PPD113 B01-10-151000 3BHE023784R1032 PPD103B01 3BH020455R0001 ABB AC 800PEC High-Speed Control Module Pair

PPD113 B01-10-151000 3BHE023784R1032 PPD103B01 3BH020455R0001 ABB AC 800PEC High-Speed Control Module Pair

Model: PPD113 B01-10-151000 3BHE023784R1032  PPD103B01 3BH020455R0001 

Brand: ABB

Core Function:AC 800PEC High-Speed Control Module Pair

Condition: New Original (New Surplus) / Factory Sealed

Origin: USA

Delivery time: 3 days

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Category: SKU: PPD113 B01-10-151000 3BHE023784R1032 PPD103B01 3BH020455R0001

Description

PPD113 B01-10-151000 (3BHE023784R1032) & PPD103B01 (3BHE020455R0001)

ABB AC 800PEC High-Speed Control Module Pair

This matched hardware set belongs to ABB AC 800PEC real-time control platform, widely deployed for power electronic regulation, generator excitation and high-dynamic drive control systems. The PPD113 acts as main high-speed processing unit, while PPD103B01 serves as coordinated interface and signal processing companion board. Combined, they deliver microsecond-level fast loop computation, synchronous signal sampling and reliable bus communication for time-critical industrial control tasks. All units undergo factory matching testing to guarantee stable collaborative operation within UNITROL excitation systems and power converter control cabinets.

Core Functional Advantages

• Ultra-short control cycle capability supports high-frequency regulation, perfectly suited for static excitation, active rectifier and inverter control demands

• Rich onboard communication interfaces including CEX2 internal bus, Ethernet and serial ports, enabling seamless data exchange with upper monitoring systems

• Independent galvanic isolation for signal circuits suppresses ground loop interference and improves stability under complex electromagnetic environments

• Comprehensive built-in diagnostic system tracks hardware status, communication quality and signal anomalies; fault logs are retained for post-event analysis

• Conformal coated printed circuit boards enhance resistance against humidity, dust and corrosive gas inside power station control rooms

• Modular rack-mounted structure supports convenient replacement during equipment overhaul, lowering system downtime

• Multiple embedded protection mechanisms shield hardware against surge voltage, reverse polarity and transient electrical impacts

• Compatible with MATLAB/Simulink engineering workflow, facilitating rapid development and download of custom control algorithms

PPD113

Technical Data Summary

Label Specification Details
Complete Module Codes PPD113 B01-10-151000 / 3BHE023784R1032

PPD103B01 / 3BHE020455R0001
Manufacturer ABB
Platform AC 800PEC Real-Time Control System
Primary Function High-speed real-time computation, multi-channel signal acquisition, power control algorithm execution, system bus communication
Rated Supply Voltage 24 VDC
Control Cycle Range Microsecond-level fast control loop
Supported Protocols Modbus TCP, CEX2 internal bus, serial communication
Cooling Mode Natural convection, fanless design
Operating Temperature 0 ℃ ~ +60 ℃
Storage Temperature -40 ℃ ~ +85 ℃
Ambient Humidity 5% – 95% RH, non-condensing
Installation Format Standard control cabinet rack mounting
Continuous Operation 24/7 unattended operation for critical power equipment

Installation & Commission Notes

All wiring work must be carried out with power fully disconnected from the control cabinet. Anti-static handling is mandatory to prevent irreversible damage to onboard processing chips. Mount both modules into designated rack slots and secure fasteners firmly to avoid loose contact caused by mechanical vibration.
Separate low-voltage signal wiring, communication cables and power wiring to reduce electromagnetic crosstalk. Implement protective grounding strictly according to official wiring diagrams. After wiring inspection, power on stepwise and launch configuration software to set network addresses, control parameters and signal mapping.
Test communication handshake between PPD113 and PPD103B01 first. Simulate operating state changes to verify signal collection accuracy and control output response. Confirm all alarm and protection logic triggers correctly before formal commissioning acceptance.
Integrate the module set into regular maintenance schedules. Periodically check terminal tightness, operating temperature and historical fault records. Remove accumulated dust to maintain long-term reliable operation.

Typical Deployment Fields

Thermal & Hydropower Generator Excitation Systems

Core control hardware for UNITROL static excitation equipment, realizing automatic voltage regulation and generator parallel operation control.

Power Converter & HVDC Auxiliary Control Cabinets

High-speed regulation for rectifiers, inverters and active power filtering devices in power grid engineering projects.

Metallurgical Rolling Mill Drive Control

Meet fast dynamic control requirements of high-power AC and DC transmission equipment for metal processing production lines.

Distributed Energy & Microgrid Control Systems

Real-time power regulation control for energy storage converters and grid-connected new energy power generation units.

Control System Retrofit & Spare Part Replacement Projects

Direct hardware replacement for existing AC 800PEC platform equipment, compatible with original cabinet layout and secondary wiring.

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