Control system modules 07KT97F1

07KT97F1 Control system modules

Maximum Hardware Counter Input Frequency:50 kHz
Maximum Number of Analog I/Os:232 AI, 228 AO
Maximum Number of Digital I/Os:1024
Memory Size User Data:256 kB
Memory Size User Program:480 kB
Memory Type User Data:Flash EPROM
Memory Type User Program:Flash EPROM, non-volatile RAM, SMC
Output Current:0.5 A
Output Voltage (U_out):24 V DC
Package Level 1 Gross Weight:1.2 kg
Primary Voltage:24 V

ABB has an extensive product line that includes a full range of power and distribution transformers, high, medium and low voltage switchgear products, AC and DC power transmission and distribution systems, power automation systems, a wide range of measurement devices and sensors, real-time control and optimisation systems, robotics hardware and software and simulation systems, energy-efficient motors and drives, power quality, conversion and synchronisation systems, fusing and switching devices for the safety of power systems. These products are used in a wide range of industrial, commercial, power and utility applications.

Power Systems Division: The Power Systems Division offers a complete range of systems and services for transmission and distribution networks and power plants worldwide, with a focus on substations and substation automation systems. In addition, the division offers Flexible AC Transmission Systems (FACTS) and High Voltage Direct Current (HVDC) transmission systems as well as grid management systems. In the Power Generation business area, the Power Systems Division offers instrumentation products as well as control and auxiliary devices for power plants.

Discrete Automation and Motion Control: The Discrete Automation and Motion Control segment supplies products, solutions and services that help customers improve productivity and energy efficiency. Its motors, generators, drive systems, programmable logic controllers, power electronics and robotics products are used in a wide range of automation applications in the areas of power, motion and control. The business unit’s leadership in the wind turbine industry and its growing product portfolio in the solar energy sector will further contribute to the development of Discrete Automation and Motion Control’s existing skills, channels and operating platforms in the industrial sector.

DCS uses the fundamental design thinking of decentralized control, operation and management, and the structure of multi-layer classification and collaboration autonomy. It is based on microcomputer processor, inheriting the advantages of unit combination appearance and computer system, making full use of control skills, computer skills, communication skills, graphic display skills (i.e. 4C skills), the results of the use of the computer integrated control system that combines the functions of continuous control, batch control, sequential logic control and data acquisition. Its main feature is its centralized management and decentralized control. Nowadays, DCS is used extensively in various industries such as electric power, metallurgy and petrochemicals.
In terms of structure, DCS contains process level, operation level and management level. The process level is mainly composed of process control stations, I/O units and field surfaces, and is the main implementation part of the system’s control functions. The operation level consists of operator stations and engineer stations, which complete the operation and configuration of the system. Management level mainly refers to the plant management information system (MIS system), as a higher level of the use of DCS, now not too many domestic professional use to this level of the system.