当前位置：文档之家 › 康维斯ups通讯协议

康维斯ups通讯协议

  • 格式：doc
  • 大小：47.50 KB
  • 文档页数：8

COMMNUICATION PROTOCOLVERSION 2.7CHECKEDRYPREPAREDBYDATE SEP 30.1995FILE MEGAPR07.DOCDATE V2.7 JULY 30.1996MEGATEC COMMUNICATION PROTOCOLA Grneral: This document specifies the RS232C communication of the Advance-Intelligent UPS. The protocol the following features.1.Monitor charger status.2.Monitor battery status and condition.3.Monitor the utility status.4.Provide the power switch function for computer to turn on andoff the utility schedule for power saving.Computer will control information exchange by query followed by <cr> UPS will respond with information followed by a <cr> or action.B HardwareBAUD RATE…………………………………………2400 bpsDATA LENOTH………………………………………8 bitsSTOP BIT …………………………………………1 bitPARITY ……………………………………………NONECOMPUTER UPSPX <………………………………………………………TX(PIN 9)TX ………………………………………………………>RX(PIN6)GND <………………………………………………………>GND(PIN7)（9 pins female D—type connector）1.Q1<Ccr>UPS: (SSS.S SSS.S SSS.S QQQ RR.R SS.S TT.T b7b6b5b4b3b2b1b0<cr> Means: a.sss.s:I/P voltageb.sss.s: I/P fault voltagec.sss.s: O/P voltagee.QQQ:O/P currentQQQ is a percent of maximum current, not an absolute value.f.RR.R:I/P frequencyR is an integer number ranging from 0 to 9. The unit is HZ.g.SS.S battery voltageS is an integer number ranging from o to 9.For on-line units battery voltage cell is provided in thefrom S.SS.For standby units actual battery voltage is provided in thefrom SS.S.UPS type in UPS status will determine which reading wasobtained.h.TT.S temperatureT is an integer number ranging from 0 to 9.The unit is degree of centigrade.i. UPS status<U> is one byte of binary information such as < b7b6b5b4b3b2b1b0> where bn is a ASCII charater‘0’ or ‘1’.UPS statusExample computer Q<cr>UPS(208.4 140.5 220.4 034 50.1 2.05 35.0 00110000<cr> Means I/P voltage is 208.4VI/P fault voltage is 140.5VO/P valtage is 220.4VO/P current is 34%I/P frequency is 50.1HZBattery voltage is 2.05VTemperature is 35.0 degrees of centigradeUPS type is on-line, UPS failed Bypass active and shutdown not active.2.Test for 10 secondsComputer T<cr>UPS Test for 10 seconds and return to utilityIf battery low occur during testing. UPS will return to utility immediately.3.Test until battery lowComputer TL<cr>UPS Test until battery low and retrun to utility.4.Test for specified time periodComputer T<n><cr>UPS Test for <n> minutesA.During testing UPS return to utility immediately, if batterylow occur.B.<n> is a number ranging from 01 to 99.5.Turn ON/OFF beep toggle the UPS beeperComputer Q<cr>When the AC power failed,UPS will generate a warning beep to inform the manager could toggle the warning beep by sending this command.6.Shutdown commandComputer S<n><cr>UPS Shut UPS output off in <n> minutes.A.The UPS output will be off in <n> minutes, even if the utilitypower is present.B.If the battery low occurs before <n> minutes,the output isturned off immediately.C.After UPS shutdown, the controller of UPS monitors the utilitypower if the utility is recovered, the UPS will wait for 10 seconds and connect utility to output.D.<n> is a number ranging form 2,3,……01,02,02……up to 10. For example S3<cr> …… shut output off in (3) minutes.7.Shutdown and restore commandComputer S<n>R<m><cr>UPS Shut UPS output off in <n> minutes and waiting for <m> minutes then turn on UPS output again.A.The shutdown sequences is the same as the previous command. When the <m> minutes expired, the utility do restore, the UPS will wait utility restor.B.If UPS is in shutdwon waiting state, the “C” command can letthe shutdown procedure cancelled.C.If UPS is in restore waiting state, the “C” command can letthe UPS output turned on, but UPS must be hold off at least 10seconds.(if utiltiy is present).D.<n> is a number ranging from 2,3,……01,02……up to 10.E.<m> is a number ranging from 0001 to 9999.8.C<cr>Cancel shut down command.9.CT<cr>Cancel test command.puter F<cr>UPS #MMM.M QQQ SS.SS RR.R<cr>This function makes the UPS answer the rating value of UPS. There should be a space character every field for separation. The UPS’s response contains the following information field.A.Rating voltage MMM.MB.Rating current QQQC.Battery voltage SS.S or S.SSD.Frequency RR.R12. I UPS information commandComputer I<cr>UPS UPS information command#Manufacturer UPS_Model Version<cr>Manufacturer----16 bits UPS_Model----13 bits Version----10 bits D COMMAND SUMMARYInvalid command/Information hardingIf the UPS receives any command that it could not handle the UPS should echo the received command back to the computer. The host should check if the command send to UPS beep echo or not.If there is any information field in the UPS’s response which is unavailable or not supported the UPS should fill the field with.。

