Time Electronics 7007 Madauki Mate 2 Alamar Siginar Madauki

© 2021 Time Electronics Ltd.
An kiyaye duk haƙƙoƙi.
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Wannan kuma ya shafi kowane tsari, zane da zane da ke ƙunshe a ciki.
Wannan jagorar tana ba da umarnin aiki da aminci don samfurin Time Electronics. Don tabbatar da ingantaccen aiki da aminci, da fatan za a bi umarnin da ke cikin wannan littafin.
Time Electronics yana da haƙƙin canza abun ciki, ƙayyadaddun bayanai da sauran bayanan da ke ƙunshe cikin wannan littafin ba tare da sanarwa ba.

Gabatarwa

Siffofin

• 4 - 20 mA, 0 -10 V, 0 - 50 V
• LCD 4 lambobi nuni, mA, V, % na kewayon
• Daidaito 0.05%
• RxSim, TxTest, ko 50mA / 50V yanayin
• Samuwar madauki na ciki, 25mA max
• Baturi mai ƙarfi 9V PP3
• An ba da akwati mai ɗaukar hoto da jagorar gwaji

Bayani

7007 LoopMate 2 keɓaɓɓen siginar siginar madauki ne (RxSim) tare da ginanniyar madauki na 24 V (TxTest). Mai aiki zai iya zaɓar nau'in madauki, da kuma nau'in raka'a, ko dai kai tsaye (mA) ko % na nunin tazara. Ana nuna siginar madauki akan nunin LCD mai sauƙin karantawa zuwa daidaiton 0.05% ko dai a cikin mA, V, ko % na taɗi.

Kayan aiki ne mai inganci mai tsada wanda ya dace da sabis da injiniyoyin kulawa. Yana haɗa aiki mai sauƙi tare da daidaiton da ake buƙata don yawancin aikace-aikacen tsari. An yi amfani da shi tare da 7006 LoopMate 1 suna ba da cikakkiyar damar gwajin madauki na tsari, sauƙaƙe wuri mai sauri na kuskure, gwaji da sake daidaitawa.

Baya ga TxTest (gwajin watsawa) da RxSim (kwaikwaiyon mai karɓa) ana iya amfani da 7007 don auna DC vol.tage a cikin tsari madauki har zuwa 50 V.
Ana yin ƙarfin naúrar ta nau'in baturi na PP3. Ana iya amfani da batura masu caji idan an buƙata.

Ya zo cikakke tare da ɗaukar jaka, jagora da jagorar mai amfani.

Ƙayyadaddun bayanai

Ayyuka	RxSim, TxTest, Meas Volt DC.
Zango	RxSim: 0 zuwa 50 mA ko 0% zuwa 100% (4-20mA). TxTest (RxSim da na ciki 24V DC madauki drive): 0 zuwa 25 mA ko 0% zuwa 100% (4-20mA). Hanyar Volt DC0 zuwa 50V DC ko 0% zuwa 100% (0 zuwa 10V).
Daidaito	0.05% na Span (% na tsawon) 0.05% na Range (mA/V).
Nuni	Nuni LCD mai lamba 4.5
Haɗin kai	Biyu 4 mm soket da aka soke
Ƙarfi	PP3 baturi
Kayan Harka	ABS filastik
Dauke Aljihu	Kayan fata. Ya haɗa da daki don jagora da keɓaɓɓen baturi.
Jagoranci	4mm zinariya plated haši.
Haɗin zafin jiki	Naúrar tana tsayawa cikin ƙayyadaddun bayanai akan kewayon zafin aiki.
Yanayin Aiki	0 zuwa 50 ° C.
Ajiya Zazzabi	-30 zuwa 70 ° C.
Humidity Mai Aiki	10 zuwa 90% mara sanyaya, 25 ° C.
Girma	H 140 x W 65 x D 27 mm (6.0 '2.5' 1.0 inci).
Nauyi	200 grams (7 oz).
Zabuka	C145: Takaddun ƙididdiga (Factory). C144: Takaddun shaida na daidaitawa (ISO 17025). 7006: Loop-Mate 1: Loop Simulator (samfurin daban).

