Microsoft Word T407 - PDF Free Download

2015-02-03 5011669907-T407

. ENGLISH Thank you for choosing Delta DVP series PLC. DVP04TC-S is able to receive 4 points of external thermocouple temperature sensors and convert them into 14-point digital signals. Besides, through FROM/TO instructions in DVP Slim series MPU program, the data in the module can be read and written. There are many 16-bit control registers (CR) in DVP04TC-S. The power unit is separate from it and is small in size and easy to install. EN DVP04TC-S is an OPEN-TYPE device. It should be installed in a control cabinet free of airborne dust, humidity, electric shock and vibration. To prevent non-maintenance staff from operating DVP04TC-S, or to prevent an accident from damaging DVP04TC-S, the control cabinet in which DVP04TC-S is installed should be equipped with a safeguard. For example, the control cabinet in which DVP04TC-S is installed can be unlocked with a special tool or key. EN DO NOT connect AC power to any of I/O terminals, otherwise serious damage may occur. Please check all wiring again before DVP04TC-S is powered up. After DVP04TC-S is disconnected, Do NOT touch any terminals in a minute. Make sure that the ground terminal on DVP04TC-S is correctly grounded in order to prevent electromagnetic interference. FR DVP04TC-S est un module OUVERT. Il doit être installé que dans une enceinte protectrice (boitier, armoire, etc.) saine, dépourvue de poussière, d humidité, de vibrations et hors d atteinte des chocs électriques. La protection doit éviter que les personnes non habilitées à la maintenance puissent accéder à l appareil (par exemple, une clé ou un outil doivent être nécessaire pour ouvrir a protection). FR Ne pas appliquer la tension secteur sur les bornes d entrées/sorties, ou l appareil DVP04TC-S pourra être endommagé. Merci de vérifier encore une fois le câblage avant la mise sous tension du DVP04TC-S. Lors de la déconnection de l appareil, ne pas toucher les connecteurs dans la minute suivante. Vérifier que la terre est bien reliée au connecteur de terre afin d éviter toute interférence électromagnétique. Product Profile & Dimension 1 90.00 2 3 3.00 25.20 L- C H SLD 1 L- C H SLD 2 C L- H SLD 3 L- C H SLD 4 4 5 60.0 0 6 7 8 10 9 3 11 14 12 13 3.00 3.4 60.0 0 90.00 4.00 [ Figure 1 ] Unit: mm 1. Status indicator (POWER, RUN and ERROR) 2. Model name 3. DIN rail clip 4. I/O terminals 5. I/O point indicator 6. Mounting holes 7. Specification label 8. I/O module connection port 9. I/O module clip 10. DIN rail (35mm) 11. RS-485 communication port 12. I/O module clip 13. DC power input 14. I/O module connection port I/O Terminal Layout DVP04TC-S CH1 Ch2 Ch3 Ch4 L- SLD L- SLD L- SLD L- SLD - 1 -

External Wiring + - Thermocouple Shielded cable*1 CH1 L- SLD MUX + - Thermocouple Shielded cable*1 CH4 *2 L- SLD Cold-junction compensation 5V AG Termi nal of power module +15V 0V DC/ DC System grounding *3 24V converter AG -15V [ F igure 2 ] Class 3 grounding (100 of less ) Note1: Use only the wires that are supplied with your thermocouple sensor. Tighten PLC terminal screws to a torque of 1.95 kg-cm (1.7 in-lbs). Note2: Terminal SLD is a grounding location for noise suppression. Note3: Please connect power supply module terminal and DVP04TC-S temperature measurement module terminal to system earth ground. Warning: DO NOT connect wires to the No Connection terminals. Electrical Specifications Power supply voltage 24VDC (20.4VDC ~ 28.8VDC) (-15% ~ +20%) Max. rated power consumption Operation/storage Vibration/shock resistance Series connection to DVP-PLC MPU 2W, supplied by external power. Functional Specifications Operation: 0 C~55 C (temperature), 5~95% (humidity), pollution degree 2 Storage: -25 C~70 C (temperature), 5~95% (humidity) International standards: IEC61131-2, IEC 68-2-6 (TEST Fc)/ IEC61131-2 & IEC 68-2-27 (TEST Ea) The modules are numbered from 0 to 7 automatically by their distance from MPU. No.0 is the closest to MPU and No.7 is the furthest. Maximum 8 modules are allowed to connect to MPU and will not occupy any digital I/O points. DVP04TC-S Celsius ( C) Fahrenheit ( F) Analog input channel Sensors type Temperature input range Digital conversion range 4 channels per module J-type, K-type, R-type, S-type, and T-type thermocouple J-type: -100 C ~ 700 C K-type: -100 C ~ 1,000 C R & S type: -10 C ~ 1,700 C T-type: -100 C ~ 350 C J-type: K-1,000 ~ K7,000 K-type: K-1,000 ~ K10,000 R & S type: K-100 ~ K17,000 T-type: K-1,000 ~ K3,500-2 - J-type: -148 F ~ 1,292 F K-type: -148 F ~ 1,832 F R & S type: -14 F ~ 3,092 F T-type: -148 F ~ 662 F Resolution 16 bits (0.1 C) 16 bits (0.1 F) Overall accuracy Response time 0.5% of full scale of 25 C (77 F), 1% of full scale during 0 ~ 55 C (32 ~ 131 F). 200ms channels J-type: K-3,280 ~ K12,920 K-type: K-1,480 ~ K18,320 R & S type: K-140 ~ K30,920 T-type: K-1,480 ~ K6,620

DVP04TC-S Celsius ( C) Fahrenheit ( F) Isolation between digital and analog circuits. There is isolation between channels. 500VDC between digital circuits and Ground Isolation method 500VDC between analog circuits and Ground 500VDC between analog circuits and digital circuits 500VDC between 24VDC and Ground Digital data format 2 s complement of 16-bit Average function Yes (CR#2 ~ CR#5) Self diagnostic function Yes Communication mode (RS-485) Control Register Yes (CR#32). RS-485 is disabled when the DVP04TC-S is connected in series with an MPU. CR# Address Save Register content Description #0 H 4096 O R Model name Set up by the system: DVP04TC-S model code=h 8B b15~b12 b11~b9 b8~b6 b5~b3 b2~b0 Reserved CH4 CH3 CH2 CH1 #1 H 4097 O R/W Thermocouple type Example: Setting of CH1 1. (b2, b1, b0) set to (0, 0, 0), use J-type. 2. (b2, b1, b0) set to (0, 0, 1), use K-type. 3. (b2, b1, b0) set to (0, 1, 0), use R-type. 4. (b2, b1, b0) set to (0, 1, 1), use S-type. 5. (b2, b1, b0) set to (1, 0, 0), use T-type. CR#1: Used to set the working mode of four channels. There are 5 modes (J-type, K-type, R-type, S-type, and T-type) for each channel and can be set individually. For example, If you want to set CH1~CH4 as following: CH1: mode 0 (b2 ~ b0=000), CH2: mode 1 (b5 ~ b3=001), CH3: mode 0 (b8 ~ b6=000) and CH4: mode 1 (b11 ~ b9=001), you should set CR#1 to H 0208. The higher bits (b12 ~ b15) will be reserved and the default setting is H 0000. #2 #3 H 4098 H 4099 O R/W O R/W CH1 average number CH2 average number Number piece of readings used for the calculation of average temperature on channels CH1 ~ CH4. Setting range: #4 H 409A O R/W CH3 average number For versions prior to V3.04: K1 ~ K4,095. For versions after V3.05: K1 ~ K20. #5 H 409B O R/W CH4 average number Default setting is K10. CR#2 ~ CR#5: Please be noticed that when PLC sets average times via TO/DTO instructions, please use rising-edge/falling-edge detection instruction (such as LDP and LDF) to get correct average times. #6 H 409C X R CH1 average degrees #7 H 409D X R CH2 average degrees Average degrees for channels CH1 ~ #8 H 409E X R CH3 average degrees CH4. (Unit: 0.1 C). #9 H 409F X R CH4 average degrees #10 H 40A0 X R CH1 average degrees #11 H 40A1 X R CH2 average degrees Average degrees for channels CH1 ~ #12 H 40A2 X R CH3 average degrees CH4. (Unit: 0.1 F). #13 H 40A3 X R CH4 average degrees #14 H 40A4 X R Present temp. of CH1 #15 H 40A5 X R Present temp. of CH2 #16 H 40A6 X R Present temp. of CH3 Present temperature of channels CH1 ~ CH4. (Unit: 0.1 C). #17 H 40A7 X R Present temp. of CH4 #19 H 40A9 X R Present temp. of CH1 Present temperature of channels CH1 ~ #20 H 40AA X R Present temp. of CH2 CH2. (Unit: 0.1 F). - 3 -

