Saukewa: DVP-SV2
Takardar umarni
Karamin , Multi-Ayyukan , Umarni masu yawa
Saukewa: 0290030-01
20230316

Na gode don zaɓar Delta DVP-SV2. SV2 shine 28-maki (16 shigarwar + 12 fitarwa) / 24-ma'ana (10 shigarwar + 12 fitarwa + 2 tashoshin shigar da analog) PLC MPU, yana ba da umarni daban-daban kuma tare da ƙwaƙwalwar ajiyar matakan matakan 30k, yana iya haɗawa da duk nau'in Slim.
jerin tsawo model, ciki har da dijital I / O (max. 512 maki), analog kayayyaki (ga A / D, D / A hira da zazzabi ma'auni) da kuma kowane irin high-gudun tsawo kayayyaki. Ƙungiyoyin 4 na abubuwan fitar da bugun jini mai sauri (200 kHz) (da gatari biyu waɗanda ke haifar da fitowar 10 kHz a cikin 24SV2) da umarnin 2-axis interpolation na 2 sun gamsar da kowane nau'in aikace-aikace. DVP-SVXNUMX ƙarami ne kuma mai sauƙin shigarwa.
DVP-SV2 na'urar BUDE-RUWAN TYPE 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 ba daga yin aiki da DVP-SV2, ko don hana haɗari daga lalata DVP-SV2, majalisar kulawa da aka shigar da DVP-SV2 ya kamata a sanye shi da kariya. Don misaliampLe, majalisar kulawa da aka shigar da DVP-SV2 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 DVP-SV2. Bayan an cire haɗin DVP-SV2, KAR a taɓa kowane tashoshi a cikin minti ɗaya. Tabbatar cewa tashar ƙasa akan DVP-SV2 an kafa shi daidai don hana tsangwama na lantarki.

 Samfurin Profile

Ƙimar Lantarki

Model / Abu	Saukewa: DVP28SV11R2	DVP24SV11T2 DVP28SV11T2	Saukewa: DVP28SV11S2
Wutar lantarki voltage	24VDC (-15% ~ 20%) (tare da kariyar haɗin kai akan polarity na shigar da DC)
Buga halin yanzu	Max. 2.2A@24VDC
Fuse iya aiki	2.5A/30VDC, Polyswitch
Amfanin wutar lantarki	6W
Juriya na rufi	> 5MΩ (duk I/O batu-zuwa-ƙasa: 500VDC)
Kariyar amo	ESD (IEC 61131-2, IEC 61000-4-2): 8kV Fitar iska EFT (IEC 61131-2, IEC 61000-4-4): Layin Wuta: 2kV, Digital I/O: 1kV, Analog & Sadarwa I/O: 1kV Damped-Oscillatory Wave: Layin Wuta: 1kV, Digital I/O: 1kV RS (IEC 61131-2, IEC 61000-4-3): 26MHz ~ 1GHz, 10V/m Surge(IEC 61131-2, IEC 61000-4- 5): Wutar wutar lantarki ta DC: Yanayin banbance ± 0.5 kV
Kasa	Diamita na waya mai ƙasa kada ta kasance ƙasa da na wayoyi tashar tashar wutar lantarki. (Lokacin da ake amfani da PLCs a lokaci guda, da fatan za a tabbatar da cewa kowane PLC yana ƙasa da kyau.)
Aiki / ajiya	Aiki: 0ºC ~ 55ºC (zazzabi); 5 ~ 95% (danshi); Digiri na 2 Adana: -25ºC ~ 70ºC (zazzabi); 5 ~ 95% (danshi)
Amincewar hukumar	Farashin UL508 Al'ummar Turai Umarnin EMC 89/336/EEC da Low Voltage Umarnin 73/23/EEC
Vibration / rigakafin girgiza	Matsayi na duniya: IEC61131-2, IEC 68-2-6 (TEST Fc)/IEC61131-2 & IEC 68-2-27 (TEST Ea)
Nauyi (g)	260	240	230