Ikon gaban panel

Aiki

Aiki Zaɓi

Loop-Mate 2 yana da ayyuka 3:

1. Aiki 1……………………………………… Rx SIM
2. Aiki 2……………………………… Tx GWAJI
3. Aiki 3………………………………

Ana zaɓar waɗannan ta amfani da aikin zaɓin sauya.

Nuni Zaɓi

Don RxSim da TxTest ana iya nuna siginar kai tsaye (mA) ko % na tsawon lokaci.
Ana zaɓar waɗannan ta amfani da nuni zaži sauyawa, wanda kuma yana kashe Loop-Mate 2.

Bayanin kayan aikin madauki na yau da kullun

	4-20 mA tsari madauki
	0 - 10 V tsari madauki
	4-20mA Tsarin madauki da kuma 4 - 20 mA Sarrafa madauki. Ana iya amfani da wannan don sarrafa madauki mai rufewa.

Tx (mai watsawa):
Wannan bangaren yana jujjuya siginar jiki kamar matsa lamba, zafin jiki, kwarara, da matakin da sauransu, cikin siginar madauki (4 – 20 mA ko 0 – 10 V).

Rx (mai karɓa):
Wannan bangaren yana auna siginar madauki kuma ko dai ya nuna shi (mai nuna alama) ko kuma ya canza shi zuwa wani nau'i misali fitarwa na dijital don dalilai na sarrafawa, (mai sarrafawa).

Masu Gudanarwa:
Wannan na'urar yawanci tana ƙunshe da abubuwan haɗin Rx (madaidaicin sigina) da Tx (control loop), waɗanda ke aiki a cikin madaukai daban-daban. Rx da Tx na iya zama ko dai 4 - 20 mA ko 0 - 10 V.

Madaidaicin wadatar zuci:
Wutar wutar lantarki ta DC (wanda aka fi sani da 24V) wanda ke tafiyar da madauki.

Rx Sim aiki

Naúrar tana nuna madauki na yanzu a ko dai mA (0-50mA) ko kashitage na span (4-20mA), ya danganta da matsayin nuni zaži sauyawa.

Aiki 

1. Haɗa naúrar zuwa madauki na tsari yana lura da madaidaicin polarity.
2. Saita canjin aikin zuwa RxSim.
3. Kunna naúrar, zaɓi raka'o'in nuni da ake so, ta amfani da maɓallin nuni.

Lura: Idan madauki na yanzu bai wuce 4mA ba, za a nuna korau% na tsawon lokaci.

Duba tebur a ƙasa.

Loop Current (mA)	Nuna Karatu
Bude Wuri	-25.00
1	-18.75
2	-12.50
3	- 06.25
4	00.00

Haɗin kai

Tx Gwajin aikin

Tare da zaɓin TxTest, ana samar da wadataccen kayan aikin motsa jiki (24v) a ciki.
Nuni zai nuna madauki na yanzu kamar ko dai mA (0-50 mA) ko kashitage na span (4-20mA), ya danganta da matsayin nuni zaži sauyawa.

Aiki 

1. Haɗa naúrar zuwa madauki na tsari yana lura da madaidaicin polarity.
2. Saita canjin aiki zuwa TxTest.
3. Kunna naúrar, zaɓi raka'o'in nuni da ake so, ta amfani da maɓallin nuni.

Lura: Idan madauki na yanzu bai wuce 4mA ba, za a nuna korau% na tsawon lokaci.

Duba tebur a ƙasa.

Loop Current (mA)	Nuna Karatu
Bude Wuri	-25.00
1	-18.75
2	-12.50
3	- 06.25
4	00.00

Haɗin kai 

Meas Volt DC aiki

Lokacin da aka saita naúrar zuwa Meas Volt DC tana nuna voltage ko dai a matsayin Volts (0 - 50V) ko kashitage na span (0 - 10V), ya danganta da matsayin nuni zaži sauyawa.

