台达DVP04AD-SL 模拟量输入模块安装说明.pdf台达DVP04AD-SL 模拟量输入模块

文件名称: 台达DVP04AD-SL 模拟量输入模块安装说明.pdf

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详细说明：台达DVP04AD-SL 模拟量输入模块安装说明pdf,台达DVP04AD-SL模拟量信号输入模块可透过DVPSV/EH2-L主机程序以指令FROM/TO来读写数据。模拟量信号输入模块接受来自PLC主机的4组16位数字数据，再将数字数据转换为4点模拟量信号输入（电压或电流皆可）。模块内具有多个CR (Control Register)寄存器，每个寄存器有16 bits。使用者可经由配线选择电压输入或电流输入，电压输入范围-10V ~ 10VDC (分辨率为312.5uV)，电流输入范围-20mA ~ 20mA (分辨率为625nA)。EXternal Wiring Vol tage input 00005÷[1+} V1- Shielded cable·1 CH4 Shielded cabl FE O Terminal of power module DC/DC +15V Grounding(100n or less) Figure 2] Voltage input 5+w300、 CH 1 Current input CH4 1M旦2 ⑤ Terminal of DC/DC 「 >-15V Grounding(100Q or less) Note 2: When the A/D module is connected to current signals, me ake sure voIt Note 3: If the noise is too significant, please connect FE to the grounding terminal Note 4: Please connect the O terminal on both the power module and A/D module to the system earth int and ground the system contact or connect it to the cover of power distribution cabinet Note 5: If the ripples at the loaded input terminal are too significant that causes noise interference or the wiring, connect the wiring to 0. 1-0.47uF 25V capaci a Electrical Specifications Analog/ Digital module Voltage Current input VDc(-15%~+20%)/35W Power supply voltage DVPPS01(PS02): input 100-240VAC, output 24VDC/1A(PS02: 2A) Analog input channel 4 channels /each module Range of analog input ±10V ±5V ±20mA0~20mA OmA Range of digital ±32,000±32,000±320000~320000~32,00 conversion 2 Analog /Digital module Current input Hardware Resolution 16 bits 16 bits 15 bits 15 bits Input impedance Overall accuracy 0.3% when in full scale(25°C,77°F) 0.5% when in full scale within the range of 0 -55C(32 -131F) Response time 250us/each channel Max output current 1KQ-2MQ Tolerance carried 0Q~500 Digital data format 's complement of 16 bits, 15 significant bits Optical coupler isolation between digital circuits and analog circuits 500VDC between digital circuits and Ground Isolation method 500VDC between analog circuits and Ground 500VDC between analog circuits and digital circuit 500VDC between 24VDC and Ground Connectable to the left side of mpu numbered from 100 to 107 Series connection to DVP-PLC MPU ccording to the position of module from the closest to farthest to Operation/storage Operation: 0 C-55C (temp. ) 50-95%(humidity ), Pollution degree2 Storage:-25C-70C(temp ),5-95%(humidity) Vibration/shock International standards: IEC61131-2, IEC 68-2-6(TEST Fc)/ lEC61131-2& lEC 68-2-27(TEST Ea) Control Register CR# Attrib Register name Explanation #OoR Model name DVP04AD-SL model code =H 4400 #1oRFirmware version Display the current firmware version in hex #2X R/ CH1 input mode setting Take CH1 for example