ABB / POWER ELECTRONICS CONTROL
PRODUCT IDENTIFICATION
PPD113 B03
B03-10-151000
ABB ORDER NUMBER
3BHE023584R1032
A specific PPD113 controller variant associated with ABB AC 800PEC power electronics control applications. Full model identification is essential when planning a like-for-like replacement.
MANUFACTURER ABB |
PRODUCT SERIES PPD113 |
PLATFORM AC 800PEC |
Source the Correct PPD113 Variant
For quotation requests, please provide the full ABB number rather than the shortened PPD113 designation.
01 / CONTROLLER OVERVIEW
Control at the Core of Power Electronics
ABB PPD113 B03-10-151000, order number 3BHE023584R1032, is associated with the AC 800PEC control platform. The product belongs to the power electronics control category, where controller configuration and application-specific engineering play an important role.
The AC 800PEC platform combines processor-based computing with FPGA-based processing. This architecture allows control tasks with different timing requirements to be handled at appropriate processing levels. It is particularly relevant to applications where conventional process-control timing alone may not be sufficient.
| Manufacturer |
ABB |
| Product designation |
PPD113 B03-10-151000 |
| Order number |
3BHE023584R1032 |
| Control platform |
AC 800PEC |
| Product category |
Power electronics control |
02 / CONTROL ARCHITECTURE
Three Processing Levels
The AC 800PEC architecture is designed around different task-speed requirements. Its processor and FPGA resources support a layered approach to control execution.
|
25 ns
Very Fast
|
FPGA Tasks
Hardware-oriented processing for very fast control operations.
|
|
100 μs
Fast
|
Matlab / Simulink Tasks
Fast computational control tasks.
|
|
1 ms
Slow
|
Control Tasks
Standard controller execution and process-control functions.
|
These are platform-level task-speed descriptions, not guaranteed cycle-time settings for every PPD113 B03 application.
03 / INDUSTRIAL APPLICATION
Designed Around Demanding Control Tasks
The AC 800PEC platform is suited to applications requiring fast control execution, coordinated data exchange and integration with plant-level automation. Its use in power electronics makes the correct controller variant particularly important for maintaining the intended control architecture.
|
APPLICATION 01
Power Conversion
Controller functions associated with power-electronic conversion equipment.
|
APPLICATION 02
Excitation Control
AC 800PEC platform use within compatible excitation control arrangements.
|
|
APPLICATION 03
Fast Control Loops
Time-sensitive control tasks using the platform's processor and FPGA resources.
|
APPLICATION 04
Plant Integration
Coordination with associated equipment and plant-level control systems.
|
04 / SYSTEM COMMUNICATION
Communication Depends on the Installed Configuration
AC 800PEC supports a range of communication options through native and additional interface functionality. The communication facilities available to a specific installation depend on the controller configuration and installed modules.
| Communication category |
Examples |
| Native connectivity |
MMS, Modbus TCP Slave, IEC 61850 |
| ABB connectivity |
Drivebus (DDCS), Optical Modulebus, CANopen |
| CEX module options |
PROFIBUS Master DPV1, Modbus RTU |
| Anybus options |
PROFINET I/O, EtherCAT Slave, Ethernet/IP, DeviceNet |
The examples above describe platform communication options and should not be interpreted as a guarantee that every interface is installed on this specific PPD113 variant.
PPD113 PROCUREMENT ASSISTANCE
Confirm the Full Controller Variant
Send a nameplate photograph, current controller designation and intended replacement quantity.
