Note 5:If the ripples at the loaded input terminal are too significant that causes noise interference onthe wiring,connect the wiring to 0.1 -0.47uF 25V capacitor.l/O Terminal Layout123456789101112V1+11+V1-FE V2+12+VI2-FE V3+13+VI3-FEDVP04AD-E2(4AI)12345678Electrical SpecificationsAnalog Digital module(04A/D)Power supply voltage24VDC(20.4VDC-28.8VDC)(-15%-+20%)Max.rated powerconsumptionConnectorEuropean standard removable terminal block(Pin pitch:5mm)Operation/storageOperation:0C~55C(temp.).5~95%(humidity).Pollution degree2temperatureStorage:-25C~70C (temp.),5~95%(humidity)Vibration/shockimmunity1EC61131-2&IEC68-2-27(TEST Ea)Series connection toThe modules are numbered from 0 to 7 automatically by theirDVP-PLC MPUdistance from MPU.Max.8 modules are allowed to connect to MPUand will not occupy any digital O points.Functions SpecificationsAnalog Digital moduleVoltage inputCurrent inputAnalog input channel4 channels each moduleRange of analog input±10V±5V±20mA0-20mA4-20mARange of digital±32,000±32.000±32,0000-32,000conversionMax /Min.range of±32,384±32,384±32,384384-+32.384384-+32.384digital dataHardware Resolution14 bits14 bits14 bits13 bits13 bitsInput impedance250QRange of absolute input±15V±32mA±0.5%when in full scale(25℃，77°月Overall accuracy+1%when in full scale within the range of 0~55C (32 ~131F)Response time400 us/each channelDigital data format2's plement of 16 bitsAverage functionSupported.Available for setting up sampling range in CR#8~CR#11.Range:K1 K100.Self-diagnosisUpper and lower bound detection in all channelsOptical coupler isolation between digital circuits and analog circuits.No isolation among analog channels.500VDC between digital circuits and Ground500VDC between analog circuits and Ground500VDC between analog circuits and digital circuits500VDC between 24VDC and Ground■Control RegisterCR#Attrib.Register nameExplanationModel nameSet up by the system:DVP04AD-E2 model code=H'0080#1RFirmware versionDisplay the current firmware version in hex.Input mode:Default H'0000.#20CH1 input mode settingTake CH1 for example:Mode 0 (H'0000):Voltage input (+10V)#3CH2 input mode settingMode 1 (H'0001):Voltage input(+5V)Mode 2(H'0002):Voltage input (0~+10V)Mode 3(H'0003):Voltage input (0~+5V)#4CH3 input mode settingMode 4 (H'0004):Current input (+20mA)Mode 5(H'0005):Current input (0~+20mA)#5R/W CH4 input mode settingMode 6(H'0006):Current input(+4~+20mA)Mode-1(H'FFFF):Channel 1 unavailable#8CH1 sampling rangeCH2 sampling rangeSet sampling range in CH1~CH4:Range=K1~K100CH3 sampling rangeDefault K10CH4 sampling range#12XRCH1 average input value#13XRCH2 average input value#14XAverage value of input signals at CH1 ~CH4RCH3 average input value#15XCH4 average input value#20XRCH1 present input value#21XRCH2 present input valuePresent value of input signals at CH1 ~CH4#22XCH3 present input value#23XRCH4 present input valueAdjusted Offset value of CH1Set the adjusted Offset value of CH1 ~CH4.#29Adjusted Offset value of CH2Definition of Offset in DVP04AD-E2:#30Adjusted Offset value of CH3The corresponding voltage (current)inputAdjusted Offset value of CH4value when the digital output value 0.#34Adjusted Gain value of CH1Set the adjusted Gain value in CH1 ~CH4.#35Adjusted Gain value of CH2Default K16,000Definition of Gain in DVP04AD-E2:#36Adjusted Gain value of CH3The corresponding voltage(current)input#37Adjusted Gain value of CH4value when the digital output value 16,000.#40Function:Set value changingProhibit set value changing in CH1~CH4.prohibitedDefault=H'0000.