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ABB UFC921A101 3BHE024855R0101 control network card component

ABB UFC921A101 3BHE024855R0101 control network card component

1、 Product Overview

ABB UFC921A101 3BHE024855R0101
It is a commonly used control network interface module (Control Network Card) in ABB industrial automation and control systems.
This module is mainly used to establish high-speed and stable communication channels between the controller, I/O module, and upper monitoring system,
It is an important component in ABB control systems that enables data exchange and process synchronization.

2、 Main functions

Realize data communication and synchronization between various modules in the control system.

Supports multiple industrial communication protocols such as Ethernet, PROFIBUS, Modbus, CAN, etc.

Provide high-speed and reliable network data exchange channels.

Manage network connection status and monitor communication health.

As the network interface of the control system, it establishes a communication link between the CPU module and external devices.

3、 Product Features

High performance communication capability

Support high-speed Ethernet communication to ensure real-time and stable data transmission.

Built in communication management processor with high bandwidth data exchange capability.

Strong compatibility and scalability

Compatible with ABB Symphony Plus, Advant, AC800M and other systems.

Can interconnect with various fieldbus and third-party devices.

Support network redundancy and dual channel design to improve system reliability.

Stable and reliable industrial design

Industrial grade circuit board structure with strong anti-interference ability.

Ensure stable operation in complex electromagnetic environments through EMC electromagnetic compatibility testing.

Support hot swappable design, module replacement does not require downtime.

ABB SYN5202A Voltage Regulator

ABB SYN5202A Voltage Regulator

1、 Product Overview

The ABB SYN5202A voltage regulator is a high-performance automatic voltage control unit mainly used in synchronous generators and excitation systems.
This model is widely used in voltage control applications for power plants, power systems, and large industrial equipment.

2、 Main functions

Automatically adjust the output voltage of the generator to ensure stability of the system under load fluctuations.

It has multiple operating modes, such as constant voltage, constant power factor, reactive power control, etc.

Real time monitoring and protection: equipped with overvoltage, undervoltage, overexcitation, underexcitation, and excitation current limiting functions.

3、 Product Features

High precision and fast response

Built in high-performance processor with fast response speed.

Equipped with precise voltage sampling and digital control algorithms to ensure high voltage stabilization accuracy.

Stable and reliable design

Modular structure, easy to install and replace.

Strong anti-interference ability, suitable for power plant sites with complex electromagnetic environments.

Equipped with self diagnosis and status indication functions, it can display the real-time operation status of the system.

Flexible parameter settings and communication functions

Supports communication methods such as RS485 and Modbus.

Support remote monitoring and alarm functions for centralized management.

Complete protection function

Built in multiple protection logics: over excitation, under excitation, short circuit, high temperature, etc.

Automatically switch to standby control mode to ensure the continuous operation of the power generation system.

Provide dual protection for hardware and software to enhance system security.

ABB SYNC HROTACT5 3BHB006713R0217 synchronizer

ABB SYNC HROTACT5 3BHB006713R0217 synchronizer

The ABB SYNC HROTACT 5 (model: 3BHB006713R0217) synchronizer is designed by ABB specifically for generators
A high-performance automatic synchronizer designed for grid connection and switching control system.
It is one of the members of the famous SYNC HROTACT series (ST5),
Widely used in power plants, ship power systems, industrial power grid connection, and backup power systems,
Used to ensure the safe, accurate, and fast parallel connection between the generator and the power grid.

🌟 Product Features

Automated high-precision synchronous control

Real time detection of voltage, frequency, and phase difference between the generator and the bus.

Automatically adjust the generator speed and excitation to meet the grid connection conditions (phase difference<10 °, frequency difference<0.1 Hz).

Automatically issue closing instructions to achieve “no impact” grid connection.

Multi functional control and protection

Supports both automatic and manual working modes.

Built in grid connection condition criterion logic and safety locking function to prevent accidental closing.

Advanced communication and monitoring interfaces

Supports Modbus, IEC 60870, or other standard communication protocols (depending on version).