CR# Address Save Register content Description #21 H 40AB X R Present temp. of CH3 Present temperature of channels CH3 ~ #22 H 40AC X R Present temp. of CH4 CH4. (Unit: 0.1 F). #24 H 40AE O R CH1 OFFSET Value #25 H 40AF O R CH2 OFFSET Value #26 H 40B0 O R CH3 OFFSET Value #27 H 40B1 O R CH4 OFFSET Value #29 H 40B3 X R/W PID mode setting #30 H 40B4 X R Error status #31 H 40B5 O R/W Communication address setting #32 H 40B6 O R/W #33 H 40B7 O R/W Communication baud rate setting Reset to default setting #34 H 40B8 O R Software version - 4 - Adjust offset value of channels CH1 ~ CH4. The range is -1,000 ~ +1,000 and default setting is K0. (Unit: 0.1 C). Set H'5678 to enable PID mode, other set values are invalid. Default: H 0000. Data register stores the error status. Refer to the error code chart for details. RS-485 communication address. Setting range is 1 ~ 254 and default setting is K1. Communication baud rate. For ASCII mode, date format is 7 bits, even, 1 stop bit (7, E, 1), while RTU mode, date format is 8 bits, even, 1 stop bit (8, E, 1). b0: 4,800 bps (bit/sec). b1: 9,600 bps (bit/sec). (default setting) b2: 19,200 bps (bit/sec). b3: 38,400 bps (bit/sec). b4: 57600 bps (bit/sec). b5: 115,200 bps (bit/sec). b6 ~ b13: Reserved. b14: switch between low bit and high bit of CRC code (RTU mode only). b15: RTU mode. b15~b12 b11~ b9 b8~b6 b5~b3 b2~b0 ERR LED CH4 CH3 CH2 CH1 Example: Setting of CH1 1. b0 ~ b1: Reserved. 2. b2: Set to 1 and PLC will be reset to default settings. Definition of ERR LED: b12~b15=1111 (default settings) 1. b12 corresponds to CH1: when b12=1, scale exceeds the range, ERR LED flashes. 2. b13 corresponds to CH2: when b13=1, scale exceeds the range, ERR LED flashes. 3. b14 corresponds to CH3: when b14=1, scale exceeds the range, ERR LED flashes. 4. b15 corresponds to CH4: when b15=1, scale exceeds the range, ERR LED flashes. Display the software version in hexadecimal. Example: H 010A = version 1.0A #35 ~ #48 System used Symbols: O: means latched. X: means not latched. (Support when using RS-485 communication, not support when connecting with MPU) R: able to read data by using FROM instruction or RS-485. W: able to write data by using TO instruction or RS-485. 1. Function code: 03 H - read data from register. 06 H - write one word to register. 10 H - write multiple words to registers. 2. CR#30 is the error code register. Refer to the chart below:

Error description Content b15 ~ b8 b7 b6 b5 b4 b3 b2 b1 b0 Power source abnormal K1 (H 1) Offset/Gain error K8 (H 8) 0 0 0 0 1 0 0 0 Reserved Hardware malfunction K16 (H 10) 0 0 0 1 0 0 0 0-5 - 0 0 0 0 0 0 0 1 Wiring to empty external contact K2 (H 2) 0 0 0 0 0 0 1 0 Setting mode error K4 (H 4) 0 0 0 0 0 1 0 0 Digital range error K32 (H 20) 0 0 1 0 0 0 0 0 Average times setting error K64 (H 40) 0 1 0 0 0 0 0 0 Instruction error K128 (H 80) 1 0 0 0 0 0 0 0 Note: Each error code will have corresponding bit (b0 ~ b7). Two or more errors may happen at the same time. 0 means normal and 1 means having error. 3. When CR#29 is set to H 5678, CR#0 ~ CR#34 can be used for PID settings in DVP04TC-S V3.08 and versions above. PID Mode Content Description CR#0 Model name CR#6 CH1 average degrees ( C) CR#1 Thermocouple type CR#7 CH2 average degrees ( C) CR#2 PID Output % at CH1 CR#8 CH3 average degrees ( C) CR#3 PID Output % at CH2 CR#9 CH4 average degrees ( C) CR#4 PID Output % at CH3 CR#6~CR#9: Unit: 0.1 C CR#5 PID Output % at CH4 CR#2~CR#5: 0~1000; Unit: 0.1% CR#10 Set temperature at CH1 PID Mode Content Description Run/Stop & Auto tuning CR#11 Set temperature at CH2 Bit0: CH1 PID runs/stops CR#12 Set temperature at CH3 Bit1: CH2 PID runs/stops CR#13 Set temperature at CH4 Bit2: CH3 PID runs/stops CR#10~CR#13: Set the PID target value (SV) Bit3: CH4 PID runs/stops CR#14 CH1 K P CR#28 0=PID stops; 1=PID runs CR#15 CH2 K P Bit4:CH1 Auto tuning CR#16 CH3 K P Bit5:CH2 Auto tuning CR#17 CH4 K P Bit6:CH3 Auto tuning CR#19 CH1 K I Bit7:CH4 Auto tuning CR#20 CH2 K I 1: The auto tuning function is enabled. After the auto tuning is complete, the value becomes 0. CR#21 CH3 K I CR#29 Enter PID mode(h 5678) K0: Exit the PID mode CR#22 CH4 K I CR#30 Error Code CR#24 CH1 K D CR#31 CH1 Sampling time CR#25 CH2 K D CR#32 CH2 Sampling time CR#26 CH3 K D CR#33 CH3 Sampling time CR#27 CH4 K D CR#34 CH4 Sampling time CR#31~CR#34: 1~30; Unit: 1s Note: Users have to enter the PID mode (CR#29=H 5678) before setting other control registers.