Aiki 

1. Haɗa naúrar zuwa madauki na tsari yana lura da madaidaicin polarity.
2. Saita canjin aikin zuwa Meas Volt DC.
3. Kunna naúrar, zaɓi raka'o'in nuni da ake so, ta amfani da maɓallin nuni.

Haɗin kai Lura: Ana iya amfani da naúrar don auna DC voltages har zuwa iyakar 50V DC.

Tushen wutan lantarki

Rayuwar baturi

Batirin PP3 guda ɗaya yana ƙarfafa naúrar. Nau'in da za a iya amfani da su sune Carbon Zinc (250mAh), Alkaline (450mAh), Lithium (1200mAh) da mai caji (150mAh). Don mafi kyawun aiki ana ba da shawarar batir lithium. Karkashin amfani na yau da kullun baturin Alkaline (450mA) zai šauki kusan awanni 14 – 16 na ci gaba da aiki. A ɗauka cewa ana amfani da Loop-Mate2 na kusan awanni 3 a kowace rana batura za su šauki tsawon mako guda ko fiye. Ci gaba da aiki akan aikin TxTest zai rage rayuwar baturi. Naúrar za ta nuna 'ƙananan baturi' lokacin da baturin voltage yayi ƙasa da ƙasa. A wannan lokacin maye gurbin baturin ya zama dole. Ana ba da shawarar cewa a koyaushe a ɗauki keɓaɓɓen baturi a cikin ɗakin da aka tanadar a cikin jakar ɗauka.

Sauya baturi

Zamewa kashe murfin baya na akwati kuma cire baturin daga sashinsa. Cire baturin kuma musanya shi da sabon PP3 kamar yadda aka nuna a ƙasa. Sa'an nan kuma zame murfin baturin baya zuwa wurin.

Kulawa

Daidaitawa

Ana buƙatar kayan aikin daidaitawa
Daidaitaccen tushen DC na yanzu (Time Electronics 1024 don example). Daidaicin DC voltage tushen (Time Electronics 5025 don example).

Multimeter (DMM) tare da daidaito na 0.02% ko mafi kyau. ExampLes na kayan aikin da suka dace sune Time Electronics 5075 ko HP 34401A.
Ya kamata a yi ma'auni a 23 ° C ± 5 ° C.

Calibration na Rx Sim
Karatu kai tsaye (mA)

1. Haɗa madaidaicin tushen dc na yanzu zuwa wuraren shigarwa na Loop-Mate 2.
2. Saita canjin Aiki zuwa RxSim.
3. Saita Canjin Nuni zuwa mA/V.
4. Saita fitarwa na tushen DC na yanzu zuwa waɗanda aka nuna (shigarwar mA zuwa Loop-Mate 2) a cikin tebur ɗin da ke ƙasa kuma duba karatun nuni yana tsakanin ƙimar Min da Max.

Ƙimar kuskuren da aka yarda:

mA Input	Min darajar (mA)	Matsakaicin darajar (mA)
10	9.975	10.025
20	19.975	20.025
30	29.975	30.025
40	39.975	40.025
50	49.975	50.025

Kashitage na Span

1. Tare da maɓallin buɗewa na Loop-Mate 2, saita canjin Aiki zuwa RxSim.
2. Saita canjin Nuni zuwa % na taɗi.
3. Ya kamata nuni ya karanta -25.00 ± 0.01.
4. Kashe naúrar.
5. Haɗa madaidaicin tushen dc na yanzu zuwa tashar shigarwa na Loop-Mate2.
6. Saita canjin Aiki zuwa RxSim.
7. Saita canjin Nuni zuwa % na taɗi.
8. Saita fitarwa na tushen DC na yanzu zuwa waɗanda aka nuna (shigarwar mA zuwa Loop-Mate2) a cikin teburin da ke ƙasa kuma duba karatun nuni yana tsakanin ƙimar Min da Max.