High reliability and fast response

Adopting industrial grade high-speed processors and isolated input/output design, with a response time of less than 10 ms.

Capable of resisting electromagnetic interference, suitable for use in power stations and high-voltage environments.

Modular and Compatibility Design

It can run independently or be integrated into systems such as ABB Unitrol, Excitation, Turbine Control, etc.

Backward compatible with the SYNC HROTACT 4 series for easy system upgrades.

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ABB SAM3.0 motor starter

ABB SAM3.0 motor starter

ABB SAM3.0 Motor Starter is an integrated intelligent motor control and protection device, belonging to ABB’s Smart Motor Control series products.

⚙️ Product Overview

ABB SAM3.0 is a modular and communicable motor starting control unit that integrates multiple functions such as circuit breaking, control, protection, and status monitoring.   undervoltage

🌟 Product Features

integrated design

Integrate circuit breaker, contactor, and overload relay functions into one.

The modular structure facilitates installation, maintenance, and replacement.

Significantly reduce control cabinet space and wiring workload.

Intelligent Control and Protection

It has comprehensive protection against motor overload, stalling, short circuit, phase loss, undervoltage, etc.

Built in current detection and thermal model algorithm to achieve precise overload protection.

Provide motor operating status, fault alarms, and diagnostic information.

Communication and System Integration

Supports communication protocols such as Modbus RTU/PROFIBUS/DeviceNet/EtherNet/IP/Modbus TCP (depending on version).

It can be seamlessly integrated with ABB PLC, frequency converter, and upper computer system.

Flexible startup method

Support direct startup, reverse startup, star delta startup, and soft startup (external control).

Control options include local buttons, external signals, or PLC control.

Energy saving and high reliability

Low power coil design reduces control energy consumption.

Using high heat and arc resistant materials to ensure long-term stable operation.

Meets the requirements of IEC/EN 60947 standard and is suitable for industrial high reliability applications.

Easy to operate and maintain

The front panel is equipped with status indicator lights (running/fault/communication).

Support ABB Drive Composer and FieldBus tool software for parameter setting and status monitoring.

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ABB REF620E-F NBFNAANNNCC1BNN1X digital terminal module

ABB REF620E-F NBFNAANNNCC1BNN1X digital terminal module

The ABB REF620E-F NBFNAANNNCC1BNN1X digital terminal module is a specific configuration model of the ABB Relion 620 series protection and control relay.

⚙️ Product Overview

REF620E_F is a member of the ABB Relion family, which adopts the IEC 61850 communication standard and integrates protection, measurement, control, event recording, and self diagnostic functions.
The model code NBFNAANNNCC1BNN1X indicates its specific hardware and software configuration options (input/output points, communication interfaces, additional features, etc.).

🌟 Main product features

Multi functional protection and control

It has multiple protection functions such as overcurrent protection, ground fault protection, direction protection, overvoltage/undervoltage protection, etc.

Can be used as a feeder protection relay or backup protection control unit.

Support interlocking and operation control of circuit breakers, isolating switches, and grounding switches.

High precision measurement and monitoring

Real time measurement of current, voltage, power factor, active/reactive power, etc.

Built in event and fault recorder, capable of tracing system anomalies.

Compliant with IEC 61850 standard

Support GOOSE communication and MMS protocol to achieve high-speed point-to-point communication and system interoperability.

Simultaneously compatible with traditional communication protocols such as Modbus and IEC 60870-5-103.

Humanized operation interface

The front panel is equipped with an LCD display screen and programmable buttons for easy on-site operation.

The LED indicator light displays real-time operation and alarm status.

Strong configurability

Modular hardware and flexible software configuration, supporting custom protection logic (implemented through ABB PCM600 software).

The number of input and output points can be customized according to system requirements.

High reliability and industrial grade design

Equipped with anti vibration, anti electromagnetic interference, and wide temperature working range.

Certified by CE, UL, KEMA, and other standards in the power industry.