Wurin Shigarwa
Spec. /Abubuwa		24VDC shigar da tashar gama gari guda ɗaya
		200kHz	10kHz
Shigar No.		X0, X1, X4, X5, X10, X11, X14, X15#1	X2, X3, X6, X7, X12, X13, X16, X17
Shigar da kunditage (± 10%)		24VDC, 5mA
Input impedance		3.3 kΩ	4.7 kΩ
Matakin mataki	Kashe ⭢ Kunna	5mA (16.5V)	4mA (16.5V)
	Kunna ⭢ Kashe	<2.2mA (8V)	<1.5mA (8V)
Lokacin amsawa	Kashe ⭢ Kunna	<150ns	<8m ku
	Kunna ⭢ Kashe	<3m ku	<60m ku
Tace lokaci		Daidaitacce tsakanin 10 ~ 60ms ta D1020, D1021 (Tsoffin: 10ms)

Lura: 24SV2 baya goyan bayan X12 ~ X17.
#1: Don samfuran da ke da sigar hardware daga baya fiye da A2, abubuwan shigarwar X10, X11, X14, X15 yakamata a sarrafa su akan ƙimar 200kHz. Za a iya samun sigar firmware + a kan alamar samfurin, misali V2.00A2.

Wurin fitarwa
Spec. /Abubuwa		Relay	transistor
			Babban sauri	Ƙananan sauri
Fitowar No.		Y0 ~ Y7, Y10 ~ Y13	Y0 ~ Y4, Y6	Y5, Y7, Y10 ~ Y13
Max. mita		1Hz	200kHz	10kHz
Aiki voltage		250VAC, <30VDC	5 ~ 30VDC #1
Max. kaya	Juriya	maki 1.5A/1 (5A/COM)	0.3A/1 aya @ 40˚C
Max. kaya	Cikin dabara	#2	9W (30VDC)
	Lamp	20WDC/100WAC	1.5W (30VDC)
Lokacin amsawa	Kashe ⭢ Kunna	Kimanin 10ms ku	0.2 μs	20 μs
	Kunna ⭢ Kashe		0.2 μs	30 μs

#1: Don samfurin fitarwa na PNP, UP da ZP dole ne a haɗa su zuwa wutar lantarki na 24VDC (-15% ~ + 20%). Yawan amfani shine 10mA/maki.
#2: Ragewar rayuwa

Ƙayyadaddun bayanai don shigarwar analog (An zartar kawai ga DVP24SV11T2)
	Voltage shigar	Shigarwa na yanzu
Kewayon shigarwar Analog	0 ~ 10V	0 ~ 20mA
Canjin canjin dijital	0 ~ 4,000	0 ~ 2,000
Ƙaddamarwa	12-bit (2.5mV)	11-bit (10uA)
Input impedance	> 1MΩ	250Ω
Gabaɗaya daidaito	± 1% na cikakken sikelin a cikin kewayon zafin aiki na PLC
Lokacin amsawa	2ms (ana iya saita shi ta hanyar D1118.) #1
Cikakken kewayon shigarwa	± 15V	± 32mA
Tsarin bayanan dijital	16-bit 2's complement (12 mahimman abubuwa)	16-bit 2's complement (11 mahimman abubuwa)
Matsakaicin aiki	Bayar (ana iya saita shi ta hanyar D1062) #2
Hanyar ware	Babu keɓewa tsakanin da'irori na dijital da na'urorin analog

#1: Idan sake zagayowar binciken ya fi 2 milliseconds ko mafi girma fiye da ƙimar saiti, ana ba da zagayowar sikanin fifiko.
#2: Idan darajar a D1062 ita ce 1, ana karanta darajar yanzu.

Kanfigareshan I/O

Samfura	Ƙarfi	Shigarwa		Fitowa		Tsarin I/O
		Nuna	Nau'in	Nuna	Nau'in	Relay	Transistor (NPN)		Transistor (PNP)
							28SV	Saukewa: 24SV2
Saukewa: DVP28SV11R2	24 VDC	16	DC (S in k Or Source)	12	Relay
Saukewa: DVP28SV11T2		16		12	transistor (NPN)
Saukewa: DVP24SV11T2		10		12
Saukewa: DVP28SV11S2		16		12	transistor (PNP)

 Shigarwa

Da fatan za a shigar da PLC a cikin yadi tare da isasshen sarari a kusa da shi don ba da damar zubar da zafi. Duba [Hoto na 5].