Mode 0(H0000): Voltage input(10V) X R/WCH2 input mode setting Mode 1(H0001): Current input (+20mA) Mode 2(H0002): Current input(0-+20mA) Mode 3(H0003): Current input(+4-+ 20mA) #4X R/CH3 input mode setting Mode 4(H0004 ) Voltage input(+5V) Mode 5 (H0005): Voltage input(0V-+5V) #5X R/ CH4 input mode setting Mode 6 (H0006 ) Voltage input(1V-+5v) Mode-1(H'FFFF): Channel 1 unavailable b15-b12b11-b8b7-b4b3-bo CH1 #6 X R/ I History mode Default=H0000 Take CH1 for example: KO: Disable(Default). K1: Single K2: Auto K4: Falling Edge Triggered #7×R| History command Refer to table of history command for detail Default =H0000 3 CR# Attrib Register name Explanation #8XI R/ CH1 sampling range #9XR/CH2 sampling range Set sampling range in CH1 -CH4: #区 Ww CH3 sampling range20 #11X R/ CH4 sampling ra #12XR CH1 average input value #13 xR CH2 average input value g14 R cH3 average input value i Average value of input ignals t CH1. #15XRCH4 average input value #16 CH1 present input value #17XI CH2 present input value Present value of input signals at CH1 - CH4 #18XRCH3 present input value #19 XRCH4 present input value #20X R/ Set value of CH1 upper bound #21X R/ Set value of CH2 upper bound set value of CH1-CH4 upper bound #22x R/W Set value of CH3 upper bound Default=K32767 #23X RN Set value of CH4 upper bound #24X R/W Set value of CH1 lower bound #25 Rw Set value of CH2 lower bound Set value of CH1-CH4 lower bound #26X R Set value of CH3 lower bound Default=K-32768 #27x R/ I Set value of CH4 lower bound #28XR/ Adjusted Offset value of CH1 Set the adjusted Offset value of CH1-CH4 29X R/ Adjusted Offset value of CH2 Default=KO Definition of offset in DVP04AD-sl. #30X R/Adjusted Offset value of CH3 The corresponding voltage(current)input R/W Adjusted Offset value of CH4 value when the digital input value=0 #34 X R/W Adjusted Gain value of CH1 Set the adjusted Gain value in CH1-CH4 #35 R/W Adjusted Gain value of CH2 Default=K16,000 Definition of gain in DVP04AD-Sl #36 X R/W Adjusted Gain value of CH3 The corresponding voltage(current) input #37 x RW Adjusted Gain value of CH4 value when the digital input value = 16,000 #38×RW|cH1 Edge value #39 X R/ CH2 Edge value Default= KO #40 X R/ CH3 Edge value #41 X R/ CH4 Edge value b0-b3: reset CH1-CH4 b4 b15: reserved Function: Return to default #42XR/W setting Default H'0000 Give CH1 setting for example: When b0 is set to 1, all settings are reset to default setting Register for storing all error status. Refer to 3×|R| Error status table of error status for more information Default = H0000 #44×R| History status Refer to table of history status for detail Default = K1 4 CR# Attrib Register name Explanation #46XI RCH1 History timer #47XRCH2 History timer Set history timer in CH1 -CH4 