0809-602-2303 MOX Gateway Field Controller User Guide v1.00.01
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深圳市欧诺克科技有限公司Shenzhen ONKE Technology Co., Ltd.座机:*************27381841电话:邓先生135****7106陈先生139****0920邮箱:***************网 址 : 地址:广东省深圳市宝安区福海街道怀德翠湖工业园13栋稳定的质量是我们赖以生存的根本优质的服务是我们继续发展的前提客户的满意是我们唯一追求的目标产品画册Product gallery专业生产直流无刷驱动器、无刷电机及自动化控制系统深圳市欧诺克科技有限公司直流无刷驱动器目录匠心制造精益求精“一、公司介绍03二、直流无刷驱动器091. 驱动器介绍与型号说明092. BC、BC2无刷系列技术指标113. 驱动器应用领域194. 驱动器外设配件21 0102C O M P A N Y PROFILE以精密制造引领未来Leading the future with precision manufacturing公司简介Company Profile深圳市欧诺克科技有限公司成立于2010年,是一家专业研发生产伺服电机和驱动器的高新技术企业,公司技术力量雄厚,检测手段先进,欧诺克人本着不求最全,只求最精的信念,为生产出各类伺服电机、各类驱动器而不懈奋斗。
欧诺克人以鹰的精神,挑战尖端,生产出性价比的各类伺服电机和驱动器,以鹰的敏锐洞察力洞察市场,随时改进、创新来满足市场的需求。
深圳市欧诺克科技有限公司产品主要有:伺服驱动器、伺服电机、直流伺服驱动器,直流伺服电机,交流伺服驱动器,交流伺服电机,低压伺服驱动器,低压伺服电机,直线电机驱动器,DDR马达驱动器,音圈电机驱动器,直流无刷驱动器,直流无刷电机,Rs485,CANopen总线,EtherCAT总线,电子凸轮伺服系统,大功率伺服驱动器、大电流伺服驱动器,专用伺服驱动器和自动化控制系统,十年来凭借精湛的技术与国内国外众多知名企业公司建立了互利共赢的合作。
导向器中将发生的各种错误的内容和其对策。
错误信息的主题与在错误对话框中显示的错误编号相对应。
请选择与错误编号相对应的错误信息的主题。
索引:6101-0010、0011、0012、0013、0014、0015、0016、0017、0018、0019、-0020、0023、0024、0025、0026、0027、0028、0029、-0040、0041、0042、0043、0044、0045、0046、0047、-0080、0081、0082、0083、0084、0085、0086、0087、0088、0089、-0090、0091、0092、0093、0094、0095、0096、0097、-0100、0101、0102、0104、0108、0112、0118、0140、0143、0144、-0201、0210、0211、0220、0221、0222、0223、0224、0225、0226、0227、-0228-0229、-0301、0302、0303、0304、0305、0306、0307、0308、0309、-0400、0401、0402、0403、0404、-0501、0502、0503、-1001、1002、1003、1004、1005、1007、1009、-8010、8011、8012、8013、8020、8021、8022、-001A、001B、001C、001D、001E、001F-002A、002B、002C、002D、002E、-008A、008C、008D、008E、008F、-009C、009D、-02FF、-030A、030B、030C、030D、030E、030F、-7FFF、-8A01、8F01、8F02、8F03、8F04、8F05、8F06、8F07、8F08、8F09、8F10、-8F11、8F12、-8F0A、8F0B、8F0C、8F0D、8F0E、8F0F、611D-0001、0021、0022、0023、0024、0030、0031、0040、-0100、0101、0200、0201、0202、-8000、8001、8002、8003、8004、8005、8006、-8050、8051、-8101、8102、8103、8104、8105、8106、8107、8108、-8200、8201、8202、8203、8204、-8301、8302、-611E-810A、810B、611E-0001、0022、0040、-0101、0102、0103、0104、0105、0106、-0200、0201、0202、-8000、8001、8002、8003、8004、8005、8006、-8050、8060、8070、-8071、-8100、8109、8200、8201、8202、8203、8204、6170-1041、1042、-3001、3002、3003、3004、3005、3006、-6010、6011、6012、6174-6001、6002、6003、6004、6005、6006、6007、-6065、6069、-6101、6102、6103、6104、-8101、内容1、61010010执行错误内容执行所必需的DLL(INIREP.DLL)读入失败。
如果错误代码您要找的是不是在下面的表格,然后发送电子邮件至support@,我们会找出它的意思。
错误代码描述复苏001机器检查例外一个严重的问题,已发现的铜委员会寻求注意服务的人如果重新启动打印机不正确的问题002DSI公司例外当程式,企图寻找了一个无效的地址注意:24位数字的地址(通常是3 ),然后重新启动打印机。
检查重复性如果可能的。
重复同样的行动,重新启动后打印机和检查,如果同样的服务呼叫讯息出现003ISI的例外当程式,企图寻找了一个无效的地址注意:24位数字的地址(通常是3 ),然后重新启动打印机。
检查重复性如果可能的。
重复同样的行动,重新启动后打印机和检查,如果同样的服务呼叫讯息出现004对齐例外当程式,企图寻找了一个无效的地址注意:24位数字的地址(通常是3 ),然后重新启动打印机。
检查重复性如果可能的。
重复同样的行动,重新启动后打印机和检查,如果同样的服务呼叫讯息出现005程序例外该程序已尝试探讨了一个无效的地址注意:24位数字的地址(通常是3 ),然后重新启动打印机。
检查重复性如果可能的。
重复同样的行动,重新启动后打印机和检查,如果同样的服务呼叫讯息出现006浮动点无法例外该程序已尝试探讨了一个无效的地址注意:24位数字的地址(通常是3 )款中,然后重新启动打印机。
检查重复性如果可能的。
重复同样的行动,重新启动后打印机和检查,如果同样的服务呼叫讯息出现007 教学地址断点例外注意:24位数字的地址(通常是3 ),该程序已尝试探讨了一个无效的地址然后重新启动打印机。
检查重复性如果可能的。
重复同样的行动,重新启动后打印机和检查,如果同样的服务呼叫讯息出现030铜slot1的DIMM内存检查错误一个错误侦测到已在运作的检查,羊年在插槽1 (或驻地RAM的模式,有一个居民的RAM )。
注意:24位数字的地址(通常是3 ),然后重新启动打印机。
检查重复性如果可能的。
重复同样的行动,重新启动后打印机和检查,如果同样的服务呼叫讯息出现030铜slot1的DIMM内存检查错误一个错误侦测到已在运作的检查,羊年在插槽1 (或驻地RAM的模式,有一个居民的RAM )。
EtherNet/IP网关应用手册MOX中国自动化有限公司2011年7月目录1.所适用的MOX网关 (4)2.所需环境 (4)3.AB PLC侧配置 (4)3.1PLC配置 (4)3.2EtherNet/IP网络配置 (6)3.3下载配置到PLC (11)4.MOX 网关侧配置 (11)4.1MOXIDE配置 (11)4.2MOXGRAF配置 (15)本文主要参考以下文档:1. 所适用的MOX网关本文档所描述的内容适用如下的MOX网关:2. 所需环境本应用需要如下软硬件环境:3. AB PLC侧配置配置PLC和EtherNet/IP网络使用RSLogix5000 编程软件。
首先配置PLC,其次配置EtherNet/IP网络。
打开RSLogix5000程序,遵循以下步骤。
3.1 PLC配置建立一个新项目文件或打开现有项目。
建立一个新配置,打开File并选择NEW。
在出现的对话框中选择所需要的PLC类型,在本示例中使用的PLC类型为1756-L61。
同时输入控制器名字并选择背板类型,控制器槽号以及项目保存路径。
点击OK接受设置。
添加PLC然后添加EtherNet/IO模块。
右键点击窗口左侧导航目录中的I/O configuration目录,如下图所示。
添加新模块(Ethernet模块)点击new module并选择所需要的Ethernet模块,在本示例中选择1756-ENBT/A (Ethernet Bridge)。
这个模块是PLC中的扫描器模块,如下图所示。
选择模块类型输入所需的配置,下图红色方框中的内容需要根据实际情况进行填写。
填写完成后点击OK按钮完成配置。
配置Ethernet模块3.2 EtherNet/IP网络配置第二步配置EtherNet/IP网络并在PLC配置中添加MOX EtherNet/IP从站模块。
设置程序为“Offline”模式,然后右键点击在I/O configuration中的EtherNet/IP bridge模块,并选择“New Module”。
MGate5119系列1埠DNP3/IEC101/IEC104/Modbus轉IEC61850閘道器特色與優點•支援IEC61850MMS伺服器•支援DNP3串列/TCP主控裝置•支援IEC60870-5-101主控裝置(平衡/非平衡)•支援IEC60870-5-104用戶端•支援Modbus RTU/ASCII/TCP主控裝置/用戶端•嵌入式流量監控/診斷資訊,便於故障排除•輕鬆佈線的內建乙太網路串接•-40°C至75°C操作溫度範圍•串列內建埠2kV隔離保護•支援IEC61850MMS和DNP3TCP通訊協定加密•基於IEC62443/NERC CIP的安全功能•符合IEC61850-3和IEEE1613•內建SCL檔案產生器,便於配置認證簡介MGate5119是工業乙太網路閘道器,具有2個乙太網路連接埠和1個RS-232/422/485串列埠。
若要將Modbus、IEC60870-5-101和IEC60870-5-104裝置與IEC61850MMS網路相整合,請將MGate5119做為Modbus主控裝置/用戶端、IEC60870-5-101/104主控裝置和DNP3串列/TCP主控裝置,藉以收集資料並與IEC61850MMS系統交換資料。
透過SCL產生器輕鬆配置MGate5119做為IEC61850MMS伺服器,通常需要匯入由第3方工具產生的SCL檔案。
這可能很耗時,而且會增加成本。
為了克服這個難處,MGate 5119內建SCL產生器,可以透過Web主控台輕鬆產生SCL檔案並幾乎立即可用,因此節省配置時間和成本。
透過流量監視器輕鬆進行故障排除MGate5119系列閘道器支援Modbus RTU/ASCII/TCP、IEC60870-5-101、IEC60870-5-104和IEC61850MMS通訊協定流量監控,故障排除更容易,特別在安裝階段。
值得一提的是,可以在常用的故障排除工具Wireshark中查看流量日誌。
Catalog 0730-2Hi-Flow F602 SeriesHi-Flow Filters1-1/4 & 1-1/2 Inch PortsAutomaticDrainManual DrainFeatures• Excellent water removal efficiency • For heavy duty applications with minimum pressure drop requirement • Unique deflector plate that creates swirling of the air stream ensuring maximum water and dirt separation • Large filter element surface guarantees low pressure drop and increased element life• 40 micron filter element standard, 5 micron available• Metal bowl with sight gauge standard • Twist drain as standard, optional auto drain• Large bowl capacity• Optional high capacity bowl(s) available • High flow: 1-1/4" – 390 SCFM §1-1/2" – 450 SCFM §Drains and Options Blank Manual Twist Drain Q External Heavy Duty Auto Drain R Internal Auto DrainOrdering InformationF 602 — 10 W J /**BowlE 32 oz. Large Capacity Metal without Sight GaugeW 16 oz. Metal with Sight GaugeElement G 5 Micron J 40 MicronPort Size 10 1-1/4 Inch 12 1-1/2 InchPort Threads — NPT G BSPPEngineeringLevel * Will be Entered at Factory.Standard part numbers shown bold.For other models refer to ordering information below.§ SCFM = Standard cubic feet per minute at 90 PSIG inlet and 5 PSIG pressure drop.PortSize NPTTwist DrainAutomatic Pulse DrainMetal Bowl / Sight Gauge - 16 oz.1-1/4"F602-10WJ F602-10WJR 1-1/2"F602-12WJ F602-12WJR Metal Bowl without Sight Gauge - 32 oz.1-1/4"F602-10EJ F602-10EJR 1-1/2"F602-12EJF602-12EJRF602 Filter Dimensions A B C D E F F602-10W, F602-12W4.90 (124)8.18 (208)9.46 (240)5.19 (132) 1.28 (32.4) 2.45 (62.2)F602-10E, F602-12E4.90 (124)11.41 (290)12.69 (322)5.19 (132)1.28 (32.4)2.45 (62.2)inches (mm)BOLD ITEMS ARE MOST POPULAR.Catalog 0730-2Technical Specifications – F602F602 Series, 1-1/4 & 1-1/2 Inch Ports Hi-Flow Filters50100150200250300350400500450102345Flow - SCFMP r e s s u r e D r o p - P S I GP r e s s u r e D r o p - b a r.1.2.3Primary Pressure - PSIG 251005075150Primary Pressure - bar 0406080100120140160180200220201.73.4 5.2 6.910.3Flow - dm n 3/s Technical InformationF602 Filter Kits & AccessoriesBowl Kits –Aluminum (E) .....................................................................BK603B Zinc with Sight Gauge (W) ..............................................BK605WB Drain Kits –External Auto (E) .................................................................SA603D External Auto (W) ................................................................SA602D Internal Auto (All) ............................................................SA602MD Manual (All) ...................................................................SA600Y7-1Semi-Automatic “Overnight” Drain ...................................SA602A7 (Drains automatically under zero pressure)Filter Element Kits – 40 Micron (All) .....................................................................EK602B 5 Micron (All) .....................................................................EK602VB Repair Kits –Deflector, Baffle Assembly, and Retaining Rod (All) ..........RK602C External Auto Drain (All) .....................................................RK602D Internal Auto Drain (All) ...................................................RK602MD Metal Bowl Sight Gauge (W) ........................................RKB605WBSpecificationsBowl Capacity –Aluminum (E) .................................................................32 Ounces Zinc (W) ..........................................................................16 Ounces Port Threads ...........................................................1-1/4, 1-1/2 Inch( ) = Bowl TypeFloat (Inside Bowl) Manual Push ButtonDrain(Outside Bowl)Drain (1/4" NPTF)Connection Through Bowl (1/8" NPSM)P r e s s u r e D r o p - P S I G0.1.2.3P r e s s u r e D r o p - b a r20406080100120140160180200220240260280Flow - SCFM Flow - dm n 3/sPrimary Pressure - PSIG 1.7 3.4 5.2 6.910.3Primary Pressure - bar“Q” Option External Heavy Duty Auto Drain SA602D / SA603DFor heavy duty applications where the filter is being used to remove large volumes of liquid and/or particulate matter from the airstream, the external automatic drain (“Q” option) should be used.Pressure & Temperature Ratings –Aluminum Bowl (E) ............................0 to 300 PSIG (0 to 20.4 bar) 40°F to 150°F (4.4°C to 65.6°C) Zinc (W) ..............................................0 to 250 PSIG (0 to 17.2 bar) 40°F to 150°F (4.4°C to 65.6°C) With Internal Auto Drain (R) ..........20 to 175 PSIG (1.4 to 11.9 bar) 40°F to 125°F (4.4°C to 52°C) With External Auto Drain (Q) ............30 to 250 PSIG (0 to 17.2 bar) 40°F to 150°F (4.4°C to 65.6°C)Weight –Aluminum Bowl (E) ...................................... 7.7 lb. (3.49 kg) / Unit 31 lb. (14.06 kg) / 4-Unit Master Pack Zinc Bowl (W) ................................................. 7 lb. (3.18 kg) / Unit 28 lb. (12.70 kg) / 4-Unit Master PackMaterials of ConstructionBody .............................................................................................Zinc Bowls –(E) ...................................................Aluminum without Sight Gauge (W) ................................................................Zinc with Sight Gauge Drain –Manual Twist & Overnight .......................................................Brass Housing “R” ............................................................................Acetal Housing “Q” .........................................................................Bronze Filter Elements –40 Micron (Standard) ................................................Polypropylene 5 Micron (Optional) ...................................................Polypropylene Seals ...........................................................................................Nitrile Sight Gauge ...............................................................................Nylon。
canopen sdo abort code error在CANopen(Controller Area Network open)通信中,SDO (Service Data Object)是用于在CAN网络上交换数据的服务。
当在SDO 通信中出现错误时,可以通过查看SDO Abort Code来了解问题的具体原因。
SDO Abort Code是一个字节,它提供了一个错误代码,指示SDO通信失败的原因。
Abort Code的具体含义可以在CiA(CAN in Automation)标准DS-301中找到。
以下是一些常见的SDO Abort Code及其含义:1.0x05030000 - Toggle bit not altered•表示在SDO通信中,传输数据的Toggle Bit没有改变,可能是由于通信另一端的错误引起的。
2.0x06010000 - Unsupported access to an object•表示试图访问一个不支持的对象。
可能是由于设备配置错误或尝试访问不存在的对象引起的。
3.0x06020000 - Write-only object•表示尝试读取一个只允许写入的对象。
4.0x06040041 - Object not mappable to PDO•表示尝试将不可映射到PDO(Process Data Object)的对象映射到PDO。
5.0x06090011 - Sub-index does not exist•表示尝试访问一个对象的子索引,但该子索引不存在。
6.0x08000000 - General error•表示一个未指定的通用错误。
要解析SDO Abort Code,你可以查阅CiA标准中DS-301的文档,其中包含了详细的Abort Code列表和解释。
此外,设备的CANopen通信栈或CANopen管理工具可能也提供了有关Abort Code的信息。
1.故障代码机器厂家型号故障描述110-1454H CT GE Hispeed 逆变器温度过高110-0903H CT GE Hispeed 球管温度过高110-0805H CT GE Hispeed 逆变器温度异常110-0804H CT GE Hispeed 高压油箱温度过高超过60度100-0605H CT GE Hispeed 调试高压发生器时发生通讯错误。
100-0604H CT GE Hispeed 高压数据库转载错误100-0603H CT GE Hispeed 高压发生器调试错误90-0705H CT GE Hispeed 系统数据库配置错误90-0704H CT GE Hispeed 旋阳/逆变运行超时90-0702H CT GE Hispeed 高压软件故障90-0701H CT GE Hispeed NVRAM 和校验错误80-1406H CT GE Hispeed 逆变器温度异常80-1405H CT GE Hispeed 高压油箱内温度过低80-1404H CT GE Hispeed 高压内部配置错误80-1403H CT GE Hispeed 高压发生器连接错误80-1402H CT GE Hispeed 内部CAN断开80-0902H CT GE Hispeed 球管风扇电压异常80-0602H CT GE Hispeed 外部CAN总线断开80-0601H CT GE Hispeed 曝光时序错误80-0322H CT GE Hispeed KV控制板模数转换电路故障80-0281H CT GE Hispeed 灯丝板被复位80-0280H CT GE Hispeed 灯丝板通讯故障80-0181H CT GE Hispeed 旋阳板被复位80-0180H CT GE Hispeed 旋阳板通讯故障70-0549H CT GE Hispeed LVPS板内部错误70-0553H CT GE Hispeed 检测到160伏太高70-0557H CT GE Hispeed 检测到160伏太低70-0563H CT GE Hispeed 检测到+15伏太高70-0567H CT GE Hispeed 检测到+15伏太低70-0573H CT GE Hispeed 检测到-15伏太高70-0577H CT GE Hispeed 检测到-15伏太低70-0507H CT GE Hispeed 在高压预置阶段直流总线放电电路异常70-0506H CT GE Hispeed 在高压预置阶段直流总线抑涌电路异常70-0505H CT GE Hispeed 曝光时,主供电电源下降70-0503H CT GE Hispeed 在高压预置阶段,逆变器门控电路电源供应后70-0501H CT GE Hispeed 直流总线供电电压超出范围60-0323H CT GE Hispeed 串并连电流输出异常60-0321H CT GE Hispeed 高压打火60-1410H CT GE Hispeed 高压配置程序锁定60-1411H CT GE Hispeed 曝光计数是错误60-0803H CT GE Hispeed 高压启动时,高压发生器未准备好60-0802H CT GE Hispeed 曝光延时60-0801H CT GE Hispeed 曝光超时60-0504H CT GE Hispeed 逆变器门控电路电源供应异常60-0403H CT GE Hispeed 毫安输出误差超过5%60-0402H CT GE Hispeed 毫安输出范围异常60-0401H CT GE Hispeed 没有灯丝毫安反馈60-0323H CT GE Hispeed 逆变器输出电流异常60-0320H CT GE Hispeed 高压程序错误60-0319H CT GE Hispeed 阴阳极KV输出不平衡60-0318H CT GE Hispeed KV输出达不到指定值60-0317H CT GE Hispeed 球管打火60-0316H CT GE Hispeed 球管打火次数过多60-0314H CT GE Hispeed 串联谐振电路输出频率过低60-0313H CT GE Hispeed 串联谐振电路电流输出过流60-0312H CT GE Hispeed 串联谐振电路电流输出异常60-0311H CT GE Hispeed 并联谐振电路电流输出异常60-0310H CT GE Hispeed 在高压曝光时,KV超过160KV 60-0309H CT GE Hispeed 在启动高压测试程序时60-0308H CT GE Hispeed 阴阳极同时没有电压反馈60-0307H CT GE Hispeed 阴极侧没有电压反馈60-0306H CT GE Hispeed 阳极侧没有电压反馈50-0249H CT GE Hispeed 灯丝板小灯丝内部配置错误50-0248H CT GE Hispeed 灯丝板大灯丝内部配置错误50-0224H CT GE Hispeed 灯丝参数配置错误50-0223H CT GE Hispeed 灯丝参数配置错误50-0222H CT GE Hispeed 灯丝参数配置错误50-0216H CT GE Hispeed 灯丝逆变器在没有控制指令的情况下有异常输出50-0215H CT GE Hispeed 灯丝选择错误50-0214H CT GE Hispeed 灯丝逆变器启动时间超时50-0213H CT GE Hispeed 灯丝板自检错误50-0212H CT GE Hispeed 灯丝板检测到电源供应异常50-0211H CT GE Hispeed 灯丝板电流检测值高50-0210H CT GE Hispeed 灯丝板电流检测值低50-0208H CT GE Hispeed 灯丝在加热状态下,灯丝电流过高50-0207H CT GE Hispeed 灯丝预置电流过高50-0206H CT GE Hispeed 在预热状态下,灯丝逆变器输出功率过高50-0205H CT GE Hispeed 灯丝板逆变输出短路50-0204H CT GE Hispeed 灯丝电路开路50-0203H CT GE Hispeed 灯丝板逆变输出过流50-0201H CT GE Hispeed 灯丝板没有接收到KV控制板的指令信号40-0149H CT GE Hispeed 旋阳板未知错误40-0112H CT GE Hispeed 旋阳板软硬件配置错误40-0111H CT GE Hispeed 旋阳逆变输出频率异常40-0110H CT GE Hispeed 旋阳板自检错误40-0109H CT GE Hispeed 旋转阳极控制板检测到直流总线供电电压异常40-0108H CT GE Hispeed 旋阳板检测到控制指令异常40-0107H CT GE Hispeed 旋阳逆变器输出过流40-0106H CT GE Hispeed 旋阳驱动相位错误40-0105H CT GE Hispeed 旋阳驱动输出相位不平衡40-0104H CT GE Hispeed 旋阳电路开路40-0103H CT GE Hispeed 旋阳驱动电流过流40-0102H CT GE Hispeed KV控制板数据库数据错误40-0101H CT GE Hispeed CAN总线通讯错误,旋阳板无法接收到高压控制指令30-0305H CT GE Hispeed 高压安全回路信号异常30-0304H CT GE Hispeed 高压调制错误30-0303H CT GE Hispeed 球管阴极侧打火30-0302H CT GE Hispeed 球管阳极侧打火30-0301H CT GE Hispeed 球管打火,阴阳极有高压陡降尖峰30-0142-02 CT GE Hispeed 射线跟踪模式被重新启动30-0142-01 CT GE Hispeed 射线跟踪模式被异常终止30-0141-01 CT GE Hispeed 射线跟踪模式被异常终止,CIF板检测到QCAL数据异常30-1132-02 CT GE Hispeed CIF板内部错误30-1132-01 CT GE Hispeed CIF板内部错误30-1131-02 CT GE Hispeed 射线跟踪结果异常30-1131-01 CT GE Hispeed 射线跟踪结果异常30-1123-02 CT GE Hispeed 在QCAL 通道数据修正模式下(采集通道)30-1123-01 CT GE Hispeed 在QCAL通道数据修正模式下(补偿通道)30-1122-01 CT GE TX-III 补偿扫描帧数超过指定值30-0121-02 CT GE Hispeed 在射线跟踪模式下后移限位光耦中断30-0121-01 CT GE Hispeed 在射线跟踪模式下前移限位光耦中断30-1112-02 CT GE Hispeed 当机架层厚位置初始化时后移限位光耦中断30-1112-01 CT GE Hispeed 当机架层厚位置初始化时前移限位光耦中断30-1111-08 CT GE Hispeed 当机架层厚于后移限位位置运动至初始位置时前移限位光耦合中断30-1111-07 CT GE Hispeed z轴步进电机脉冲数低于指定值30-1111-06 CT GE Hispeed