无线测温仪HY-200说明书(中英文) 2015

1、西安环宇电力科技有限公司 0电气触点无线测温装置 wireless temperature measuring device electrical contacts使用说明书Instructions西安环宇电力科技有限公司一、概述： HY-200电气触点测温装置用于对开关柜断路器触头、母排接点等电气接点的温升进行实时监测。能有效防止空气绝缘高压开关柜断路器触头或母排接点因接触不良导致发热而引发事故。使用ZIGBEE短距离无线通信技术,保证其在不降低开关柜绝缘水平的前提下实现电气接点温度的在线监测及超温报警等功能。First,Overview electrical contact tempera

2、ture measuring device for temperature switchgear circuit breaker contacts, busbar contacts and other electrical contacts in real time. Can effectively prevent air insulated high voltage switchgear busbar circuit breaker contacts or contacts due to poor contact resulting in heat and cause an accident

3、. using ZIGBEE short-range wireless communications technology to ensure the realization of electrical junction temperature without reducing the insulation level of the switchgear premise-line monitoring and over-temperature alarm.二、系统原理与产品特点：2.1 系统原理为提高对强电场、磁场及强电磁的抗干扰的能力，提高产品的可靠性，电气触点温度测量装置采用了多种软、硬件

4、抗干扰措施。在软件设计上应用数字编码、解码技术、软件滤波技术，消除干扰信号；另外为消除随机干扰，利用触头温度变化相对缓慢的特点，对检测点信号反复接收，多次采集，排除异常数据以保证数据可靠。在硬件上采用短距离无线通信技术，微电子器件采用工业级，并加强各级滤波消除高频干扰；温度采集模块与测温点在设计上保证处于同一电位，减少电场的影响。主控制器具有485通信，以实现集中控制和信息分析；具有数据显示和设定功能，可当地查看运行状态，可查看或设定运行参数；主控通过无线通信与115个温度传感器连接，采集温度数据，同时通过485总线，将接收到的温度传感器的数据，上传至上级监控主机。Second, system

5、 principle and Features2.1 System Principles To improve the ability of strong electric, magnetic and electromagnetic interference, improve product reliability, electrical contact temperature measuring device using a variety of software and hardware anti-jamming measures. In the software design, appl

6、ication of digital coding and decoding technology, software filtering technology to eliminate the interference signal; the other is to eliminate random noise, use the contact temperature changes relatively slowly characteristics of checkpoint signaling repeatedly received multiple acquisitions, excl

7、uding abnormal data to ensure reliable data. Hardware used in short-range wireless communications technology, microelectronic devices using industrial-grade, and strengthen all levels of filtering to remove high frequency interference; temperature acquisition module and the measurement points are de

8、signed to ensure at the same potential to reduce the impact of the electric field. has 485 main controller for centralized control and information analysis; with data display and setting can be local view state, you can view or set the operating parameters; master via wireless communication with 1 t

9、o 15 temperature sensor, temperature data acquisition, through 485, will receive the temperature sensor data uploaded to the higher level monitoring host.2.2 产品特点n 采用先进的数字化及无线传输技术，与带电体彻底的空间隔离，不改变被测 设备的绝缘性能，使用安全可靠。n 测温范围可达0125；n 温度传感器采用低功耗设计，休眠功耗低至1.5A，延长了温度传感器电池设计使用寿命。n 温度传感器可在2.1V-3.6V宽电压范围内正常工作。n

10、采用国际先进的无线传输技术。解决了无线信号的互相干扰问题和数据传输纠错问题。对一次设备无干扰和影响。n 温度传感器壳体使用耐高温、阻燃材料。n RS485通讯波特率：2400、4800、9600bps。2.2 Features The use of advanced digital technology and wireless transmission technology, with live body completely isolated in space without changing the insulation performance of the tested equipme

11、nt, the use of safe and reliable Temperature range up to 0 125 Temperature sensor uses low-power design, sleep power consumption as low as 1.5A, extending the design life of the battery temperature sensor Temperature sensor can work in a wide voltage range 2.1V-3.6V Adopt international advanced wire

