Abubuwan da ke ciki boye
1 DELTA DVP04DA-H2 Analog Fitar Module
2 Gabatarwa
3 Ƙayyadaddun bayanai
4 Sauran ƙayyadaddun bayanai
5 Gudanar da Rajista
6 Daidaita D/A Juyin Juya
7 Takardu / Albarkatu
7.1 Magana
8 Labarai masu alaka

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DELTA DVP04DA-H2 Analog Fitar Module

DELTA-DVP04DA-H2-Analog-Fitar-samfurin-samfurin

Gargadi 

  • DVP04DA-H2 buɗaɗɗen na'ura ce. Ya kamata a shigar da shi a cikin ma'ajin sarrafawa wanda ba shi da ƙurar iska, zafi, girgiza wutar lantarki da girgiza. Don hana ma'aikatan da ba su kula da su yin aiki da DVP04DA-H2, ko don hana haɗari daga lalata DVP04DA-H2, majalisar kulawa da aka shigar da DVP04DA-H2 ya kamata a sanye da abin kariya. Don misaliample, majalisar kulawa wanda aka shigar da DVP04DA-H2 za a iya buɗe shi tare da kayan aiki na musamman ko maɓalli.
  • KAR KA haɗa wutar AC zuwa kowane tashoshi na I/O, in ba haka ba za a iya samun mummunar lalacewa. Da fatan za a sake duba duk wayoyi kafin a kunna DVP04DA-H2. Bayan an katse DVP04DA-H2, KAR a taɓa kowane tashoshi a cikin minti ɗaya. Tabbatar cewa tashar ƙasa DELTA-DVP04DA-H2-Analog-Fitarwa-Module-fig 1akan DVP04DA-H2 an kafa shi daidai don hana tsangwama na lantarki.

Gabatarwa

  • Bayanin Samfurin & Abubuwan Wuta 
    • Godiya da zabar Delta DVP series PLC. Ana iya karantawa ko rubuta bayanan da ke cikin DVP04DA-H2 DAGA/ZUWA umarnin da shirin DVP-EH2 MPU ya bayar. Tsarin fitarwa na siginar analog yana karɓar ƙungiyoyin 4 na bayanan dijital 12-bit daga PLC MPU kuma yana canza bayanan zuwa maki 4 na siginar analog don fitarwa a kowane vol.tage ko halin yanzu.
    • Kuna iya zaɓar voltage ko fitarwa na yanzu ta hanyar wayoyi. Kewayon voltage fitarwa: 0V ~ + 10V DC (ƙuduri: 2.5mV). Kewayon fitarwa na yanzu: 0mA ~ 20mA (ƙuduri: 5μA).
  • Samfurin Profile (Masu nuni, Tashar Tasha, Tashar I/O) DELTA-DVP04DA-H2-Analog-Fitarwa-Module-fig 2
  1. DIN dogo (35mm)
  2. Tashar tashar haɗin kai don ƙirar haɓakawa
  3. Sunan samfurin
  4. WUTA, KUSKURE, D/A nuna alama
  5. DIN shirin dogo
  6. Tasha
  7. Ramin hawa
  8. I/O tashoshi
  9. Hawan tashar jiragen ruwa don ƙarin kayayyaki

Waya ta waje DELTA-DVP04DA-H2-Analog-Fitarwa-Module-fig 3

  • Bayanan kula 1: Lokacin aiwatar da fitarwa na analog, da fatan za a ware sauran wayoyi masu ƙarfi.
  • Bayanan kula 2: Idan ripples a tashar shigarwar da aka ɗora suna da mahimmanci da yawa waɗanda ke haifar da tsangwama a kan wayoyi, haɗa wayoyi zuwa 0.1 ~ 0.47μF 25V capacitor.
  • Bayanan kula 3: Da fatan za a haɗaDELTA-DVP04DA-H2-Analog-Fitarwa-Module-fig 1 m a kan duka nau'ikan wutar lantarki da DVP04DA-H2 zuwa ma'anar tsarin ƙasa da ƙasa tsarin tuntuɓar ko haɗa shi zuwa murfin majalisar rarraba wutar lantarki.
  • Bayanan kula 4: Idan akwai hayaniya da yawa, da fatan za a haɗa tasha FG zuwa tashar ƙasa.
  • Gargadi: KAR KA YI waya mara komai.