• Hawan Kai tsaye: Yi amfani da dunƙule M4 gwargwadon girman samfurin.
•  DIN Rail Mounting: Lokacin hawa PLC zuwa 35mm DIN dogo, tabbatar da amfani da shirin riƙewa don dakatar da duk wani motsi na gefe zuwa gefe na PLC kuma rage damar wayoyi suna kwance. Clip ɗin riƙewa yana ƙasan PLC. Don tabbatar da PLC zuwa
  DIN dogo, sauke shirin, sanya shi kan dogo kuma a hankali tura shi sama. Don cire PLC, cire faifan riƙon ƙasa tare da lebur sukudireba kuma a hankali cire PLC daga DIN dogo. Duba [Hoto na 6].

Waya

1. Yi amfani da 26-16AWG (0.4 ~ 1.2mm) guda ɗaya ko ainihin waya mai yawa akan tashoshi na waya na I/O. Dubi adadi a hannun dama don ƙayyadaddun sa. Ya kamata a ƙara ƙarar sukurori na PLC zuwa 2.00kg-cm (1.77 in-lbs) kuma da fatan za a yi amfani da jagorar jan karfe 60/75ºC kawai.
2. KADA KA waya mara komai. KAR KA sanya kebul na siginar I/O a cikin da'irar wayoyi iri ɗaya.
3. KAR KA ɗora ƙaramin madugu na ƙarfe a cikin PLC yayin zazzagewa da wayoyi. Yage sitika akan ramin zubar da zafi don hana abubuwan baƙo daga faɗuwa a ciki, don tabbatar da zubar da zafi na PLC na yau da kullun.

Tushen wutan lantarki

Shigar da wutar lantarki na DVP-SV2 shine DC. Lokacin aiki DVP-SV2, lura da waɗannan abubuwan:

1. An haɗa wutar lantarki zuwa tashoshi biyu, 24VDC da 0V, kuma kewayon ikon shine 20.4 ~ 28.8VDC. Idan ikon voltage kasa da 20.4VDC, PLC zai daina aiki, duk abubuwan da aka fitar sun tafi "Kashe", kuma alamar ERROR LED za ta fara kiftawa ci gaba.
2. Kashe wutar lantarki na kasa da 10ms ba zai shafi aikin PLC ba. Koyaya, lokacin rufewa wanda yayi tsayi da yawa ko raguwar wutar lantarkitage zai dakatar da aikin PLC, kuma duk abubuwan da aka fitar za su tafi. Lokacin da wutar ta dawo daidai
   hali, PLC za ta ci gaba da aiki ta atomatik. (Da fatan za a kula da madaidaicin relays na taimako da yin rijista a cikin PLC lokacin yin shirye-shiryen).

Wayoyin Tsaro

Tun da DVP-SV2 kawai ya dace da wutar lantarki na DC, na'urorin samar da wutar lantarki na Delta (DVPPS01/DVPPS02) sune madaidaitan wutar lantarki don DVP-SV2. Muna ba da shawarar ka shigar da da'irar kariyar a tashar samar da wutar lantarki don kare DVPPS01 ko
Farashin DVP02. Duba hoton da ke ƙasa.

1. Wutar wutar lantarki: 100 ~ 240VAC, 50/60Hz
2. Mai karyawa
3. Tsayar da gaggawa: Wannan maɓallin yana katse wutar lantarki lokacin da gaggawar gaggawa ta faru.
4. Alamar wuta
5. Wutar wutar lantarki ta AC
6. Wutar Kariyar Wutar Wuta (2A)
7. DVPPS01/DVPPS02
8. Ƙarfin wutar lantarki na DC: 24VDC, 500mA
9. DVP-PLC (babban sarrafawa naúrar)
10. Digital I/O module

Wurin Shigarwa

Akwai nau'ikan abubuwan shigar DC guda biyu, SINK da SOURCE. (Duba tsohonample kasa. Don cikakken tsari na batu, da fatan za a duba ƙayyadaddun kowane samfurin.)
 Siginar DC IN – Yanayin SOURCE
Madaidaicin madaidaicin madaidaicin maɓallin shigarwa

Siginar DC IN – Yanayin SINK
Madaidaicin madaidaicin madaidaicin maɓallin shigarwa