z轴步进电机脉冲数超过指定值30-1111-05 CT GE Hispeed CIF板没有检测到后倾限位光耦的信号30-1111-04 CT GE Hispeed CIF板没有检测到前倾限位光耦的信号30-1111-03 CT GE Hispeed 在机架处于初始位置时前倾的限位光耦持续被异常激活30-1111-02 CT GE Hispeed 在机架处于初始位置时后移的限位光耦被异常激活30-1111-01 CT GE Hispeed 在机架处于初始位置时前移和后移的限位光耦被同时激活30-1103-01 CT GE Hispeed CIF板接收到控制台发送的异常扫描时间指令30-1102-02 CT GE Hispeed CIF没有接收到控制台发送的层厚数据30-1102-01 CT GE Hispeed CIF板接收到控制台异常层厚指令30-0101-02 CT GE Hispeed CIF板没有接收到控制台发送的QCAL数据30-0101-01 CT GE Hispeed CIF板接收到控制台发送的异常QCal数据30-1010-07 CT GE Hispeed CIF板和OGP板之间的错误30-1010-02 CT GE Hispeed DAS采集数据超过范围30-1010-01 CT GE Hispeed DAS零数据采集错误20-1001-5F CT GE Hispeed 在增强扫描时FPGA对DAS触发信号的读数错误20-1001-5E CT GE Hispeed 在增强扫描时高压运行时间超时20-1001-5D CT GE Hispeed 在增强扫描时高压启动指令延时20-1001-5C CT GE Hispeed 在增强扫描时启动时间延时20-1001-5B CT GE Hispeed 在增强扫描时曝光指令异常20-1001-5A CT GE Hispeed 在增强扫描时,曝光指令激活时间延时20-1001-59 CT GE Hispeed 在增强扫描时机架无法初始化20-1001-58 CT GE Hispeed 在增强扫描时层厚位置与指定值不同20-1001-57 CT GE Hispeed 在增强扫描时DAS触发信号高于正常值20-1001-56 CT GE Hispeed 当增强扫描时DAS触发信号低于正常值20-1001-55 CT GE Hispeed 在增强扫描时OGP板没有接收到高压发生器发送的高压准备信号20-1001-54 CT GE Hispeed 当增强扫描曝光终止时,高压终止指令没有被激活20-1001-53 CT GE Hispeed 当增强扫描时高压启动指令没有激活20-1001-52 CT GE Hispeed 在增强扫描时,扫描补偿无法正常启动或终止20-1001-51 CT GE Hispeed 在增强扫描模式下OGP接收到TGP发送过来的异常轴向扫描信号20-1001-4C CT GE Hispeed 在定位扫描时启动时间延时20-1001-4B CT GE Hispeed 在定位扫描时曝光指令异常20-1001-4A CT GE Hispeed 在定位扫描时,曝光指令激活时间延时20-1001-49 CT GE Hispeed 在定位扫描时机架无法初始化20-1001-48 CT GE Hispeed 在定位扫描时层厚位置与指定值不同20-1001-47 CT GE Hispeed 在定位扫描时DAS触发信号高于正常值20-1001-46 CT GE Hispeed 当定位扫描时DAS触发信号低于正常值20-1001-45 CT GE Hispeed 在定位扫描时OGP板没有接收到高压发生器发送的高压准备信号20-1001-44 CT GE Hispeed 当定位曝光终止时,高压终止指令没有被激活20-1001-43 CT GE Hispeed 当定位扫描时高压启动指令没有激活20-1001-42 CT GE Hispeed 在定位扫描时,扫描补偿无法正常启动或终止20-1001-41 CT GE Hispeed 在定位扫描模式下OGP接收到TGP发送过来的异常轴向扫描信号20-1001-1F CT GE Hispeed 在螺旋扫描时FPGA对DAS触发信号的读数错误20-1001-1C CT GE Hispeed 在螺旋扫描时启动时间延时20-1001-1B CT GE Hispeed 在螺旋扫描时曝光指令异常20-1001-1A CT GE Hispeed 在螺旋扫描时,曝光指令激活时间延时20-1001-19 CT GE Hispeed 在螺旋扫描时机架无法初始化20-1001-18 CT GE Hispeed 螺旋扫描时层厚位置与指定值不同20-1001-17 CT GE Hispeed 在螺旋扫描时DAS触发信号高于正常值20-1001-16 CT GE Hispeed 当螺旋扫描时DAS触发信号低于正常值20-1001-15 CT GE Hispeed 在螺旋扫描时OGP板没有接收到高压发生器发送的高压准备信号20-1001-14 CT GE Hispeed 当螺旋曝光终止时,高压终止指令没有被激活20-1001-13 CT GE Hispeed 当螺旋扫描时高压启动指令没有激活20-1001-12 CT GE Hispeed 在螺旋扫描时,扫描补偿无法正常启动或终止20-1001-11 CT GE Hispeed 在螺旋扫描模式下OGP接收到TGP发送过来的异常轴向扫描信号20-1001-3F CT GE Hispeed 在静止扫描时FPGA对DAS触发信号的读数错误20-1001-3C CT GE Hispeed 在静止扫描时启动时间延时20-1001-3B CT GE Hispeed 在静止扫描时曝光指令异常20-1001-3A CT GE Hispeed 在静止扫描时,曝光指令激活时间延时20-1001-38 CT GE Hispeed 当静止扫描时层厚位置与指定值不同20-100--37 CT GE Hispeed 当静止扫描时DAS触发信号高于正常值20-1001-36 CT GE Hispeed 当静止扫描时DAS触发信号低于正常值20-1001-35 CT GE Hispeed 在静止扫描时OGP板没有接收到高压发生器发送的高压准备信号20-1001-34 CT GE Hispeed 当静止曝光终止时,高压终止指令没有被激活20-1001-33 CT GE Hispeed 当静止扫描时高压启动指令没有激活20-1001-32 CT GE Hispeed 在静止扫描时,扫描补偿无法正常启动或终止20-1001-31 CT GE Hispeed 在静止扫描时OGP接收到TGP发送过来的异常扫描信号20-1001-2F CT GE Hispeed 在轴向扫描时FPGA对DAS触发信号的读数错误20-1001-2C CT GE Hispeed 在轴向扫描时启动时间延时20-1001-2B CT GE Hispeed 在轴向扫描时曝光指令异常20-1001-2A CT GE Hispeed 在轴向扫描时,曝光指令激活时间延. 20-1001-29 CT GE Hispeed 轴向扫描时机架无法初始化20-1001-28 CT GE Hispeed 轴向扫描时层厚位置与指定值不同20-1001-27 CT GE Hispeed 在轴向扫描时DAS触发信号高于正常值20-1001-26 CT GE Hispeed 当轴向扫描时DAS触发信号低于正常值20-1001-25 CT GE Hispeed 在轴向扫描时OGP板没有接收到高压发生器发送的高压准备信号20-1001-24 CT GE Hispeed 当轴向曝光终止时,高压终止指令没有被激活20-1001-23 CT GE Hispeed 当轴向扫描时高压启动指令没有激活20-1001-22 CT GE Hispeed 在轴向扫描时,扫描补偿无法正常启动或终止20-1001-21 CT GE Hispeed OGP接收到TGP发送过来的异常轴向扫描信号20-1030-07 CT GE Hispeed OGP板没有接收到CIF发送过来的对系统配置指令的响应20-1030-06 CT GE Hispeed OGP板接收到TGP板发送过来的非正常系统配置指令20-1030-05 CT GE Hispeed OGP板接收到从TGP板或CIF板发出来的错误标识信号20-1030-04 CT GE Hispeed OGP板上的SW3开关设置错误20-1030-03 CT GE max640 G-Pulse2错误20-1030-02 CT GE Hispeed 当扫描启动时DAS触发信号与指定值不否20-1030-01 CT GE Hispeed OGP板没有接收到高压发生器对旋转阳机启动/停止信号的反馈20-1020-04 CT GE Hispeed OGP板没有检测到层厚控制器的准备信号20-1020-03 CT GE Hispeed 层厚控制器脉冲信号输入与设定的层厚位置不符20-1020-02 CT GE Hispeed OGP板没有检测到层厚控制器复位信号20-1020-01 CT GE Hispeed OGP板接收到从TGP板发送过来的错误层厚指令20-1014-07 CT GE Hispeed 高压发生器和OGP板之间的CAN总线通讯从故障状态转为正常状态20-1014-06 CT GE Hispeed 高压发生器和OGP板之间的CAN总线通讯报警20-1014-05 CT GE Hispeed 高压发生器和OGP板之间的CAN总线通讯故障20-1014-04 CT GE Hispeed OGP板接收到高压发生器的异常信号20-1014-03 CT GE Hispeed OGP板没有接收到高压发生器对千伏毫安的信号反馈20-1014-02 CT GE Hispeed 当曝光启动时OGP板没有接收到高压发生器的响应信号20-1014-01 CT GE Hispeed 高压发生器接收到OGP发送过来的错误曝光指令13-1002-19 CT GE Hispeed 伺服驱动器内部程序丢失13-1002-17 CT GE Hispeed 伺服驱动器驱动电压异常13-1002-16 CT GE Hispeed 机架旋转速度反馈编码器输出异常13-1002-15 CT GE Hispeed 伺服驱动器过热13-1002-13 CT GE Hispeed 伺服驱动器过速13-1002-12 CT GE Hispeed 伺服驱动器超载13-1002-11 CT GE Hispeed 伺服驱动器过流13-1002-09 CT GE Hispeed 安全回路断开13-1002-08 CT GE Hispeed 机架旋转速度过低13-1002-07 CT GE Hispeed 机架旋转过速13-1002-06 CT GE Hispeed 当机架旋转指令发出时,系统没有检测到旋转速度反馈编码器输出的反馈信号13-1002-05 CT GE Hispeed TGP板没有放置在系统自动状态13-1002-04 CT GE Hispeed 伺服驱动器发生故障13-1002-03 CT GE Hispeed 轴向旋转电机内部过热13-1002-02 CT GE Hispeed 当扫描开始时,机架旋转未启动或启动异常13-1002-01 CT GE Hispeed TGP板检测到异常指令13-1002-0b CT GE Hispeed 机架初始位置异常13-1002-0a CT GE Hispeed 机架动态刹车异常12-1005-07 CT GE Hispeed 手动操作扫描床床板运动时,床板位置反馈电位器输出异常12-1005-06 CT GE Hispeed IMS位置反馈电位器输出异常12-1005-05 CT GE Hispeed 在机架旋转时,机架触控开关或OVER RUN限位开关被激活12-1005-04 CT GE Hispeed 在机架旋转时,伺服驱动器检测到故障12-1005-03 CT GE Hispeed 扫描床床板无法复位初始位置12-1005-02 CT GE Hispeed 扫描床床板参考位置错误12-1005-01 CT GE Hispeed 机架在初始化状态中检测到机架倾斜或扫描床升降异动12-1004-08 CT GE Hispeed 机架倾斜超时12-1004-07 CT GE Hispeed 控制台无法及时发送倾斜终止指令或控制台倾斜控制电路开路12-1004-06 CT GE Hispeed 在机架处于远程倾斜控制模式时,机架运动被锁定12-1004-05 CT GE Hispeed 在机架处于远程倾斜控制模式时,机架操作板倾斜按键被释放12-1004-04 CT GE Hispeed 当机架处于远程倾斜控制模式时,机架操作板倾斜按键被按一下12-1004-03 CT GE Hispeed 当接收到控制台发送过来的倾斜指令时,机架处于前倾/后倾/初始位置. 12-1004-02 CT GE Hispeed 当远程倾斜机架时,机架触控开关被激活12-1004-01 CT GE Hispeed 机架倾斜位置超限12-1003-0F CT GE Hispeed 在扫描时床板位置反馈电位器输出异常12-1003-0D CT GE Hispeed 在机架旋转时OVER RUN限位开关被激活12-1003-0C CT GE Hispeed 在机架旋转时伺服驱动器检测到故障12-1003-0B CT GE Hispeed 在机架操控模式下,机架触控开关被激活12-1003-0A CT GE Hispeed 在扫描启动时,机架无法进行初始化12-1003-09 CT GE Hispeed 在扫描模式下床板的停止按钮被按下12-1003-07 CT GE Hispeed 在扫描时系统检测到床板运动时间超过指定值12-1003-05 CT GE Hispeed 超出扫描范围,扫描床位置过低12-1030-03 CT GE Hispeed 扫描床床板运动失速。
Reference: 5060 en -2019.09 / e2COMPABLOC 3000 Maintenance Guide5060 en - 2019.09 / eCONTENTS GENERAL WARNING This document is an addition to the general manual ref. 2557 (recommendations), ref. 3711, ref. 3804 (Atex specificrecommendations), and manual ref. 3520 (Compabloc 3000 installation).NOTENidec Leroy-Somer gives no contractual guarantee whatsoever concerning the information published in this document and cannot be held responsible for any errors it may contain, nor for any damage resulting from ist use.CAUTIONThe specifications, instructions and descriptions are for standard operation. They do not take account of structural variants or special adaptations. Failure to comply with these recommendations may lead to premature deterioration of the gearbox and voiding of the manufacturer’s guarantee.Despite all the care taken in the manufacture and checking of this equipment, Nidec Leroy-Somer cannot guarantee that lubricant will not escape during the product’s lifetime. If slight leaks could have serious consequences for the safety of people and property, the installer and user should take all necessary precautions to avoid such consequences.1 - HOW TO ORDER .................................................................................................................................................32 - INSTRUCTIONS FOR DISMANTLING AND REBUILDING (3)2.1 - Dismantling ..................................................................................................................................................32.2 - Rebuilding ....................................................................................................................................................33 - EXPLODED VIEWS - PARTS LIST (4)3.1 - Compabloc multistage (4)3.1.1 - Compabloc multistage exploded