ARTM變壓器電氣接點無限測溫智能溫度巡檢儀(yi) 適用於(yu) 一路或多路溫度的測量和控製,主要應用於(yu) 火電廠、水電站等場合的溫度巡檢測量及控製。ARTM-8 變壓器電氣接點無限測溫智能溫度巡檢儀(yi) 適用於(yu) 多路溫度測量與(yu) 控製,可接入最多8路PT100 傳(chuan) 感器,適用於(yu) 低壓開關(guan) 櫃電氣接點、變壓器繞組、電機繞組等場合的測溫
1,型號與(yu) 功能
注:ARTM8的測溫通道可由用戶,具體(ti) 見訂貨範例。
2,技術參數
1.4 包裝
1.4 Packaging
包裝內(nei) 含下列項目:
Packaging contains the following items:
主機(含插拔式端子排,銘牌,安裝支架等);
Main engine (including plug-in terminal, nameplate, mounting bracket, etc.)
產(chan) 品安裝使用手冊(ce) 。’
Product installation manual.
在打開產(chan) 品包裝時,請仔細檢查是否有損壞,如有任何損壞,請及時通知ACREL公司或代理商,並請保留損壞的外包裝。如係ACREL公司或代理商責任,將及時予以更換。
When opening the product packaging, please check if there is any damage, please inform ACREL or agent in time, and please keep the damaged outer packing. If it is the responsibility of ACREL company or agent, it will be replaced in time.
1.5 安裝和接線方法
1.5 Installation and fixing
1.5.1 安裝尺寸
1.5.1 Outlines
n ARTM8:
1.5.2安裝方法
1.5.2 Installation
在您的配電盤上,選擇合適的地方開一個(ge) 與(yu) 所安裝溫度巡檢儀(yi) 開孔尺寸相同的安裝孔。
On your switchboard, select the appropriate place to open a hole with the same size as the installed temperature inspector.
取出溫度巡檢儀(yi) ,鬆開定位螺釘(逆時針),取下安裝支架。
Remove the temperature inspector, loosen the positioning screw (counterclockwise) and remove the mounting bracket.
把儀(yi) 表插入配電盤儀(yi) 表孔中。
Insert the meter into the dial gauge hole.
插入儀(yi) 表後裝上安裝支架、定位螺釘(順時針)。
Insert mounting bracket and positioning screw (clockwise) after instrumentation.
1.5.3 接線方法(請以儀表上的接線圖為準)
1.5.3 Fixing (Please refer to the wiring diagram on the meter)
n ARTM8:
注意:二線製接線時必須按照圖示,將熱電阻傳(chuan) 感器的其中一根引線接到2個(ge) 端子上。
Notice:In the second wire connection, one of the wires of the thermal resistance sensor must be connected to two terminals according to the diagram.
2 操作指南
2.1 顯示介紹
2.1 Display explanation
n ARTM8的麵板圖示
n ARTM8 Panel graphic
2.2 係統上電
2.2 System power on
依照說明正確接線後,接通工作電源即進入測量狀態。
After the correct wiring is indicated, the working power is connected to the measuring state.
2.3 係統設置模式
2.3 System setting mode
2.3.1 進入/退出係統設置模式
2.3.1 Enter/exit system setting mode
在正常情況下,儀(yi) 表處於(yu) 正常工作狀態,此時按下SET鍵大於(yu) 3秒,會(hui) 進入係統設置模式,進入係統設置模式前,首先需要輸入正確的密碼(出廠時一般設置為(wei) 0001)。
Under normal circumstances, the normal work of the instrument, press the SET key at this time more than 3 seconds, will enter the system setup mode, before entering the system setup mode, you first need to enter the correct password (factory generally SET to 0001).
進入係統設置模式的具體(ti) 操作如下:
The specific operation of entering the system setting mode is as follows:
(1)按住SET鍵,直至畫麵顯示“Prog",再單擊回車鍵,顯示“code",提示要輸入密碼,再單擊回車鍵出現“0000",按左右方向鍵減小或增大數值大小至正確的密碼;
(1)Press SET key, until it showed "Prog", then click the enter key to display "code", prompt to enter a password, then click the enter key in "0000", according to the or so direction key numerical size to decrease or increase the correct password.
(2)密碼正確,則畫麵顯示“PASS",單擊回車即進入係統設置的最高一層菜單;否則顯示“Err"(error),單擊回車返回正常模式。
(2)The password is correct, the screen shows "PASS", and click enter to enter the highest level menu of system Settings; otherwise, "Err" (error) is displayed, and click return to return to normal mode.
係統設置包括報警點設置(菜單“SET"),回滯量及報警延時設置(菜單“HyS"),顯示模式設置(菜單“DISP"),通訊設置(菜單“BUS"),設置新密碼(菜單“n.cod"),查看軟件版本號(菜單“UErn")。
System Settings includes emergency alarm Settings (menu "SET"), the amount of hysteresis and alarm delay Settings
(menu " HyS "), the display mode Settings (menu " DISP "), communication Settings (menu "BUS"), setting a new password (menu "n.cod"), to check the software version number (menu "UErn").
2.3.2 係統設置模式下的操作
2.3.2 Operation under system setting mode.
進入係統設置模式後,選擇菜單狀態進入。
After entering the system Settings mode, select menu status to enter.
