu
Rage
Ƙaddamarwa
Daidaito
40.00 A
0.01 A
(2.0% mv + 8 lambobi)
400.0 A
0.1 A
(2.5% mv + 8 lambobi)
An ƙayyade duk jeri na AC na yanzu daga 5% zuwa 100% na kewayon
Kewayon mitar: 50 Hz… 60 Hz · Kariyar wuce gona da iri: 400 A
Ma'aunin DC na yanzu
Rage
Ƙaddamarwa
40.00 A
0.01 A
400.0 A
0.1 A
Kariya mai yawa: 400 A
Daidaito (2.0% mv + 8 lambobi) (2.5% mv + 8 lambobi)
Gaskiya RMS voltage da ma'aunin VFD
Daidaiton Matsayin Rage don f = 50 Hz… 60 Hz
(duk nau'ikan waveform)
Daidaito
na f = 50 Hz… 1 kHz (sine waveforms)
Farashin 4.000V0.001
40.00 V
0.01 V
(1.2% mv + 5 lambobi) (1.2% mv + 5 lambobi)
400.0 V
0.1 V
1000 V
1 V
(1.5% mv + 5 lambobi) (1.5% mv + 5 lambobi)
· Duk AC voltage an ayyana jeri daga 5% zuwa 100% na kewayon
Ƙunshin shigarwa:
> 9,5 M,
> 9 M
Kewayon mitar: 50 Hz… 1000 Hz
Kariya mai yawa: 1000 V DC/AC RMS
· AC voltage kewayon aikin VFD: 100V… 600V
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CMP-402 CMP-403 HANYAR MAI AMFANI
DC voltage auna
Rage
Ƙaddamarwa
Daidaito
Farashin 4.000V40.00
Farashin 0.001V0.01
(1.0% mv + 3 lambobi)
400.0 V
0.1 V
1000 V
1 V
(1.2% mv + 5 lambobi)
Matsakaicin shigarwa: 10 M · Kariyar nauyi: 1000 V DC/AC RMS
Ma'aunin juriya
Rage
Ƙaddamarwa
Daidaito
400.0
0.1
(1.0% mv + 4 lambobi)
4.000k ku
0.001k ku
40.00k ku
0.01k ku
(1.5% mv + 2 lambobi)
400.0k ku
0.1k ku
4.000 M
0.001 M
(2.0% mv + 5 lambobi)
40.00 M
0.01 M
(3.0% mv + 8 lambobi)
Kariya mai yawa: 300 V DC/AC RMS
Aikin Capacitance
Rage
Ƙaddamarwa
Daidaito
9.999 nF ku
0.001 nF ku
wanda ba a bayyana ba
99.99 nF ku
0.01 nF ku
(4.5% mv + 20 lambobi)
999.9 nF ku
0.1 nF ku
9.999µF
0.001µF
99.99µF
0.01µF
(3.0% mv + 5 lambobi)
999.9µF
0.1µF
9.999mf ku
0.001mf ku
99.99mf ku
0.01mf ku
(5.0% mv + 5 lambobi)
Kariya mai yawa: 300 V DC/AC RMS
CMP-402 CMP-403 HANYAR MAI AMFANI
63
Ma'aunin auna halin yanzu
Rage
Ƙaddamarwa
99.99 Hz
0.01 Hz
999.9 Hz
0.1 Hz
Hankali:>20A,>45 Hz
Daidaito (1.0% mv + 5 lambobi)
Ma'aunin mitar voltage
Rage
Ƙaddamarwa
Daidaito
99.99 Hz
0.01 Hz
999.9 Hz 9.999 kHz
0.1 Hz 0.001 kHz
(1.0% mv + 5 lambobi)
99.99 kHz
0.01 kHz
· Hankali:> 2 V RMS · Mitar da aka auna farawa daga 1 Hz
Kariya mai yawa: 1000 V DC/AC RMS
Auna zagayowar wajibi
Rage
Ƙaddamarwa
20.0… 80.0%
0.1%
· bugun jini amplitude: 5V · Nisa bugun jini: 0.1 ms…100 ms · Mitar: 45 Hz… 10 kHz
Daidaito (1.2% mv + 10 lambobi)
Auna zafin jiki
Rage
Ƙaddamarwa
Daidaito
-20.0…+1000C 0.1 ko 1C
± (3% mv + 3C)
-4.0…+1832F 0.1 ko 1F
± (3% mv + 5F)
Ba a la'akari da daidaiton binciken zafin jiki · Kariyar wuce gona da iri: 300 V DC/AC RMS
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CMP-402 CMP-403 HANYAR MAI AMFANI
11.2 Bayanan aiki
a) nau'in ma'auni bisa ga IEC 61010-1 …………………………………………………………………………………………………….. biyu, Class II c) nau'in gidaje………………………………………… …………………………………………………………………………………… TS EN 600… …………………………………………………………………………………………………………………. 1000 f) Bude ma'auni clamp …………………………………………………………………………………………………………. 30 mm (1.2 ″) g) wutar lantarki na mita………………………………………………………………………………………………………………………………………………………………..3 x AAA 1.5 V baturi h) gwajin diode …………………………………………………………………………………………………………………………………………………I = 1.0 mA, U0 <3.0 V DC i) gwajin ci gaba …………………………………………………………………………………………………………………………………………………………………
……………………………………………………………………………………………………………………………………………………………………………………………………………………. nuni ga kewayon da ya wuce ………………………………………………………………………………………………………………………….OL alama
k) Alamar ƙarancin baturi ……………………………………………………………………………………………………………………………………………………. Alama l) ƙimar auna… ................................................................................................................................................................................................