12、less transmission technology. Solve the problem of wireless signal interference and data transmission error correction problems. On a non-interference and influence equipment temperature sensor housing use high temperature, flame retardant materials RS485 baud rate: 2400,4800,9600bps三、性能参数：3.1、 基本参数

13、n 装置工作电压：额定AC220V, 可适用于AC DC85V265V DC100V280V.n 接点温度测量点数：支持15个点，标配为6点n 传感器与主控装置间传输距离： < 150M（在开放空间内）Third, the performance parameters3.1, the basic parameters device operating voltage: Rated AC220V, suitable for AC DC85V 265V DC100V 280V. junction temperature measurement points: support for 15 p

14、oints, the standard of 6:00 transmission distance between the sensor and the master device: <150M (in open space)3.2、 主要性能指标n 温度传感器测量范围：0125n 温度测量精度：±1n 无线收发频率： 2.400-2.525GHzn 无线发射功率： 0dBmn 无线接收灵敏度： -94dBm250kbpsn 电池工作寿命可达数年至十几年3.2, key performance indicators Temperature sensor measuring ra

15、nge: 0 125 temperature measurement accuracy: ± 1 radio frequency: 2.400-2.525GHz wireless transmit power: 0dBm Wireless receiving sensitivity: -94dBm 250kbps battery life of up to several years to ten years3.3 绝缘性能n 介质强度：装置能承受2KV/50Hz/1Min工频耐压试验；n 绝缘电阻：100M。3.3 insulation dielectric strength: t

16、he device can withstand 2KV / 50Hz / 1Min frequency voltage withstand test Insulation resistance: 100M3.4 电磁兼容n 电快速瞬变脉冲群干扰：主控制器电源能承受GB/T 17626.4标准规定的四级电快速瞬变脉冲群抗扰度试验；n 雷电波干扰：主控制器电源能承受GB/T 17626.5标准规定的四级浪涌（冲击）抗扰度试验；n 静电放电干扰：主控制器能承受GB/T 17626.2标准规定的四级静电放电抗扰度试验。3.4 EMC electrical fast transient burst in

17、terference: the main controller power supply can withstand GB / T 17626.4 standard specifies four electrical fast transient burst immunity test; lightning interference: the main controller power supply can withstand GB / T 17626.5 standard specifies four surge (impact) immunity test; electrostatic d

18、ischarge immunity: The main controller can withstand GB / T 17626.2 standard four electrostatic discharge immunity test.3.5 环境条件n 装置工作温度：-20+85；n 装置贮存温度：-40+85；n 温度传感器短时耐受温度：200。3.5 Environmental conditions device operating temperature: -20 + 85 ; device Storage temperature: -40 + 85 ; ntemperature

19、sensor short time withstand temperature: 200 .四、安装尺寸图与接线图：Fourth, the mounting dimensions and wiring diagrams4.1 主控制器安装尺寸图与实物图：4.1 master controller installation dimensions and physical map: 外形尺寸：96×96×94 开孔尺寸：90×90Dimensions: 96 × 96 × 94 Hole Size: 90 × 904.2 温度传感器实物图

20、4.2 temperature sensor physical map4.3 装置接线图：4.3 means wiring diagram4.4 测温发射模块装配：分别安装在开关柜的进线室(或出线室)的母排上或断路器的静触头盒处，安装方式为捆绑式安装；4.4 Temperature transmitter module assembly Mother were installed in the switch cabinet entrance room (or outlet chamber) rafts or static contact breaker box office, installa

21、tion of bundled installation五、操作指南1. 盘面布局V. Operations Guide 1. The disk layout2. 键盘定义2. keyboard definition3. 系统参数查询该产品具有参数循环显示和参数固定显示两种显示方式，在循环显示状态下，每一参数循环显示间隔时间为3秒，两种显示方式系统转换如下： 3. The query system parameters This product has the parameters cycle display and fixed display two kinds of ways,In the

22、 condition of cyclic display, each parameter display time interval for 3 seconds, two display system transformation is as follows:4.E键切换4. E key switch5.系统参数设置5. The system parameter setting六、通讯连接无线测温装置的RS485通讯口使用屏蔽双绞线连接。即使有的仪表不需要远方通信，但由于诊断、测试、软件更新、参数更新等均可通过网络来实现。因此为使用方便也应将它们连接到RS485网络上。Sixth, the c

