ABB HIEE305098R0001 Excitation System Series Control Module

It has an ignition control function, which can be used to ignite gas or liquid fuel burners to ensure a stable start of the combustion process.

Equipped with a self-diagnostic function, it can automatically detect faults and issue alarms.

Supports multiple communication protocols such as Modbus, Profibus, and Ethernet/IP, facilitating remote monitoring and management.

Adopts a modular design, making it easy to expand and maintain.

High control precision: It can accurately adjust the excitation current, maintain the stability of the generator terminal voltage, reduce power system fluctuations, and help protect equipment from voltage fluctuation damage.

Strong reliability: Using high-quality components and advanced production processes, it can adapt to extreme operating conditions such as temperature changes and current fluctuations, and can operate stably for a long time in harsh environments.

Good flexibility: Supports multiple communication protocols and interfaces, enabling seamless integration with different types of generator sets, motors, and control systems, providing flexible control solutions.

Operating voltage: 24VDC

Current range: 4-20mA

Operating temperature range: -40℃ to 85℃

Pressure range: 0~100psi

Output signal: 4~20mA

Accuracy: ±0.5% FS

Repeatability: ±0.2% FS

Stability: ±0.2% FS/year

Module size: 19″×3.5″×14″

Weight: approximately 8.5 pounds

Material: stainless steel

Connection method: M20x1.5 electrical connection

Power plants: Used for excitation control of generators to maintain stable terminal voltage and ensure stable power output. It can also be used for ignition control of burners in power plants, such as ignition of gas turbine burners, to ensure a stable start of the combustion process.

Steel plants: In the steel production process, there are many equipment that require precise control of voltage and current. This module can be used for excitation control of related electrical equipment to ensure stable operation of the equipment. It can also be used for burner control of equipment such as heating furnaces, realizing reliable ignition and stable combustion of burners, and providing stable thermal energy for steel smelting and other processes.

Petrochemical industry: There are a large number of motors, generators and other equipment in petrochemical production. This module can be used in the excitation systems of these equipment to ensure their stable operation under complex working conditions. At the same time, it plays a role in the ignition and control of burners in equipment such as heating furnaces and reaction furnaces in petrochemical plants, ensuring safe and stable combustion processes and providing appropriate temperature conditions for chemical reactions.

Automobile manufacturing industry: Some large-scale equipment in the automobile manufacturing process, such as stamping machines and drying equipment in painting lines, may use generators or electrical equipment that require precise control of voltage and current. This module can be used for excitation system control of such equipment. In addition, in equipment such as automobile engine test benches, if burners are involved to simulate the engine combustion environment, this module can be used for burner control.

Other industrial automation scenarios: Due to its support for multiple communication protocols and good compatibility and scalability, it can also be widely used in various other industrial automation scenarios. It is used to connect and control industrial equipment, sensors, actuators, etc., to realize the measurement and control of parameters such as liquid level, flow, pressure, and temperature, and participate in the automatic control of industrial production processes.