繁體中文感謝您採用台達 DVP 系列產品 DVP04TC-S 溫度量測模組可接受外部 4 點熱電耦溫度感測器, 將之轉換成 14 位元之數位信號透過 DVP-PLC SS/SA/SX/SC/SV 主機程式以指令 FROM/TO 來讀寫模組內之資料, 模組內具有多個控制暫存器 (CR), 每個暫存器有 16 bits 電源單元與模組分離, 體積小, 安裝容易請在使用之前, 詳細閱讀本使用說明書實施配線, 請務必關閉電源上電時請勿接觸機體端子或進行維修輸入電源切斷後, 一分鐘之內, 請勿觸摸內部電路本機為開放型 (OPEN TYPE) 機殼, 因此使用者使用本機時, 必須將之安裝於具防塵防潮及免於電擊 / 衝擊意外之外殼配線箱內另必須具備保護措施 ( 如 : 特殊之工具或鑰匙才可打開 ) 防止非維護人員操作或意外衝擊本體, 造成危險及損壞交流輸入電源不可連接於輸入出信號端, 否則可能造成嚴重的損壞, 因此請在上電之前再次確認電源配線本體上之接地端子務必正確的接地, 可提高產品抗雜訊能力由測溫體到溫調本體的配線路請用最短距離配線, 為了避免雜訊及誘導的影響儘可能將電源線和負載配線分開 DVP04TC-S 溫度量測模組本身體積小, 在空間溫度傳導特性易受其他模組熱源影響其量測準確性 ; 建議於安裝配置時盡量配置於最外側, 並儘量避免串接於產生熱源較高的數位輸出模組及類比輸出模組 DVP04TC-S 溫度量測模組之輸入誤差會因串接模組熱源所影響, 產生的誤差皆在產品規格 (±1.5 C) 以內 ; 如需更精密控制請於該操作環境動作 30 分鐘後, 輸入標準溫度源進行各通道之誤差值調校 (Offset) 為了使測定溫度精確值穩定, 在室溫操作上電後需要約 20 分鐘的預熱時間 (50 C 約需 30 分鐘預熱時間 ) 產品外觀尺寸與部位介紹詳細部位指示圖與外觀尺寸請參閱英文版 [Figure1], 單位 :mm 1. 電源錯誤及運行指示燈 2. 機種型號 3. DIN 軌固定扣 4. 端子 5. 端子配置 6. I/O 模組定位孔 7. 銘牌 8. I/O 模組連接埠 9. I/O 模組固定扣 10. DIN 軌糟 (35mm) 11. RS-485 通訊埠 12. I/O 模組固定槽 13. 電源輸入口 14. I/O 模組連接埠輸入輸出端子台配置請參閱英文版之端子台配置示意圖外部配線 + - 熱電耦 + - 熱電耦隔離線 *1 隔離線 *1 CH1 CH4 *2 L- SLD L- SLD 冷接點補償 MUX 5V 接至電源模組之端 *3 系統接地點第三種接地 (100 以下 ) 24V 0V - 6 - DC/DC 轉換器 AG +15V AG -15V 註 1: 使用於類比輸入的配線應採用 J, K, R, S, T 型熱電耦溫度感測器之連接線或隔離線, 且應

與其他電源線或可能引起雜訊之接線分開端子鏍絲扭力為 1.95 kg-cm (1.7 in-lbs) 註 2: 如果雜訊過大請將 SLD 及接地端子連接註 3: 請將電源模組之端及 DVP04TC-S 溫度量測模組之端連接到系統接地點, 再將系統接點作第三種接地或接到配電箱之機殼上注意 : 空端子請勿配線只能使用 60/75 C 的銅導線電氣規格電源電壓 24VDC (20.4VDC ~ 28.8VDC) (-15% ~ +20%) 額定最大消耗功率操作 / 儲存環境耐振動 / 衝擊與 DVP-PLC 主機串接說明功能規格 2W, 由外部電源供應 1. 操作 :0 C ~ 55 C( 溫度 ),5 ~ 95%( 濕度 ), 污染等級 2 2. 儲存 :-25 C ~ 70 C( 溫度 ),5 ~ 95%( 濕度 ) 國際標準規範 IEC61131-2, IEC 68-2-6 (TEST Fc)/IEC61131-2 & IEC 68-2-27 (TEST Ea) 模組編號以靠近主機之順序自動編號由 0 到 7, 最大可連接 8 台且不佔用數位 I/O 點數 DVP04TC-S 攝氏 ( C) 華氏 ( F) 類比訊號輸入通道適合感應器形式輸入溫度範圍數位轉換範圍 4 通道台 J-type, K-type, R-type, S-type, T-type 熱電耦 J-type:-100 C ~ 700 C K-type:-100 C ~ 1,000 C R & S type:-10 C ~ 1,700 C T-type:-100 C ~ 350 C J-type:K-1,000 ~ K7,000 K-type:K-1,000 ~ K10,000 R & S type:k-100 ~ K17,000 T-type:K-1,000 ~ K3,500 解析度 16 bits (0.1 C) 16 bits (0.1 F) 總和精密度響應時間隔離方式數位資料格式平均功能自我診斷功能 - 7 - J-type:-148 F ~ 1,292 F K-type:-148 F ~ 1,832 F R & S type:-14 F ~ 3,092 F T-type:-148 F ~ 662 F J-type:K-3,280 ~ K12,920 K-type:K-1,480 ~ K18,320 R & S type:k-140 ~ K30,920 T-type:K-1,480 ~ K6,620 0.5% 在 (25 C, 77 F) 範圍內滿刻度時 1% 在 (0 ~ 55 C, 32 ~ 131 F) 範圍內滿刻度時 200ms 通道數數位區與類比區有隔離, 通道間隔離數位電路與接地之間 :500VDC 類比電路與接地之間 :500VDC 類比電路與數位電路之間 :500VDC 24VDC 與接地之間 :500VDC 16 位元二補數有 (CR#2 ~ CR#5) 上下極限偵測通道通訊模式 (RS-485) 有 (CR#32) 當與 PLC 主機串接時,RS-485 通訊無法使用控制暫存器 (CR) CR# 參數位址保持型暫存器名稱說明 #0 H 4096 O R 機種型號系統內定,DVP04TC-S 機種編碼 =H 8B #1 H 4097 O R/W 熱電耦型式 b15~b12 b11~b9 b8~b6 b5~b3 b2~b0 保留 CH4 CH3 CH2 CH1 以 CH1 設定來說明 : 1. (b2~b0) 設為 (0, 0, 0) 時, 選用 J-type 2. (b2~b0) 設為 (0, 0, 1) 時, 選用 K-type 3. (b2~b0) 設為 (0, 1, 0) 時, 選用 R-type 4. (b2~b0) 設為 (0, 1, 1) 時, 選用 S-type

CR# 參數位址保持型暫存器名稱說明 - 8-5. (b2~b0) 設為 (1, 0, 0) 時, 選用 T-type CR#1: 內容值用來設定溫度量測模組選擇感應器內部四個通道的工作模式, 每個通道各有 5 種模式, 可獨立設定例如要將 CH1 ~ CH4 分別輸入設定為 CH1: 模式 0 (b2 ~ b0=000),ch2: 模式 1 (b5 ~ b3=001),ch3: 模式 0 (b8 ~ b6=000),ch4: 模式 1 (b11 ~ b9=001) 時, 須將 CR#1 設為 H 0208, 較高位的位元 (b12 ~ b15) 將保留出廠設定值為 H 0000 #2 H 4098 O R/W CH1 平均次數通道 CH1 ~ CH4 訊號的平均次數設定 : #3 H 4099 O R/W CH2 平均次數 V3.04 以前版本 : 可設定範圍 K1 ~ K4,095 #4 H 409A O R/W CH3 平均次數 V3.05 以後版本 : 可設定範圍 K1 ~ K20 #5 H 409B O R/W CH4 平均次數出廠設定值為 K10 CR#2 ~ CR#5: 注意, 當 PLC 主機利用 TO/DTO 指令寫入的平均次數設定時, 請使用接點上升下降緣檢出指令 (LDP/LDF ), 以免無法求得正確之輸入信號平均值 #6 H 409C X R CH1 量測攝氏溫度平均值 #7 H 409D X R CH2 量測攝氏溫度平均值通道 CH1 ~ CH4 量測攝氏溫度平均值顯 #8 H 409E X R CH3 量測攝氏溫度平均值示單位 0.1 C #9 H 409F X R CH4 量測攝氏溫度平均值 #10 H 40A0 X R CH1 量測華氏溫度平均值 #11 H 40A1 X R CH2 量測華氏溫度平均值通道 CH1 ~ CH4 量測華氏溫度平均值顯 #12 H 40A2 X R CH3 量測華氏溫度平均值示單位 0.1 F #13 H 40A3 X R CH4 量測華氏溫度平均值 #14 H 40A4 X R CH1 量測攝氏溫度現在值 #15 H 40A5 X R CH2 量測攝氏溫度現在值通道 CH1 ~ CH4 量測攝氏溫度現在值顯 #16 H 40A6 X R CH3 量測攝氏溫度現在值示單位 0.1 C #17 H 40A7 X R CH4 量測攝氏溫度現在值 #19 H 40A9 X R CH1 量測華氏溫度現在值 #20 H 40AA X R CH2 量測華氏溫度現在值通道 CH1 ~ CH4 量測華氏溫度現在值顯 #21 H 40AB X R CH3 量測華氏溫度現在值示單位 0.1 F #22 H 40AC X R CH4 量測華氏溫度現在值 #24 H 40AE O R CH1 OFFSET 值通道 CH1 ~ CH4 提供使用者自行調整的 #25 H 40AF O R CH2 OFFSET 值 OFFSET 可調範圍:-1,000 ~ +1,000 出廠設定值為 K0, 單位 0.1 C #26 H 40B0 O R CH3 OFFSET 值 OFFSET 值定義 : 模組量測溫度 -OFFSET #27 H 40B1 O R CH4 OFFSET 值值 = 實際顯示溫度 #29 H 40B3 X R/W PID 模式設定 #30 H 40B4 X R 錯誤狀態 #31 H 40B5 O R/W 通訊位址設定 #32 H 40B6 O R/W 通訊速率 (Baud rate) 設定設定 H 5678 進入 PID 模式, 其他設定值皆為一般模式出廠設定值 H 0000 儲存所有錯誤狀態的資料暫存器, 詳細內容請參照錯誤信息表設定 RS-485 通訊位址, 設定範圍 01 ~ 254 出廠設定值為 K1 包含 ASCII/RTU 模式,ASCII 模式資料格式固定為 7 bits 偶位元 1 stop bit (7, E, 1),RTU 模式資料格式固定為 8 bits 偶位元 1 stop bit (8, E, 1) 通訊速率設定共有六種 : b0:4,800 bps( 位元 / 秒 ) b1:9,600 bps( 位元 / 秒 )( 出廠設定值 ) b2:19,200 bps( 位元 / 秒 ) b3:38,400 bps( 位元 / 秒 ) b4:57,600 bps( 位元 / 秒 ) b5:115,200 bps( 位元 / 秒 )