 Fitar da Wutar Lantarki

1. DVP-SV2 yana da nau'ikan fitarwa guda biyu, relay da transistor. Yi hankali game da haɗin tashoshi da aka raba lokacin da ke haɗa wuraren fitarwa.
2.  Tashoshin fitarwa, Y0, Y1, da Y2, na samfuran gudu da ruwa suna amfani da tashar jiragen ruwa na kowa C0; Y3, Y4, da Y5 suna amfani da tashar C1 gama gari; Y6, Y7, da Y10 suna amfani da tashar C2 gama gari; Y11, Y12, da Y13 suna amfani da tashar C3 gama gari. Duba [Hoto na 10]. Lokacin da aka kunna wuraren fitarwa, alamun su masu dacewa a gaban panel zasu kasance a kunne.
3. Hanyoyin fitarwa Y0 da Y1 na samfurin transistor (NPN) an haɗa su da tashoshi gama gari C0. Y2 da Y3 an haɗa su zuwa tashar gama gari C1. Y4 da Y5 suna haɗe zuwa ga gama gari C2. Y6 da Y7 an haɗa su zuwa
   gama gari C3. Y10, Y11, Y12, da Y13 an haɗa su zuwa tashar gama gari C4. Duba [Hoto na 11a]. Tashoshin fitarwa Y0 ~ Y7 akan samfurin transistor (PNP) an haɗa su da tashoshi gama gari UP0 da ZP0. Y10 ~ Y13 an haɗa su zuwa na kowa tashoshi UP1 da ZP1. Duba [Hoto na 11b].
4. Keɓewar keɓewa: Ana amfani da ma'aunin gani don keɓe sigina tsakanin da'irar cikin PLC da na'urorin shigarwa.

 Relay (R) na'ura mai ba da hanya tsakanin hanyoyin sadarwa

1. Wutar wutar lantarki ta DC
2. Tsayar da gaggawa: Yana amfani da sauyawa na waje
3. Fuse: Yana amfani da fuse 5 ~ 10A a tashar da aka raba na lambobin fitarwa don kare da'irar fitarwa.
4. Mai wucewa voltage suppressor (SB360 3A 60V): Yana ƙara tsawon rayuwar sadarwa.
   1. Diode suppression na DC load: An yi amfani da shi lokacin da yake cikin ƙaramin ƙarfi [Hoto 13] 2. Diode + Zener suppression na DC load: An yi amfani da shi lokacin da yake da iko mafi girma kuma akai-akai On / Kashe [Hoto 14]
5. Hasken wuta (nauyi mai juriya)
6. wutar lantarki AC
7. Fitarwa keɓantacce da hannu: Don example, Y3 da Y4 suna sarrafa ci gaba da gudu da jujjuyawar motar, suna samar da tsaka-tsaki don kewaye na waje, tare da shirin cikin gida na PLC, don tabbatar da kariya mai aminci a yanayin kowane kurakurai da ba zato ba tsammani.
8. Neon nuna alama
9. Absorber: Yana rage tsangwama akan nauyin AC [Hoto 15]

 Wurin lantarki na transistor

1. Wutar wutar lantarki ta DC
2. Tasha gaggawa
3. Fuskar kariya ta kewaye
4. Fitowar samfurin transistor shine "buɗe mai tarawa". Idan an saita Y0/Y1 zuwa fitarwar bugun jini, abin da ake fitarwa na yanzu dole ne ya fi 0.1A don tabbatar da aiki na yau da kullun na ƙirar.
   1. Diode suppression: An yi amfani da shi lokacin da yake cikin ƙaramin ƙarfi [Hoto 19] da [Hoto 20] 2. Diode + Zener suppression: Ana amfani da shi lokacin da yake da iko mafi girma kuma akai-akai On / Kashe [Hoto 21] [Hoto 22]
5. Fitarwa keɓantacce da hannu: Don example, Y2 da Y3 suna sarrafa ci gaba da gudu da jujjuyawar motar, suna samar da tsaka-tsaki don kewaye na waje, tare da shirin cikin gida na PLC, don tabbatar da kariya mai aminci a yanayin kowane kurakurai da ba zato ba tsammani.