#41X R/WFunction:Save all the setSave all the set values,Default =H'0000valuesFunction:Return to default#42Set all values to default setting,Default=setting#43Error statusRegister for storing all error status.Refer totable of error status for more information.R/WFunction:Enable/Disable limit#100Enable/Disable the upper and lower bounddetectiondetection function.Default=H'0000.Display the upper and lower bound value,Upper and lower bound statusDefault =H'0000#102 O R/WSet value of CH1 upper boundSet value of CH1~CH4 upper bound.DefaultSet value of CH2 upper bound=K32000.-4-CR#AttribRegister nameExplanationSet value of CH3 upper boundSet value of CH4 upper boundSet value of CH1 lower boundSet value of CH2 lower boundSet value of CH1~CH4 lower bound.DefaultSet value of CH3 lower bound=K-32000.#111OR/W Set value of CH4 lower boundSymbols:O:When CR#41 is set to H'5678,the set value of CR will be saved.X:set value will not be saved.R:able to read data by using FROM instruction.W:able to write data by using TO instruction.CR#43:Error status value.See the table below.DescriptionbitoK1(H1)Power supply errorbit6K64(H'40)CH4 Conversion errorbit1K2(H'2)Hardware errorbit9K512(H0200)Mode setting errorbit2K4(H4)Upper/lower bound errorbit10K1024H0400)Sampling range errorbit3K8(H'8)CH1 Conversion errorbit11K2048(H'0800)Upper lower boundsetting errorbit4K16(H10)CH2 Conversion errorbit12K4096(H'1000)Set value changingprohibitedCommunicationbit5K32(H20)CH3 Conversion errorbit13K8192(H2000)breakdown on nextmoduleNote:Each error status is determined by the corresponding bit(b0-b13)and there may be morethan 2 errors occurring at the same time.0=normal;1 errorExplanation on Special Registers D9900~D9999When DVP-ES2 MPU is connected with modules,registers D9900~D9999 will bereserved for storing values from modules.You can apply MOV instruction to operatevalues in D9900~D9999.When DVP-ES2 MPU is connected with DVP04AD-E2,the configuration of specialregisters is as below:ModuleModuleModuleModuleModuleModuleModuleModule#0#1#26#7DescriptionD1320D1321D1322D1323D1324D1325D1326D1327Model CodeD9900D9910D9920D9930D9940D9950D9960D9970CH1 averageinput valueD9901D9911D9921D9931D9941D9951D9961D9971CH2 averageinput valueD9902D9912D9922D9932D9942D9952D9962D9972CH3 averageinput valueD9903D9913D9923D9933D9943D9953D9963D9973CH4 averageinput valueNote 1:D9900-D9999 are average input values of CHI -CH4 and the sampling range is KI-K100.When the sampling range is set to KI,the values displayed in D9900-D9999 are current values.You can use:1.ES_AlO Configuration Function of WPLSoft or 2.FROM/TO instructions (CR#8-CR#11)to set the sampling range as K1.-5-Adjust A/D Conversion CurveUsers can adjust the conversion curves according to the actual needs by changing theOffset value (CR#28~CR#31)and Gain value (CR#34 ~CR#37)Gain:The corresponding voltage/current input value when the digital output value16,000.Offset:The corresponding voltage/current input value when the digital output value =0..Equation for voltage input Mode0 Mode2:0.3125mV 20V/64,000 10V/32,000Y=16000××32000-0fetGain-Offset）10(Y=Digital output,X=Voltage input.Equation for voltage input Mode1 Mode3:0.15625mV=10V/64,000 =5V/32,000Y=16000X×32000-0fsetY=Digital output,X=Voltage input.Equation for current input Mode4 Mode5:0.625uA 40mA/64,000 20mA/32,000Y=16000×Gain-Offset)Y=Digital output,X=Current input.Equation for current input Mode6:0.5uA=16mA/32,000Adopt the