Ƙayyadaddun bayanai

Digital/Analog (4D/A) module Voltage fitarwa Fitowa na yanzu
Wutar lantarki voltage 24V DC (20.4V DC ~ 28.8V DC) (-15% ~ + 20%)
Analog fitarwa tashar 4 tashoshi/module
Kewayon fitarwa na analog 0 ~ 10V 0 ~ 20mA
Matsayin bayanan dijital 0 ~ 4,000 0 ~ 4,000
Ƙaddamarwa 12 ragowa (1LSB = 2.5mV) 12 ragowa (1LSB = 5μA)
Fitarwa impedance 0.5Ω ko ƙasa
Gabaɗaya daidaito ± 0.5% lokacin da yake cikin cikakken sikelin (25°C, 77°F)

± 1% lokacin da ke cikin cikakken sikelin tsakanin kewayon 0 ~ 55°C, 32 ~ 131°F
Lokacin amsawa 3ms × adadin tashoshi
Max. fitarwa halin yanzu 10mA (1KΩ ~ 2MΩ) –
Hakuri mai ɗaukar nauyi – 0 ~ 500 Ω
Tsarin bayanan dijital 11 mahimman ragowa daga cikin 16 ragowa suna samuwa; a cikin kari na 2.
Kaɗaici Wurin da'ira na ciki da na'urorin fitarwa na analog an keɓe su ta hanyar mahaɗar gani. Babu keɓewa tsakanin tashoshin analog.
Kariya Voltage fitarwa ana kiyaye shi ta gajeriyar kewayawa. Gajeren kewayawa mai tsayi na dogon lokaci yana iya haifar da lalacewa a kan da'irori na ciki. Abubuwan fitarwa na yanzu na iya zama da'ira a buɗe.
 

Yanayin sadarwa (RS-485)

 Ana goyan baya, gami da yanayin ASCII/RTU. Tsarin sadarwa na asali: 9600, 7, E, 1, ASCII; koma zuwa CR#32 don cikakkun bayanai kan tsarin sadarwa.

Note1: RS-485 ba za a iya amfani da lokacin da aka haɗa zuwa CPU jerin PLCs.

Note2: Yi amfani da mayen ƙirar tsawo a cikin ISPSoft don bincika ko gyara rajistar sarrafawa (CR) a cikin samfuran.
Lokacin da aka haɗa zuwa DVP-PLC MPU a cikin jerin Ana ƙididdige samfuran daga 0 zuwa 7 ta atomatik ta nisan su daga MPU. No.0 shine mafi kusa da MPU kuma No.7 shine mafi nisa. An ba da izinin mafi girman nau'ikan 8 don haɗawa zuwa MPU kuma ba za su mamaye kowane maki I/O na dijital ba.

Sauran ƙayyadaddun bayanai

Tushen wutan lantarki
Max. rated ikon amfani 24V DC (20.4V DC ~ 28.8V DC) (-15% ~ +20%), 4.5W, wanda aka kawo ta hanyar waje.
Muhalli
 

Aiki/ajiya

 

Rigakafin girgiza / girgiza

 Aiki: 0°C ~ 55°C (zazzabi); 5 ~ 95% (danshi); digiri na gurbatawa 2 Adana: -25°C ~ 70°C (zazzabi); 5 ~ 95% (danshi)
Matsayin kasa da kasa: IEC 61131-2, IEC 68-2-6 (TEST Fc)/IEC 61131-2 & IEC 68-2-27 (TEST Ea)

Gudanar da Rajista

Saukewa: CR-485

An Lashe siga

  

Yi rijista abun ciki

  

b15

  

b14

  

b13

  

b12

  

b11

  

b10

  

b9

  

b8

  

b7

  

b6

  

b5

  

b4

  

b3

  

b2

  

b1

  

b0
adireshin
 

#0

  

H'4032

  

○

  

R

  

Sunan samfurin

 Kafa ta tsarin. DVP04DA-H2 lambar ƙirar = H'6401.