23、ommunication link RS485 communication port wireless temperature measuring device using shielded twisted-pair connections. Some instruments do not need to even remote communication, but because of diagnostic testing, software updates, and other parameters can be updated through the network. Therefore

24、, they should be as easy to use and also connected to the RS485 network.1. 网络布局智能测控单元与上位机连接、组成局域网时，要考虑整个网络的布局。诸如：通讯电缆的长度、走向、上位机的位置、网络末端的匹配电阻、通讯转接器、网络可扩展性、网络覆盖范围、环境的电磁干扰情况等因素，都要综合考虑。1. Network layout Intelligent control unit and PC connection, when the composition of the local area network, to consid

25、er the layout of the entire network. Such as: communication cable length, direction, location factor PC, the network end of the matching resistor, communications adapters, network scalability, network coverage, electromagnetic interference environment, have to be considered2. 连接到计算机智能测控单元在实验室单机通讯比较简

26、单，因为距离较近、电磁环境较好，所以不必考虑过多因素，甚至在找不到双绞线时可以随便找两条长度适合的导线临时代替，也是可以的。但在工程上，要严格按照要求施工，以免日后造成麻烦。 上位机可以是电脑（PC）、PLC、数据采集器、RTU等，本章均以PC为例，其他类推。PC机没有RS485接口，但都有RS232串行接口，因此要与仪表连接，就需要一个转换装置，这里推荐使用厂家配套的“RS232/RS485转接器”。可将RS232串行接口直接转换成RS485接口，与仪表相连。要在与上位机连接的电缆屏蔽层的一端有效接地（保护地：大地、屏柜、机箱等），应避免两点或者多点接地。仪表没有保护接地端，且外壳是塑料，因

27、此不必接地。但是，如果有金属屏柜、箱盒，应尽量安装在其内部，效果会更好。注意：进行RS485电缆连接时，尽量使用双绞线，所有的“+”端接同一种颜色，“-”端接另一种颜色。2. Connect to computer Intelligent control unit in the laboratory stand-alone communication is relatively simple, because the short distance, preferably electromagnetic environment, so do not consider too many facto

28、rs that can not be found even when the length of twisted-pair can easily find the two wires for temporary substitute, also possible. But in the project, in strict accordance with the requirements of construction, so as to avoid trouble in the future PC can be a computer (PC), PLC, data acquisition,

29、RTU, etc., this chapter are PC, for example, other analogy. PC, no RS485 interface, but has RS232 serial interface, to be connected with the instrument, you need a converter, where manufacturers supporting the recommended "RS232 / RS485 adapter." RS232 serial interface can be directly conv

30、erted into RS485 interface is connected to the meter To effectively grounded at one end and PC connection cable shield (protective ground: earth, cubicle, chassis, etc.) should be avoided or two multi-point grounding. Meter unprotected ground, and the shell is plastic, so do not be grounded. However

31、, if there are metal cubicle, boxes, should be installed in its interior, it would be better NOTE: performed RS485 cable connection, try to use twisted pair, all the "+" termination of the same color, "-" Termination another color2.1单机通讯连接PC机与单台仪表通讯。将RS232/ RS485转接器的RS232端子直接插入PC

32、机的串行口座，RS485端子长度不超过1200米的双绞线屏蔽电缆，双绞线另一端接仪表，然后并接120欧姆1/4W电阻于仪表的RS485接线端子上。2.1 single communication link PC communicates with the single instrument. The RS232 terminal RS232 / RS485 adapter directly into a PC's serial port base, RS485 terminal length over 1200 m shielded twisted pair cable, twiste

33、d pair and the other end instrument, then and then 120 ohm 1 / 4W resistor RS485 terminals on the instrument.2.2多机通讯 PC机与多台仪表通讯，有多种连接方式，如：线性、环形、星形等，但是不要接成“T”型。线性连接，是将多台仪表按照顺序一个接一个地接入网络。距离主机，一台比一台远。适合测量点分布较为集中、未来有扩展需要的情况。 2.2. Machine Communication Communication between PC and instrument sets, there