CR# 參數位址保持型暫存器名稱說明 #33 H 40B7 O R/W 恢復出廠設定 #34 H 40B8 O R 韌體版本 #35 ~ #48 系統內部使用 - 9 - b6 ~ b13: 保留 b14:crc 檢查碼高低位交換 ( 僅 RTU 模式有效 ) b15:ascii/rtu 模式切換 b15~b12 b11~ b9 b8~b6 b5~b3 b2~b0 ERR 燈 CH4 CH3 CH2 CH1 以 CH1 設定來說明 : 1. b0 ~ b1 保留 b2 設定為 1 時, 所有設定值將回復原廠設定值 ERR 燈定義 : 原廠設定值 b12 ~ b15 = 1111 1. b12 對應 CH1, 當 b12=1 時, 刻度超過 ERR 燈閃爍動作 2. b13 對應 CH2, 當 b13=1 時, 刻度超過 ERR 燈閃爍動作 3. b14 對應 CH3, 當 b14=1 時, 刻度超過 ERR 燈閃爍動作 4. b15 對應 CH4, 當 b15=1 時, 刻度超過 ERR 燈閃爍動作 16 進制, 顯示目前韌體版本, 如 1.0A 則 H 010A 符號定義 : O 表示為保持型 ;X 表示為非保持型 ( 利用 RS-485 通訊控制時支援, 連接主機時不支援 ) R 表示為可使用 FROM 指令讀取資料, 或利用 RS-485 通訊讀取資料 W 表示為可使用 TO 指令寫入資料, 或利用 RS-485 通訊寫入資料 1. 功能碼 (Function):03 H 讀出暫存器資料 06 H 寫入一個 word 資料至暫存器 10 H 寫入多筆 words 資料至暫存器 2. CR#30 錯誤狀態表 : 電源異常錯誤狀態內容值 b15 ~ b8 b7 b6 b5 b4 b3 b2 b1 b0 K1 (H 1) 0 0 0 0 0 0 0 1 接點空接 K2 (H 2) 0 0 0 0 0 0 1 0 模式設定錯誤 K4 (H 4) 0 0 0 0 0 1 0 0 O/G 錯誤 K8 (H 8) 0 0 0 0 1 0 0 0 保留硬體故障 K16 (H 10) 0 0 0 1 0 0 0 0 變換值異常 K32 (H 20) 0 0 1 0 0 0 0 0 平均次數設定錯誤 K64 (H 40) 0 1 0 0 0 0 0 0 指令錯誤 K128 (H 80) 1 0 0 0 0 0 0 0 註 : 每個錯誤狀態由相對應之位元 b0 ~ b7 決定, 有可能會同時產生兩個以上之錯誤狀態,0 代表正常無錯誤,1 代表有錯誤狀態產生 3. 在 V3.08 以上版本, 當 CR#29 設定為 H 5678 時,CR#0 ~ CR#34 可做為 PID 設定使用 : PID 模式內容說明 CR#0 機種型號 CR#6 CH1 攝氏平均溫度 CR#1 熱電耦型式 CR#7 CH2 攝氏平均溫度 CR#2 CH1 PID 輸出 % CR#8 CH3 攝氏平均溫度 CR#3 CH2 PID 輸出 % CR#9 CH4 攝氏平均溫度 CR#4 CH3 PID 輸出 % CR#6~CR#9: 單位 0.1 C CR#5 CH4 PID 輸出 % CR#2~CR#5: 範圍 :0~1000, 單位 0.1%

CR#10 CH1 溫度設定 PID 模式內容說明 Run/Stop & Auto tuning CR#11 CH2 溫度設定 Bit0:CH1 PID Run/Stop CR#12 CH3 溫度設定 Bit1:CH2 PID Run/Stop CR#13 CH4 溫度設定 Bit2:CH3 PID Run/Stop CR#10~CR#13:PID 目標值設定 (SV) Bit3: CH4 PID runs/stops CR#14 CH1 K P CR#28 0=PID Stop,1=PID Run CR#15 CH2 K P Bit4:CH1 Auto tuning CR#16 CH3 K P Bit5:CH2 Auto tuning CR#17 CH4 K P Bit6:CH3 Auto tuning CR#19 CH1 K I Bit7:CH4 Auto tuning CR#20 CH2 K I CR#21 CH3 K I CR#29 CR#22 CH4 K I CR#30 錯誤碼設為 1 會進入 Auto turning 功能, 完畢時自動改為 0 進入 PID 模式 (H 5678) 寫回 K0, 退出 PID 模式 CR#24 CH1 K D CR#31 CH1 取樣時間 CR#25 CH2 K D CR#32 CH2 取樣時間 CR#26 CH3 K D CR#33 CH3 取樣時間 CR#27 CH4 K D CR#34 CH4 取樣時間 CR#31~CR#34: 範圍 1~30, 單位 1s 註 : 需先進入 PID 模式 (CR#29 寫入 H 5678), 再對其它 CR 做設定 - 10 -