(1)“SET"狀態設置
(1)“SET" state setting
密碼設置成功,進入係統設置模式以後,按左或右方向鍵直到顯示“SET",回車確認後顯示“CH1",再次回車後顯示“ON"或“OFF",可按左或右方向鍵選擇。選擇“OFF",回車,即屏蔽通道1的溫度測量和監控,畫麵返回“CH1";選擇“ON",回車,即打開通道1的溫度測量和監控,並顯示“AL1",即通道1的報警點1的設定,回車進入顯示“HI"或“LO",首先按左或右鍵選擇設定報警點1的報警趨勢,“HI"表示高越限報警,“LO"表示低越限報警,回車確認後設定具體(ti) 數值,按左右方向鍵減小或增大數值大小,達到要求後回車確定,係統返回“AL1"。
After entering the system setting mode, press left or right arrow keys until the "SET" is displayed. After returning the car, the "CH1" will be displayed, and the "ON" or "OFF" will be displayed after enter, and the left or right arrow keys can be selected. Select "OFF", enter, the temperature measurement and monitoring of shield channel 1, and return "CH1"; Choose "ON", press enter, or open channel 1 temperature measurement and monitoring, and display the "AL1", namely channel 1 emergency alarm 1 set, enter into the show "HI" or "LO", firstly, according to the left or the right to choose to set alarm trend of emergency alarm 1, said "HI" the high limit alarm, "LO" said low limit alarm, press enter to confirm after setting specific values, press the left right direction key numerical size, decrease or increase after reaching requirements determine rate of return, return to "AL1" system.
在“AL1"狀態下按左或右鍵選擇“AL2",即通道1的報警點2的設定,設定方法與(yu) “AL1"*相同。
In the "AL1" state, press left or right select "AL2", which is the setting of alarm point 2 of channel 1, and the setting method is exactly the same as "AL1".
在“AL1"或“AL2"狀態下,按“SET"鍵返回“CH1",此時再按左或右鍵選擇可進入其他通道的設置,設置方法與(yu) 通道1*相同。
Under the condition of "AL1" or "AL2", press "SET" to return "CH1". At this time, select the Settings that can enter other channels on the left or right button, and the setting method is exactly the same as channel 1.
在“CH1"、“CH2"、“CH3"等狀態下按“SET"鍵返回最高一層菜單“SET"。
Press "SET "to return the top menu "SET" in "CH1", "CH2" and "CH3".
(2)“HyS"狀態設置
(2)“HyS" state setting
進入係統設置模式以後,按左或右方向鍵直到顯示“HyS",即設置報警的回滯量和報警延時。按回車鍵進入,選擇“HyS1"設定所有通道報警1的回滯量;選擇“HyS2"設定所有通道報警2的回滯量,選擇“DEL"設定報警延時時間。報警延時設定的範圍是1~10,而單位並非秒,假定現設定報警延時值為(wei) 4,即連續“4"次測得某一通道的溫度處於(yu) 報警位置,才觸發報警。
After entering the system setting mode, press the left or right arrow keys until the "HyS" is displayed, that is, set the alarm back delay and alarm delay. Press enter key to enter, select "HyS1" to set the return amount of all channel alarm 1; select "HyS2" to set the back delay of all channel alarm 2, and select "DEL" to set alarm delay time. The range of alarm delay setting is 1~10, and the unit is not seconds, assuming that the alarm delay value is 4, that is, the temperature of a channel must be set at the alarm setting in a continuous "4" test, then the alarm will be triggered.
(3)“DISP"狀態設置
(3)“DISP" state setting
進入係統設置模式以後,按左或右方向鍵直到顯示“DISP",按回車鍵進入“cyc"狀態,即設置循環顯示各通道溫度值的間隔時間,回車進入數值設置,設置範圍0~20,其中0表示正常模式下靜態顯示某一通道的溫度值,其餘(yu) 數值即正常模式下循環顯示的間隔時間(單位:秒)。回車確認後返回“DISP"狀態。
Into system setting mode, press left or right direction until the show "DISP", press the enter key to enter "cyc" state, which set up the cycle time interval of each channel temperature value, enter into the value set, the set range 0 ~ 20, where 0 means normal mode shows a static channel temperature value, the rest of the numerical display of cycle in the normal mode namely time interval (unit: second). Enter the "DISP" state after the enter confirmation.
設定靜態顯示,在正常模式下按住左或右鍵不放,可快速切換到需要的通道溫度顯示,並保持。
Set the static display, press left or right button in normal mode, can accelerate the switch to the required channel temperature display, and maintain.
設定循環顯示,在正常模式下按住右鍵不放,可加快循環顯示速度。
Set the cycle to display, under normal mode, hold right button, can speed up the circulation display speed.
(4)“BUS"狀態設置
(4)“BUS" state setting
進入係統設置模式以後,按左或右方向鍵直到顯示“BUS",即通訊設定,回車確認後顯示“Addr"狀態,再次回車後就可以設置地址的值,通過左或右方向鍵改變地址值,按回車確認後返回“Addr"狀態,按左或右方向鍵選擇“Baud"狀態,回車進入後通過左或右方向鍵選擇合適的波特率,按回車鍵確認退出。
Enter the system after setting mode, press left or right direction until the show "Bus", namely the communication setting, press enter to confirm after the "Addr" status display, enter again after can set the value of address, change address
values by left or right direction key, press enter to confirm back the "Addr" status, according to the left or right direction key to choose "Baud" state, after enter into by left or right direction key to choose the appropriate Baud rate, press enter to confirm.
顯示狀態 Display state | 解釋 Explanation | 可設定範圍 Adjustable range |
Addr | 通訊地址 Communication address | 0001~0247 |
Baud | 通訊波特率 Communication baud rate | 1200、2400、4800、9600、19200 |
(5)“n.cod"狀態設置
(5)“n.cod" state setting
進入係統設置模式以後,按左或右方向鍵直到顯示“n.cod",即設置新的係統密碼,按回車進入後,按左或右鍵輸入合適的新密碼後,按回車確認。
Enter the system after setting mode, press left or right direction until the show "n.cod", set up new system password, press enter to enter, press the left or right input right after the new password, and press enter to confirm.