views:.................................................................................................................43.1.2 - Cb 30xx to Cb 38xx parts list. (5)3.2 - Compabloc 1 stage (6)3.2.1 - Exploded views: Cb 30 to Cb 3531 ........................................................................................................................63.2.2 - Compabloc 1 stage parts list: Cb 3031 to Cb 3531 (6)3.3 - Input shaft AP and input shaft with AD backstop (7)3.3.1 - Exploded views AP and AP-AD ..............................................................................................................................73.3.2 - Parts list AP and AP-AD .. (7)3.4 - MU universal mounting and universal mounting with AD backstop (8)3.4.1 - MU and MU-AD exploded views ............................................................................................................................83.4.2 - MU and MU-AD universal mounting parts list .. (9)3.5 - Motor MI, IM-B5, MI-IM-B5 (10)3.5.1 - Motor exploded views ..........................................................................................................................................103.5.2 - Motor parts list .. (10)3.6 - MI integral motor with AD backstop (11)3.6.1 - Motor exploded views MI-AD for Cb 30 to 35 .......................................................................................................113.6.2 - Motor parts list MI-AD for Cb 30 to 35 ...................................................................................................................113.6.3 - Method for reversing the direction of rotation of AD* .............................................................................................113.6.4 - Motor exploded views MI-AD for Cb 36 to 38 ......................................................................................................123.6.5 - Motor parts list MI-AD for Cb 36 to 38* . (12)3HOW TO ORDERCOMPABLOC 3000 Maintenance Guide 5060 en - 2019.09 / ee n1 - HOW TO ORDERNecessary information:a) from the gearbox nameplate 1 - gearbox model and size 2 - operating position3 - fixing type (S with foot, BS, BDn or BT…)4 - exact reduction - possible options5 - serial number6 - lubricant7 - backlash: Standard (DYNABLOC).b) from the appropriate part list - part description and item number.c) Where a motor is fitted to the gearbox, from the motor nameplate(for the motor: see the corresponding manual)- motor type- No. of poles (or speed in min -1)- power in kW (or N.m).Caution: the motor requires a special shaft and flange for integral mounting (MI) with the gearbox.2 - INSTRUCTIONS FORDISMANTLING AND REBUILDING2.1 - Dismantling- Remove the geared motor from the machine.- Drain the gearbox.- Remove the motor (undo the nuts 184 on motor side).- Dismantle the gearbox.Utilisation of appropriate tools (hub-puller, bearing-puller, mallets, adjustable spanners, circlips pliers,assorted screwdrivers, taps and dies, press…) as well as applying our rigorous procedures (M32 S244 §9 for gearbox and T32 S69 §4 for Universal mounting) the intervention of an authorised Nidec Leroy-Somer Service Centre will be required to maintain the original high performance of the drive system.2.2 - Rebuilding- Proceed in the reverse order to dismantling.- Oil the lip-seals ; they must be fitted very carefully so as to avoid damage to the running seal area ; the use of protection sleeves is recommended to cover the sharp edges of shaft keyways.- Nuts must be fixed with medium strength anaerobic adhesive.- Re-fit the O-rings, checking that they are positioned correctly.- Fill with oil up to the appropriate level (see § 6).- Turn the shaft to check that the box is functioning satisfactorily before finally mounting it in position.4COMPABLOC 3000 Maintenance Guide5060 en - 2019.09 / eCOMPABLOC 3000 Maintenance Guide 5060 en - 2019.09 / e e n3.1.2 - Cb 30xx to Cb 38xx parts list5018700090090013000610077003100800062028402820001025500970052004201990103009601790254018401830007018101280254025700970181000701750096COMPABLOC 3000 Maintenance Guide5060 en - 2019.09 / e3.2 - Compabloc 1 stage3.2.1 - Exploded views: Cb 30 to Cb 3531Cb 3131 to Cb 353167COMPABLOC 3000 Maintenance Guide 5060 en - 2019.09 / ee n3.3 - Input shaft AP and input shaft with AD backstop3.3.1 - Exploded views AP and AP-AD8COMPABLOC 3000 Maintenance Guide5060 en - 2019.09 / e3.4 - MU universal mounting and universal mounting with AD backstop9COMPABLOC 3000 Maintenance Guide 5060 en - 2019.09 / eDimension A must be kept according to the table below for Cb 31 to Cb 35 ; you can measure it between the flange face of the motor and the end of the coupling. Cb 36 to Cb 38: mounting with distance piece (rep.168).2012/09 : New MU, exploded viewe n1071 bCOMPABLOC 3000 Maintenance Guide5060 en - 2019.09 / e3.5 - Motor MI, IM-B5, MI-IM-B53.5.1 - Motor exploded viewsFrame size: LS 56 to LS(ES) 31511COMPABLOC 3000 Maintenance Guide 5060 en - 2019.09 / ee n3052222233011491063041841839671327147184211502653505963.6 - MI integral motor with AD backstop3.6.1 - Motor exploded views MI-AD for Cb 30 to 35Frame size: LSES 80 to 180 M, MT3.6.3 - Method for reversing the direction of rotation of AD*- Remove the cover 13- Remove the fan 7, by unscrewing the central screw (or ring + screw and washer) if necessary - Remove the Gamma seal 96- Unscrew the 6 screws 183 from the closing cover 304, then take off the cover (the seal 106 also comes at the same time) maintaining the AD ring back on the motor shaft - Remove the circlips 149- Extract the inner AD 301 ring front (the AD moving parts shall remain in the ring back)- Clean AD 301 faces, ring back305 and cover 304- Apply sealing paste (type: OMNIFIT 100M) in the cover socket and on the ring back - If necessary, replace the grease contained by the ring seal 106 of the cover- Flip the 301 assembly by 180° and reposition the wall parts on the motor shaft without forgetting the 150 key- Ensure that the AD direction of rotation (marked with an arrow on the moving part) corresponds to the motor direction of rotation - Replace the other parts reversing the disassembly procedure. Fit a new Gamma seal.*Label indicating the motor shaft (or gearbox output shaft) direction of rotationMI-AD from 0,75 to 18,5 kW for Cb 30xx to 35xx12COMPABLOC 3000 Maintenance Guide5060 en - 2019.09 / e3.6.4 - Motor exploded views MI-AD for Cb 36 to 38Frame size: LSES 132 M, MU to 2803.6.5 - Motor parts list MI-AD for Cb 36 to 38*Rep.Description Qty Rep.DescriptionQty *Label indicating the motor shaft (or gearbox output shaft) direction of rotation。
中国电信宽带错误代码及解决方法:网络连接不了,一般都会有错误代码出现,针对不同的代码和解决方法如下:问题:Error602 The port is alreadyopen拨号网络网络由于设备安装错误或正在使用,不能进行连接ﻫﻫ原因:RasPPPoE没有完全和正确的安装解决方法:卸载干净任何PPPoE软件,重新安装Error605Cannot set portinformation问题:拨号网络网络由于设备安装错误不能设定使用端口原因:RasPPPoE没有完全和正确的安装解决方法:卸载干净任何PPPoE软件,重新安装Error 606The port is not connected问题:拨号网络网络不能连接所需的设备端口原因:RasPPPoE没有完全和正确的安装,连接线故障,ADSL MODEM故障解决方法:卸载干净任何PPPoE软件,重新安装,检查网线和ADSLMODEMError 608Thedevice does not exist问题:拨号网络网络连接的设备不存在原因:RasPPPoE没有完全和正确的安装解决方法:卸载干净任何PPPoE软件,重新安装ﻫError609 The device type does not exist问题:拨号网络网络连接的设备其种类不能确定原因:RasPPPoE没有完全和正确的安装解决方法:卸载干净任何PPPoE软件,重新安装Error 611The routeis not availableﻫ612 Theroute is notallocated问题:拨号网络网络连接路由不正确原因:RasPPPoE没有完全和正确的安装,ISP服务器故障解决方法:卸载干净任何PPPoE软件,重新安装,致电ISP询问ﻫError617 The port ordeviceis already disconnectingﻫ问题:拨号网络网络连接的设备已经断开原因:RasPPPoE没有完全和正确的安装,ISP服务器故障,连接线,ADSL MODEM故障解决方法:卸载干净任何PPPoE软件,重新安装,致电ISP询问,检查网线和ADSL MODEM Er rorﻫ619问题:与ISP服务器不能建立连接原因:ADSL ISP服务器故障,ADSL电话线故障解决方法:检查ADSL信号灯是否能正确同步。