Ƙimar kuskuren da aka yarda:

% na span	mA shigar	Minarancin ƙima (%)	Matsakaicin ƙimar (%)
0	4	-0.05	0.05
25	8	24.95	25.05
50	12	49.95	50.05
75	16	74.95	75.05
100	20	99.95	100.05

Idan karatun akan nunin Loop-Mate 2 bai cika ƙayyadaddun bayanai ba to za'a buƙaci daidaitawa na daidaitawa (duba daga baya a wannan sashe).

Calibration na Meas Volt DC
Karatu kai tsaye (V)

1. Haɗa madaidaicin dc voltage tushen zuwa tashoshin shigarwa na Loop-Mate 2.
2. Saita canjin Aiki zuwa Meas Volt DC.
3. Saita Canjin Nuni zuwa mA/V.
4. Saita fitarwa na dc voltage tushen waɗanda aka nuna (shigarwar Volts zuwa Loop-Mate 2) a cikin tebur da ke ƙasa, kuma duba karatun nuni yana tsakanin ƙimar Min da Max.

Ƙimar kuskuren da aka yarda:

Shigar da wutar lantarki	Min ƙima (V)	Matsakaicin darajar (V)
0	-0.025	0.025
10	9.975	10.025
20	19.975	20.025
30	29.975	30.025
40	39.975	40.025
50	49.975	50.025

Kashitage ta Span 

1. Haɗa madaidaicin dc voltage tushen zuwa tashar shigarwa na Loop-Mate2.
2. Saita canjin Aiki zuwa Meas Volt DC.
3. Saita canjin Nuni zuwa % na taɗi.
4. Kunna Loop-Mate 2.
5. Saita fitarwa na dc voltage tushen waɗanda aka nuna (shigarwar Volts zuwa Loop-Mate 2) a cikin tebur da ke ƙasa, kuma duba karatun nuni yana tsakanin ƙimar Min da Max.

Ƙimar kuskuren da aka yarda:

% na span	Shigar da wutar lantarki	Minarancin ƙima (%)	Matsakaicin ƙimar (%)
0	0	-0.05	0.05
25	2.50	24.95	25.05
50	5.00	49.95	50.05
75	7.50	74.95	75.05
100	10.00	99.95	100.05

Idan karatun akan nunin Loop-Mate 2 bai cika ƙayyadaddun bayanai ba to za'a buƙaci daidaitawa na daidaitawa (duba daga baya a wannan sashe).

Daidaita Calibration

Lokacin da aka gano Loop-Mate 2 ba ta da ƙayyadaddun bayanai ana iya bin hanyoyin da aka bayyana a cikin sassan masu zuwa don daidaitawa da daidaita kayan aiki.

Rarraba Loop-Mate 2 

1. Da farko cire murfin ɗakin baturin kuma cire haɗin baturin, kamar yadda aka nuna a sashe na 4.2 na wannan jagorar.
2. Cire skru 4 daga bayan harka.
3. Sanya Loop-Mate 2 domin gaban gaban yana fuskantar sama.
4. A hankali ɗaga murfin akwati.
5. Sannan sake haɗa baturin.

Wuraren Trimmer (an yi amfani da su don daidaita daidaitawa) 

Magana voltage dubawa da daidaitawa 

1. Saita canjin aikin zuwa RxSIM
2. Saita Canjin Nuni zuwa mA/V.
3. Zaɓi juzu'intage sikelin a kan DMM
   Haɗa jagorar gwaji daga madaidaicin shigarwar DMM zuwa madaidaicin Loop-Mate 2 cire (-).
4. Haɗa jagorar gwaji tare da bincike mai nuni zuwa ingantaccen shigarwar DMM.
5. Sanya binciken da aka nuna akan kushin kusa da VR3 kamar yadda aka nuna a hoton, don haka yin tuntuɓar fil na tsakiya na VR3. Ya kamata karatun ya zama 1 V.
6. Daidaita VR3 har sai an nuna 1 V akan DMM.

RxSim / TxTest daidaitawa 

Lura: Ta hanyar daidaita RxSIM, TxTest kuma an daidaita shi.