简体中文感谢您采用台达 DVP 系列产品 DVP04TC-S 温度测量模块可接受外部 4 点热电耦温度传感器, 将其转换成 14 位的数字信号透过 DVP-PLC SS/SA/SX/SC/SV 主机程序以指令 FROM/TO 来读写模块内的数据, 模块内具有多个控制寄存器 (CR), 每个寄存器有 16 bits 电源单元与模块分离, 体积小, 安装容易请在使用之前, 详细阅读本使用说明书实施配线, 务必关闭电源上电时请勿接触机体端子或进行维修输入电源切断后, 一分钟之内, 请勿触摸内部电路本机为开放型 (OPEN TYPE) 机壳, 因此使用者使用本机时, 必须将其安装于具防尘防潮及免于电击冲击意外的外壳配线箱内另必须具备保护措施 ( 如 : 特殊的工具或钥匙才可打开 ) 防止非维护人员操作或意外冲击本体, 造成危险及损坏交流输入电源不可连接于输入出信号端, 否则可能造成严重的损坏, 因此请在上电之前再次确认电源配线本体上的接地端子务必正确的接地, 可提高产品抗干扰能力由测温体到温调本体的配线路请用最短距离配线, 为了避免干扰及诱导的影响尽可能将电源线和负载配线分开 DVP04TC-S 温度测量模块本身体积小, 在空间温度传导特性易受其它模块热源影响其测量准确性 ; 建议于安装配置时尽量配置于最外侧, 并尽量避免串接于产生热源较高的数字输出模块及模拟输出模块 DVP04TC-S 温度测量模块之输入误差会因串接模块热源所影响, 产生的误差皆在产品规格 (±1.5 C) 以内 ; 如需更精密控制请于该操作环境动作 30 分钟后, 输入标准温度源进行各通道之误差值调校 (Offset) 为了使测定温度精确值稳定, 在室温操作上电后需要约 20 分钟的预热时间 (50 C 约需 30 分钟预热时间 ) 产品外观尺寸与部位介绍详细部位指示图与外观尺寸请参阅英文版 [Figure1], 单位 :mm 1. 电源错误及运行指示灯 2. 机种型号 3. DIN 轨固定扣 4. 端子 5. 端子配置 6. I/O 模块定位孔 7. 铭牌 8. I/O 模块连接口 9. I/O 模块固定扣 10. DIN 轨糟 (35mm) 11. RS-485 通讯口 12. I/O 模块固定槽 13. 电源输入口 14. I/O 模块连接口输入输出端子台配置请参阅英文版的端子配置示意图外部配线 + - 热电耦 + - 热电耦隔离线 *1 隔离线 *1 CH1 CH4 *2 L- SLD L- SLD 冷接点补偿 MUX 5V 接至电源模块的端 *3 系统接地点第三种接地 (100 以下 ) 24V 0V - 11 - DC/DC 转换器 AG +15V AG -15V 注 1: 使用于模拟输入的配线应采用 J, K, R, S, T 型热电耦温度传感器的连接线或隔离线, 且应与其它电源线或可能引起干扰的接线分开端子镙丝扭力为 1.95 kg-cm (1.7 in-lbs) 注 2: 如果干扰过大请将 SLD 及接地端子连接注 3: 请将电源模块的端及 DVP04TC-S 温度测量模块的端连接到系统接地点, 再将系统接点作第三种接地或接到配电箱的机壳上注意 : 空端子请勿配线只能使用 60/75 C 的铜导线电气规格

电源电压 24VDC (20.4VDC ~ 28.8VDC) (-15% ~ +20%) 额定最大消耗功率操作储存环境耐振动冲击与 DVP-PLC 主机串接说明功能规格 2W, 由外部电源供应 1. 操作 :0 C ~ 55 C( 温度 ),5 ~ 95%( 湿度 ), 污染等级 2 2. 储存 :-25 C ~ 70 C( 温度 ),5 ~ 95%( 湿度 ) 国际标准规范 IEC61131-2, IEC 68-2-6 (TEST Fc)/IEC61131-2 & IEC 68-2-27 (TEST Ea) 模块编号以靠近主机的顺序自动编号由 0 到 7, 最大可连接 8 台且不占用数字 I/O 点数 DVP04TC-S 摄氏 ( C) 华氏 ( F) 模拟讯号输入通道适合感应器形式输入温度范围数字转换范围 4 通道 / 台 J-type, K-type, R-type, S-type, T-type 热电耦 J-type:-100 C ~ 700 C K-type:-100 C ~ 1,000 C R & S type:-10 C ~ 1,700 C T-type:-100 C ~ 350 C J-type:K-1,000 ~ K7,000 K-type:K-1,000 ~ K10,000 R & S type:k-100 ~ K17,000 T-type:K-1,000 ~ K3,500 分辨率 16 bits (0.1 C) 16 bits (0.1 F) 总和精密度响应时间隔离方式数字数据格式平均功能自我诊断功能 - 12 - J-type:-148 F ~ 1,292 F K-type:-148 F ~ 1,832 F R & S type:-14 F ~ 3,092 F T-type:-148 F ~ 662 F J-type:K-3,280 ~ K12,920 K-type:K-1,480 ~ K18,320 R & S type:k-140 ~ K30,920 T-type:K-1,480 ~ K6,620 0.5% 在 (25 C, 77 F) 范围内满刻度时 1% 在 (0 ~ 55 C, 32 ~ 131 F) 范围内满刻度时 200ms 通道数数字电路与模拟电路有隔离, 通道间隔离数字电路与接地之间 :500VDC 模拟电路与接地之间 :500VDC 模拟电路与数字电路之间 :500VDC 24VDC 与接地之间 :500VDC 16 位二补码有 (CR#2 ~ CR#5) 上下极限侦测通道通讯模式 (RS-485) 有 (CR#32) 当与 PLC 主机串接时,RS-485 通讯无法使用控制寄存器 (CR) CR# 参数地址保持型寄存器名称说明 #0 H 4096 O R 机种型号系统内定,DVP04TC-S 机种编码 =H 8B #1 H 4097 O R/W 热电耦型式 b15~b12 b11~b9 b8~b6 b5~b3 b2~b0 保留 CH4 CH3 CH2 CH1 以 CH1 设定来说明 : 1. (b2~b0) 设为 (0, 0, 0) 时, 选用 J-type 2. (b2~b0) 设为 (0, 0, 1) 时, 选用 K-type 3. (b2~b0) 设为 (0, 1, 0) 时, 选用 R-type 4. (b2~b0) 设为 (0, 1, 1) 时, 选用 S-type 5. (b2~b0) 设为 (1, 0, 0) 时, 选用 T-type CR#1: 内容值用来设定温度测量模块选择感应器内部四个通道的工作模式, 每个通道各有 5 种模式, 可独立设定例如要将 CH1 ~ CH4 分别输入设定为 CH1: 模式 0 (b2 ~ b0=000),ch2: 模式 1 (b5 ~ b3=001),ch3: 模式 0 (b8 ~ b6=000),ch4: 模式 1 (b11 ~ b9=001) 时, 须将 CR#1 设为 H 0208, 较高位的位 (b12 ~ b15) 将保留出厂默认值为 H 0000 #2 H 4098 O R/W CH1 平均次数通道 CH1 ~ CH4 讯号的平均次数设定 : #3 H 4099 O R/W CH2 平均次数 V3.04 以前版本 : 可设定范围 K1 ~ K4,095 #4 H 409A O R/W CH3 平均次数 V3.05 以后版本 : 可设定范围 K1 ~ K20 #5 H 409B O R/W CH4 平均次数出厂设定值为 K10 CR#2 ~ CR#5: 注意, 当 PLC 主机利用 TO/DTO 指令写入的平均次数设定时, 请使用接点上升下降缘检出指令 (LDP/LDF ), 以免无法求得正确之输入信号平均值