2Protocol Simulators2.1IEDScoutIEDScout is an ideal tool for substation automation engineers working with IEC 61850devices. IEDScout allows engineers to look inside the IED at its communication. All datamodeled and exchanged becomes visible and accessible.Download website:https:///en/products/iedscout/2.2Modbus SlaveModbus Slave is the very popular Modbus slave simulator to test and debug your Modbus devices. It supports Modbus RTU/ASCII and Modbus TCP/IP.Download website:/download.htmlStep 2. Configure Protocol 2 (Modbus TCP Client Settings)In Client Settings, we use the default settings. For details, you can refer to the MGate 5119 User’s Manual.This demo would like to monitor and control the Modbus slave device by the IEC 61850 client; and, therefore, configure the corresponding Modbus commands. We will create four commands: two for monitoring Analog Input data and two for controlling Analog Output data.We input Name as AnIn1, input Read quantity as 2, and Data type as uint32 create the Tag as AnIn1. Also, the Endian Swap should be configured as Word the display style of the Modbus Slave data.In this demo, we create the four Modbus commands as below:Under SCL file settings – Basic Setting, we keep the default settings: Under SCL Source – Logical Node, create logical nodes by clicking the page with the settings will pop up.To query these objects more efficiently, add Dataset and choose the objects and the attributes you are interested in. Under SCL Source – Dataset, click the Addadd the dataset.If you want the MGate 5119 to automatically notify the IEC 61850 client when an event has been triggered, add a buffer or unbuffered report. Under SCL Source – Reports, configure Reports by clicking the Add button. The page with the settings will pop up.Step 4. IO Data MappingAfter finishing step 2 and step 3 of the setting procedure, map these two protocol objects in SLC Data setting.Here is an example of mapping IEC 61850 to Modbus:1.Select Data → lDevice1 → GGIO1 → MX → AnIn1 → mag → f from IEC 61850 side.2.Select modbus_tcp_client/10.123.20.41:502-sid1/AnIn1 from the Modbus side.3.Click Data Mapping to map them.Go to the System Monitoring → Protocol Status the values have been updated. Under the command response works perfectly. TheIf you disconnect the Modbus TCP connection, the Tag List shows Quality as invalidYou also can poll the dataset by selecting theSince the MGate 5119 uses the SBO Control model, execute Select first and then Operate. Input 123 in the Value field and click Select. The value's background validation process elapses and displays its result in the Status section, which will fold out when you click Select. If Select succeeds, click Operate to write your selected value for the MGate 5119.Report TestIn this demo, the MGate 5119 has a static report instance. We choose this report instance from Reports → lDevice1 → LLN0 → R101 and click Enable:Enable the Data change trigger option, and the MGate 5119 will send the report when the dataset value is updated. Enable the Integrity trigger option and changeperiod to 10000 ms. The MGate 5119 will send report every 10 seconds. Click the Enable button, and the MGate 5119 acts on the report process.。
MOX Gateway Field ControllerUser Guide0809-602-2303PrefaceScope of the User GuideThis MOX Gateway Controller User Guide contains information for MOX Gateways with the following part numbers:Part Number DescriptionsDPMX602-30-05-08-00 PROFIBUSMX602-30-05-08-02 PROFIBUS DP (GSM/GPRS)MX602-30-05-10-00 ControlNETMX602-30-05-15-00 SerialThis guide has been organized for the operator, and it is expected that the user is an engineer, technician, electrician or similar with an understanding of the operating and programming requirements of related MOX products.Related DocumentsTypical application of the gateway module contains a collection of MOX equipment and several software packages. For this reason, a number of related documents should be read in conjunction with this user guide.The related documents are noted below:•MOX Unity Field Controller User Guide•MoxIDE User Guide•MoxGRAF User GuideConventions UsedWhen you see the “exclamation mark” icon in the left-hand margin, the text to its immediate right will be a special note. Please ensure that you read this information to increase your understanding of the systems operation.When you see the “stop sign” icon in the left-hand margin, the text to its immediate right will be a warning. This information could prevent injury loss of property or even death (in extreme cases). It is very important that you stop and read this information and ensure that you have complete understanding before continuing with the procedures.Contents1OVERVIEW (1)2SPECIFICATIONS (2)2.1K EY F EATURES (2)2.2O PTIONS (2)2.3PROFIBUS DP(MX602-30-05-08-00/MX602-30-05-08-02) (3)2.3.1Familiarization (3)2.3.2Datasheet (4)2.3.3Key Features (5)2.3.4LED Indication (5)2.3.5Configuration (7)2.4C ONTROL NET(MX602-30-05-10-00) (16)2.4.1Familiarization (16)2.4.2Datasheet (17)2.4.3Key Features (17)2.4.4LED Indication (18)2.4.5Configuration (20)2.4.6Redundancy (20)2.5S ERIAL (MX602-30-05-15-00) (21)2.5.1Familiarization (21)2.5.2Datasheet (22)2.5.3Key Features (22)2.5.4LED Indication (22)2.5.5Configuration (24)3INSTALLATION (25)3.1H ANDLING C ONSIDERATIONS (25)3.1.1Electrostatic Discharge (25)3.1.2Environmental Precautions (25)3.2M OUNTING THE MOX G ATEWAY AND A SSOCIATED C OMPONENTS (26)3.2.1Installation Considerations (26)3.2.2Preventing Excessive Heat (26)3.2.3Installation Cleanliness (27)3.2.4Mounting the Controller (27)3.2.5Typical MOX Gateway Dimensions (27)3.2.6Terminal Connector (28)3.2.7Grounding Considerations (28)3.3C ABLE P ATH C ONSIDERATIONS (29)3.3.1Minimizing Electrical Noise on Analog Signal Lines (29)3.3.2Analog Signal Cable Grounding (30)3.4P OWER (31)3.4.1Power Requirement (31)3.4.2Power Isolation (31)3.4.3Power Consumption Calculations (31)3.4.4DC Power Wiring (User DC Source) (33)3.5I NSTALLING C OMMUNICATION C ABLES (34)3.5.1Serial Ports (34)3.5.2Ethernet Ports (36)3.5.3GSM/GPRS (37)3.6A PPLYING P OWER (39)4CONFIGURATION WITH MOXGRAF (40)4.1C REATE N EW P ROJECT (40)4.2D EFINE V ARIABLES (41)4.3V ARIABLES A DDRESSING (41)4.4I/O W IRING (43)5TYPICAL SYSTEM (45)APPENDIX A PRODUCT SUPPORT (46)FiguresF IGURE 1MX602-30-05-08-00MOX PROFIBUS DP G ATEWAY F AMILIARIZATION (3)F IGURE 2MX602-30-05-08-02MOX PROFIBUS DP(GSM/GPRS)G ATEWAY F AMILIARIZATION (4)F IGURE 3S ET UP A N EW P ROJECT (8)F IGURE 4A DD PROFIBUS M ASTER (8)F IGURE 5S ET PROFIBUS DP G ATEWAY C ONNECTION D RIVER (9)F IGURE 6S ET IP A DDRESS AND C ONNECT TO S ERVER (9)F IGURE 7A CTUAL N ETWORK C ONFIGURATION (10)F IGURE 8B UILD A N EW P ROJECT IN M OX IDE (10)F IGURE 9S ERIAL P ORT C ONFIGURATION P AGE (11)F IGURE 10A LTERING COM1S ETTINGS (12)F IGURE 11IP C ONFIGURATION A PPLICATION (14)F IGURE 12MX602-30-05-10-00MOX C ONTROL NET G ATEWAY F AMILIARIZATION (16)F IGURE 13MX602-30-05-15-00MOX S ERIAL G ATEWAY F AMILIARIZATION (21)F IGURE 14T YPICAL MOX G ATEWAY D IMENSIONS (27)F IGURE 15MOX G ATEWAY DC P OWER W IRING (33)F IGURE 16MOX G ATEWAY C OMMUNICATION C ABLING (34)F IGURE 17MOX G ATEWAY WITH GSM/GPRS (37)F IGURE 18T YPICAL S YSTEM A RCHITECTURE (45)TablesT ABLE 1MX602-30-05-08-XX MOX PROFIBUS DP G ATEWAY D ATASHEET (4)T ABLE 2MOX PROFIBUS DP G ATEWAY LED OF DP C OLUMN (5)T ABLE 3MOX PROFIBUS DP G ATEWAY LED OF CPU C OLUMN (5)T ABLE 4MOX PROFIBUS DP G ATEWAY CPU S TATE T ROUBLE S HOOTING (6)T ABLE 5MOX PROFIBUS DP G ATEWAY GSM S TATUS LED (6)T ABLE 6MOX PROFIBUS DP G ATEWAY C OMMUNICATION S TATUS LED (7)T ABLE 7S ERIAL C OMMUNICATION P ROTOCOL D EFINITIONS (13)T ABLE 8MX602-30-05-10-00MOX C ONTROL NET G ATEWAY D ATASHEET (17)T ABLE 9MOX C ONTROL NET G ATEWAY LED S (CN C OLUMN) (18)T ABLE 10MOX C ONTROL NET G ATEWAY P ORT A AND P ORT B LED S TATE T ROUBLE S HOOTING (18)T ABLE 11MOX C ONTROL NET G ATEWAY LED OF CPU C OLUMN (19)T ABLE 12MOX C ONTROL NET G ATEWAY CPU S TATE T ROUBLE S HOOTING (19)T