(6)“UErn"狀態設置
(6)“UErn" state setting
進入係統設置模式以後,按左或右方向鍵直到顯示“UErn",即查看產(chan) 品軟件版本號,按回車後進入查看狀態。
After entering the system setting mode, press the left or right arrow keys until the "UErn" is displayed, that is, check the product software version number, and press enter to enter the viewing status.
2.3.3 保存設置選擇
2.3.3 Save Settings selection
全部參數設置完成後,在上述六個(ge) 狀態中的任意一個(ge) 狀態下按“SET"鍵,進入“SAUE"狀態,即保存數據。此時,按回車鍵保存設置的內(nei) 容,按“SET"鍵直接退出係統設置模式,不保存所設置的內(nei) 容,返回正常模式後按原有參數運行。
After all the parameter Settings are completed, press the "SET" button in any of the above six states to enter the "SAVE" state, which is to save the data. At this time, press enter key to save the Settings, press the "SET" key to directly exit the system setting mode, do not save the contents SET, return to normal mode and follow the original parameters.
2.3.4 用戶編程流程圖
2.3.4 The Programming chart
3通訊指南
3 Communication
在本章主要講述如何利用軟件通過通訊口來操控該係列儀(yi) 表。本章內(nei) 容的掌握需要您具有MODBUS協議的知識儲(chu) 備並且通讀了本冊(ce) 其他章節所有內(nei) 容,對本產(chan) 品功能和應用概念有較全麵的了解。
This chapter focuses on how to use software to manipulate the series of instruments through a communication port. The mastery of the content of this chapter requires that you have the knowledge reserve of MODBUS protocol and read all the contents of the other chapters of this book, and have a comprehensive understanding of the functions and application concepts of the product.
本章內(nei) 容包括:MODBUS協議簡述,通訊應用格式詳解,本機的應用細節及參量地址表。
The contents of this chapter include: brief introduction of MODBUS protocol, details of communication application format, application details of the machine and parameter address table.
3.1 協議簡述
3.1 The protocol explanation
3.1.1 傳輸方式
3.1.1 Transmission format
傳(chuan) 輸方式是指一個(ge) 數據幀內(nei) ,一係列獨立的數據結構以及用於(yu) 傳(chuan) 輸的數據的有限規則,下麵定義(yi) 了與(yu) MODBUS協議(RTU方式)相兼容的傳(chuan) 輸方式。
Transport refers to a data frame, a series of separate data structure and used for the transmission of data to limited rules, the following defines that is compatible with the MODBUS protocol (RTU) transmission mode.
每個(ge) 字節的位
Bits per byte
l 1個(ge) 起始位
l 1 start bit
l 8個(ge) 數據位,最小的有效位先發送
l 8 data bits, the smallest valid bit is sent firstly
l 無奇偶校驗位
l Unexciting parity bit
l 1個(ge) 停止位
l 1 stop bit
錯誤檢測:CRC(循環冗餘(yu) 校驗)
Error detection: CRC (Cyclic redundancy check)
3.1.2 協議
3.1.2 Protocol
當數據幀到達終端設備時,它通過一個(ge) 簡單的“端口"進入被尋址的設備,該設備去掉數據幀的“信封"(數據頭),讀取數據,如果沒有錯誤,就執行數據所請求的任務,然後,它將自己生成的數據加入到取得的“信封"中,把數據幀返回給發送者。返回的響應數據幀中包含了以下內(nei) 容:終端從(cong) 機地址(Address)、被執行了的命令(Function)、執行命令生成的被請求數據(Data)和一個(ge) 校驗碼(Check)。發生任何錯誤都不會(hui) 有成功的響應。
When data frames to terminal equipment, it by a simple "ports" to be addressing device, the device to remove the "envelope" data frames (data), read the data, if there are no mistakes, will carry out the tasks of the requested data, then, it will generate its own data to join the "envelope" of the data frame is returned to the sender. The response returned Data frame contains the following contents: the terminal Address (Address), was carried out from the machine's command (Function), execute the command to generate the requested Data (Data) and a Check code (Check). There will be no successful response to any errors.
3.1.2.1 數據幀格式
3.1.2.1 Data frame format
Address | Function | Data | Check |
8-bits | 8-bits | N×8-bits | 16-bits |
3.1.2.2地址域
3.1.2.2 Address code
地址域在幀的開始部分,由一個(ge) 字節(8位二進製碼)組成,十進製為(wei) 0~255,在我們(men) 的係統中隻留用1~247,其它地址保留。這些位標明了用戶的終端設備地址,該設備將接收來自與(yu) 之相連的主機數據。每個(ge) 終端設備的地址必須是的,僅(jin) 僅(jin) 被尋址到的終端會(hui) 響應包含了該地址的查詢。當終端發送回一個(ge) 響應,響應中的從(cong) 機地址數據便告訴了主機哪台終端正與(yu) 之進行通訊。
The Address is at head of the data, and it has 1 byte (8-bits binary code). The decimal is 0~255. In ARTM, it just uses 1~247. It stores the slave address. These bits indicate the address of the terminal device specified by the user, which will receive the host data that is connected to it. The address of each terminal device must be only one, and only the addressable terminal will respond to the query containing the address. When the terminal sends back a response, the data from the machine address in the response tells the host which terminal is communicating with it.
3.1.2.3 功能域
3.1.2.3 Function code
功能域代碼告訴了被尋址到的終端執行何種功能。下表列出了該係列儀(yi) 表用到的功能碼,以及它們(men) 的意義(yi) 和功能。
The functional domain code tells what function the addressable terminal performs. The following table lists the functional codes used in this series of instruments, as well as their meanings and functions.
