CC-PAIX02  HONEYWELL16路隔离模拟量输入 通信连接

CC-PAIXQ2霍尼韦尔

产品规格

厂商:HONEYWELL

型号:CC-PAIXO2

输入:16路隔离模拟量输入

输入范围:-10V至10V，0至10V，0至5V，0至20mA，4至20mA

精度:+/-0.1%满量程

分辨率:16位

隔离度:1500V rms

工作温度范围:0to 60°C

储存温度范围:-40 to 85°C

产品特点

16通道隔离模拟输入高精度和高分辨率·多种输入选项。易于使用和安装

·设计紧凑，安装节省空间

这是一个单盒装组件，带有一个用于通信连接的前面板，两个安装在后边缘的甥丝，以及三个用于通风的格栅孔。控制器设计安装在机柜的底部。对于一个易于为三冗余系统服务的小型设置，最多可以并排安装三个组件。传感器输出机械角0信号，从系统接口XIO板进入CTR主控板，经R/D转换成Or，再以转子角速庶wr形式，直接将速庶反馈送到速庶调节器。

转矩给定T_R将来自于速度调节器的SFC_T_R进行转矩限制处理和di/dt运算，求出最终的转矩基准IQ_R信号。ID_R是磁通给定信号，它有以下功能:在基速以下，保持磁通恒定，电机恒转矩调速;基速以上，保持电压恒定，磁通按一定比例减少，电机恒功率调速。

处理器主板在矢量计算控制系统完成IGBT触发信号后，把触发脉冲传送到送变器，控制IGBT导通和关断，得到所需电机近似于正弦波的输入电压和频率，进而调节电机转速。

2.3数据通信

传动系统和PLC间通信采用FL-NET总线光纤连接，变频器与HUB之间，以太网通讯。结构见图7。

EN: Ethernet接口模板IO:输入输出模板EGD: Ethernet Global data

FL-NET: FL-NET模板Switch:开关

PLC系统配置了一块FL612接口模块和一块EGD模块，与各变频器进行数据交换。各变频器地址均在EGD中配置，传动与PLC及传动与传动之间数据交换都是通过EGD来完成。IS220UCSAH1A使用的是QNX操作系统。

它有一个667兆赫的飞思卡尔8349处理器。

该板由12瓦、18-36 V直流电源供电。

IS220UCSAH1A的前面板包括六个母插孔连接器、一个USB端口和各种LED指示灯。

即使在其最大额定温度下，该板也可以在0到65摄氏度的温度范围内工作，并且不需要风扇来冷却。

它包含位于前面板左侧的Link/Act LED指示灯，以及位于面板中央的一排指示灯，分别标有“电源”、“启动”、“在线”、“闪光”、“DC”和“诊断”。

以太网连接通过插孔连接器实现，允许电路板与其他Mark Vl、Mark Vle或EX2100励磁控制器以及维护和操作员站接口。ABB推出两款全新的机器人控制器OmniCore?E10和V25OXT，以扩展其OmniCore?控制器系列，服务更广泛的制造应用。

 CC-PAIX02  HONEYWELL16路隔离模拟量输入 通信连接

CC-PAIXQ2 Honeywell

Product specification

Manufacturer :HONEYWELL

Model :CC-PAIXO2

Input :16 isolated analog inputs

Input range :-10V to 10V, 0 to 10V, 0 to 5V, 0 to 20mA, 4 to 20mA

Accuracy :+/-0.1% full scale

Resolution :16 bits

Isolation :1500V rms

Operating temperature range :0to 60°C

Storage temperature range :-40 to 85°C

Product characteristics

16-channel isolated analog inputs with high precision and resolution · Multiple input options. Easy to use and install

· Compact design, space saving installation

This is a single-box assembly with a front panel for communication connections, two nephew wires mounted on the back edge, and three grille holes for ventilation. The controller is installed at the bottom of the cabinet. For a small setup that is easy to service a triple-redundant system, up to three components can be installed side by side. The sensor outputs the mechanical Angle 0 signal from the XIO board of the system interface to the CTR main control board, converts it into Or through R/D, and then directly feeds the speed feedback to the speed regulator in the form of rotor Angle speed wr.

The given T_R of the torque will be SFC_T_R from the speed regulator for torque limitation processing and di/dt calculation to find the final torque reference IQ_R signal. ID_R is the flux given signal, it has the following functions: below the base speed, keep the flux constant, the motor constant torque speed regulation; Above the base speed, keep the voltage constant, the magnetic flux is reduced in a certain proportion, and the motor is regulated by constant power.

After the vector computing control system completes the IGBT trigger signal, the processor motherboard transmits the trigger pulse to the transmitter, controls the IGBT on and off, obtains the input voltage and frequency of the required motor, which is similar to the sine wave, and then adjusts the motor speed.

2.3 Data Communication

Transmission system and PLC communication between FL-NET bus fiber connection, frequency converter and HUB, Ethernet communication. The structure is shown in Figure 7.

EN: Ethernet interface template IO: I/O template EGD: Ethernet Global data

FL-NET: FL-NET template Switch: switch

The PLC system is equipped with a FL612 interface module and an EGD module to exchange data with each inverter. Each frequency converter address is configured in EGD, and the data exchange between transmission and PLC and transmission and transmission is completed through EGD. The IS220UCSAH1A uses the QNX operating system.

It has a 667 megahertz Freescale 8349 processor.

The board is powered by a 12-watt, 18-36 V DC supply.

The front panel of the IS220UCSAH1A includes six female jack connectors, a USB port, and various LED indicators.

Even at its maximum rated temperature, the board can operate in a temperature range of 0 to 65 degrees Celsius and does not require a fan to cool it.

It contains Link/Act LED indicators located on the left side of the front panel, and a row of indicators located in the center of the panel labeled "Power," "Start," "Online," "Flash," "DC," and "Diagnostics."

Ethernet connectivity is achieved through jack connectors, allowing the board to interface with other Mark Vl, Mark Vle, or EX2100 excitation controllers, as well as maintenance and operator stations. ABB introduces two new robot controllers OmniCore? E10 and V25OXT to extend its OmniCore? Controller family for a wider range of manufacturing applications.