CR# 参数地址保持型寄存器名称说明 #6 H 409C X R CH1 测量摄氏温度平均值 #7 H 409D X R CH2 测量摄氏温度平均值通道 CH1 ~ CH4 测量摄氏温度平均值显 #8 H 409E X R CH3 测量摄氏温度平均值示单位 0.1 C #9 H 409F X R CH4 测量摄氏温度平均值 #10 H 40A0 X R CH1 测量华氏温度平均值 #11 H 40A1 X R CH2 测量华氏温度平均值通道 CH1 ~ CH4 测量华氏温度平均值显 #12 H 40A2 X R CH3 测量华氏温度平均值示单位 0.1 F #13 H 40A3 X R CH4 测量华氏温度平均值 #14 H 40A4 X R CH1 测量摄氏温度现在值 #15 H 40A5 X R CH2 测量摄氏温度现在值通道 CH1 ~ CH4 测量摄氏温度现在值显 #16 H 40A6 X R CH3 测量摄氏温度现在值示单位 0.1 C #17 H 40A7 X R CH4 测量摄氏温度现在值 #19 H 40A9 X R CH1 测量华氏温度现在值 #20 H 40AA X R CH2 测量华氏温度现在值通道 CH1 ~ CH4 测量华氏温度现在值显 #21 H 40AB X R CH3 测量华氏温度现在值示单位 0.1 F #22 H 40AC X R CH4 测量华氏温度现在值 #24 H 40AE O R CH1 OFFSET 值通道 CH1 ~ CH4 提供使用者自行调整的 #25 H 40AF O R CH2 OFFSET 值 OFFSET 可调范围:-1,000 ~ +1,000 出厂默认值为 K0, 单位 0.1 C #26 H 40B0 O R CH3 OFFSET 值 OFFSET 值定义 : 模块测量温度 -OFFSET #27 H 40B1 O R CH4 OFFSET 值值 = 实际显示温度 #29 H 40B3 X R/W PID 模式设定 #30 H 40B4 X R 错误状态 #31 H 40B5 O R/W 通讯地址设定 #32 H 40B6 O R/W 通讯速率 (Baud rate) 设定 #33 H 40B7 O R/W 恢复出厂设定 - 13 - 设定 H 5678 进入 PID 模式, 其它设定值皆为一般模式出厂默认值 H 0000 储存所有错误状态的数据寄存器, 详细内容请参照错误信息表设定 RS-485 通讯地址, 设定范围 01 ~ 254 出厂默认值为 K1 包含 ASCII/RTU 模式,ASCII 模式数据格式固定为 7 bits 偶位 1 stop bit (7, E, 1), RTU 模式数据格式固定为 8 bits 偶位 1 stop bit (8, E, 1) 通讯速率设定共有六种 : b0:4,800 bps b2:19,200 bps b4:57,600 bps b1:9,600 bps( 出厂值 ) b3:38,400 bps b5:115,200 bps b6 ~ b13: 保留 b14:crc 检查码高低位交换 ( 仅 RTU 模式有效 ) b15:ascii/rtu 模式切换 b15~b12 b11~ b9 b8~b6 b5~b3 b2~b0 ERR 灯 CH4 CH3 CH2 CH1 以 CH1 设定来说明 : 1. b0 ~ b1 保留 b2 设定为 1 时, 所有设定值将回复原厂默认值 ERR 灯定义 : 原厂默认值 b12 ~ b15 = 1111 1. b12 对应 CH1, 当 b12=1 时, 刻度超过 ERR 灯闪烁动作 2. b13 对应 CH2, 当 b13=1 时, 刻度超过 ERR 灯闪烁动作 3. b14 对应 CH3, 当 b14=1 时, 刻度超过

CR# 参数地址保持型寄存器名称说明 #34 H 40B8 O R 韧体版本 #35 ~ #48 系统内部使用 - 14 - ERR 灯闪烁动作 4. b15 对应 CH4, 当 b15=1 时, 刻度超过 ERR 灯闪烁动作 16 进制, 显示目前韧体版本, 如 1.0A 则 H 010A 符号定义 : O 表示为保持型 ;X 表示为非保持型 ( 利用 RS-485 通讯控制时支持, 连接主机时不支持 ) R 表示为可使用 FROM 指令读取数据, 或利用 RS-485 通讯读取数据 W 表示为可使用 TO 指令写入数据, 或利用 RS-485 通讯写入数据 1. 功能码 (Function):03 H 读出寄存器数据 06 H 写入一个 word 数据至寄存器 10 H 写入多笔 words 数据至寄存器 2. CR#30 错误状态表 : 电源异常错误状态内容值 b15 ~ b8 b7 b6 b5 b4 b3 b2 b1 b0 K1 (H 1) 0 0 0 0 0 0 0 1 接点空接 K2 (H 2) 0 0 0 0 0 0 1 0 模式设定错误 K4 (H 4) 0 0 0 0 0 1 0 0 O/G 错误 K8 (H 8) 0 0 0 0 1 0 0 0 保留硬件故障 K16 (H 10) 0 0 0 1 0 0 0 0 变换值异常 K32 (H 20) 0 0 1 0 0 0 0 0 平均次数设定错误 K64 (H 40) 0 1 0 0 0 0 0 0 指令错误 K128 (H 80) 1 0 0 0 0 0 0 0 注 : 每个错误状态由相对应的位 b0 ~ b7 决定, 有可能会同时产生两个以上的错误状态,0 代表正常无错误,1 代表有错误状态产生 3. 在 V3.08 以上版本, 当 CR#29 设定为 H 5678 时,CR#0 ~ CR#34 可做为 PID 设定使用 : PID 模式内容说明 CR#0 机种型号 CR#22 CH4 K I CR#1 热电耦型式 CR#24 CH1 K D CR#2 CH1 PID 输出 % CR#25 CH2 K D CR#3 CH2 PID 输出 % CR#26 CH3 K D CR#4 CH3 PID 输出 % CR#27 CH4 K D CR#5 CH4 PID 输出 % Run/Stop & Auto tuning CR#2~CR#5: 范围 :0~1000, 单位 0.1% Bit0:CH1 PID Run/Stop CR#6 CH1 摄氏平均温度 Bit1:CH2 PID Run/Stop CR#7 CH2 摄氏平均温度 Bit2:CH3 PID Run/Stop CR#8 CH3 摄氏平均温度 Bit3:CH4 PID Run/Stop CR#9 CH4 摄氏平均温度 0=PID Stop,1=PID Run CR#6~CR#9: 单位 0.1 C CR#28 Bit4:CH1 Auto tuning CR#10 CH1 温度设定 Bit5:CH2 Auto tuning CR#11 CH2 温度设定 Bit6:CH3 Auto tuning CR#12 CH3 温度设定 Bit7:CH4 Auto tuning CR#13 CH4 温度设定设为 1 会进入 Auto turning 功能, 完毕时 CR#10~CR#13:PID 目标值设定 (SV) 自动改为 0 CR#14 CH1 K P 进入 PID 模式 (H 5678) CR#29 CR#15 CH2 K P 写回 K0, 退出 PID 模式 CR#16 CH3 K P CR#30 错误码 CR#17 CH4 K P CR#31 CH1 取样时间 CR#19 CH1 K I CR#32 CH2 取样时间 CR#20 CH2 K I CR#33 CH3 取样时间 CR#21 CH3 K I CR#34 CH4 取样时间 CR#31~CR#34: 范围 1~30, 单位 1s 注 : 需先进入 PID 模式 (CR#29 写入 H 5678), 再对其它 CR 做设定

... TÜRKÇE...... Delta DVP serisi PLC leri seçtiğiniz için teşekkürler. DVP04TC-S ünitelerine 4 adet termokupl sıcaklık sensörü bağlanabilir ve bu bağlı sıcaklık sensörlerinden gelen bilgiler 14-bit dijital sinyallere dönüştürülür. Ayrıca DVP PLC CPU da FROM/TO komutları kullanılarak DVP04TC-S modülünün içine veri yazılabilir veya okunabilir. DVP04TC-S modülünün içinde çok adet 16-bit kontrol register (CR) vardır. Ürünün beslemesi ayrı, küçük boyutlu ve kurulumu kolaydır. Lütfen ürünü kullanmadan önce bu bilgi dökümanını dikkatlice okuyunuz. Bağlantıları yapmadan önce ürünün enerjisini kesiniz. Enerji kesildikten sonra 1 dakika boyunca ürünün iç devrelerine dokunmayınız. Bu ürün AÇIK TİP I/O modülü olduğundan dolayı toz, rutubet, elektrik şoku ve titreşimden uzak kapalı yerlere kurulumu yapılmalıdır. Tehlikeleri ve ürünün zarar görmesini engellemek için yetkili olmayan kişilerin ürüne müdahale etmesini engelleyecek önlemler alınmalıdır. (Ör: Panoya kilit konulması gibi). DVP04TC-S ünitesinin giriş/çıkış terminallerine AC power bağlamayınız, Aksi halde ürün zarar görebilir. Enerji vermeden önce bağlantıları kontrol ediniz. Elektromanyetik gürültüyü engellemek için, DVP04PT-S ürününün topraklamasının doğru olduğuna emin olunuz. DVP04TC-S küçük boyutlu bir ünitedir ve ısı iletkenliği aynı ortamda bulunan ısı kaynağından etkilenebilir. Bu durum ölçülen sıcaklık değerinin doğruluğunu da etkiler. Onun için DVP04TC-S ünitesini bağlı olduğu analog ve/veya dijital modüllerle birlikte yüksek ısı kaynağının bulunduğu yerlerden uzak yerlere kurulması tavsiye edilir. DVP04TC-S ünitesi girişi yanına takılı modüllerin ısı kaynağından etkilenebilir. Buna bağlı olarak ölçümde özelliklerde belirtilenin üzerinde hata olabilir(±1.5 C ). Eğer daha doğru kontrol yapmak isteniyorsa, sıcaklık kontrolü başladıktan 30 dakika sonra her giriş için offset ayarı yapılması önerilir. Sıcaklık değerini doğru stabilize etmek için, DVP04TC-S ürününe enerji verdikten sonra oda sıcaklığında iken 20 dakika ısıtma süresi beklenmelidir. 50 C çalışmada ise bu süre 30 dakika olmalıdır. Ürün Profili & Ölçüler Lütfen sayfa 1 de (Şekil 1) ye bakınız., Birim: mm. 1. Durum indikatör (POWER, RUN ve ERROR) 2. Model adı 3. DIN ray klip 4. I/O terminaller 5. I/O nokta indikatör 6. Montaj delikleri 7. Özellik etiketi 8. I/O modül bağlantı portu 9. I/O modül klip 10. DIN ray (35mm) 11. RS-485 haberleşme portu 12. I/O modül klip 13. DC power girişi 14. I/O modül bağlantı portu I/O Terminal Yerleşimi Lütfen İngilizce versiyonu için sayfa 2 ye bakınız. Harici Bağlantı + - Thermocouple + - Thermocouple Shielded cable*1 Shielded cable*1 CH1 CH4 *2 L- SLD L- SLD Cold-junction compensation MUX - 15 -