代碼 Code | 意義(yi) Meaning | 行為(wei) Action |
03或04 03 or 04 | 讀數據寄存器 Read/hold register | 獲得一個(ge) 或多個(ge) 寄存器的當前二進製值 Get the current binary value from one or multi hold register |
16 | 預置多寄存器 multiregister | 設定二進製值到一係列多寄存器中 Put the binary value into multi hold register |
3.1.2.4 數據域
3.1.2.4 Data code
數據域包括了終端執行特定功能所需要的數據或者終端響應查詢時采集到的數據。這些數據的內(nei) 容可能是數值、參考地址或者設置值。例如:功能域碼告訴終端讀取一個(ge) 寄存器,數據域則要指明從(cong) 哪個(ge) 寄存器開始及讀取多少個(ge) 數據,內(nei) 嵌的地址和數據依照類型和從(cong) 機之間的不同內(nei) 容而有所不同。
The data domain includes the data that the terminal needs to perform a particular function, or the data collected when the terminal responds to the query. The contents of these data may be numeric, reference addresses, or set values. For example, code tells terminal functional domains to read from a register, data domain to indicate the starting which register and read how many data, the embedded address and data in accordance with the type and different content varies between machine.
3.1.2.5 錯誤校驗域
3.1.2.5 Check code
該域允許主機和終端檢查傳(chuan) 輸過程中的錯誤。有時,由於(yu) 電噪聲和其它幹擾,一組數據在從(cong) 一個(ge) 設備傳(chuan) 輸到另一個(ge) 設備時在線路上可能會(hui) 發生一些改變,出錯校驗能夠保證主機或者終端不去響應那些傳(chuan) 輸過程中發生了改變的數據,這就提高了係統的安全性和效率,錯誤校驗使用了16位循環冗餘(yu) 的方法。
This code allows the error of transmission between the master and slave. Sometimes, there will be the errors when a data transferred from equipment to another in the interference due to the electrical noise and other disturbances. The check code can make the slave not to answer the error data in the transmission. This improves the security and efficiency of the system. Check node uses 16-bits cyclic redundancy.
3.1.3錯誤檢測的方法
3.1.3 Check mode
錯誤校驗(CRC)域占用兩(liang) 個(ge) 字節,包含了一個(ge) 16位的二進製值。CRC值有傳(chuan) 輸設備計算出來,然後附加到數據幀上,接收設備在接收數據時重新計算CRC值,然後與(yu) 就收到的CRC域中的值進行比較,如果這兩(liang) 個(ge) 值不相等,就發生了錯誤。
CRC occupies 2 bytes, and it contains a binary value of 16 bits. It is got by the transmission equipment, and than it is added in the data frame. The master will recalculate the CRC value, and then it compares the value to that received. If 2 values is not same, there must be error.
CRC運算時,首先將一個(ge) 16位的寄存器預置為(wei) 全1,然後連續把數據幀中的每個(ge) 字節中的8位與(yu) 該寄存器的當前值進行運算,僅(jin) 僅(jin) 每個(ge) 字節的8個(ge) 數據位參與(yu) 生成CRC,起始位和終止位以及可能使用的奇偶位都不影響CRC。在生成CRC時,每個(ge) 字節的8位與(yu) 寄存器中的內(nei) 容進行異或,然後將結果向低位移位,高位則用0補充,位(LSB)移出並檢測,如果是1,該寄存器就與(yu) 一個(ge) 預設的固定值(0A001H)進行一次異或運算,如果位為(wei) 0,則不作任何處理。
The CRC algorithm, you will preset a 16-bit register all to 1, then each byte in the data frame of eight consecutive operation with the current value of the register, only 8 bits of each byte in generate CRC, start bit and stop bit and the possibility of using parity bit does not affect the CRC. When generate CRC, each byte of eight different XOR with the contents of the registers, then the results to the low displacement, high use 0, lowest (LSB) removed and test, if it is 1, the register is fixed with a preset value (0A001H) for an XOR operation, if the lowest is 0, do not make any processing.
上述處理重複進行,直到執行完了8次移位操作,當最後一位(第8位)移位完成以後,下一個(ge) 8位字節與(yu) 寄存器的當前值進行異或運算,同樣進行上述的另一個(ge) 8次移位異或操作,當數據幀中的所有字節都作了處理,生成的最終值就是CRC值。
The above process repeated, until the end of the eight times perform shift operation, when the last one (eighth) after the completion of the shift, an 8-bit bytes and register under the current value of XOR operation, another eight times for the same shift XOR operation, when all the bytes of a data frame processing, generate the final value is CRC value.
生成一個(ge) CRC的流程為(wei) :
The process of generating a CRC is:
1、 預置一個(ge) 16位寄存器為(wei) 0FFFFH(全1),稱之為(wei) CRC寄存器。
1、 Preset a 16-bit register to be 0FFFFH (all 1), which is called CRC register.
2、 把數據幀的第一個(ge) 字節的8位與(yu) CRC寄存器中的低字節進行異或運算,結果存回CRC寄存器。
2、XORing the 8 bits of the first byte of the data frame with the low byte in the CRC register, and the result is saved back to the CRC register.
1、 將CRC寄存器向右移一位,最高位填以0,位移出並檢測。
3、Move the CRC register to the right one, the highest position is 0, and the minimum displacement is detected.
4、如果位為(wei) 0:重複第三步(下一次移位);如果位為(wei) 1:將CRC寄存器與(yu) 一個(ge) 預設的固定值(0A001H)進行異或運算。
4、If the lowest level is 0: repeat step 3 (the next shift);If the lowest level is 1: the CRC register is XORed with a preset fixed value (0A001H).
5、 重複第三步和第四步直到8次移位。這樣處理完了一個(ge) 完整的8位。
5、Repeat step 3 and step 4 up to 8 shifts. This completes a complete 8 bit.