05 / CONTROLLER REPLACEMENT
A Controlled Replacement Process
A controller replacement should be treated as an application-specific engineering task. A visually similar unit is not necessarily an equivalent replacement, especially when the installed controller forms part of a power conversion or excitation system.
| 01 |
Record the installed identity Capture the full type designation, ABB number and revision marking. |
| 02 |
Preserve engineering settings Back up application parameters, project configuration and relevant software versions. |
| 03 |
Check connected equipment Identify interfaces, I/O connections and dependent control equipment. |
| 04 |
Plan recommissioning Arrange functional checks and controlled return to operation after installation. |
06 / APPLICATION & PROCUREMENT FAQ
PPD113 B03-10-151000 – Buyer FAQ
1. Why must the complete 3BHE023584R1032 number be checked instead of ordering by PPD113 alone?
PPD113 identifies a product designation, but the complete ABB order number distinguishes the particular unit being requested. Different suffixes and hardware configurations should not be treated as interchangeable without an engineering compatibility check.
2. What happens to the application if the replacement controller has a different hardware revision?
A different revision may require a compatibility review of the installed software, hardware interfaces and application configuration. Confirm revision acceptance and commissioning requirements before removing the operating controller.
3. Should the existing control program be backed up before replacing PPD113 B03?
Yes. Preserve the controller project, parameters, software versions and any application-specific settings. Record the existing connections and establish a recovery plan before hardware work begins.
4. Can the communication interfaces of another AC 800PEC controller be assumed to be present on this PPD113 unit?
No. Available communication functions depend on the particular hardware and installed interface modules. Compare the actual interface arrangement and engineering configuration rather than relying on the capabilities of the platform as a whole.
5. Which operating checks are important before returning a replaced PPD113 controller to service?
Check controller diagnostics, communication with associated equipment, application parameters, I/O response and control-system status. For power conversion applications, functional testing should follow the plant's approved commissioning and safety procedures.
AMIKON LIMITED / INDUSTRIAL PROCUREMENT
Keep Your Operations Moving.
Responsive service for industrial spare-parts requirements around the world.
QUALITY ATTENTION
100% Brand New! Factory Sealed!
|
PEOPLE & SERVICE
Amikon Limited has been in the industry for many years and enjoys a good reputation.
|
WAREHOUSE & ORDER HANDLING
Warranty: 12 months worldwide!
|
Return & Replacement Policy
Our after-sales process covers the following conditions:
| 01 |
Please notify us within 7 days after receipt if the item presents an issue. |
| 02 |
The returned product must remain in its original condition, accompanied by a clear explanation of the reason. Refund or replacement handling takes place after the returned item is received and assessed. |
| 03 |
The buyer is responsible for the return transportation costs. |
TALK TO AMIKON LIMITED
Your PPD113 Inquiry
Include the complete model, quantity, delivery destination and requested date when contacting us.
MORE AUTOMATION COMPONENTS
Explore More Popular Models
Discover additional components for industrial control, process automation and equipment maintenance.
| 1747-L543 |
AAR145-S00-S1 |
EC401-10 |
| 6SL3040-1NB00-0AA0 |
S-62-148091 |
200370-200 |
| RC-EIO2-MIXT1-D |
DCT1022 DCP100A |
CK 103 |
| ST320A-100-ASSY |
1MSC980037 |
G12-1300 |
| MP4M-FC-1.00 |
750138/801 |
EDISON-1PBL |
| BMP71 |
MCS-3000X |
NDI-5503-AL |
| 9240002-575 |
SLXD4 G59 |
PV211 |
| MD20SR-24M |
EY-AS525F001 |
5600ACO |
| DCN-DVCS |
XFT100r2 42T90031 |
PLIO03U0P1 |
| 82408217-001 |
SDT 150/B2 |
LS5630 |
| SPW481-53 SPW481 |
VR7420 PC1349-2 |
N206 AB321A |
| SGDB-15VD |
IC200UDR010-BG |
INFI-90 IMCPM02 |
| 3-ZA40A - 40 |
350-5851-01 |
DET4TCR/DET4TCR |
| 456D012058 |
API-AMC2 - 16IOE |
TKRT10 |
| MB-FB-4R |
CC-12000 |
SCP461-11 |
| UXL-1600-O |
2212/STBNDP2212 |
CLAXSERIES600E |
AMIKON LIMITED
Industrial Automation Spare Parts · Worldwide Cooperation