ABB YPQ110

Details

ABB YPQ110 Product Introduction

Usage Parameters

Communication Parameters: The supported baud rate is between 9.6k~12M. When the master manages the bus for data transmission, the maximum number of bus devices can reach 126. This range is suitable for various industrial communication environments and ensures that various devices can exchange information stably and quickly.Working Voltage: Generally accepts a wider voltage range, such as the common 100-240V AC, etc., to adapt to different industrial power scenarios and minimize the potential impact of voltage fluctuations on equipment operation.

Product Function

Control and Regulation: As a power electronic module, YPQ110 is mainly used to provide the excitation current of the synchronous generator. By adjusting the trigger angle of the thyristor to accurately control the size of the excitation current, the output voltage and reactive power of the generator are controlled to maintain the stable operation and power quality of the power system.

Communication and data transmission: YPQ110 has excellent master control bus data transmission capability, complies with EN50170 standard, supports PROFIBUS-DP communication protocol, and mainly exchanges periodic data between master and slave stations, while also meeting non-periodic services such as parameter setting and diagnosis, achieving efficient and reliable communication between devices, and realizing centralized monitoring and management of the entire system.

System integration and expansion: The product has good compatibility and scalability, and can be easily integrated into various complex industrial automation systems and power systems. YPQ110 can be used in conjunction with air circuit breakers, motor circuit breakers, integrated protection equipment and other equipment to provide real-time measurement values of power assets such as current, voltage, power, and harmonics. View and management to meet the needs of projects of different scales and complexities; when the system is upgraded and expanded, there is no need to shut down, saving project costs and reducing the impact on production.

System integration and expansion: The YPQ110 product has good compatibility and scalability, and can be easily integrated into various complex industrial automation systems and power systems. It can be used in conjunction with air circuit breakers, motor circuit breakers, integrated protection equipment and other equipment to provide real-time measurement values of power assets such as current, voltage, power, harmonics, etc. View and management, to meet the needs of projects of different scales and different levels of complexity; when the system is upgraded and expanded, there is no need to stop some lines, saving project costs and reducing the impact on production.

Application field

Power system: In some power plants, this device has become a widely used synchronous generator excitation controller for maintaining voltage and reactive power output, while improving the stability and power quality of the power system; it is one of the other important components in the power system. In the automation control system of substations and power grids, it is also an important communication and control module for realizing remote monitoring and dispatching of power equipment.

Industrial automation field: YPQ110 is a major component of the control system in robot-controlled ceramic factories and textile manufacturing, printing, lifting machinery, packaging machinery and plastics industries. Since users must use control and monitoring motors, drives and other extensions in the automation and intelligence of production operations, their applicability determines that they can bring good production efficiency and product quality.

Smart buildings and energy management: In addition to HVAC equipment such as air conditioners, elevators and lighting, the equipment in smart buildings is powered and monitored by control circuits established by collecting and analyzing operating data to achieve energy optimization, conservation and emission reduction. In addition, it is currently widely used in the automation control of municipal infrastructure such as pumping stations or air conditioning and refrigeration equipment to ensure the stable operation of machines and the effective use of energy.

Transportation: Some examples of YPQ110 application in transportation are ships and electric vehicles, where it is applied to motor drive systems, power management systems, etc.: All of these are to control and protect the reliability of ships and ship power systems, all of which are to improve the operating performance and reliability of transportation methods.

Renewable energy field: YPQ110 In wind power generation systems, they are used as control and communication modules within wind turbines to discover acceptable operating conditions and realize remote monitoring and scheduling of wind turbines to improve power generation efficiency and reliability and promote the effective use of renewable energy.