ABB UAC383AE01

Description

Parameters and specifications:

Processor: The system uses a 32-bit RISC industrial ARM9 processor with a main frequency of 180MHz.
Memory: Includes 32MB of DRAM, and optional 8MB, 64MB, 128MB, 256MB Nor Flash and Nand Flash.
Operating system: Install and run the open source Linux2.6 operating system, supporting multiple file systems.
Communication interface:
Two RS232/485 series communication interfaces.
One Ethernet port (10/100M adaptive, RJ45 type slot with 1.5kv electromagnetic isolation protection).
A GSM/GPRS wireless communication port, support SMS, support APN access, with GPRS Class12 RF band 900/1800MHz.
One USB port (USB Host 2.0A connector).
Analog input: 8 channels, of which 6 channels are current signals ranging from 4 to 20mA and 2 channels are voltage signals ranging from 0 to 40V, with 12-bit resolution.
Switch quantity acquisition: 2 switch quantity acquisition ports.
Power output: 3 controllable power output ports.

Size: The overall size is 13.6CM×13.6CM×10.6CM.

Weight: Weight is 2KG.

Features:

Decentralized control: The use of decentralized control structure, improve the stability and reliability of the system.
Modular design: easy to expand and maintain the system, can flexibly add or replace function modules according to needs.
High performance: Equipped with high performance processor and communication interface, to achieve real-time monitoring and rapid response to the production process.
A variety of communication protocols: support Modbus, Profibus, Ethernet and other industrial communication protocols, easy to integrate with other manufacturers equipment.
Rich software modules: When installing and running open source Linux2.6 OS, a large number of rich software modules can be used for reference, which facilitates customers to quickly build and deploy service logic.

Functions:

Signal measurement and control and data processing: to achieve the measurement and control of the field signal and data processing.
Remote intelligent monitoring: Provides wired and wireless network communication functions to achieve remote intelligent monitoring.
Industrial automation control: widely used in various industrial automation fields, such as chemical industry, oil and gas industry, power industry, manufacturing industry, water treatment and sewage treatment, food and beverage industry.