*2 5V Termi nal of power module System grounding *3 Class 3 grounding (100 of less) 0V 24V DC/ DC converter AG +15V AG -15V Not 1: Ürüne giriş bağlantısı yaparken girişine bağlı termokupl sıcaklık sensörünün orjinal kablosunu kullanınız. PLC terminal vidalarını 1.95 kg-cm (1.7 in-lbs) tork oranında sıkınız. Not 2: Gürültüyü önlemek için SLD terminalini topraklayınız. Not 3: Güç kaynağı modülü terminalinden ve DVP04TC-S modülü toprak terminalinden topraklanmalıdır. Uyarı: No Connection (NC) terminallerine bağlantı yapmayınız. Elektriksel Özellikler Power supply voltajı 24VDC (20.4VDC ~ 28.8VDC) (-15% ~ +20%) Max. güç tüketim oranı Çalışma/saklama Titreşim/şok direnci DVP-PLC MPU ya seri bağlantı Fonksiyonel Özellikler 2W, harici beslemeden beslenir. Çalışma:0 C~55 C (sıcaklık), 5~95% (rutubet),kirlenme derecesi 2 Saklama: -25 C~70 C (sıcaklık), 5~95% (rutubet) Uluslararası standartlar: IEC61131-2, IEC 68-2-6 (TEST Fc)/ IEC61131-2 & IEC 68-2-27 (TEST Ea) Modül CPU ya bağlandığında uzaklığına göre sırasıyla otomatik olarak 0 7 arası numaralandırılır. En yakın modülün numarası 0 ve en uzaktaki modülün numarası 7 dir. Maksimum 8 adet özel modül bağlanabilir ve digital I/O işgal etmezler. DVP04TC-S Celsius ( C) Fahrenheit ( F) Analog giriş kanalı Sensor tipi Sıcaklık giriş aralığı Sıcaklık giriş aralığı Digital dönüşüm aralığı Herbir modül için 4 kanal J-tipi, K-tipi, R-tipi, S-tipi, ve T-tipi termokupl J-tipi: -100 C ~ 700 C K-tipi: -100 C ~ 1,000 C R & S tipi: -10 C ~ 1,700 C T-tipi: -100 C ~ 350 C J-tipi: K-1,000 ~ K7,000 K-tipi: K-1,000 ~ K10,000 R & S tipi: K-100 ~ K17,000 T-tipi: K-1,000 ~ K3,500 Çözünürlük 16 bit (0.1 C) 16 bit (0.1 F) Genel doğruluk Cevap zamanı Izolasyon metodu Digital data formatı Ortalama fonksiyonu Self diagnostic fonksiyonu 0.5% tam skala 25 C (77 F), 1% tam skala 0 ~ 55 C (32 ~ 131 F). 200ms kanal J-tipi: -148 F ~ 1,292 F K-tipi: -148 F ~ 1,832 F R & S tipi: -14 F ~ 3,092 F T-tipi: -148 F ~ 662 F J-tipi: K-3,280 ~ K12,920 K-tipi: K-1,480 ~ K18,320 R & S tipi: K-140 ~ K30,920 T-tipi: K-1,480 ~ K6,620 Digital ve analog devreler arasında izolasyon mevcut. Kanallar arası izolasyon yok. 500VDC Dijital devreler ve Toprak (Ground) arasında 500VDC Analog devreler ve Toprak (Ground) arasında 500VDC Analog devreler ve Dijital devreler arasında 500VDC 24VDC ve Toprak (Ground) arasında 16-bit, 2 nin komplementi Mevcut (CR#2 ~ CR#5) Mevcut - 16 -

DVP04TC-S Celsius ( C) Fahrenheit ( F) Haberleşme modu (RS-485) Kontrol Register Mevcut (CR#32). DVP04TC-S ünitesi CPU nun yanına takıldığı zaman RS-485 pasif olur. CR# Adres Kayıt Register içeriği Açıklama #0 H 4096 O R Model adı #1 H 4097 O R/W Termokupl tipi - 17 - Sistem tarafından ayarlanır: DVP04TC-S model kodu=h 8B b15~b12 b11~b9 b8~b6 b5~b3 b2~b0 Reserve CH4 CH3 CH2 CH1 Örnek: CH1 ayarı 1. (b2, b1, b0) değeri (0, 0, 0), ise J- tipi. 2. (b2, b1, b0) değeri (0, 0, 1), ise K- tipi. 3. (b2, b1, b0) değeri (0, 1, 0), ise R- tipi. 4. (b2, b1, b0) değeri (0, 1, 1), ise S- tipi. 5. (b2, b1, b0) değeri (1, 0, 0), ise T- tipi. CR#1: Dört kanalın çalışma modunu ayarlamak için kullanılır. Her bir kanal için ayrı ayrı ayarlanılabilen 5 tane mod vardır. (J-tipi, K-tipi, R-tipi, S-tipi, ve T-tipi). Örneğin, CH1~CH4 kanallarını ayarlamak istiyorsak: CH1: mod 0 (b2 ~ b0=000), CH2: mod 1 (b5 ~ b3=001), CH3: mod 0 (b8 ~ b6=000) ve CH4: mod 1 (b11 ~ b9=001) ayarlamak için, CR#1 register değeri H 0208 ayarlanmalıdır. Yüksek değerli bitler (b12 ~ b15) reserve olup fabrika değeri = H 0000. #2 #3 H 4098 H 4099 O R/W O R/W CH1 ortalama adeti CH2 ortalama adeti CH1 ~ CH4 kanallarındaki ortalama sıcaklık değerini hesaplamak için okuma sayısıdır. Ayar aralığı: #4 H 409A O R/W CH3 ortalama adeti V3.04 ve öncesi: K1 ~ K4,095. V3.05 ve sonrası: K1 ~ K20. #5 H 409B O R/W CH4 ortalama adeti Default ayarı K10. CR#2 ~ CR#5: PLC ortalama adetleri TO/DTO komutlarını kullanarak ayarlar, doğru ortalama adetleri ayarlamak için yükselen kenar / düşen kenar kontakları (LDP ve LDF gibi) kullanılması önerilir.. #6 H 409C X R CH1 ortalama sıcaklık #7 H 409D X R CH2 ortalama sıcaklık #8 H 409E X R CH3 ortalama sıcaklık #9 H 409F X R CH4 ortalama sıcaklık #10 H 40A0 X R CH1 ortalama sıcaklık #11 H 40A1 X R CH2 ortalama sıcaklık #12 H 40A2 X R CH3 ortalama sıcaklık #13 H 40A3 X R CH4 ortalama sıcaklık #14 H 40A4 X R CH1 mevcut sıcaklık #15 H 40A5 X R CH2 mevcut sıcaklık #16 H 40A6 X R CH3 mevcut sıcaklık #17 H 40A7 X R CH4 mevcut sıcaklık #19 H 40A9 X R CH1 mevcut sıcaklık #20 H 40AA X R CH2 mevcut sıcaklık #21 H 40AB X R CH3 mevcut sıcaklık #22 H 40AC X R CH4 mevcut sıcaklık #24 H 40AE O R CH1 OFFSET Değeri #25 H 40AF O R CH2 OFFSET Değeri #26 H 40B0 O R CH3 OFFSET Değeri #27 H 40B1 O R CH4 OFFSET Değeri #29 H 40B3 X R/W PID mod ayarı CH1 ~ CH4 ortalama sıcaklık değeri. (Birim: 0.1 C). CH1 ~ CH4 ortalama sıcaklık değeri. (Birim: 0.1 F). CH1 ~ CH4 mevcut sıcaklık değeri. (Birim: 0.1 C). CH1 ~ CH4 mevcut sıcaklık değeri. (Birim: 0.1 F). CH1 ~ CH4 offset değeri ayarlar. Ayar aralığı -1,000 ~ +1,000 ve fabrika değeri K0. (Birim: 0.1 C). PID modu aktif etmek için H'5678 ayarlayın. Diğer ayarlar geçersizdir. Default: H 0000.