6、 重複第2步到第5步來處理下一個(ge) 8位,直到所有的字節處理結束。
6、Repeat step 2 to step 5 to handle the next 8 bit, knowing that all byte processing ends.
7、 最終CRC寄存器的值就是CRC的值。
7、The value of the final CRC register is the value of CRC.
此外,還有一種利用預設的表格計算CRC的方法,它的主要特點是計算速度快,但是表格需要較大的存儲(chu) 空間,該方法此處不再贅述,請參閱相關(guan) 資料。
In addition, there is a way to use the default form of CRC calculation method, its main characteristic is computing speed, but the form needs large storage space, the method is no longer here, please refer to the relevant information.
3.2 通訊應用格式詳解
3.2 Communication example
本節所舉(ju) 實例將盡可能的使用如下表所示的格式,(數字為(wei) 16進製)。
The examples in this section will use the format shown in the following table as much as possible (the number is hexadecimal).
Addr | Fun | Data start reg hi | Data start reg lo | Data #of reg hi | Data #of reg lo | CRC16 lo | CRC16 hi |
01H | 03H | 00H | 00H | 00H | 03H | 05H | CBH |
Addr:從(cong) 機地址
Addr: slave address
Fun:功能碼
Fun: function code
Data start reg hi:數據起始地址 寄存器高字節
Data start reg hi: the start of data code, the high byte
Data start reg lo:數據起始地址 寄存器低字節
Data start reg lo: the start of data code, the low byte
Data #of reg hi:數據讀取個(ge) 數 寄存器高字節
Data #of reg hi: the number of data, the high byte
Data #of reg lo:數據讀取個(ge) 數 寄存器低字節
Data #of reg lo: the number of data, the low byte
CRC16 hi:循環冗餘(yu) 校驗 高字節
CRC16 hi: check data, the high byte
CRC16 lo:循環冗餘(yu) 校驗 低字節
CRC16 lo: check data, the low byte
3.2.1 讀數據(功能碼03/04)
3.2.1 Read data (function code 03/04)
l 查詢數據幀
l The read data frame
此功能允許用戶獲得設備采集與(yu) 記錄的數據及係統參數。主機一次請求的數據個(ge) 數沒有限製,但不能超出定義(yi) 的地址範圍。
This function allows the user to get the data measured and registered by slave and its system parameters. There is not the asking limit, but the data cannot exceed the defined code domain.
下麵的例子是從(cong) 01號從(cong) 機讀3個(ge) 采集到的基本數據(數據幀中的每個(ge) 地址占用2個(ge) 字節)T1、T2、T3,其中T1的地址為(wei) 0006H,T2的地址為(wei) 0007H,T3的地址為(wei) 0008H。
For example, the 3 data (T1, T2, T3) is red by slave No.01. Each code in the data frame has 2 bytes. T1 is 0006H, T2 is 0007H, T3 is 0008H.
Addr | Fun | Data start Addr hi | Data start Addr lo | Data #of Reg hi | Data #of Reg lo | CRC16 lo | CRC16 hi |
01H | 03H | 00H | 06H | 00H | 03H | E5 | CA |
l 響應數據幀
l The answer data frame
響應數據幀包括從(cong) 機地址、功能碼、數據的數量、采集的數據和CRC錯誤校驗。
The answer data frame includes slave address code, function code, data number code, the measured data code and CRC
code.
下麵的例子是讀取T1、T2、T3(T1=016AH,T2=016BH,T3=0169H)的響應。
The example as below: T1, T2, T3(T1=016AH, T2=016BH, T3=0169H)
Addr | Fun | Byte Count | Data1 Hi | Data1 Lo | Data2 Hi | Data2 Lo | Data3 Hi | Data3 Lo | CRC16 Lo | CRC16 Hi |
01H | 03H | 06H | 01H | 6AH | 01H | 6BH | 01H | 69H | 89H | 33H |
3.2.2 預置多寄存器(功能碼16)
3.2.2 Multi register (function code 16)
l 查詢數據幀
l The read data frame
功能碼16允許用戶改變多個(ge) 寄存器的內(nei) 容,該儀(yi) 表中係統參數等可用此功能碼寫(xie) 入。
The function code 16 allows user to change the content in the register. The system parameters of ARTM can be changed by this code.
下麵的例子是預置ARTM8或ARTM16,設定溫度顯示的間隔時間為(wei) 4秒,並關(guan) 閉通道1和通道2的溫度測量。顯示控製字的地址為(wei) 0003H,通道開/關(guan) 狀態控製寄存器的地址為(wei) 0004H。
The example as below, set the interval of loop display is 4 seconds; and turn off temperature input channel 1 and channel 2. The code of display control word is 0003H, the code of state of NO/OFF is 0004H.
Addr | Fun | Data start hi | Data start lo | Data #of reg hi | Data #of reg lo | Byte Count | Value1 Hi | Value1 Lo | Value2 Hi | Value2 Lo | CRC16 Lo | CRC16 hi |
01H | 10H | 00H | 03H | 00H | 02H | 04H | 00H | 04H | FFH | FCH | B3H | CAH |
l 響應數據幀
l The answer data frame
對於(yu) 預置寄存器請求的正常響應數是在寄存器值改變後回應機器地址、功能碼、數據起始地址、數據個(ge) 數、CRC校驗碼。
The normal response number for the preset register request is to respond to the machine address, function code, data start address, data number and CRC check code after the register value changes.