ABLE 13MOX C ONTROL NET G ATEWAY C OMMUNICATION S TATUS LED S (19)T ABLE 14MX602-30-05-15-00MOX S ERIAL G ATEWAY D ATASHEET (22)T ABLE 15MOX S ERIAL G ATEWAY G ENERAL LED S (22)T ABLE 16MOX S EIAL G ATEWAY CPU LED I NDICATION (23)T ABLE 17MOX S ERIAL G ATEWAY CPU S TATE T ROUBLE S HOOTING (23)T ABLE 18MOX S ERIAL G ATEWAY C OMMUNICATION S TATUS LED S (23)T ABLE 19P OWER C ONSUMPTION OF M ODULES (31)T ABLE 20S ERIAL P ORT C ONNECTOR IN RS232 MODE (35)T ABLE 21S ERIAL P ORT C ONNECTOR IN RS485 MODE (35)T ABLE 22O PTIONAL O NBOARD GSM/GPRS M ODEM S PECIFICATIONS (37)1OverviewThe MOX Gateway is a leading edge industrial controller designed to interface with field devices and control equipment via many of the advanced communication methods available. The final solution is Enterprise ready allowing data from your remote sites to seamlessly flow into your integrated SCADA system. The MOX Gateway utilizes open communications options to allow quick integration into your existing system.The MOX Gateway affords the protocol conversion between industry standards such as MODBUS TCP/IP and PROFIBUS DP, etc. The modular fieldbus additions are high performance options meeting the highest industry demands.The application capability of the MOX Gateway extends way beyond the traditional boundaries. The MOX Gateway is suitable for a wide variety of applications across a varied range of industries with recognition for outstanding versatility, cost effectiveness, performance and a scalable architecture.Having protocol conversions built in and integrated within the field controller provides a highly flexible and quickly realisable solution.Comprehensive functions are available for start-up and ongoing diagnostics and certain device conditions and transmission errors may be displayed on the front panel LEDs. Further diagnostic functions, especially for testing the fieldbus communications may also be carried out directly from the configuration software.2Specifications2.1Key FeaturesModular ConstructionOpen Systems InterconnectionEnterprise Ready SolutionIntegrated and Transportable IEC61131 Control SoftwareStandard Serial and Ethernet CommunicationsFunctions in Standalone or Integrated ConfigurationsNumerous onboard Communications Options2.2OptionsPROFIBUS DP MasterControlNetSerial2.3 PROFIBUS DP (MX602-30-05-08-00/MX602-30-05-08-02)The MOX PROFIBUS DP Gateway is designed as a master on a PROFIBUS DP network and communicates with PROFIBUS DP slaves. It provides protocol conversion between MODBUS TCP/IP, DNP, IEC, etc. and PROFIBUS DP.The MOX PROFIBUS DP Gateway is supplied with up to two serial communications ports, one PROFIBUS DP port, one diagnostic port and two Ethernet ports. Each Gateway may also be fitted with an onboard GSM/GPRS.Up to 32 PROFIBUS DP devices can be interlinked to one bus segment. If several bus segments are linked to each other with repeaters, there can be up to 127 devices on the bus. The maximum length of a bus segment depends on the baud rate used.MOX configuration software, MoxCon, is used to configure the MOX PROFIBUS DP Gateway module, enabling it drive and access data from the connected PROFIBUS DP slaves. Then MoxGRAF could be adopted to build a program to implement automatic monitor and control.2.3.1 FamiliarizationThe following diagram gives a detailed description of a MOX PROFIBUS DP Gateway.COM1-COM2 Serial Ports (RS232/485 Configurable)Mounting BracketStatus LEDsMounting BracketMounting Bracket 10Mbps Ethernet Port 10/100Mbps Ethernet PortRunning Diagnostic Active Running State Error Error Unit Power ReservedReadyDiagnostic Port PROFIBUS DP PortFigure 1MX602-30-05-08-00 MOX PROFIBUS DP Gateway FamiliarizationFigure 2 MX602-30-05-08-02 MOX PROFIBUS DP (GSM/GPRS) GatewayFamiliarization2.3.2DatasheetPower Input Range +24VDC (18~30VDC)Processor 486Clock Speed 133MHzSDRAM 32MGPRS/GSM Available for MX602-30-05-08-02Serial 2 x RS232/RS485 selectable portsPROFIBUS DP 1 x PROFIBUS DP Port1 x Diagnostic PortEthernet1 x 10Mbps port1 x 10/100Mbps portOperating Temperature -20~70 °CStorage Temperature -40~85 °CRelative Humidity 5~90%, non-condensingTable 1 MX602-30-05-08-xx MOX PROFIBUS DP Gateway Datasheet2.3.3Key FeaturesPROFIBUS DP MasterTwo RS232/RS485 PortsOne PROFIBUS DP port, one Diagnostic portOne 10Mbps Ethernet port, one 10/100Mbps Ethernet port2.3.4LED IndicationLED State DescriptionsON Send data or tokenSTAtokenOFF NoON PROFIBUS DP errorERROFF No errorrunningON CommunicationcommunicationOFF NoRUNFlashing cyclic Communication stoppedFlashing irregular Missing or faulty configurationON PROFIBUS DP is readyOFF Hardware defectRDYFlashing cyclic Bootstrap loader activeFlashing irregular Hardware or system errorTable 2 MOX PROFIBUS DP Gateway LED of DP ColumnLED State DescriptionsON CPU is running normallyRUNOFF System not startedFlashing in 2Hz There is no MoxGRAF code (control code) presentON Communication errorERROFF Communication OKTable 3 MOX PROFIBUS DP Gateway LED of CPU ColumnLED State DescriptionsRUN ERR ONOFFCPU is running normallyRUN ERR Flashing in 2 HzOFFThere is no MoxGRAF code presentRUN ERR ONONCPU is running normally, but with I/O communication errorRUN ERR ACTFlashing in 0.5HzFlashing in 0.5HzFlashing in 0.5HzFatal errorTable 4 MOX PROFIBUS DP Gateway CPU State Trouble ShootingState DescriptionsOFF GSM module is OFF or running in SLEEP, Alarm or Charge-only mode600ms ON / 600msOFF No SIM card is inserted or no PIN is entered, or network search in progress, or ongoing user authentication, or network login in progress75ms ON /3s OFF Logged to network (monitoring control channels and user interactions). No call in progress75ms ON / 75msOFF / 75ms ON / 3sOFFOne or more GPRS contexts are activatedFlashing Indicates GPRS data transfer: When a GPRS transfer is in progress, the LED goes on within one second after data packets were exchanged. Flash durationis approximately 0.5sON Depends on type of call:Voice call: Connected to remote partyData call: Connected to remote party or exchange of parameters while settingup or disconnecting a callTable 5 MOX PROFIBUS DP Gateway GSM Status LEDTypeLED Status Descriptions OFF Nocommunication TXFlash There is attempted outgoing communication OFF No communicationRS232RX FlashThere is attempted incoming communicationTXDisabled OFF No communicationRS485RX Flash There is attempted communication LINK1 EthernetLINK2ONConnected to another Ethernet deviceTable 6MOX PROFIBUS DP Gateway Communication Status LED2.3.5 Configuration2.3.5.1.PROFIBUS DP ConfigurationMoxCon uses GSD (Generic Station Description) files to determine device description data which isrequired for all PROFIBUS DP devices. The GSD file is used to identify and configure anyPROFIBUS DP device in an open system. It is an ASCII file and could be read with any text editor.For the MOX PROFIBUS DP Gateway, the GSD file is identified as “SAS_7507.GSD” and its format is based on the standard IEC 61784-1:2002 Ed 1 CP 3/1.SAS_7507.GSD describes the general PROFIBUS DP master property of the MOX Gateway, including transmission parameters and diagnostic information.SAS_7507.GSD must be available in the \Fieldbus\PROFIBUS\GSD folder under the MoxCon installation directory, before any PROFIBUS DP Gateway configuration can be done.The following procedure gives a configuration process outline:1) Create a new MoxCon project by selecting File->New from the menu, the following dialog boxwill be displayed, choose “PROFIBUS” then click “OK”.Figure 3 Set up a New Project2) Insert a Master device by selecting Insert->Master from the menu. You can see an “M” letterattached to the mouse pointer, then click on the blank area. For a MOX system, the PROFIBUS DP Master with Identification number 0x7507 should be used. Click “Add>>” then “OK”.Figure 4 Add PROFIBUS Master3) Set the MOX PROFIBUS DP Gateway connection driver to Serial or TCP/IP by selectingSettings->Device Assignment from the menu. Select “CIF TCP/IP Driver” and then click “OK”.Figure 5 Set PROFIBUS DP Gateway Connection DriverFigure 6 Set IP Address and Connect to ServerFill in the IP Address of the MOX PROFIBUS DP Gateway. Click “Connect to Server”. Select the I/O interface board from the Board Selection frame that will be connected to the PROFIBUS DP slaves.4) To link a complete network of devices that are connected to the PROFIBUS DP Gateway selectOnline->Automatic Network Scan from the menu or add expected devices manually one by one. All devices’ GSD files must be available in the \Fieldbus\PROFIBUS\GSD folder under the MoxCon installation directory.Figure 7 Actual Network Configuration2.3.5.2.Serial Port ConfigurationThe MOX PROFIBUS DP Gateway provides two configurable RS232/RS485 interfaces. The serial port’s communication parameters are configurable within the MoxIDE configuration software.Start MoxIDE and select “Connect via RTU and CP to I/O” option. Type in a relevant project name and select “OK”.Figure 8 Build a New Project in MoxIDEClick on the desired MOX Gateway, i.e. RTU in the visual network tree. Select the “Ports” tab on the Module Description Window to display the port information.To find out what the connected MOX Gateway’s serial port configuration is, click on the “Online” tab. Select the “Online” button to create a communication link with the Gateway via its Ethernet connection.Once connection has been established, the MOX Gateway’s onboard information will be displayed on the screen. This is an indication that the communication link has been established. Click on the “<< Upload” button and select the “General” option to upload all port information to MoxIDE. Return to the “Ports” tab to view the current serial port parameters.Figure 9 Serial Port Configuration PageThe MOX Gateway can have a maximum of 4 external serial ports. These 4 ports arerepresented by COM1 to COM4 when editing communication parameters in MoxIDE. Select a serial port and double click on it to open its communication parameters. This will display a window similar to figure below:Figure 10 Altering COM1 SettingsTo change the type of communication from RS232 to RS485, select the “Type” prompt and scroll down to the desired format. All other communication parameters of that port are alterable as well, e.g. Baud rate, Parity, Flow Control, Stop Bits and Protocol.Once all the desired serial ports have been configured return to the “Online” tab. The new port information will update automatically within MoxIDE on leaving the Ports page. Select the “Online”button to establish a connection with the controller. Click on the “Download >>” button and select the “General” option to download all port information to the desired Gateway. This will display a progress window. When the downloading process is completed, close the progress window and click the “Offline” button to disconnect with the Gateway.Wait a minimum of 30 seconds after performing a full reboot on the MOX Gateway.There are a number of selectable protocols that the user can choose from when setting serial port communication parameters. The following table shows a description of each protocol and its intended use: Protocol Definition DescriptionsMoxMODBUS SlaveCommunication with a MODBUS Master device.MODBUS Master MODBUS Master Communication with MODBUS slave devices. MODBUSa Master MODBUS ASCII MasterCommunication with a visual slave device, e.g. LCD screen. MODBUSa SlaveMODBUS ASCII SlaveCommunication with a touch screen master device.Transparent N/AEthernet to Serial communication between two MOX Gatewaydevices. MODNETMODBUS TCP/IP Ethernet to Serial Gateway.DNP DNP 3.0Distributed Network Protocol (Slave communications onlysupported)Table 7Serial Communication Protocol Definitions2.3.5.3.Ethernet Port ConfigurationThe MOX Gateway contains one 10Mbps Ethernet port and one 10/100Mbps Fast Ethernet port. Communications are accessible through the onboard RJ45 connector ports.Programming the MOX Gateway with MoxGRAF may be conducted via either of the two Ethernet ports.The factory default IP address of Ethernet port 1 (10Mbps) is 192.168.0.32.The factory default IP address of Ethernet port 2 (10/100Mbps) is 192.168.1.32.SCADA/HMI interfaces that support the MODBUS TCP/IP protocol and DNP3.0 can communicate with the MOX Gateway.IPConfig is used to alter the IP address of the Gateway’s Ethernet ports. Within MoxIDE select Tools | IPConfig to open the IP configuration application.If you are unsure of what the current IP address of the Gateway is, you are able to scan all connected MOX Gateways using this tool. IPConfig application provides two scanning methods, “By Range” and “Blind”.“By Range” method takes two parameters. “From” indicates starting address and “Count” indicates the scanning range. For instance: Set “From” with 192.168.1.1 and “Count” with 254 then select the “Scan” button. This example will scan all the physical connected MOX Gateways with the IP address range from 192.168.1.1 ~ 192.168.1.254.The “Blind” method takes no parameters. Simply select the “Blind” option and click on the “Scan”button to scan all the Gateways in the same network.If the Gateway’s IP is found, it will be displayed in the Target List window. Double click on the displayed IP and select the “Upload” button to display all IP information of that Gateway.If you know the IP address, simply type it into the Target IP Address prompt and select “Upload”.Figure 11 IP Configuration ApplicationIf alteration of the IP address is required, ensure that a valid IP address is allocated.Allocating an unreachable IP address, e.g. 192.168.0.0, will result in system failure.The Request Timeout may need to be altered depending on the size of theconnected network architecture.The relationship between Eth1, Eth2 and IPConfig is demonstrated in the figure below. Once you have changed the Ethernet port address to the desired IP, select the “Download” button.2.4 ControlNET (MX602-30-05-10-00)ControlNET is a serial communication system for transmitting “Scheduled Data”. These data are continuously transmitted and are available to the application in a configurable time interval. The transmission of “Unscheduled Data” is NOT supported.The bus cable is a standard RG-6 coaxial cable with an impedance of 75Ohm. At least one “Tap” is required for each participant. A Tap is a passive device and connects the ControlNET device with the network via a 1m drop line. The tap allows devices to be removed or inserted while the network is powered without any impact of the bus communication.Over the Network Access Port (NAP), special ControlNET diagnostic tools can be connected. The cable must be shielded and no longer than 10m.2.4.1 FamiliarizationFigure 12MX602-30-05-10-00 MOX ControlNET Gateway Familiarization2.4.2DatasheetPower Input Range +24VDC (18~30VDC)Processor 486Clock Speed 133MHzSDRAM 32MPortA, PortB 2 x ChannelsSerial 2 x RS232/RS485 selectable portsEthernet1 x 10Mbps port1 x 10/100Mbps portOperating Temperature -20~70 °CStorage Temperature -40~85 °CRelative Humidity 5~90%, non-condensingTable 8 MX602-30-05-10-00 MOX ControlNET Gateway Datasheet 2.4.3Key FeaturesProcess input data and output dataTwo RS232/RS485 PortsOne Network Access port, one Diagnostic portOne 10Mbps Ethernet port, one 10/100Mbps Ethernet port2.4.4LED IndicationLED State DescriptionsON NormalOperationFlash Invalid link configurationLink fault or no MAC frames are received Temporary channel error or listen onlyPAOrPBOFF NotokenON Communication is runningOFF No communicationFlashing cyclic Communication is