Emerson SE3007 DeltaV series SX controller

Emerson SE3007 DeltaV series SX controller

Performance parameters:

Memory: The user's memory is 96MB.

Data processing capability: Daylight saving time limit 1500, SCADA tag 3200, sending data value up to 4000 per second, receiving data value 500 per second, and supporting 120 unrequested client nodes.

Module execution rate: Supports multiple execution rates such as 100ms, 200ms, 500ms, 1s, 2s, 5s, 10s, 30s, and 60s.

Power supply and power consumption: It is protected by a 3.0A non-replaceable fuse inside. The typical power consumption value is 5.0W and the maximum value is 7.0W.

Working environment: The working temperature range is -40 ℃ to 60℃, the storage temperature is -40 ℃ to 85℃, and the relative humidity is 5% to 95% (without condensation).

Product Features:

Rich in functions: Supports functions of the DeltaV system such as self-addressing and automatic I/O detection.

High availability: Supports 1:1 redundancy, which can enhance the reliability and availability of the system and reduce downtime caused by failures.

Design optimization: The hardware has been redesigned, which helps to accelerate the project execution speed. Moreover, no installation screws are required, which can accelerate the assembly of the cabinet. Meanwhile, the new design enhances the convenience and robustness of installation.

Flexible configuration: The controller is easy to configure and features highly assignable I/O functions. The electronic grouping method based on CHARM enables users to make flexible Settings according to their actual needs.

Flexible configuration: It features highly assignable I/O functions and adopts an electronic grouping method based on CHARM. Users can flexibly set it according to their actual needs to meet the requirements of different industrial control scenarios.

Rich in functions: Supports DeltaV system functions such as self-addressing and automatic I/O detection. When the controller is powered on, it can automatically assign a unique address without the need for dip switches or complex configurations, reducing the workload of manual Settings and the probability of errors.

High reliability: Supports 1:1 redundancy. When one controller fails, the other can immediately take over the work, ensuring the continuous and stable operation of the system, improving the system's availability, and reducing downtime caused by faults. Meanwhile, it is designed and manufactured in accordance with the European standards EN50081/50082, featuring excellent electromagnetic compatibility and the ability to operate stably in various electromagnetic environments.

Easy installation: The hardware has been redesigned, eliminating the need for installation screws and accelerating cabinet assembly. The new design also enhances installation convenience and robustness, saving installation time and improving the durability of the equipment in industrial environments.

Good performance adaptability: The SX controller can offer controller capacity options that match process requirements, meeting the control needs of industrial processes of different scales and complexities, and avoiding resource waste or performance insufficiency.

Application scenarios

Power industry: It is used in the DCS monitoring and control system of power plants, which can conduct real-time monitoring and control of various equipment within the power plant, ensuring the stable operation of the power production process, such as monitoring the operating parameters of generators, transformers and other equipment, and coordinating the work among various devices.

Machinery manufacturing industry: Applicable to CNC machinery, it can precisely control the moving parts of machine tools and achieve high-precision processing operations. At the same time, it can also be applied to the manufacturing of intelligent flat tempering furnace systems, precisely controlling parameters such as the temperature and time of the tempering furnace to ensure the heat treatment quality of the workpieces.

Petrochemical industry: In the fields of petroleum and natural gas, petrochemicals, and chemical engineering, it can be used in the computer control system for constant flow of chemical liquid in chemical plants to precisely control the flow rate of the chemical liquid, ensuring the stability of the chemical production process and product quality. It can also participate in the monitoring and control of various parameters in the petrochemical production process, such as temperature, pressure, liquid level, etc., to ensure production safety.

Papermaking and printing industry: It can be applied to papermaking and dyeing production lines to control each link in the paper production or fabric dyeing process, such as controlling the thickness of the paper, the color and pattern of dyeing, etc., to improve product quality and production efficiency.

Water treatment industry: It is used in the water treatment/environmental protection field, capable of monitoring and controlling water quality parameters, water level, flow rate, etc. during the water treatment process, achieving the purification and rational utilization of water resources, and ensuring that the effluent quality meets the standards.

Municipal engineering industry: Applicable to intelligent fire water supply control systems, it automatically adjusts the water supply flow and pressure according to the fire situation to ensure the supply of fire water. It can also be used for the control of municipal water supply and drainage systems, street lighting systems, etc., to achieve automated management and improve the operational efficiency of urban infrastructure.

The automotive manufacturing industry: In the automotive manufacturing process, it can be used for the automation control of production lines, such as controlling the assembly process of automotive parts and robot welding operations, etc., to enhance the degree of production automation and product consistency.