Addr | Fun | Data start Addr hi | Data start Addr lo | Data #of Reg hi | Data #of Reg lo | CRC16 lo | CRC16 hi |
01H | 10H | 00H | 03H | 00H | 02H | B1H | C8H |
3.3 參量地址表
3.3 Parameter list
地址 Code | 參數 Parameter | 讀寫(xie) 屬性 R/W | 數值範圍 Value | 數據類型 Format |
0000H 高字節 High byte | 儀(yi) 表型號 The type of ARTM | R | 1:ARTM8;2:ARTM16 | word |
0000H 低字節 Low byte | 傳(chuan) 感器類型 The type of sensor | R | 1:Pt100;2:Cu50 | |
0001H | 保護密碼 Password | R/W | 0000~9999 | word |
0002H 高字節 High byte | 通訊地址 Slave address | R/W | 0001~0247 | word |
0002H 低字節 Low byte | 通訊波特率 Communication speed | R/W | 0-4:對應1200、2400、4800、9600、19200 0-4: for 1200、2400、4800、9600、19200 | |
0003H | 顯示控製字 Display setting | R/W | 0~20,0表示靜態顯示 ,其餘(yu) 表示循環顯示的間隔時間 0~20,0 normal display; the others is the interval of loop display | word |
0004H 高字節 High byte | 9~16通道狀態:打開/屏蔽 (僅(jin) ARTM16有效) 9~16 channel state: ON/OFF (just for ARTM16) | R/W | 每一位分別對應一個(ge) 通道的狀態: 0— 屏蔽,1—打開 Each bit corresponds one channel: 0-OFF, 1-ON | word |
0004H 低字節 Low byte | 1~8通道狀態:打開/屏蔽 1~8 channel: ON/OFF | R/W | 每一位分別對應一個(ge) 通道的狀態: 0— 屏蔽,1—打開 Each bit corresponds one channel: 0-OFF, 1-ON | |
0005H 高字節 High byte | 9~16通道的傳(chuan) 感器狀態 (僅(jin) ARTM16有效) 9~16 channel sensor state: (just for ARTM16) | R | 每一位分別對應一個(ge) 通道傳(chuan) 感器的狀態:0—正常,1—錯誤 Each bit corresponds one channel: 0-OK, 1-ERRO | word |
0005H 低字節 Low byte | 1~8通道的傳(chuan) 感器狀態 1~8 channel sensor state | R | 每一位分別對應一個(ge) 通道傳(chuan) 感器的狀態:0—正常,1—錯誤 Each bit corresponds one channel: 0-OK, 1-ERRO | |
0006H | 溫度測量值T1 Temperature value T1 | R | Pt100:-200~600; Cu50:-50~150 | word |
0007H | 溫度測量值T2 Temperature value T2 | R | Pt100:-200~600; Cu50:-50~150 | word |
0008H | 溫度測量值T3 Temperature value T3 | R | Pt100:-200~600; Cu50:-50~150 | word |
0009H | 溫度測量值T4 Temperature value T4 | R | Pt100:-200~600; Cu50:-50~150 | word |
000AH | 溫度測量值T5 Temperature value T5 | R | Pt100:-200~600; Cu50:-50~150 | word |
000BH | 溫度測量值T6 Temperature value T6 | R | Pt100:-200~600; Cu50:-50~150 | word |
000CH | 溫度測量值T7 Temperature value T7 | R | Pt100:-200~600; Cu50:-50~150 | word |
000DH | 溫度測量值T8 Temperature value T8 | R | Pt100:-200~600; Cu50:-50~150 | word |
000EH | 溫度測量值T9 (僅(jin) ARTM16有效) Temperature value T9 (just for ARTM16) | R | Pt100:-200~600; Cu50:-50~150 | word |
000FH | 溫度測量值T10 (僅(jin) ARTM16有效) Temperature value T10 (just for ARTM16) | R | Pt100:-200~600; Cu50:-50~150 | word |
0010H | 溫度測量值T11 (僅(jin) ARTM16有效) Temperature value T11 (just for ARTM16) | R | Pt100:-200~600; Cu50:-50~150 | word |
0011H | 溫度測量值T12 (僅(jin) ARTM16有效) Temperature value T12 (just for ARTM16) | R | Pt100:-200~600; Cu50:-50~150 | word |
0012H | 溫度測量值T13 (僅(jin) ARTM16有效) Temperature value T13 (just for ARTM16) | R | Pt100:-200~600; Cu50:-50~150 | word |
0013H | 溫度測量值T14 (僅(jin) ARTM16有效) Temperature value T14 (just for ARTM16) | R | Pt100:-200~600; Cu50:-50~150 | word |
0014H | 溫度測量值T15 (僅(jin) ARTM16有效) Temperature value T15 (just for ARTM16) | R | Pt100:-200~600; Cu50:-50~150 | word |
0015H | 溫度測量值T16 (僅(jin) ARTM16有效) Temperature value T16 (just for ARTM16) | R | Pt100:-200~600; Cu50:-50~150 | word |
0016H 高字節 High byte | 9~16通道AL1的報警趨勢 (僅(jin) ARTM16有效) 9th~16th channel AL1 alarm trend (just for ARTM16) | R/W | 每一位分別對應一個(ge) 通道AL1的報警趨勢:0—低報警,1—高報警 Each bit corresponds one channel AL1: 0-low alarm, 1-high alarm | word |
