Description
1746-NO4I AB
1746-NO4I是Rockwell Automation(罗克韦尔自动化)的SLC 500系列中的一个模拟输出模块。该模块具有4个模拟输出通道，主要用于将数字信号转换为模拟信号，并输出到外部设备，如电机、阀门等。
1746-NO4I
产品参数
型号:1746-NO4I
通道数:4
I/O类型:模拟输出
输出类型:电流
输出范围:0-21mA,0-20mA,4-20mA
分辨率:14位
电源:24VDC或背板供电
安装方式:DIN导轨安装
认证:符合相关安全标准和认证
产品规格
重量:约0.4磅
工作环境温度:0°C至60°C
响应时间:2.5毫秒
系列特征
模块化设计:可与其他SLC 500模块组合，灵活配置。
可靠性高:设计用于工业环境，具有较高的可靠性。
易于安装:DIN导轨安装方便快捷。
产品作用
数字模拟转换:将数字信号转换为模拟电流信号。
控制输出:控制外部设备，如电机、阀门等。
用途
过程控制:控制温度、压力、流量等。
运动控制:控制电机转速、位置等。
数据采集:将数字数据转换为模拟信号输出。
应用领域
制造业:汽车制造、食品加工、包装等。
基础设施:水处理、电力等。
English Description
Product Overview
The 1746-NO4I is an analog output module in the Rockwell Automation SLC 500 series.It has four analog output channels,primarily used to convert digital signals into analog signals and output them to external devices such as motors and valves.
Product Specifications
Model:1746-NO4I
Number of channels:4
I/O type:Analog output
Output type:Current
Output range:0-21mA,0-20mA,4-20mA
Resolution:14-bit
Power supply:24VDC or backplane supply
Mounting:DIN rail mounting
Certifications:Complies with relevant safety standards and certifications
Product Specifications
Physical dimensions:Please refer to the product manual for detailed dimensions.
Weight:Approximately 0.4 lbs
Operating temperature:0°C to 60°C
Response time:2.5 milliseconds
Series Features
Modular design:Can be combined with other SLC 500 modules for flexible configuration.
High reliability:Designed for industrial environments with high reliability.
Easy installation:DIN rail mounting for quick and easy installation.
Product Function
Digital-to-analog conversion:Converts digital signals into analog current signals.
Control output:Controls external devices such as motors and valves.
Applications
Process control:Controlling temperature,pressure,flow,etc.
Motion control:Controlling motor speed,position,etc.
Data acquisition:Converting digital data into analog output signals.
Application Areas
Manufacturing:Automotive manufacturing,food processing,packaging,etc.
Infrastructure:Water treatment,power generation
1746-NO4I
