Description
ABB CI801 is a communication module, mainly used to establish communication connections with external devices, to achieve data transmission and exchange. The following are the detailed parameters, specifications, dimensions, weight, series, features and functions of ABB CI801:
Parameters and specifications:
Power supply: DC24V, with internal DC/DC isolation conversion function.
Power consumption: less than 10W.
Input specification: 8 points, each point 7mA input power.
Output specification: 6 points, transistor output type, 2A per point.
Program capacity: 2K steps.
Data memory: 256 ordinary registers, 256 special registers.
Real-time clock: Built-in, support 100 years of calendar saving, automatic calculation of the week.
Communication function: Support USB virtual serial port, RS422/RS232/RS485 and other communication protocols, with parallel link and computer link function.
Size and weight:
Dimensions: Height 88mm x width 20mm x depth 120mm.
Weight: About 0.15kg.
Series:
The CI801 is a communication module produced by ABB Group as part of its industrial automation product family.
Features:
High-speed transmission: The use of advanced transmission technology to meet the needs of users for data transmission speed.
Multi-protocol support: Supports a variety of communication protocols, such as TCP/IP, UDP, Modbus, etc., can be flexibly configured according to user requirements.
Strong compatibility: Seamless connection with various sensors, PLC and other hardware devices, convenient system integration.
High reliability: can work normally in a variety of harsh environments, effectively ensure the normal operation of the system.
Easy to use and maintain: It has a friendly user interface and simple operation mode, reducing the complexity of use and maintenance.
Functions:
Data transmission and exchange: CI801 module can realize the data transmission and exchange between external devices to ensure the accuracy and real-time data.
Industrial automation control: Through the communication connection with other equipment (such as PLC, DCS system card, etc.), to achieve data monitoring, control and management in the industrial automation control system.
Increase productivity: Reduce downtime and increase productivity by optimizing data transmission and communication.
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