0016H 高字節 High byte | 9~16通道AL1的報警趨勢 (僅(jin) ARTM16有效) 9th~16th channel AL1 alarm trend (just for ARTM16) | R/W | 每一位分別對應一個(ge) 通道AL1的報警趨勢:0—低報警,1—高報警 Each bit corresponds one channel AL1: 0-low alarm, 1-high alarm | word |
0016H 低字節 Low byte | 1~8通道AL1的報警趨勢 1th~8th channel AL1 alarm trend | R/W | 每一位分別對應一個(ge) 通道AL1的報警趨勢:0—低報警,1—高報警 Each bit corresponds one channel AL1: 0-low alarm, 1-high alarm | |
0017H 高字節 High byte | 9~16通道AL2的報警趨勢 (僅(jin) ARTM16有效) 9th~16th channel AL2 alarm trend (just for ARTM16) | R/W | 每一位分別對應一個(ge) 通道AL2的報警趨勢:0—低報警,1—高報警 Each bit corresponds one channel AL2: 0-low alarm, 1-high alarm | word |
0017H 低字節 Low byte | 1~8通道AL2的報警趨勢 1th~8th channel AL2 alarm trend | R/W | 每一位分別對應一個(ge) 通道AL2的報警趨勢:0—低報警,1—高報警 Each bit corresponds one channel AL2: 0-low alarm, 1-high alarm | |
0018H | 通道1的AL1報警設定值 Setpoint of AL1 for 1st channel | R/W | Pt100:-200~600; Cu50:-50~150 | word |
0019H | 通道1的AL2報警設定值 Setpoint of AL2 for 1st channel | R/W | Pt100:-200~600; Cu50:-50~150 | word |
001AH | 通道2的AL1報警設定值 Setpoint of AL1 for 2st channel | R/W | Pt100:-200~600; Cu50:-50~150 | word |
001BH | 通道2的AL2報警設定值 Setpoint of AL2 for 2st channel | R/W | Pt100:-200~600; Cu50:-50~150 | word |
001CH | 通道3的AL1報警設定值 Setpoint of AL1 for 3st channel | R/W | Pt100:-200~600; Cu50:-50~150 | word |
001DH | 通道3的AL2報警設定值 Setpoint of AL2 for 3st channel | R/W | Pt100:-200~600; Cu50:-50~150 | word |
001EH | 通道4的AL1報警設定值 Setpoint of AL1 for 4st channel | R/W | Pt100:-200~600; Cu50:-50~150 | word |
001FH | 通道4的AL2報警設定值 Setpoint of AL2 for 4st channel | R/W | Pt100:-200~600; Cu50:-50~150 | word |
0020H | 通道5的AL1報警設定值 Setpoint of AL1 for 5st channel | R/W | Pt100:-200~600; Cu50:-50~150 | word |
0021H | 通道5的AL2報警設定值 Setpoint of AL2 for 5st channel | R/W | Pt100:-200~600; Cu50:-50~150 | word |
0022H | 通道6的AL1報警設定值 Setpoint of AL1 for 6st channel | R/W | Pt100:-200~600; Cu50:-50~150 | word |
0023H | 通道6的AL2報警設定值 Setpoint of AL2 for 6st channel | R/W | Pt100:-200~600; Cu50:-50~150 | word |
0024H | 通道7的AL1報警設定值 Setpoint of AL1 for 7st channel | R/W | Pt100:-200~600; Cu50:-50~150 | word |
0025H | 通道7的AL2報警設定值 Setpoint of AL2 for 7st channel | R/W | Pt100:-200~600; Cu50:-50~150 | word |
0026H | 通道8的AL1報警設定值 Setpoint of AL1 for 8st channel | R/W | Pt100:-200~600; Cu50:-50~150 | word |
0027H | 通道8的AL2報警設定值 Setpoint of AL2 for 8st channel | R/W | Pt100:-200~600; Cu50:-50~150 | word |
0028H | 通道9的AL1報警設定值 (僅(jin) ARTM16有效) Setpoint of AL1 for 9st channel (just for ARTM16) | R/W | Pt100:-200~600; Cu50:-50~150 | word |
0029H | 通道9的AL2報警設定值 (僅(jin) ARTM16有效) Setpoint of AL2 for 9st channel (just for ARTM16) | R/W | Pt100:-200~600; Cu50:-50~150 | word |
002AH | 通道10的AL1報警設定值 (僅(jin) ARTM16有效) Setpoint of AL1 for 10st channel (just for ARTM16) | R/W | Pt100:-200~600; Cu50:-50~150 | word |
002BH | 通道10的AL2報警設定值 (僅(jin) ARTM16有效) Setpoint of AL2 for 10st channel (just for ARTM16) | R/W | Pt100:-200~600; Cu50:-50~150 | word |
通道10的AL2報警設定值 (僅(jin) ARTM16有效) Setpoint of AL2 for 10st channel (just for ARTM16) | R/W | Pt100:-200~600; Cu50:-50~150 | word |
通道11的AL1報警設定值 (僅(jin) ARTM16有效) Setpoint of AL1 for 11st channel (just for ARTM16) | R/W | Pt100:-200~600; Cu50:-50~150 | word |
通道11的AL2報警設定值 (僅(jin) ARTM16有效) Setpoint of AL2 for 11st channel (just for ARTM16) | R/W | Pt100:-200~600; Cu50:-50~150 | word |
通道12的AL1報警設定值 (僅(jin) ARTM16有效) Setpoint of AL1 for 12st channel (just for ARTM16) | R/W | Pt100:-200~600; Cu50:-50~150 | word |