Mai amfani zai iya karanta sunan samfuri daga shirin kuma ya ga idan akwai tsarin haɓakawa.
 

 

 

#1

  

 

 

H'4033

  

 

 

○

  

 

 

R/W

  

 

 

Saitin yanayin fitarwa

 Ajiye CH4 CH3 CH2 CH1
Yanayin fitarwa: Tsoffin = H'0000 Yanayin 0: Voltage fitarwa (0V ~ 10V) Yanayin 1: Voltage fitarwa (2V ~ 10V)

Yanayin 2: fitarwa na yanzu (4mA ~ 20mA)

Yanayin 3: fitarwa na yanzu (0mA ~ 20mA)
CR #1: Yanayin aiki na tashoshi huɗu a cikin tsarin shigar da analog. Akwai hanyoyi guda 4 ga kowane tashoshi waɗanda za'a iya saita su daban. Don misaliample, idan mai amfani yana buƙatar saita CH1: yanayin 0 (b2 ~ b0 = 000); CH2: yanayin 1 (b5 ~ b3 = 001), CH3: yanayin 2 (b8 ~ b6 = 010) da CH4: yanayin 3 (b11 ~ b9 = 011), CR # 1 dole ne a saita shi azaman H'000A kuma mafi girma ku (b12 ~

b15) dole ne a kiyaye. Ƙimar asali = H'0000.
#6 H'4038 ╳ R/W CH1 ƙimar fitarwa  

Matsakaicin ƙimar fitarwa a CH1 ~ CH4: K0 ~ K4,000 Default = K0 (naúrar: LSB)
#7 H'4039 ╳ R/W CH2 ƙimar fitarwa
#8 H'403A ╳ R/W CH3 ƙimar fitarwa
#9 H'403B ╳ R/W CH4 ƙimar fitarwa
#18 H'4044 ○ R/W Daidaita ƙimar OFFSET na CH1 Kewayon OFFSET a CH1 ~ CH4: K-2,000 ~ K2,000

Default = K0 (naúrar: LSB)

Daidaitacce voltage-range: -2,000 LSB ~ +2,000 LSB

Daidaitaccen kewayon halin yanzu: -2,000 LSB ~ +2,000 LSB

Lura: Lokacin gyara CR#1, an canza OFFSET da aka gyara zuwa tsoho.
#19 H'4045 ○ R/W Daidaita ƙimar OFFSET na CH2
#20 H'4046 ○ R/W Daidaita ƙimar OFFSET na CH3
 

#21

  

H'4047

  

○

  

R/W

 Daidaita ƙimar OFFSET na CH4
#24 H'404A ○ R/W Daidaita ƙimar GAIN na CH1 Kewayon RARUWA a CH1 ~ CH4: K0 ~ K4,000 Default = K2,000 (raka'a: LSB)

Daidaitacce voltage-range: 0 LSB ~ +4,000 LSB

Daidaitaccen kewayon halin yanzu: 0 LSB ~ +4,000 LSB

Lura: Lokacin gyara CR#1, GIN da aka gyara yana canza zuwa tsoho.
#25 H'404B ○ R/W Daidaita ƙimar GAIN na CH2
#26 H'404C ○ R/W Daidaita ƙimar GAIN na CH3
 

#27

  

H'404D

  

○

  