Karatu kai tsaye (mA)

1. Haɗa madaidaicin tushen dc na yanzu zuwa wuraren shigarwa na Loop-Mate 2.
2. Saita canjin Aiki zuwa RxSim.
3. Saita Canjin Nuni zuwa mA/V.
4. Saita fitarwa na tushen yanzu zuwa 50mA DC.
   Daidaita VR2 har sai nuni ya karanta 50.00

Kashitage na tsawon (%)
Gyaran daidaitawa
Kafin haɗa Loop-Mate 2 zuwa kowane kayan gwaji,

• Saita canjin Aiki zuwa RxSim.
• Saita canjin Nuni zuwa % na taɗi.

Ya kamata nuni ya karanta -25.00, idan ba a daidaita VR6 ba har sai an nuna -25.00 ± 0.01. Sannan:

1. Haɗa madaidaicin tushen dc na yanzu zuwa tashar shigarwa na Loop-Mate2.
2. Saita canjin Aiki zuwa RxSim.
3. Saita canjin Nuni zuwa % na taɗi.
4. Saita fitarwa na tushen yanzu zuwa 20mA DC.
   Daidaita VR1 har sai nuni ya karanta 100.00

Meas Volt DC calibration 

Karatu kai tsaye (volts)

1. Haɗa madaidaicin dc voltage tushen zuwa tashoshin shigarwa na Loop-Mate 2.
2. Saita canjin aikin zuwa Meas Volt DC.
3. Saita Canjin Nuni zuwa Volts.
4. Zaɓi fitarwa 50v dc akan madaidaicin juzu'itage tushen.
   Daidaita VR5 har sai nuni ya karanta 50.00.

Kashitage ta span 

1. Haɗa madaidaicin dc voltage tushen zuwa tashar shigarwa na Loop-Mate2.
2. Saita canjin aikin zuwa Meas Volt DC.
3. Saita canjin Nuni zuwa % na taɗi.
4. Zaɓi fitarwa 10v dc akan madaidaicin juzu'itage tushen.
   Daidaita VR4 har sai nuni ya karanta 100.00

Maimaita karatun kai tsaye da Percentage na hanyoyin daidaitawa har sai babu buƙatar daidaitawa. Ana buƙatar wannan saboda wasu hulɗar tsakanin ma'auni.

Sake taro

• Cire haɗin baturin bayan sake daidaitawa.
• Gyara murfin kuma murƙushe sukurori huɗu a wuri.
• Sauya murfin baturi da murfin baturi. Duba sashe 4.2.

Sauya Fuse
An sa naúrar tare da fuse 100mA. Idan ba a nuna karatu ba lokacin amfani da aikin RxSIM ko TxTest lokacin da aka haɗa shi da sanannen madauki na tsarin aiki, yana yiwuwa fius ɗin ciki ya busa.

Don maye gurbin fuse:
Da farko cire murfin ɗakin baturin kuma cire haɗin baturin, kamar yadda aka nuna a sashe na 4.2 na wannan jagorar.
Cire skru 4 daga bayan harka.
Sanya Loop-Mate2 domin gaban gaban yana fuskantar sama. A hankali ɗaga murfin akwati.
Fus ɗin yana ƙasa kuma zuwa dama na Maɓallin Nuni kamar yadda aka nuna a hoton da ke ƙasa.

Fitar da fis ɗin kuma maye gurbin da ɗayan darajar iri ɗaya.
Sauya murfin shari'ar kuma murƙushe sukurori huɗu a wuri.