Equation of current input Mode4/Mode5,substitute Gain for 19200(12mA)and Offset for 6400(4mA)Y=16000×X(m4×32000-640019200-6400)20(m4A)Y=Digital output,X=Current input+32384+32384+32000+32000DigitalDigitaloutput+16000output+16000-10V5V-5V05VOffset GainOffset Gain-16000-16000Voltage input→Voltage input→-3200032000-32384.32384Mode 0 of CR#2 CR#5Mode 1 of CR#2~CR#5-5V~+5V,Gain=2.5V(16,000),Offset=0V(0)Range of digital conversion32.000-+32.000Max./Min.range of digital32.384-+32.384conversion-6-·Mode2:·Mode3:+32384+32384+32000+32000DigitalDigitaloutput+16000output+16000GainGain3845V-3842.5V5VOffsetOffsetVoltage inputVoltage inputMode 2 of CR#2 CR#5Mode 3 of CR#2 CR#50V~+5V,Gain=2.5V(16,000),Offset=0V(0)Range of digital conversion0-+32.000Max./Min.range of digital384-+32,384conversion+32384+32000Digitaloutput+16000-20mA10mA20mAOffset Gain-16000Current input-32000-32384Mode 4 of CR#2 CR#5-20mA~+20mA,Gain 10mA(16,000),Offset 0mA(0)Range of digital conversion32.000-+32.000Max./Min.range of digital32.384-+32.384conversion+32384+32384+32000+32000DigitalDigitaloutput+16000output+16000GainGain10mA20mA-384-14mA 12mA 20mAOffsetOffsetCurrent inputMode 5 of CR#2 ~CR#50mA~+20mA,Gain 10mA (16,000),Offset 0mA (0)Mode 6 of CR#2 CR#5+4mA~+20 mA Gain=12mA(19.200),0 ffset=4mA(6,400)Range of digital conversion0-+32.000Max./Min.range of digital384~+32,384conversion感谢您探用台達DVP系列產品DVP04AD-E2類比輸入模粗接受外部4點頫比信號輸入(電壓或電流皆可)，將之轉换成16位元之數位信號。使用者可經由配線選擇電壓输入或電流輸入。並可透過主機以FROM/TO指命來讀寫模粗内资料，或者以MOV指合直接讀取對應通道平均值（請参閱D9900~D9999特殊暫存器使用說明）。細之程式設計及指合說明請見DVP-ES2操作手冊【模粗篇】，選購之周邊装置群細說明請見該產品隨機安装說明害。W本機爲開放型(OPEN TYPE)機殼，因此使用者使用本機時，必須將之安装於具防麈、防潮及免於電擊衝擊意外之外殼配線箱內。另必須具備保護措施（如：特殊之工从交流輸入電源不可連接於輸入出信號端，否則可能造成嚴重損壞，請在上電之前再次確認電源配線·請勿在上電時觸摸任何端子。本體上之接地端子⊕務必正確的接地，產品外觀尺寸與部位介紹(35mm)/O模粗固定扣直接固定孔·群細尺寸圖請参閱英女版直碼1之Figure2,單位：mm。·主動式CH1V1+0000011+2500CH1FE電流输入Ch4W-CH400000VI4-FE3接至電源模4DC/DC+15V24VAG-8-·被動式AGCH1V1+W-0000CH111+1MFEAGCH41M2V4+2502CH414+FE3接至電源模++15VDC/DC24V轉换器AG接地（接地阻抗1002以月註1：類比輸入請與其他電源線隔蟹。註2：如果連接電流訊號時，V+及+端子請務必短路。點作第三種接地或接到配電箱之機殼上。註5：如果输入電壓有速波造成配線受雜千擾時·請速接0.1~0.47μF25V之電容。·輸入/輸出端子台配置請參閱英文版頁碼2之端子配置圖，在此語言版本省略說明。電氣規格電源電壓24VDC(20.4VDC~28.8VDC)(15%~+20%)額定最大消耗功率1W,由外部電源供恋。脫落式歐式端子座（端點距蟹：5mm)操付儲存環境操作：0℃~55℃（温度），5~95%（濕度）污染等殺2儲存：-25℃~70℃（温度），5~95%（濕度）國際標準規範IEC61131-2,IEC68-2-6(TEST Fc)/IEC61131-2&IEC68-2-27(TEST Ea)與DVP-PLC主機串接說明用數位VO點數。·功能規格電流輸入4通道/台±5V±20mA0-20mA4~20mA±32.000±32,000±32.0000-32.000數位資料範图極限值±32.384±32.384±32,384384-+32.384384-+32.384硬體解析度14 bits14 bits14 bits13 bits13 bits±15V±32mA-9-CR#暫存器名稱說明#40CH1~CH4禁止設定值變更，出廠設定值H'O000#41RM儲存所有設定值#42RM恢復出廠設定#43R#100上下限偵測致能禁能#101上下限值状態#102CH1上限設定值#1030CH2上限設定值CH1~CH4上限值設定·出廒設定值K32000#1040CH3上限設定值#105CH4上限設定值#108RMCH1下限設定值#109CH2下限設定值CH1~CH4下限值設定·出廠設定值K-32000#1100CH3下限設定值R表示焉可使用FROM指合讀取資料。W表示焉可使用TO指合寫入資料。說明K1(H1)電源異常bit6K64(H'40)CH4轉换值異常bit1K2(H2)硬體故障bit9K512(H0200)bit2K4(H4)轉換值超出所設定的上bit10K1024(H0400)下限值bit3K8(H'8)CH1轉换值異常bit11K2048(H'0800)上下限值設定錯誤bit4K16(H10)CH2轉換值異常bit12K4096(H1000)設定值禁止變更bit5K32(H'20)CH3轉換值異常bit13K8192(H'2000)註：每個錯誤状態由相對恋之位元b0~b3决定，有可能會同時產生雨個以上之錯誤状態，特殊暫存器D9900~D9999使用說明DVP-ES2主機連接特殊模粗時，暫存器D9900~D9999將被佔用，使用者可利用MOV指合在程式中指定D9900~D9999來運算。DVP-ES2主機連接DVP04AD-E2時，特殊暫存器的分配如下：第1台第2台第3台第4台第5台第6台第7台第8台說明D1320D1321D1322D1323D1324D1325D1326D1327機種代碼D9900D9910D9920D9930D9940D9950D9960D9970CH1输入信號D9901D9911D9921D9931D9941D9951D9961D9971CH2输入信號D9902D9912D9922D9932D9942D9952D9962D9972CH3输入信號D9903D9913D9923D9933D9943D9953D9963D9973CH4输入信號※輸入信號不均值暫存器焉藏出專用·請勿在程序中修政。若要利用D9900~D9999讀取通道输入現在值，可利用WPLSoft或FROM/TO指合将平均次數(CR#8~CR#11)設定1。-11-