ABB PPD113B01‑10‑150000 (3BHE023784R1023) AC 800PEC High‑Speed Power‑Electronics Controller Module

  1. PPD113B02‑xx‑xx (enhanced variant of PPD113B01)
  2. PPD115A (higher‑performance AC800PEC controller series)
  3. UF D128 (AC800PEC digital I/O expansion module)
  4. 3BHE024575Rxx (AC800PEC power supply unit)
  5. CI854A (AC800M PROFIBUS‑DP communication module)
  6. PM866K01 (AC800M main CPU controller)
  7. 3BHE023785Rxxx (AC800PEC communication adapter)

 

Category: SKU: ABB PPD113B01‑10‑150000 (3BHE023784R1023) AC 800PEC Brand:

Description

ABB PPD113B01‑10‑150000 (3BHE023784R1023) AC 800PEC High‑Speed Power‑Electronics Controller Module

 

Product Details

PPD113B01‑10‑150000, order number 3BHE023784R1023, is core CPU/FPGA controller for ABB AC 800PEC power‑electronics control platform, used for generator static excitation, high‑power converter and drive control. Origin: Sweden/Germany. Lifecycle status: EOL discontinued, OEM new production stopped; market supply includes NOS surplus and fully‑tested refurbished spare‑parts。

‑ Architecture: Dual high‑speed RISC CPU + FPGA hardware‑accelerated real‑time control, microsecond‑level deterministic loop execution ‑ Power supply: 24 VDC ‑ On‑board I/O: Integrated digital input / output; expansion slots for AC800PEC I/O daughter‑boards ‑ Communication Interfaces: Dual Ethernet, CEX2‑bus, PROFIBUS‑DP, fiber‑optic interfaces for power converter gating signals, Modbus‑TCP/IP ‑ Application scope: Turbine‑generator excitation control, SVG, active front‑end converters, large‑medium variable‑speed drives ‑ Mounting: Rack‑mount unit for AC 800PEC cabinet ‑ Operating temperature: ‑20℃ ~ +70℃, humidity 5‑95 % non‑condensing, IP20 cabinet‑installation ‑ Weight: approx 2.2 kg

 

Applications

‑ Thermal / hydro‑power plant generator static excitation control system ‑ Large‑scale power converter, SVG, STATCOM, high‑power drive control ‑ Petrochemical, metallurgy heavy‑drives and energy‑conversion equipment ‑ Interface between power‑electronics control and upper‑level DCS / SCADA ‑ Retrofit & spare‑part replacement for existing AC 800PEC installations ‑ Spare inventory for power‑plant and heavy‑industry electrical maintenance department

3BHE023784R1023 PPD113B01-10-150000

Related Series Models (6+)

  1. PPD113B02‑xx‑xx (enhanced variant of PPD113B01)
  2. PPD115A (higher‑performance AC800PEC controller series)
  3. UF D128 (AC800PEC digital I/O expansion module)
  4. 3BHE024575Rxx (AC800PEC power supply unit)
  5. CI854A (AC800M PROFIBUS‑DP communication module)
  6. PM866K01 (AC800M main CPU controller)
  7. 3BHE023785Rxxx (AC800PEC communication adapter)

 

Key Features

  1. CPU+FPGA dual‑architecture high‑speed controller for AC 800PEC, delivers microsecond‑level deterministic control for power‑electronics applications such as generator excitation and converters.
  2. Rich communication options: Ethernet, PROFIBUS‑DP, CEX2‑bus and fiber‑optic interfaces, supports seamless interconnection with DCS, I/O modules and power units.
  3. Flexible I/O expansion via daughter‑card slots, adapt to excitation, converter and drive‑control different configuration demands.
  4. Comprehensive hardware self‑diagnosis for CPU, memory, bus and I/O faults; fault status accessible via communication or front‑panel LED indicators.
  5. Supports hot‑swap for some expansion I/O modules; designed for continuous‑operation industrial power‑generation environment.
  6. Industrial‑grade hardware with robust EMC performance for heavy‑industrial site interference resistance.
  7. Stores control application, parameters and fault logs in on‑board non‑volatile memory.
  8. Manufactured in Sweden/Germany; EOL obsolete, only NOS or fully‑tested refurbished spare‑parts available.

 

Main Functions

  1. Execute high‑speed closed‑loop control algorithms for generator excitation, converter and large drive systems with FPGA hardware acceleration.
  2. Real‑time data exchange with local expansion I/O modules via CEX2‑internal bus.
  3. Communicate with upper‑level DCS/SCADA via Ethernet / PROFIBUS‑DP, transmit operating measurements, alarm events and accept set‑point commands.
  4. Output high‑speed fiber‑optic gating pulse signals to power semiconductor units, implement converter switching‑sequence control.
  5. Record system fault logs and event history for post‑fault analysis and troubleshooting.
  6. Perform continuous self‑diagnosis for controller hardware, I/O and communication channels, report fault alarms.
  7. Cooperate with AC 800PEC power‑supply, I/O daughter‑boards to complete power‑electronics control system.
  8. Serve as core high‑speed processing unit inside ABB AC 800PEC control cabinet.