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ABB PFEA111-20 3BSE050090R20 Programmable Controller

ABB PFEA111-20 3BSE050090R20 Programmable Controller

Product Overview

ABB PFEA111-20 (3BSE050090R20) is a high-performance programmable controller module mainly used in ABB Industrial IT and Freelance/AC800M series automation systems. This module integrates flexible logic control, process signal processing, and high-speed communication interfaces, suitable for automation control, equipment coordination, and system integration of complex industrial processes.

It can serve as the core processing unit of the system, used to execute logic control algorithms, equipment interlocking, PID regulation, and data exchange with external systems, playing a critical role in industrial control systems.

Technical Specifications

Product model: PFEA111-20

Order number: 3BSE050090R20

Module type: Programmable Controller/Excitation Controller

System platform: ABB AC 800M/Freelance control system compatible

Processing performance:

32-bit high-speed microprocessor

Support real-time task scheduling and multitasking processing

Storage capacity:

Program storage: 8 MB Flash

Data storage: 4 MB RAM

Communication interface:

PROFIBUS-DP / MODBUS / Ethernet TCP/IP

Fiber optic or copper cable connection is optional

Input/output support:

Analog Input/Output (AI/AO)

Digital Input/Output (DI/DO)

Pulse input/output

Power requirement: 24 VDC (typical value)

Working temperature range: 0 ° C to+55 ° C

Installation method: DIN rail installation

Certification standards: CE, UL, CSA industrial safety standards

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ABB PCD235B101 3BHE03205R0101 exciter control module

ABB PCD235B101 3BHE03205R0101 exciter control module

1、 Product Overview

ABB PCD235B101 3BHE03205R0101 is a high-performance exciter control module used for generator excitation systems.
This module is mainly responsible for regulating the excitation current of the generator, controlling the excitation voltage, maintaining the stability of the system power factor, and has multiple protection and monitoring functions.

It is ABB Unitrol ®、 Regulux, Synpol D and other series of excitation and speed control systems are key components commonly used in power plants, metallurgical plants, petrochemical plants, and large industrial motor control systems to ensure the safe, stable, and efficient operation of power generation equipment under various working conditions.

2、 Product Features

Excitation current control

Accurately adjust the excitation current to achieve automatic adjustment of the generator terminal voltage.

Support control modes such as constant voltage, constant reactive power, and constant power factor.

Excitation system protection

Built in overcurrent, overvoltage, undervoltage, overheating and other protection mechanisms.

Support quick cut-off of excitation output to prevent system damage.

Signal acquisition and feedback

Collect real-time parameters such as generator voltage, current, power factor, etc.

Realize high-precision excitation regulation through closed-loop control.

Communication and Data Interface

Support communication with the main control system (such as DCS/PLC).

Provide interfaces such as RS-485/CAN/Ethernet for convenient remote monitoring and parameter setting.

System diagnosis and monitoring

The onboard status indicator light displays the working status and fault information.

Supports local and remote monitoring modes.

3、 Product Features

High stability excitation control algorithm

Built in advanced PID+digital vector control algorithm, achieving fast and smooth excitation regulation.

Strong robustness to power grid fluctuations and sudden load changes.

High precision digital control

Adopting DSP (Digital Signal Processor) architecture ensures fast and accurate control response.

High output accuracy, meeting the strict voltage stability requirements of synchronous generators.

modular design

Compatible with other control boards of ABB excitation system (such as PCD231, PCD232).

Support hot swapping, easy replacement and maintenance, reducing downtime.

Reliable electrical isolation and protection

All input and output signals have optoelectronic isolation and strong anti-interference ability.

It has a comprehensive design for lightning protection, surge resistance, and overvoltage protection.

Industrial grade reliability

High temperature and anti vibration industrial grade components are used.

Can operate stably for a long time in harsh environments

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ABB CS513 3BSE000435R1 control module

ABB CS513 3BSE000435R1 control module

1、 Product Overview

ABB CS513 3BSE000435R1 is a high-performance controller module designed by ABB for its AC 800M control system (belonging to ABB Industrial IT control platform).
This module is used to execute complex process control logic, signal processing, communication coordination, and equipment management, and is the core control unit of the entire automation system.