R/W

 Daidaita ƙimar GAIN na CH4
CR#18 ~ CR#27: Lura cewa: Ƙimar SAMU - Ƙimar OFFSET = +400LSB ~ +6,000 LSBtage ko halin yanzu). Lokacin da GAIN - OFFSET ya kasance ƙarami (tsari mai tsayi), ƙudurin siginar fitarwa zai zama mafi kyau kuma bambancin akan ƙimar dijital zai zama mafi girma. Lokacin da GAIN - OFFSET yayi girma (a hankali a hankali), ƙudurin siginar fitarwa zai zama mai ƙarfi kuma ya bambanta akan

ƙimar dijital za ta zama ƙarami.
 

#30

  

H'4050

  

╳

  

R

  

Matsayin kuskure

 Yi rijista don adana duk matsayin kuskure.

Duba teburin matsayin kuskure don ƙarin bayani.
CR#30: Ƙimar matsayi na kuskure (Duba teburin da ke ƙasa)

Lura: Kowane matsayi na kuskure yana ƙayyade ta hanyar daidaitaccen bit (b0 ~ b7) kuma za a iya samun fiye da kurakurai 2 da ke faruwa a lokaci guda. 0 = al'ada; 1 = kuskure.

Exampda: Idan shigarwar dijital ta wuce 4,000, kuskure (K2) zai faru. Idan fitarwar analog ɗin ya wuce 10V, duka kuskuren ƙimar shigar analog ɗin K2 da K32 zasu faru.
 

#31

  

H'4051

  

○

  

R/W

  

Adireshin sadarwa

 Domin kafa adireshin sadarwa na RS-485.

Range: 01 ~ 254. Default = K1
 

 

 

#32

  

 

 

H'4052

  

 

 

 

○

  

 

 

R/W

  

 

 

Tsarin sadarwa

 6 saurin sadarwa: 4,800 bps / 9,600 bps / 19,200 bps / 38,400 bps / 57,600 bps / 115,200 bps. Tsarin bayanai sun haɗa da:

ASCII: 7, E, 1/ 7,O,1/8,E,1/8,O,1/8,N,1/7,E,2/7,O,2/7,N,2 / 8,E,2/8,O,2/8,N,2

RTU: 8, E, 1/8,O,1/8,N,1/8,E,2/8,O,2/8,N,2 Tsohuwar: ASCII,9600,7,E,1（CR #32=H'0002)

Da fatan za a koma zuwa ✽CR#32 a kasan shafin don ƙarin cikakkun bayanai.
 

 

 

 

#33

  

 

 

 

H'4053

  

 

 

 

 

○

  

 

 

 

R/W

  

 

 

Komawa zuwa tsoho; KYAUTA/GAIN izinin daidaitawa

 Ajiye CH4 CH3 CH2 CH1
Default = H'0000. Ɗauki saitin CH1 don exampda:

1. Lokacin b0 = 0, ana ba mai amfani damar kunna CR #18 (OFFSET) da CR #24 (GAIN) na CH1. Lokacin b0 = 1, ba a yarda mai amfani ya kunna CR #18 (OFFSET) da CR #24 (GAIN) na CH1.

2. b1 yana wakiltar ko an kulle rajistar tuning OFFSET/GAIN. b1 = 0 (tsoho, latched); b1 = 1 (ba a rufe ba).

3. Lokacin b2 = 1, duk saituna zasu dawo zuwa ƙimar da aka saba. (sai dai CR#31, CR#32)
CR#33: Don izini kan wasu ayyuka na ciki, misali OFFSET/GAIN tuning. Aikin da aka kulle zai adana

saitin fitarwa a ƙwaƙwalwar ajiyar ciki kafin a kashe wutar.
 