CR# Adres Kayıt Register içeriği Açıklama #30 H 40B4 X R Hata (Error) durumu #31 H 40B5 O R/W #32 H 40B6 O R/W #33 H 40B7 O R/W Haberleşme adresi ayarı Haberleşme hızı (baud rate) ayarı Fabrika Ayarlarına Reset #34 H 40B8 O R Software versiyon #35 ~ #48 Sistem kullanır - 18 - Hata kodu data register içine kaydedilir. Lütfen hata kodu tablosuna bakınız. RS-485 haberleşme adresi. Ayar aralığı 1 ~ 254 ve fabrika ayarı K1. Haberleşme baud rate (4,800, 9,600, 19,200, 38,400, 57,600 ve 115,200bps). ASCII mod için, data formatı 7 bit, even, 1 stop bit (7, E, 1), RTU modda iken, data formatı 8 bit, even, 1 stop bit (8, E, 1). b0: 4,800 bps (bit/sn). b1: 9,600 bps (bit/sn). (default ayarı) b2: 19,200 bps (bit/sn). b3: 38,400 bps (bit/sn). b4: 57600 bps (bit/sn). b5: 115,200 bps (bit/sn). b6 ~ b13: Reserve. b14: CRC code düşük bit ve yüksek bit arasında anahtarlama (Sadece RTU modda). b15: RTU mod. b15~b12 b1~b9 b8~b6 b5~b3 b2~b0 ERR LED CH4 CH3 CH2 CH1 Örnek: CH1 ayarı 1. b0 ~ b1: Reserve. 2. b2: 1 yapılır ve ürün fabrika ayarlarına resetlenir. ERR LED açıklaması: b12~b15=1111 (default ayarlar) 1. b12 CH1 kanalı: b12=1 ise okunan değer sınırı aştı, ERR LED flash yapar. 2. b13 CH2 kanalı: b13=1 ise okunan değer sınırı aştı, ERR LED flash yapar. 3. b14 CH3 kanalı: b14=1 ise okunan değer sınırı aştı, ERR LED flash yapar. 4. b15 CH4 kanalı: b15=1 ise okunan değer sınırı aştı,err LED flash yapar. Yazılım versiyonunu heksadesimal olarak gösterir. Ör: H 010A = versiyon 1.0A Semboller: O: kalıcı. X: kalıcı değil. (RS-485 kullanılırken destekler, CPU nun yanında iken desteklemez) R: FROM komutu veya RS-485 kullanılarak okunabilen data. W: FROM komutu veya RS-485 kullanılarak yazılabilen data. 1. Fonksiyon kodu: 03 H registerden data okuma. 06 H registere 1 word yazma. 10 H registerlere çoklu word yazma. 2. CR#30 hata kodu (error code) register. Aşağıdaki tabloyu inceleyiniz: Hata açıklaması İçerik b15 ~ b8 b7 b6 b5 b4 b3 b2 b1 b0 Power beslemesi anormal K1 (H 1) 0 0 0 0 0 0 0 1 Boş harici kontak bağlantısı K2 (H 2) 0 0 0 0 0 0 1 0 Ayar modu hatası K4 (H 4) 0 0 0 0 0 1 0 0 Offset/Gain hatası K8 (H 8) Reserved 0 0 0 0 1 0 0 0 Donanım hatası K16 (H 10) 0 0 0 1 0 0 0 0 Dijital aralık hatası K32 (H 20) 0 0 1 0 0 0 0 0 Ortalama adet ayarı hatası K64 (H 40) 0 1 0 0 0 0 0 0

Hata açıklaması İçerik b15 ~ b8 b7 b6 b5 b4 b3 b2 b1 b0 Komut hatası K128 (H 80) Reserved 1 0 0 0 0 0 0 0 Not: Her hata kodu bir bite karşılık gelecektir (b0 ~ b7). İki veya daha fazla hata aynı anda meydana gelebilir. 0 normal durumu 1 ise hata olduğunu gösterir.. 3. CR#29 değeri H 5678 ayarlandığı zaman, DVP04TC-S V3.08 ve üzeri versiyonlarda CR#0 ~ CR#34 kontrol registerleri PID ayarları için kullanılabilir. PID Mod İçeriği Açıklaması CR#0 Model adı CR#6 CH1 ortalama sıcaklık ( C) CR#1 Termokupl tipi CR#7 CH2 ortalama sıcaklık ( C) CR#2 PID çıkış % CH1 CR#8 CH3 ortalama sıcaklık ( C) CR#3 PID çıkış % CH2 CR#9 CH4 ortalama sıcaklık ( C) CR#4 PID çıkış % CH3 CR#6~CR#9: Birim: 0.1 C CR#5 PID çıkış % CH4 CR#2~CR#5: 0~1000; Birim: 0.1% CR#10 CH1 sıcaklık ayarı PID Mod İçeriği Açıklaması Run/Stop & Auto tuning CR#11 CH2 sıcaklık ayarı Bit0: CH1 PID run/stop CR#12 CH3 sıcaklık ayarı Bit1: CH2 PID run/stop CR#13 CH4 sıcaklık ayarı Bit2: CH3 PID run/stop CR#10~CR#13: PID hedef set değeri (SV) Bit3: CH4 PID run/stop CR#14 CH1 K P CR#28 0=PID stop; 1=PID run CR#15 CH2 K P Bit4: CH1 auto tuning CR#16 CH3 K P Bit5: CH2 auto tuning CR#17 CH4 K P Bit6: CH3 auto tuning CR#19 CH1 K I Bit7: CH4 auto tuning CR#20 CH2 K I CR#21 CH3 K I CR#29 1: Auto tuning fonksiyonu etkindir. Auto tuning işlemi tamamlandıktan sonra, değer 0 olur. PID moda giriş(h 5678) K0: PID modundan çıkış CR#22 CH4 K I CR#30 Hata (Error) Kodu CR#24 CH1 K D CR#31 CH1 Örnekleme zamanı CR#25 CH2 K D CR#32 CH2 Örnekleme zamanı CR#26 CH3 K D CR#33 CH3 Örnekleme zamanı CR#27 CH4 K D CR#34 CH4 Örnekleme zamanı CR#31~CR#34: 1~30; Birim: 1s Not: Diğer kontrol registerlarını ayarlamadan önce PID modunu (CR # 29 = H'5678) aktif etmeniz gerekmektedir. - 19 -