34、are multiple connectivity options, such as: linear, ring, star, etc., but do not take a "T" type.Linear connection, is more than one meter by one in the order of access to a network. From the host, a far more than one. Suitable for measuring point distribution is more concentrated, the fut

35、ure expansion needs of the situation2.2.2环形连接环形连接，将多台仪表电缆连接成闭合环形，然后从一点接到PC。主机从两个方向与子机连接，适合子机分布相对集中、可靠性要求高的情况。2.2.2 Circular Connectors Ring connection, will connect more than one instrument cable into a closed loop, from the point and then received PC. Hosts from two directions and slave connection

36、for the handset distribution is relatively concentrated, high reliability requirements of the situation.1.引言智能测控单元提供与Modicon系统相兼容的Modbus通讯规约，这个通讯规约被广泛作为系统集成的标准。兼容RS-485/232C接口的可编程逻辑控制器（PLC），RTU、SCADA系统、DCS系统和另外兼容Modbus通讯规约的系统之间进行有效传递。1. Introduction Intelligent control unit provides system compatibl

37、e with Modicon Modbus communication protocol, the communication protocol is widely used as system integration standards. Effective transfer between compatible RS-485 / 232C interface programmable logic controller (PLC), RTU, SCADA systems, DCS systems and additional compatible Modbus communication p

38、rotocol system2. ModBus基本规则2.1所有RS485通讯回路都应遵照主/从方式。依照这种方式，数据可以在一个主站（如：PC）和32个子站（如：SD803）之间传递。2.2主站将初始化和控制在RS485通讯回路上传递的所有信息。2.3任何一次通讯都不能从子站开始。2.4在RS485回路上的所有通讯都以“信息帧”方式传递。2.5如果主站或子站接收到含有未知命令的信息帧，则不予以响应。“信息帧”就是一个由数据帧（每一个字节为一个数据帧）构成的字符串（最多255个字节），是由信息头和发送的编码数据构成标准的异步串行数据，该通讯方式也与RTU通讯规约相兼容。2.ModBus bas

39、ic rules 2.1 All RS485 communication loop should be in accordance with the master / slave mode. In this way the data can be a master (eg: PC): transfer between (SD803 such) and 32 sub-stations. 2.2 Master will initialize and control all information in the RS485 communication loop transmission. 2.3 A

40、ny time communications do not start from the sub-station. 2.4 all the way back to the RS485 communication with "information frame" mode transfer 2.5 If the master or slave station receives a frame containing information unknown command, it is not to be responding. "Information frame&q

41、uot; is a frame by the data (each byte is a data frame) character strings (up to 255 bytes), is the message header and sending the encoded data constituting standard asynchronous serial data, the communication mode is also compatible with RTU communication protocol3.通讯规约当通讯命令发送至仪器时，符合相应的地址码的设备接收通讯命令

42、，并除去地址码，读取信息，如果没有出错，则执行相应的任务：然后把执行结果返送给发送者。返送的信息中包括地址码、执行动作的功能码、执行动作后的数据以及错误校验码（CRC）。如果出错就不发送任何信息。3. The communication protocol When the communication command is sent to the instrument, comply with the appropriate address code device to receive communications command, and remove the address code, re

43、ad the information, if there is no error, then perform the appropriate task: the implementation of the results then sent back to the sender. Foldback information includes address code, function code to perform an action, the action executed after the data and the error check code (CRC). If an error

44、does not send any message.3.1信息帧格式 3.1 Frame format information3.1.1地址码（ADD） 地址码为每次通讯传送的第一个数据帧（8位），从1到247。这个字节表明由用户设定地址码的子机将接收由主机发送来的信息。并且每个子机都有唯一的地址码，并且响应回送均以各自的地址码开始。主机发送的地址码表明将发送到的子机地址，而子机发送的地址码表明回送的子机地址。3.1.1 address code (ADD) Address code for the first frame (8) for each communications transmi

45、tted from 1-247. This byte indicates the address code set by the user's handset will receive the information sent by the host. And each slave has a unique address code, and in response to the loopback address are their code begins. Address code sent by the host of the show will be sent to the sl

