MVME162-410工控备件模块
连接变量列表设置点调整从显示刻度滞后从到满刻度开启时间延迟秒响应时间，分钟≤过滤器除外。设置点准时延迟使用前键盘重置。可以重置以下数据所有最大值和值总能量部分能量时钟功能通用时钟和日历时间格式小时分钟秒，可选择小时或格式日期格式日月年，可选择或格式电池寿命十年轻松连接功能用于所有显示选择功率测量与电流方向无关。根据和温度，显示的能量始终为输入表主要功能续属性值年月技术规范附录表一般规范属性值温度，工作温度时的相对湿度为，根据和安装类别。绝缘参见表输入和输出之间的隔离分钟绝缘强度分钟噪声抑制根据静电放电空气放电辐射电磁场抗扰度电流测试从无电流测试从突发电流和电压测量输入电路对浪涌的传导干扰的抗扰度辅助电源输入射频抑制根据标准符合性安全计量脉冲输出认证，连接螺钉式电缆横截面积最大螺钉拧紧力矩建议螺钉拧紧力矩外壳尺寸模块支架数字和模拟输出模块串行和以太网通信模块窗格后最大深度材料自熄安装面板安装污染等级防护等级，正面，型室内室内，型，用于型室内外壳的平面用于型外壳的平坦表面。防护等级，螺纹端子，重量约包括包装，与或铜导体一起使用。最高周围空气温度。将设备安装在级污染环境中。开放式设备。端子和由电路获取，其中使用包括滤波器或气隙的设备或系统来控制最大额定冲击耐受电压峰值为时的过电压。使用瞬态电压浪涌抑制器标准中的要求对设备或系统进行评估。将端子拧紧至。组装模块的内部功耗总和不超过。年月附录技术规范表电源规范属性值辅助电源标称值或范围功耗表输入和输出之间的隔离分钟测量输入继电器输出通信端口模拟输出辅助电源测量输入继电器输出通信端口模拟输出辅助。电源电流输入的通道隔离最大为，因此需要外部电流互感器。年月附录设备配置文件本节介绍支持的特定对象实例属性和服务系统。此信息适用于希望将系统集成到现有或计划的车间网络中的任何人。概述对于此设备配置文件，我们使用单元和通信模块通过网络提供电力和能量计量数据。数据将作为设备程序集对象的实例进行访问。这个概要文件记录了专有的对象，或者以某种方式改变了它们的一般行为。规范中记录了接口中通用的标准对象。对象模型和接口系统由以下对象模型表示。
Set point adjustment of the connection variable list from the display scale lag to the full scale start time delay second response time, except that minute ≤ filter. The keyboard is reset before the setpoint is delayed for use on time. The following data can be reset. All the maximum values and values of the following data can be reset. The total energy part of the energy clock function is universal clock and calendar time format. Hours or format date format can be selected. Days, months and years can be selected. Or format can be selected. Battery life can be 10 years. Easy connection function is used for all display options. Power measurement is independent of current direction. According to and temperature, the displayed energy is always the main function continuous attribute value of the input table Year Month Technical Specification Appendix Table General Specification Attribute Value Temperature, the relative humidity at the working temperature is, according to and installation category. Insulation refers to the isolation between the input and output of the meter Minute insulation strength Minute noise suppression According to electrostatic discharge Air discharge Radiated electromagnetic field Immunity current test From no current test From sudden current and voltage measurement Input circuit conducted interference immunity to surge Auxiliary power input RF suppression According to standard compliance Safety measurement Pulse output certification, Connecting screw type cable Cross sectional area Maximum screw tightening torque Recommended screw tightening torque Housing size Module bracket Digital and analog output module Serial and Ethernet communication module Maximum depth behind the pane Material self extinguishing Mounting panel Installation pollution level Protection level, front, type room, type, the plane for type indoor enclosure Flat surface for type enclosure. Degree of protection, screw terminals, weight approx. including packaging, for use with or copper conductors. Maximum ambient air temperature. Install the equipment in a level polluted environment. Open devices. The terminals and are obtained by the circuit, in which a device or system including a filter or air gap is used to control the overvoltage when the peak value of the maximum rated impulse withstand voltage is. Evaluate the equipment or system using the requirements in the transient voltage surge suppressor standard. Tighten the terminals to a torque of. The total internal power consumption of the assembly module shall not exceed. Appendix Technical Specification Table Power Specification Attribute Value Auxiliary Power Nominal Value or Range Power Consumption Table Isolation between Input and Output Minute Measurement Input Relay Output Communication Port Analog Output Auxiliary Power Measurement Input Relay Output Communication Port Analog Output Auxiliary. The channel isolation of the power supply current input is maximum, so an external current transformer is required. This section describes the supported specific object instance properties and service systems. This information applies to anyone who wants to integrate the system into an existing or planned workshop network. Overview For this equipment configuration file, we use units and communication modules to provide power and energy metering data through the network. The data is accessed as an instance of the device assembly object. This profile records proprietary objects, or changes their general behavior in some way. The specification records the common standard objects in the interface. The object model and interface system are represented by the following object models.