通道12的AL2報警設定值 (僅(jin) ARTM16有效) Setpoint of AL2 for 12st channel (just for ARTM16) | R/W | Pt100:-200~600; Cu50:-50~150 | word |
通道13的AL1報警設定值 (僅(jin) ARTM16有效) Setpoint of AL1 for 13st channel (just for ARTM16) | R/W | Pt100:-200~600; Cu50:-50~150 | word |
通道13的AL2報警設定值 (僅(jin) ARTM16有效) Setpoint of AL2 for 13st channel (just for ARTM16) | R/W | Pt100:-200~600; Cu50:-50~150 | word |
通道14的AL1報警設定值 (僅(jin) ARTM16有效) Setpoint of AL1 for 14st channel (just for ARTM16) | R/W | Pt100:-200~600; Cu50:-50~150 | word |
0033H | 通道14的AL2報警設定值 (僅(jin) ARTM16有效) Setpoint of AL2 for 14st channel (just for ARTM16) | R/W | Pt100:-200~600; Cu50:-50~150 | word |
0034H | 通道15的AL1報警設定值 (僅(jin) ARTM16有效) Setpoint of AL1 for 15st channel (just for ARTM16) | R/W | Pt100:-200~600; Cu50:-50~150 | word |
0035H | 通道15的AL2報警設定值 (僅(jin) ARTM16有效) Setpoint of AL2 for 15st channel (just for ARTM16) | R/W | Pt100:-200~600; Cu50:-50~150 | word |
0036H | 通道16的AL1報警設定值 (僅(jin) ARTM16有效) Setpoint of AL1 for 16st channel (just for ARTM16) | R/W | Pt100:-200~600; Cu50:-50~150 | word |
0037H | 通道16的AL2報警設定值 (僅(jin) ARTM16有效) Setpoint of AL2 for 16st channel (just for ARTM16) | R/W | Pt100:-200~600; Cu50:-50~150 | word |
0038H | AL1的報警回滯量 The hysteresis of AL1 | R/W | 0~100 | word |
0039H | AL2的報警回滯量 The hysteresis of AL2 | R/W | 0~100 | word |
003AH | 報警延時 The delay of alarm | R/W | 0~10,延時時間單位為(wei) 完成對所有開啟的通道循環測量一次的周期 0~10, the delay time unit is to complete the cycle of measurement of all open channels. | word |
003BH~ 003FH | 保留 Reserved | —— | —— | 5 words |
0040H 高字節 High byte | 9~16通道AL1觸發狀態 (僅(jin) ARTM16有效) 9th~16th channel AL1 state (just for ARTM16) | R | 每一位分別對應一個(ge) 通道AL1的是否觸發:0—無,1—有 Each bit corresponds one channel AL1: 0-no, 1-active | word |
0040H 低字節 Low byte | 1~8通道AL1觸發狀態 1th~8th channel AL1 state | R | 每一位分別對應一個(ge) 通道AL1的是否觸發:0—無,1—有 Each bit corresponds one channel AL1: 0-no, 1-active | |
0041H 高字節 High byte | 9~16通道AL2觸發狀態 (僅(jin) ARTM16有效) 9th~16th channel AL2 state (just for ARTM16) | R | 每一位分別對應一個(ge) 通道AL2的是否觸發:0—無,1—有 Each bit corresponds one channel AL2: 0-no, 1-active | word |
0041H 低字節 Low byte | 1~8通道AL2觸發狀態 1th~8th channel AL2 state | R | 每一位分別對應一個(ge) 通道AL2的是否觸發:0—無,1—有 Each bit corresponds one channel AL2: 0-no, 1-active |
华体会电竞app苹果版(代碼:300286)成立於(yu) 2003年,集研發、生產(chan) 、銷售及服務於(yu) 一體(ti) ,是一家為(wei) 企業(ye) 微電網提供能效管理和用電解決(jue) 方案的高科技股份製企業(ye) 。
华体会棋牌透视電氣提供的解決(jue) 方案包括變電所運維雲(yun) 平台、安全用電管理雲(yun) 平台、環保用電監管雲(yun) 平台、智慧消防雲(yun) 平台、能源管理雲(yun) 平台、工業(ye) 企業(ye) 能源管控平台、遠程預付費雲(yun) 平台、餐飲油煙監管雲(yun) 平台、電動汽車/华体会官网网址收費管理雲(yun) 平台、電力監控/無線測溫係統、電能質量治理係統、電氣火災監控係統、消防設備電源監控係統、防火門監控係統、應急照明和疏散指示係統、智能照明控製係統、隔離電源絕緣監測係統等,幫助用戶實現能源智能化、可視化、精細化管理,提高用能效率和用能安全,為(wei) 企業(ye) 節能降耗和實現能源數字化建設提供數據服務。
华体会电竞app苹果版具備從(cong) 雲(yun) 平台軟件到終端元器件的產(chan) 品生態體(ti) 係,目前已有一萬(wan) 多套係統解決(jue) 方案運行在全國各地,為(wei) 用戶高效和安全用能保駕護航。坐落於(yu) 無錫江陰市的生產(chan) 基地--江蘇华体会棋牌透视電器製造有限公司采用無鉛生產(chan) 工藝,擁有功能完善的產(chan) 品試驗中心,配合信息化管理係統,為(wei) 公司產(chan) 品產(chan) 業(ye) 化、規模化實施提供了保障。同時公司在全國主要城市配置銷售、技術支持團隊,快速響應客戶需求,為(wei) 用戶提供良好的服務體(ti) 驗。
經過多年積累,公司參與(yu) 了諸多能效管理項目,包括第七屆世界軍(jun) 人運動會(hui) 主會(hui) 場電能質量治理、波音飛機完工及交付中心電力監控係統、嘉定區學校變電所運維雲(yun) 平台、天水體(ti) 育中心應急照明和疏散指示係統、杭州大江東(dong) 寶龍廣場預付費雲(yun) 平台、滬昆高鐵曲靖北站、嵩明站、富源北站等站房電力監控和智能照明控製係統、揚州大學廣陵校區宿舍用電管理係統等等;國外市場包括非洲、中東(dong) 、東(dong) 南亞(ya) 、南美等等,豐(feng) 富的市場經驗提升了公司的品牌影響力,在產(chan) 品質量和服務方麵贏得了廣泛的讚譽。
公司自2012年上市以來一直保持穩定增長,公司將秉著“創新、高效、團結、誠信"的理念,堅持穩健經營、持續創新,為(wei) 用戶提供更多更好的解決(jue) 方案、產(chan) 品和服務,為(wei) 社會(hui) 可持續發展貢獻力量。