46、ave address, and the address code indicates that the child sends slave address sent back.3.1.2功能码（CS） 功能码是每次通讯传送的信息帧中的第二个数据帧。ModBus通讯规约定义功能码为1127（01H7FH）。智能测控单元利用其中的一部分功能码。作为主机请求发送，通过功能码告诉子机执行什么行动。作为子机响应，子机发送的功能码与主机发送来的功能码一样，并说明子机已响应主机进行操作。如果子机发送的功能码的最高位是1（功能吗127），则表明子机没有响应或出错。下表列出的功能码具体的含义及MODBUS部分

47、功能码：MODBUS部分功能码功能码定义操作03H读寄存器读取一个或多个寄存器的数据10H写单个寄存器把一个16位二进制数写入单个寄存器03H读寄存器 智能测控单元采用MODBUS通讯规约，利用通讯命令，可以进行读取点（保持寄存器或返回值输入寄存器）。功能码03H映射的数据区的保持和输入寄存器值都是16位（2字节）。这样从智能表读取的寄存器值都是2字节。一次最多可读取寄存器数是125。由于一些可编程控制器不用功能码03H，所以功能码03H被用作读取点和返回值。子机响应的命令格式是子机地址、功能码、数据区及CRC码。数据区的数据都是每2个字节为一组的双字节数，且高字节在前。3.1.2 funct

48、ion code (CS) The function code is second data frames in each transmitted information frame. ModBus communication protocol definition function code is 1 127 (01H 7FH). Part of the function code of the intelligent measurement and control unit. As the host request sends, through the function code tell

49、s the sub machine to perform what action. As the sub - machine response, the function code transmitted by the sub - machine is the same as the function code transmitted by the host, and the sub - machine has been operated by the host. If the high sub machine sending function code is 1 (function >

50、 127), then show the machine is not responding or error. The following table lists the functional code specific meaning and the MODBUS part function code MODBUS partial function codeFunction codeDefinitionOperation03HRead registerRead data from one or more registers10HWrite a single registerWrite a

51、16 bit binary to a single register03H registerThe intelligent measurement and control unit adopts MODBUS protocol, and uses communication commands, and can read the points (register or return value input). The data area of the functional code 03H map is maintained and the input register values are 1

52、6 bits (2 bytes). This is 2 bytes read from the smart table. The maximum number of registers at a time is 125. Since some programmable controllers do not have function code 03H, the function code 03H is used as the read point and the return value. The command format of the sub - machine response is

53、the address of the sub - machine, the function code, the data area and the CRC code. Data area data are 2 bytes per group of double byte, and the high byte before.3. 10H写寄存器主机利用这条命令把多点数据保存到智能测控单元的存储器。MODBUS通讯规约中的寄存器指的是16位（即2字节），并且高位在前。这样智能测控单元的点都是二字节。用一条命令保存的最大点数取决于子机。因为MODBUS通讯规约允许最多保存60个寄存器，这样智能测控

54、单元允许一次最多可保存60个寄存器。智能测控单元的命令格式是子机地址、功能码、数据区及CRC码。3 10H write register The host uses this command to save the multi - point data to the memory of the intelligent measurement and control unit. The register in the MODBUS protocol is 16 bits (2 bytes) and a high position in the former. Such intelligent m

55、easurement and control unit is two bytes. The maximum number of points saved with a command depends on the child's. Since the MODBUS protocol allows up to 60 registers, the smart measurement unit allows one to save up to 60 registers. The command format of the intelligent measurement unit is the

56、 address of the sub - machine, the function code, the data area and the CRC code3.1.3数据区（DATA）数据区随功能码不同而不同。由主机发送的读命令（03H）信息帧的数据区与子机应答信息帧的数据区是不同的，由主机发送的写命令（10H）信息帧的数据区与子机应答信息帧的数据区是完全相同。数据区包含需要子机执行什么动作或由子机采集的需要回送的信息。这些信息可以是数值、参考地址等等。例如，功能码告诉子机读取寄存器的数值，则数据区必须包含要读取寄存器的起始地址及读取长度（寄存器个数）。3.1.3 data area (D

57、ATA） Data area with function code is different and different. By the data area of the host sends a read command (03h) information frame data sub area and answering machine message frame is different, written by the sending host command (10h) information frame data sub area and answering machine message frame data is exactly the same. The data area includes the need to perform what action or by acqu