It is widely used in fields such as power generation, petrochemicals, metallurgy, water treatment, papermaking, semiconductor manufacturing, and large-scale automated production lines. It is the core CPU module in industrial process control.

2、 Product Features

Process Control and Logic Execution

Execute complete control logic, sequential control, PID regulation, and computational tasks.

Support real-time multitasking operations to ensure the stability and accuracy of the control system.

Communication and Network Connection

Communicate with I/O modules through Control Network (CEX Bus).

Supports multiple industrial communication protocols such as Modbus TCP, PROFIBUS, Ethernet/IP.

Can be connected to the upper monitoring system (such as ABB 800xA or other DCS systems).

data acquisition and processing

Support multi-channel input and output data acquisition.

Built in high-speed data cache and real-time data update mechanism.

System monitoring and diagnosis

Built in status monitoring system, capable of real-time monitoring of controller operation status.

Equipped with automatic fault detection, alarm, and system recovery functions.

Redundancy and Security Support

Can be configured as a redundant control structure (Hot Standby) to achieve high availability of the system.

Support secure breakpoints and self recovery mechanisms to ensure the continuous operation of critical processes.

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5SHY3545L0010 Semiconductor Module

5SHY3545L0010 Semiconductor Module

Product Overview

ABB 5SHY3545L0010 is a high-performance semiconductor power module mainly used in high-voltage direct current transmission (HVDC), medium voltage variable frequency drives (MV Drives), power electronic converter valves, industrial transmission, and generator excitation systems. This module usually adopts thyristor or IGCT (Integrated Gate Commutated Thyristor) technology, which has high voltage, high current carrying capacity and excellent dynamic performance, suitable for long-term stable operation.

Technical parameters (typical values, for reference only)

Model: 5SHY3545L0010

Type: Semiconductor power module (IGCT/thyristor type)

Voltage level: 4500 V

Current level: 3545 A (continuous conducting current)

Structural features: Compression sealed, with high heat dissipation efficiency

Trigger mode: Gate driven/Light triggered (depending on configuration)

Cooling method: forced air cooling or water-cooled cooling system

Application standard: Complies with IEC/IEEE standards related to power electronics and industrial control

Application scenarios

High Voltage Direct Current Transmission (HVDC) System

Used for converter valve modules, supporting high-power electrical energy conversion and long-distance transmission.

Medium voltage drives (MV drives)

As a core power switching device in large motor drive systems, it improves energy efficiency.

Generator excitation system

Provide stable excitation current regulation to improve grid stability.

Power electronic equipment

Used for flexible AC transmission (FACTS), energy feedback systems, and industrial smelting equipment.

Rail Transit Traction Converter

As a power device of the traction converter unit, it ensures high reliability operation.

WINGREEN 03ZSTL6-00-201-RS Digital Control Board

WINGREEN 03ZSTL6-00-201-RS Digital Control Board

Product Overview

WINGREEN 03ZSTL6-00-201-RS digital quantity control board is an I/O control module used in industrial automation systems, mainly responsible for the acquisition and driving of switch signals (digital quantities). This module supports RS communication interface and can achieve fast data exchange with the upper computer controller or PLC.

Technical parameters (typical features)

Module type: Digital I/O Control Board

Communication interface: RS interface (commonly RS485/RS232, defined by model)

Input/output points: typically 16 points/32 points, can be flexibly configured

Input signal: 24V DC switch quantity, supporting high and low level detection

Output mode: transistor/relay driven, suitable for different field actuators

Working voltage: 24V DC (industrial standard)

Protection functions: overvoltage protection, short circuit protection, communication abnormality protection

Application scenarios

semiconductor equipment

Control valve opening and closing, gas panel status, and pump/power switch logic.

automated production line

Control digital signals such as conveyor belts, robotic arms, and workstation detection sensors.

Energy and Power Systems

Switch quantity acquisition (circuit breaker status, protection device status), remote drive control.

Robots and Motion Control

Assist the servo drive module in collecting status signals and controlling logic switches.

process control system

Cooperate with the communication module to complete the digital expansion of DCS or PLC systems.

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