合集下载

使用 S7-1200 通过 PROFINET 连接 UPS1600 实现周期通信

使用 S7-1200 通过 PROFINET 连接 UPS1600 实现周期通信

使用S7-1200 通过PROFINET 连接UPS1600 实现周期通信本文主要介绍了如何使用S7-1200 通过PROFINET 连接UPS1600（仅-2AY0 型号配备PROFINET/以太网接口）实现周期通信。

硬件和软件需求表2.软件列表UPS1600和UPS1100接线UPS1600与直流电源和UPS1100电池模块的接线，见下图。

图1.接线图操作步骤1.通过如下步骤配置计算机的IP地址，选择“控制面板>网络与共享中心>本地连接>属性”打开Internet协议版本4(TCP/IPv4)。

本例中将计算机IP地址设置为172.21.109.111。

见下图。

图2.设置计算机IP地址2. 使用UPS1600PN的PROFINET功能前必须将前面板旋钮Vthr设置为“REN”，否则UPS1600PN无法正常通信，旋钮Tb可设置到任意位置。

见下图。

图3.设置前面板旋钮3. 在STEP7 V14SP1中创建新项目，添加S7-1200并配置IP地址。

选择“设备组态>CPU网络接口>以太网地址>添加新子网>在项目中设置IP地址>IP地址”，本例中将CPU的PN口IP地址设置为172.21.109.122。

见下图。

图4.设置PLC的IP地址4. 进入“网络视图”，根据实际UPS型号和固件版本，从”硬件目录>供电与配电>电源>SITOP UPS>UPS1600”中找到UPS1600 PN，将其拖拽到网络中。

见下图。

图5.在网络试图中添加UPS16005. 为UPS1600分配控制器，点击“未分配”，在下拉菜单中选择PLC接口。

见下图。

图6.为UPS1600指定控制器6. 配置电池模块，在网络视图中用鼠标双击UPS1600，进入UPS1600的设备视图，根据实际电池的型号和数量,从从”硬件目录>供电与配电>电源>SITOP UPS>UPS1100”中拖拽电池到机架插槽1~6。

ups主机维修技术协议

ups主机维修技术协议

UPS主机维修技术协议1. 背景UPS（不间断电源）主机是一种重要的设备，用于提供电力保障，防止电力中断对设备和系统造成的损坏。

然而，由于长时间使用、外部环境等因素，UPS主机可能会出现故障或需要维护。

为了确保UPS主机的正常运行和及时修复，制定UPS主机维修技术协议是必要的。

2. 目标本文旨在确保UPS主机故障能够及时发现和修复，保证设备和系统的正常运行。

通过技术协议的制定，能够规范维修流程，提高维修效率和质量。

3. 维修技术协议内容3.1 维修人员资质要求维修人员必须具备以下资质和技能：•具备电气工程相关专业的背景知识；•持有相关电气工程师资格证书；•了解UPS主机的原理和工作过程；•熟悉常见的UPS主机故障现象和排除方法；•掌握维修工具的使用和安全操作方法。