 A/D Waya na Waje (Don DVP24SV11T2 Kawai)

 BAT.LOW LED Nuni
Bayan da aka kashe wutar lantarki ta 24 V DC, bayanan da ke wurin da aka makala za a adana su cikin ma’adanar SRAM, kuma baturin da ake caji zai ba da wuta ga memorin SRAM.
Don haka, idan baturin ya lalace ko ba za a iya caji ba, bayanan da ke cikin shirin da wurin da aka makala za su ɓace. Idan kana buƙatar adana bayanan dindindin a cikin shirin da rajistar bayanan da aka kulle, da fatan za a duba tsarin adana bayanan a cikin Flash.
ROM na dindindin da tsarin maido da bayanai a cikin Flash ROM da aka bayyana a ƙasa.
Hanyar adana bayanai a cikin Flash ROM na dindindin:
Kuna iya amfani da WPLSoft (Zaɓuɓɓuka -> PLC<=>Flash) don nuna ko don adana bayanan dindindin a wurin da aka makale a cikin ƙwaƙwalwar Flash ROM (sabbin bayanan da aka nuna zai maye gurbin duk bayanan da aka adana a baya a ƙwaƙwalwar ajiya).
Hanyar maido da bayanai a cikin Flash ROM:
Idan baturin mai caji yana cikin ƙaramin voltage, sakamakon yuwuwar asarar bayanai a cikin shirin, PLC za ta dawo da bayanan ta atomatik a wurin da aka makala a cikin shirin da na'urar D na Flash ROM zuwa ƙwaƙwalwar SRAM (M1176 = Kunna) lokaci na gaba lokacin da DC24V ta kasance.
sake kunnawa. ERROR LED flashing zai tunatar da ku cewa idan shirin da aka yi rikodin ya sami damar ci gaba da aiwatar da shi. Kuna buƙatar rufewa da sake kunna PLC sau ɗaya don sake fara aiki (RUN).

1. Batirin lithium-ion mai caji a cikin DVP-SV2 ana amfani da shi akan tsarin da aka kulle da kuma ajiyar bayanai.
2.  An yi cajin baturin lithium-ion a cikin masana'anta kuma yana iya riƙe tsarin da aka kulle da kuma adana bayanai na tsawon watanni 6. Idan ba a kunna DVP-SV2 kasa da watanni 3 ba, rayuwar baturin ba ta raguwa. Don hana wutar lantarki da baturi ke fitarwa daga haifar da gajeriyar rayuwar baturin, kafin cire haɗin DVP-SV2 na dogon lokaci, kuna buƙatar kunna DVP-SV2 na awanni 24 don cajin baturi.
3. Idan batirin lithium-ion aka sanya shi a cikin yanayin da zafin jiki ya wuce 40 C, ko kuma idan aka yi caji fiye da sau 1000, tasirinsa ya zama mara kyau, kuma lokacin o da za a adana bayanan bai wuce 6 ba. asu.
4.  Baturin lithium-ion ana iya caji, kuma yana da tsawon rayuwa fiye da baturi na yau da kullun. Duk da haka, har yanzu tana da tsarin rayuwarta. Lokacin da wutar da ke cikin baturi bai isa don riƙe bayanai a wurin da aka makala ba, da fatan za a aika zuwa ga mai rarrabawa don gyarawa.
5.  Da fatan za a kula da ranar masana'anta. Baturin cajin zai iya ɗaukar watanni 6 daga ranar da aka yi shi. Idan ka ga cewa alamar BAT.LOW yana tsayawa bayan an kunna PLC, yana nufin baturin voltage yana da ƙasa kuma ana cajin baturi. DVP-SV2 dole ne ya ci gaba da kunnawa sama da awanni 24 don cikakken cajin baturi. Idan mai nuna alama ya juya daga kunna zuwa "filashi" (kowane 1 seconds), yana nufin cewa ba za a iya cajin baturi ba kuma. Da fatan za a aiwatar da bayanan ku daidai cikin lokaci kuma aika PLC zuwa ga mai rarrabawa don gyarawa.

 Daidaiton (na biyu/wata) na RTC 

Zazzabi (ºC/ºF)	0/32	25/77	55/131
Max. kuskure (na biyu)	-117	52	-132

 

Takardu / Albarkatu

DELTA DVP-SV2 Masu Kula da Hankali Masu Shirye [pdf] Jagoran Jagora DVP-SV2 Masu Gudanar da Dabarun Shirye-shiryen, DVP-SV2, Masu Gudanar da Dabarun Shirye-shiryen, Masu Gudanar da dabaru, Masu Gudanarwa

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