Garanti da Hidima

Garanti
Samfuran Time Electronics suna ɗaukar garantin masana'anta na shekara guda a matsayin ma'auni.
An ƙirƙira samfuran Kayan Wutar Lantarki na Time da ƙera su zuwa mafi girman matsayi da ƙayyadaddun bayanai don tabbatar da inganci da aikin da kowane sassan masana'antu ke buƙata. Samfuran Time Electronics suna da cikakken garanti akan kayan aiki mara kyau da aiki.
Idan an gano wannan samfurin yana da lahani, da fatan za a tuntuɓe mu ta amfani da cikakkun bayanai na ƙasa. Sanar da mu nau'in samfurin, lambar serial, da cikakkun bayanai na kowane laifi da/ko sabis ɗin da ake buƙata. Da fatan za a riƙe daftarin mai kaya a matsayin tabbacin siyan.
Wannan garantin baya aiki ga lahani sakamakon aikin mai amfani kamar rashin amfani, aiki a waje da ƙayyadaddun bayanai, rashin kulawa ko gyarawa, ko gyara mara izini. Jimlar abin alhaki na Time Electronics yana iyakance ga gyara ko maye gurbin samfur. Lura cewa idan Time Electronics ya ƙayyade cewa mai amfani ya haifar da kuskuren samfurin da aka dawo, za mu tuntuɓi abokin ciniki kafin ci gaba da kowane gyara.

Ayyukan daidaitawa da Gyara
Time Electronics yana ba da sabis na gyarawa da daidaitawa ga duk samfuran da muke samarwa da siyarwa. Kulawa na yau da kullun ta masana'anta yana tabbatar da kyakkyawan aiki da yanayin samfurin. Ana iya ganowa na lokaci-lokaci ko ƙididdige ƙimar ƙima.

Sadarwa Time Electronics
Kan layi:
Da fatan za a ziyarci www.timeelectronics.com kuma zaɓi Neman Tallafi daga hanyoyin haɗin yanar gizo. Daga wannan shafin zaku iya aika bayanai zuwa ga ƙungiyar sabis na Lantarki na Lokaci waɗanda zasu taimaka da tallafawa.
Ta waya:
+44 (0) 1732 355993
Ta imel:
mail@timeelectronics.co.uk

Kayan Aikin Komawa
Kafin mayar da samfur naka tuntuɓi Time Electronics. Za mu ba da lambar izinin dawo da kaya (RMA) wacce ke tare da dawowar kaya. Hakanan za a ba da ƙarin umarni kafin jigilar kaya. Lokacin dawo da kayan aiki, da fatan za a tabbatar da cewa an cika su sosai, zai fi dacewa a cikin marufi na asali da aka kawo. Time Electronics Ltd ba zai karɓi alhakin raka'a da aka dawo da lalacewa ba. Da fatan za a tabbatar cewa duk raka'a suna da cikakkun bayanai na sabis ɗin da ake buƙata da duk takaddun da suka dace.

Aika kayan, kuɗin jigilar kaya da aka biya zuwa:

Time Electronics Ltd
Raka'a 5, Wurin Kasuwancin TON, 2-8 Morley Road,
Tonbridge, Kent, TN9 1RA
Ƙasar Ingila.

Tel: +44 (0) 1732 355993
Fax: +44 (0) 1732 350198

Imel: mail@timeelectronics.co.uk
Web Wuri: www.timeelectronics.com

Zubar da tsoffin kayan aikin ku

1. Lokacin da aka haɗa wannan alamar keken ƙafafun da aka haɗe zuwa samfur yana nufin samfurin ya rufe Dokar Turai 2002/96/EC.
2. Ya kamata a zubar da duk kayan lantarki da na lantarki daban da na sharar gida ta hanyar wuraren tattara kayan da gwamnati ko ƙananan hukumomi suka naɗa.
3. Daidaitaccen zubar da tsohuwar kayan aikinku zai taimaka hana mummunan sakamako ga muhalli da lafiyar ɗan adam.
4. Don ƙarin cikakkun bayanai game da zubar da tsohuwar kayan aikin ku, tuntuɓi ofishin ku na birni, sabis na zubar da shara ko komawa zuwa Lantarki na Lokaci.

Takardu / Albarkatu

Time Electronics 7007 Madauki Mate 2 Alamar Siginar Madauki [pdf] Manual mai amfani 7007, Madauki Mate 2 Alamar Siginar Madauki, 7007 Madauki Mate 2 Alamar Siginar Siginar, Alamar Siginar, Mai Nuna sigin, Mai Nuni

Magana

• Manual mai amfani