3.2 维修流程3.2.1 接收维修请求维修人员需及时接收维修请求，并确认故障描述和维修时间。

3.2.2 故障诊断维修人员需对故障的UPS主机进行全面的诊断，包括检查电源线、电池、电路等部件，使用专业测试工具和设备进行故障定位和分析。

3.2.3 维修方案制定根据故障诊断结果，维修人员制定维修方案，包括所需部件更换、维修工具和操作步骤。

3.2.4 维修操作维修人员根据维修方案进行维修操作，确保操作过程准确、安全。

在维修过程中，需注意安全事项和测试要求，以防止二次故障和安全事故的发生。

3.2.5 测试和验收维修完成后，维修人员需进行综合测试和验收，确保UPS主机恢复正常工作。

3.3 维修数据记录与分析维修人员需记录每次维修的相关数据，包括故障描述、维修方案和操作过程、测试结果等。

这些数据可用于故障分析和维修质量评估，帮助提高维修水平和效率。

4. 维修协议执行和监督4.1 维修协议签订维修人员和使用UPS主机的单位需共同签订维修协议，明确双方的权益和责任。

4.2 维修过程监督使用UPS主机的单位可对维修人员的维修过程进行监督，确保维修操作符合要求，并在必要时提供必要支持和配合。

山特3C3UPSRS232通讯协议

山特3C3UPSRS232通讯协议

山特3C3UPSRS232通讯协议山特3C3 UPS RS232通讯协议PROTOCOL COMMANDHardware :BAUD RATE . . . . . . . . . . . . : 2400 bpsDATA LENGTH . . . . . . . . . : 8 bitsSTOP BIT. . . . . . . . . . : 1 bitsPARITY. . . . . . . . . . . . . . . : NONECommands :Computer: Q2UPS:MMM.M MMM.M MMM.M NNN.N PPP.P PPP.P PPP.P QQQ QQQ QQQ RR.R SSS.S TT.T b7b6b5b4b3b2b1b0Input Voltage:MMM.M M is an integer number 0 to 9. The Unit is Volt. Three Phases will represent Phase R-S-T in sequence I/P fault voltage:NNN.N N is an integer number 0 to 9. The Unit is Volt.Output Voltage:PPP.P P is an integer number 0 to 9. The Unit is Volt.Three Phases will represent Phase R-S-T in sequenceOutput Current:QQQ QQQ is a percent of maximum current , not an absolute value.Three Phases will represent Phase R-S-T in sequenceI/P frequency:RR.R R is an integer number ranging from 0 to 9. The unit isHz.Battery voltage:SSS.S S is an integer number ranging from 0 to 9.Temperature:TT.T T is an integer number ranging from 0 to 9. The unit is degree of centigrade.UPS Status:. Where is a binary number …0“ or …1“.Stop Byte:Computer: KW and KVA command WAUPS:WWW.W WWW.W WWW.W VVV.V VVV.V VVV.V TTT.T SSS.S AAA.A AAA.A AAA.A QQQb7b6b5b4b3b2b1b0The first of the UPS respond is very similar to the existing inquiry Q2 howeverOutput power: WWW.WW is an integer number 0 to 9. The Unit is KW. R phase.Three Phases will represent Phase R-S-T in sequence Output complex power: VVV.VV is an integer number 0 to 9. The Unit is KVA. R phase. Three Phases will represent Phase R-S-T in sequenceTotal power: TTT.T T is an integer number 0 to 9. The Unit is KW. Include of three phase R,S,&T real power.Total complex power:SSS.SS is an integer number 0 to 9. The unit is KVA. Include of three phase R,S,&T complex power. Output current: AAA.AA is an integer number 0 to 9. The unit is A. R phase. Three Phases will represent Phase R-S-T in sequenceO/P load: QQQQQQ is maximum of W% or VA%. VA% is a percent of maximum VA. W% is a percent of maximum real power.UPS Status: b7b6b5b4b3b2b1b0 The same of Q2UPS status : Stop Byte:Shutdown command :Computer: SUPS: Shut UPS output off in minutes.The UPS output will be off in minutes, even if the utility is present.But if the battery under occur before minutes, the output is turned off immediately.After UPS shut down, the controller ofUPS monitors the utility. If the utility is there, the UPS will wait for 10 seconds and connect the utility to output.is a number ranging from.2, .3, ..., 01, 02,..., to 10. For example : S.3 --- shut out put off in ( .3) minutes。

UPS技术协议

UPS技术协议

ＵＰＳ电源设备技术协议甲方：（签字盖章）：年月日乙方：（签字盖章）：年＿＿月＿＿日为提高****集团有限公司35kV变电站高压监控系统运行稳定性，更换监控机供电设备UPS电源和蓄电池1套，特制定本技术协议以保证该项目顺利完成。

1、总则1.1 本设备技术规范书适用于UPS电源与蓄电池的选型、安装、调试及供货验收等方面的技术要求。

1.2 乙方需保证UPS电源在市电正常或失电情况下为负载提供稳定、纯净、不间断的供电。

1.3 本设备技术规范书提出的是最低限度的技术要求，并未对一切技术细节作出规定，也未充分引述有关标准和规范的条文，卖方应提供符合本规范书和工业标准的优质产品。

1.4 如果卖方没有以书面形式对本规范书的条文提出异议，则意味着卖方提供的设备（或系统）完全符合本规范书的要求。

1.5 本设备技术规范书所使用的标准如遇与卖方所执行的标准不一致时，按较高标准执行。

1.6 本设备技术规范书经买、卖双方确认后作为订货合同的技术附件，与合同正文具有同等的法律效力。

1.7 本设备技术规范书未尽事宜，由买卖双方协商确定。

2、技术要求2.1.标准和规范GB3895-83 《半导体电力变流器》GB/T3859.1-1993 《半导体变流器基本要求规定》GB/T 191-2000 包装贮运图示标志GB/T 3873-1983 通信设备产品包装通用技术条件GB/T 17618-1998 电子测量仪器电磁兼容性试验规范GB/T 7260-1987 不间断电源设备GB/T 14715-1993 信息技术设备不间断电源通用技术条件GB4943-1995 信息技术设备（包括电气事务设备）的安全GB/T9254-1998 信息技术设备无线电骚扰EN50091-2 A级电磁兼容性级别IEC62040-1-1,IEC60950 安全标准ISO9001:2000 质量标准2.2 使用环境条件2.2.1海拔高度：海拔0M-1000M2.2.2工作温度: 0℃~ +40℃2.2.3装置的储存、运输及安装极限环境温度为-15℃和+40℃。