sampLokaci ..................................... …………………………………………………………………………………………………………………………. 48 ms hankali……………………………………………………………………………………………………………………………………………………………………………… >400 A AC n) VFD aiki voltage ............................................................................................................................................................................. - lamba voltage detector………………………………………………………………. 100…1000V AC (50/60 Hz) p) lokacin amsawa don aikin PEAK………………………………………………………………………………………………………………………………… ……. <10 ms q) firikwensin zafin jiki …………………………………………………………………………………………………………………………………… CMP-402 V AC ……………………………………………………………………………………………………………………………………………………………………………. > 9.5 M CMP-402 V DC……………………………………………………………………………………………………………………………………………………………………………………………………………………… CMP-10 V AC ……………………………………………………………………………………………………………………………………………………………… 403M CMP-9 V DC……………………………………………………………………………………………………………………………………………………………………………………… M s) dacewa da adaftar HVDC……………………………………………………………………………………………………………………………………………………………… a t) AC karantawa …………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………… AC) u) AC bandwidth sine waveforms……………………………………………………………………………………………………………………………………………………………….403 …10 Hz duk nau'ikan igiyoyin ruwa……………………………………………………………………………………………………………………………………………………………………………… … 50 Hz v) nuni……………………………………………………………………………………………………………………………………………………………………………… .................... ………………………………………………………………………………………………………………………………………………….. 2000 g CMP-50 ( ba tare da baturi ba) ………………………………………………………………………………………………………………………………………… 60 g CMP-4 ………………………………………………………………………………………………………………………………………………………… 4000 g CMP-220 (ba tare da baturi ba) ………………………………………………………………………………………………………………………………………… . 80 gy) zazzabi aiki………………………………………………………………………………………………………………………………………………………………………………………
z) zafi aiki……………………………………….< 80% don yanayin zafi. 31C yana raguwa kai tsaye zuwa 50% a yanayin zafi. 40C aa) zazzabi ajiya……………………………………………………………………………………………………………………………………………………………………………………………………………………………… +20C
bb) zafi ajiya………………………………………………………………………………………………………………………………………………………………………………………… 80% cc) matsakaicin tsayin aiki………………………………………………………………………………………………………………………………. 2000 m dd) Aikin Kashe Kai tsaye ………………………………………………………………………………………………………………………………………………………… Minti 15 ee) yarda da buƙatun waɗannan ka'idoji ………………………………………………………………………………………………………………… EN 61326-1 EN 61326-2
IEC 61010-1, EN 61010-02-032, EN 61010-02-033 ………………………………. ……………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………
CMP-402 CMP-403 HANYAR MAI AMFANI
65
Mai ƙira
Mai ba da garanti da sabis na garanti shine:
SONEL SA Wokulskiego 11 58-100 widnica
Poland tel. +48 74 884 10 53 (Sabis na Abokin Ciniki)
e-mail: abokin cinikiservice@sone.com web shafi: www.sone.com
HANKALI!
Dole ne mai ƙira ya yi gyaran sabis kawai.
Takardu / Albarkatu
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