Range= K1-K32767 #48 XR CH3 History timer Default K1 #49×R|cH4 History tim #100-#199CH1-CH4 history Symbols: O means latched. X means not latched R means can read data by using FROM instruction W means can write data by using TO instruction LSB (Least Significant Bit): 1. Voltage input: 1LSB=10V/32,000=312 5uV 2. Current input: 1LsB=20mA/32, 000=625nA CR#7 History command See the table below CMD History Command H1000~H1003 CH1- CH4 start H2000~H2003 CH1 -CH4 stop H4000~H4003 Reset history buffers of CH1- Ch H6000~H6003 Read histories of ch1- ch4 / Note: Please use pulse instruction for executing history commands e instruction is completed, the CR will be reset to 0 CR#43: Error status value. See the table below Bit Error Status Content Value Bit Error Status Content Value bo K1(H 0001) Power supply error b1K2(H'0002) Hardware error b2 K4(H 0004)Mode setting error 3-b7 Reserved b8 K256(H 0100)CH1 Conversion er K512(H, 0200)CH2 Conversion error b10 K1024(H,0400) CH3 Conversion error b11 K2048(H'0800)CH4 Conversion error b12K4096(H100/ CH1 Upper/ ower b13K8192(+2000 CH2 Upper /lower bound error K16384 K32768 b14 CH4 Upper/lower (H4000) ICH3 Upper/lower b15\(H8000 bound error bound error w Note: Each error status is determined by the corresponding bit and there may be more than 2 errors occurring at the same time 0= normal, I= error CR#44: History status. See the table below b15b14b13|b12b11b10b9b8b7b6b5b4b3 Ch4Ch3 Ch2 Ch4 Ch3 Ch2 Ch1 Ch2 Ch1 Ch4 Ch1 0 Not read Not Full Empty Full Not Empty Run M Note: History Command for reading will be executed only when a set of full 100 records are ready. If there are less than 100 records, Not Ready will be indicated bit8- bit11= 1: History buffer full. bit12-bit15=1: History buffer ready. Adjust A/D Conversion Curve Users can adjust the conversion curves according to the actual needs by changing the Offset value(CR#28 - CR#31 )and Gain value(CR#34 -CR#37) 5 Gain: The corresponding voltage/current input value when the digital output value 16.000 Offset: The corresponding voltage/current input value when the digital output value =0 Equation for voltage input Mode: 0.3125mV=20V/64, 000=10V/32,000 (V) Y=16000 x32000-Offset/Gain-Offset) Equation for voltage input Mode 4 /Mode5 / Mode6: 0. 15625mV =10V/64,000 5V/32,000 Y=16000 S(yx32000-Offset/Gain-Offser Y=Digital output, X=Voltage inp Equation for current input Mode 1 /Mode2: 0.625HA= 40mA/64,000= 20mA/32,000 Y=16000× ×32000O/set/(Ga 20(mA) Y=Digital output, X=Current input Equation for current input mode3: 0.5uA= 16mA/32, 000 Adopt the Equation of current input Mode3, substitute Gain for 19200(12mA)and Offset for 6400(4mA Y=16000 X(ma) 20m分×32006400(19200-6400 Y=Digital output, X=Current input ·Mode ·Mode1 +32384 +32384 +32000 +32000 Digital Digital +16000 +16000 10V 20mA 10mA Offset Gain Offset Gain Voltage input Current input Mode o of cR#2 cr#5 -10V-+10v,Gan=5V(16,000 =0V(0) Mode 1 of cr#2- cr#t5 20mA-+20mA, Gain= 10mA(16 Offset =OV(O) Range of digital conversion 32,000~+32,000 ax /Min. range of digital -32,384~+32,384 ·Mode2: ·Mode3: +32000 +32000 Digital Digita +16000 +16000 Gain 10mA 20mA 384 14mA 12mA 20mA Offset Offset Current input 6 Mode 2 of cr#2- cR#5 0mA-+20mA, Gain= 10mA(16,000), Offset= OmA( Mode 3 of cr#2- cr#t5 +4mA-+20mA,Gain=12mA(19200), Offset=4mA(6,400) Range of digital conversion0-+32,000 Max /Min. range of digital 384~+32,384 conversion de 4 +32384 +32000 16000 Voltage input Mode 4 of CR#2 -CR#5-5V-+5V, Gain =2.5V(16,000), Offset=OV(0) Range of digital conversion-32,000-+32,000 Max /Min range of digital 32,384~+32,384 Mode 6 384 32384 32000 +16000 6000 Gai 1V 3V Mode 5 of CR#2-CR#5oV-+5V, Gain=2.5V(16,000), Offset=OV(0) Mode 6 of cR#2- cR#5 1V++5V, Gain 3V, Offset =1V Range of digital conversion0-+32,000 Max /Min. range of digital 384~+32.384 inversIo 7 感謝您探用台達DVP系列產品DVP04AD-SL類比信號輸入模祖可透過 DVP SV/EH2L 主機程式以指 FROM/TO來讀寫資料。類比信號輸入模粗接受來自PLC主機的4租16 位元數位資料·再將數位資料轉換爲4點類比信號輸入(電壓或電流皆可)。模祖內具有多個CR( Control Register)暫存器’每個暫存器有16bits。使用者可經由配線選擇鼋壓輸入或電流輸入·電壓輸入範圍-10√~10vDC(解析度焉312.5u√)·電流輸入範圍 20mA~20mA(解析度焉625nA) 請在使用之前’詳粑聞讀本使用說明書 κ實施配湶前·務必閉電源。於輸入電源切斷後’一分鐘之內請勿觸摸內部電路。 κ本機爲開放型( PEN TYPE)機殼·因此使用者使用本機時·必須將之安裝於具防防潮及免於電擊衝擊意外之外殼配湶箱內。另必須具備保護措施(如:特殊之工具或鑰匙扌可打開)防止非雜護人員操作或意外衝擊本體·造成危險及損壞 κ交流輸入電源不可連接於輸入岀信號端·否則可能造成嚴重損壞·請在上電之前再次確認鼋源配線·並請勿在上電時觸摸任何端子 κ本體上之接地端子②務必正確的接地,可提高產品抗雜訊能力。 κ端子鏍絲扭力鳥1.95kg-cm(1.7in-bs)·並請使用60/75°℃銅導湶。產品外觀尺寸與部位介紹詳細區示請參閱英文版頁碼1之 Figure1·單位:mm[inch] 1./O模組連接埠 6.O模租定位孔 2電源错瞑及運行指示屋 7.O模粗運接埠 3.機種型號 8.DN軌槽(35mm) 9.O模組固定扣 5.D|N軌固定扣 10.鼋源輸入口 ■輸入/輸出端子台配置請參閱英文版頁碼1之端子配置圄在此語言版本省略說明外部配線主動式鼋唾入 CH CH 1 V 鼋流輸入 44 隔離線*1 接至源模 DC/DC +15V 系接地點 24v 轉换器 15V 接地(接地阻抗1009以下) 被動式鼋输入 CH 1 1M(2 CH 1 「1+1 流输入 1M0 CH4 1MS 隔離镍*1 接至電源模系横 +15V DC/DC 轉换器接地(接地阻抗1009以下註1:類比輸入請與其他電源線隔離。註2:如果連接電流訊號時,Ⅵ+及端子詩務必短路註3:如果稚訊過大·請將FG及接地端子連接註4:讀將電源模之③端及AD模擬量信號輸λ模塊之③端連接到系锍擰地點·再將系弒接點作第三種接地或接到配鼋箱之機殼上註5:如果輸入電壓有漣波造成配湶受雜訊干擾時·請連接0.1-0.47μF25∨之電容規格類比/敷位模粗鼋壓輸入電源電壓 24vDC(-15%~+20%)/3.5W DVPPS01(Ps02):輸入100-240VAC·輸出24VDc/1A(PS02:2A) 類比訊號輸入通道4通道/台類比輸出範圍 ±10V ±20mA 0~20mA4~20mA 位资料範圍 ±32000±32.000±32,0000-320000-32.000 解析度 16 bits 16 bits 16 bits 15 bits 15 bits 輸入阻抗 <0.5Q 徳和精密度 03%在(25°C,77°F)範圍內滿刻度時 ±0.5%在(0~55°C,32-131°F)範圍內滿刻度時回應時間 250μsx通道數最大輞出電流 1KQ-2MQ 容許負载阻抗 0Q~500Q 位资料格式 16位二補數,有效位15bts 類比電路與數位電路之間,透過光耦隔離’類比通道間未隔離數位電路與接地之間:500VDC 隔離方式類比鼋路與接地之間:500VDC 類比重路與數位鼋路之間:500VDC 24VDC與接地之間:500VDC 與 DVP-PLC主機連接於主機左側,模粗號以靠近主機之順序自動漏號由100到107 連接說明操作/儲存環境操作∶0°C~55°C(温度)·50~95%(濕度),污染等級2 儲存:-25°C~70°C(溫度)·5~95%(濕度 9

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