stoppedRUNFlashing irregular Missing or faulty configurationON ControlNET is readyOFF HardwaredefectFlashing cyclic Bootstrap loader activeRDYFlashing irregular Hardware or system errorTable 9 MOX ControlNET Gateway LEDs (CN Column) LED State DescriptionsPA PB ONONFailed link interfacePA PB FlashFlashSelf test or bad node configurationPA PB OFFOFFReset or no powerTable 10 MOX ControlNET Gateway Port A and Port B LED State Trouble ShootingLED State DescriptionsON CPU is running normallyOFF System not startedRUNFlashing in 2Hz There is no MoxGRAF code (control code) presentON Communication errorERROFF Communication OKTable 11 MOX ControlNET Gateway LED of CPU Column LED State MeaningRUN ERR ONOFFCPU is running normallyRUN ERR Flashing in 2 HzOFFThere is no MoxGRAF code presentRUN ERR ONONCPU is running normally, but with I/O communication errorRUN ERR ACTFlashing in 0.5HzFlashing in 0.5HzFlashing in 0.5HzFatal errorTable 12 MOX ControlNET Gateway CPU State Trouble ShootingType LED Status DescriptionsOFF NocommunicationTXFlash There is attempted outgoing communicationOFF NocommunicationRS232RXFlash There is attempted incoming communication TX DisabledOFF No communicationRS485RXFlash There is attempted communication LINK1EthernetLINK2ON Connected to another Ethernet device Table 13 MOX ControlNET Gateway Communication Status LEDs2.4.5ConfigurationThe configuration procedure of serial ports and Ethernet ports is the same as that of PROFIBUS DP;please refer to related chapter of PROFIBUS DP (MX602-30-05-08-00/MX602-30-05-08-02).2.4.6RedundancyRedundant Media Path: The MOX ControlNet Gateway provides two redundancy communicationports, Port A and Port B. So the redundant media path option is supported. Each message istransmitted simultaneously on both paths. Receiving nodes compare the quality of the two signalsand accept the better signal.2.5Serial (MX602-30-05-15-00)The MOX Serial Gateway is an ideal solution option where a connection from Ethernet to multipleserial devices is required. Up to four serial ports may be configured and multiplexed to the onboard Ethernet ports. Through the use of special function blocks within the host controller’s applicationsoftware, the user may then access the individual serial ports.Up to four serial RS232/RS485 ports may be configured as Master Ports to retrieve information from the connected slave devices.2.5.1FamiliarizationFigure 13 MX602-30-05-15-00 MOX Serial Gateway Familiarization2.5.2DatasheetExternal Power Supply +24VDC (18~30VDC)UPS Battery Charger 12VDC Lead Acid BatteryProcessor 486Clock Speed 133MHzSDRAM 32MSerial 4 x RS232/RS485 selectable ports1 x 10Mbps portEthernet1 x 10/100Mbps portOperating Temperature -20~70 °CStorage Temperature -40~85 °CRelative Humidity 5~95%, non-condensingGPRS Operating Temperature -20~55 °CTable 14 MX602-30-05-15-00 MOX Serial Gateway Datasheet 2.5.3Key FeaturesFour RS232/RS485 configurable serial portsOne 10Mbps Ethernet port, one 10/100Mbps Ethernet port2.5.4LED IndicationLED Color DescriptionsTMP Red High Temperature AlarmGSM Red Global System for Mobile CommunicationsUPS Red Uninterruptible Power SupplyStatusRUN RedRunningERR Red Communication Error StatusDetectionErrorDIA RedPWR Red Power SupplyTable 15 MOX Serial Gateway General LEDsLED State DescriptionsON CPU is running normallyOFF System not startedRUNFlashing in 2Hz There is no MoxGRAF code (control code) presentON Communication errorERROFF Communication OKTable 16 MOX Seial Gateway CPU LED IndicationLED State DescriptionsRUN ERR ONOFFCPU is running normallyRUN ERR Flashing in 2 HzOFFThere is no MoxGRAF code presentRUN ERR ONONThis CPU is running normally, but with I/O communication errorRUN ERR ACTFlashing in 0.5HzFlashing in 0.5HzFlashing in 0.5HzFatal errorTable 17 MOX Serial Gateway CPU State Trouble ShootingType LED Status DescriptionsOFF NocommunicationTXFlash There is attempted outgoing communicationOFF NocommunicationRS232RXFlash There is attempted incoming communication TX DisabledOFF No communicationRS485RXFlash There is attempted communication LINK1EthernetLINK2ON Connected to another Ethernet device Table 18 MOX Serial Gateway Communication Status LEDs2.5.5ConfigurationThe configuration procedure of the serial ports and the Ethernet ports is the same as that of the PROFIBUS DP Gateway; please refer to related chapter of PROFIBUS DP (MX602-30-05-08-00/MX602-30-05-08-02).3InstallationWithin this chapter are detailed instructions on mounting, installing and cabling of the MOX Gateway.3.1Handling Considerations3.1.1Electrostatic DischargeIntegrated circuits or semiconductors may be severely damaged by electrostatic discharge. This may be caused if the terminal connector pins come in contact with an electro statically charged object such as hands or clothing. Follow these guidelines when you handle the module.Touch a grounded object to discharge static potential.Do not touch the terminal connector pins.Do not touch circuit components inside the unit.Always work with the unit on a grounded surface.3.1.2Environmental PrecautionsTo extend the life of the MOX Gateway, take the following precautions:Avoid storing or operating the device where it could be exposed to a corrosive atmosphere.Protect from moisture and direct sunlight.The MOX Gateway has been designed for use in an industrial environment when installed in accordance with these instructions. Within this environment, the equipment is still intended for installation in a clean and dry location.3.2Mounting the MOX Gateway and Associated ComponentsCorrect placement of the MOX Gateway is necessary to avoid overheating due to lack of ventilation.Placement errors should be avoided by using the dimensional specifications provided. Adequate ventilation should be provided to avoid overheating and spacing between components should allow for a suitable working environment.3.2.1Installation ConsiderationsThe MOX Gateway should be mounted directly to the sub-panel of an electrical enclosure.5mm mounting holes are located in each corner of the base of the MOX Gateway. Appropriately sized mounting screws should be inserted in each of the four holes when installing the unit.The recommended screw size is 5mm x 12mm (1/8” x 1/2").Do not attempt to drill out the mounting holes to increase the usable screw size.Increasing the mounting holes size decreases the strength of the mounting bracket.A mounting template is provided within this guide and should be used to ensurecorrect drilling of the mounting holes and positioning of the MOX Gateway.The enclosure may also contain terminal strips, circuit breakers and other equipment required in the installation. All items should be appropriately mounted and spaced to ensure good ventilation.3.2.2Preventing Excessive HeatFor most applications, normal convective cooling keeps the controller within the specified operating range. The following should be considered to ensure that the specified operating range is maintained.Providing adequate spacing of components within an enclosure is usually sufficient for heat dissipation. Maintain spacing from enclosure walls, wire ways, adjacent equipment, etc. of50 mm on all sides of the MOX Gateway.If particularly high or low ambient temperatures occur, additional cooling or heating provisions should be provided.In some applications, a substantial amount of heat is produced by other equipment inside or outside the enclosure. In this case, place blower fans inside the enclosure to assist in aircirculation and to reduce “hot spots” near the controller.Do not bring unfiltered outside air into the enclosure. Place the controller in an enclosure to protect it from a corrosive atmosphere. Harmful contaminants or dirt could cause improperoperation or damage to components.。