#34

  

H'4054

  

○

  

R

  

Sigar firmware

 Nuna sigar firmware na yanzu A cikin hex; misali sigar 1.0A ana nuna H'010A.
#35 ~ #48 Don amfani da tsarin.
Alamomi:

○ : Latched (lokacin da aka rubuta ta hanyar sadarwar RS-485);

╳: Ba a rufe;

R: Iya karanta bayanai ta hanyar umarni ko sadarwar RS-485; W: Mai ikon rubuta bayanai ta hanyar umarni ko sadarwar RS-485.

LSB (Mafi Girma Mafi Girma):

Za voltage fitarwa: 1LSB = 10V/4,000 = 2.5mV. Don fitarwa na yanzu: 1LSB = 20mA/4,000 = 5μA.
  • Sake saitin Module (Firmware V4.06 ko sama): Bayan haɗa wutar lantarki ta waje 24V, rubuta lambar sake saiti H'4352 a cikin CR#0, sannan cire haɗin kuma sake kunnawa don kammala saitin.
  • CR#32 Saitin Tsarin Sadarwa:
    • Firmware V4.04 (da ƙasa): Tsarin bayanai (b11~b8) ba ya samuwa, tsarin ASCII shine 7, E, 1 (code H'00xx), tsarin RTU shine 8, E, 1 (lambar H'C0xx/H'80xx).
    • Firmware V4.05 (kuma mafi girma): Koma zuwa tebur mai zuwa don saitin. Don sabon tsarin sadarwa, da fatan za a lura cewa kayayyaki a cikin ainihin lambar saitin H'C0xx/H'80xx shine zuwa 8E1 don RTU.
                     b15 ba 12                        b11 ba 8                b7 ba 0
ASCII/RTU

& Babban/Ƙaramar Canjin CRC

 Tsarin Bayanai Saurin Sadarwa
Bayani
H'0 ASCII H'0 7,E,1*1 H'6 7,E,2*1 H'01 4800 bps
 

H'8

 RTU,

Babu Babban / Ƙananan Canjin CRC

 H'1 8,e,1 H'7 8,e,2 H'02 9600 bps
H'2 – H'8 7,N,2*1 H'04 19200 bps
 

H'C

 RTU,

Babban / Low Bit Exchange na CRC

 H'3 8, N,1 H'9 8, N,2 H'08 38400 bps
H'4 7,O,1*1 H'A 7,O,2*1 H'10 57600 bps
H'5 8.O,1 H'B 8,o,2 H'20 115200 bps

Misali: Don saita 8N1 don RTU (High / Low Bit Exchange na CRC), saurin sadarwa shine 57600 bps, rubuta H'C310 a cikin CR #32.
Bayanan kula *1. Yana goyan bayan yanayin ASCII KAWAI.
CR#0 ~ CR#34: Madaidaicin madaidaicin adireshin H'4032 ~ H'4054 don masu amfani ne don karantawa/rubutu bayanai ta hanyar sadarwar RS-485. Lokacin amfani da RS-485, mai amfani dole ne ya raba tsarin tare da MPU da farko.

  1. Aiki: H'03 (karanta bayanan rajista); H'06 (rubuta kalma 1 datum don yin rajista); H'10 (rubuta bayanan kalmomi da yawa don yin rajista).
  2. Latched CR yakamata a rubuta ta hanyar sadarwa ta RS-485 don ci gaba da kasancewa a makale. Ba za a kulle CR ba idan MPU ta rubuta ta hanyar umarnin TO/DTO.

Daidaita D/A Juyin Juya

Voltage yanayin fitarwaDELTA-DVP04DA-H2-Analog-Fitarwa-Module-fig 4

Yanayin fitarwa na yanzu DELTA-DVP04DA-H2-Analog-Fitarwa-Module-fig 5

Takardu / Albarkatu

DELTA DVP04DA-H2 Analog Fitar Module [pdf] Jagoran Jagora
DVP04DA-H2, DVP04DA-H2 Analog Fitar Module, Analog Fitar Module, Fitar Module

Magana

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Bar sharhi

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