A-B罗克韦尔(Allen-Bradley,罗克韦尔自动化的一个部门)的1715-OF8I模拟输出模块是冗余I/O系统的一部分,具备多项关键特性和功能。以下是对该模块的详细介绍:
1715-OF8I模拟输出模块适用于从控制器级别到I/O级别的高关键性和高可用性应用。它不仅可以用于直接驱动各种调节设备,还可以用于信号重传,以进一步集成或再处理数据记录仪、面板仪表和单回路控制器。
The 1715-OF8I analog output module from A-B Rockwell (Allen-Bradley, A division of Rockwell Automation) is part of a redundant I/O system with several key features and functions. The following is a detailed introduction to the module:
Basic information
Model: 1715-OF8I
Manufacturer: Allen-Bradley (Rockwell Automation)
Type: Analog output module
Series: 1715 series redundant I/O modules
Technical specification
Number of channels: With eight (8) independently isolated analog output channels.
Output signal: Provides 4-20 mA of output current and is suitable for driving various regulating devices such as control valves, dampers, blinds, positors and variable frequency drivers (VFDS).
Electrical characteristics:
Operating voltage: 18-32 VDC
Backplane current consumption: 260 mA
Maximum power consumption: 3.6W
Field loop power consumption: 0.64W
Accuracy and error:
The measurement error for each channel is 0.30% + 10 μA (after one year of operation at 40°C (104°F)); 0.35% + 10μA (after 5 years of operation).
The temperature drift is (0.01% + 0.1 μA) per °C.
Isolation and protection:
There is an isolation voltage of 50 volts between individual I/O ports.
Supports 22 to 16 AWG shielded wire types with 50 volts continuous isolation voltage.
Design and installation
Modular design: The module requires the use of a 1715-A310 module base and a 1715-TASOF8 or 1715-TADOF8 terminating base.
LED Status indicator: Includes normal, ready, and operational status, as well as individual channel LED indicators that describe the power status of each channel.
Mounting type: Supports DIN rail mounting.
Environment and working conditions
Operating temperature: 13 to 158 degrees Fahrenheit (about -10 to 70 degrees Celsius).
Humidity range: 5% to 95% relative humidity (non-condensing).
Application field
The 1715-OF8I analog output module is suitable for highly critical and highly available applications from the controller level to the I/O level. It can be used not only to directly drive various regulatory devices, but also for signal retransmission for further integration or reprocessing of data loggers, panel meters and single-loop controllers.
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