Description
- Model / Brand: ABB 3BHE023784R1023
- ABB Type / Configuration: PP D113 B01-10-150000, AC 800PEC
- Product Family: ABB AC 800PEC Control System
- Approx. Physical Dimensions: 450 × 100 × 145 mm (H × W × D) for the comparable PP D113 assembly; verify the actual configuration before freight booking.
- Estimated Shipping Weight: Approximately 2.6–4.2 kg, depending on configuration and export packaging. ABB documentation for a closely related PP D113 configuration lists 2.59 kg net and 4.2 kg gross.
- What’s in the Box: AC 800PEC PP D113 assembly as ordered; configuration-specific submodules, connectors, mounting hardware, and documentation should be confirmed against the supplier’s packing list.
- Physical Inspection Points: Check the processor enclosure, optical interfaces, AnyIO/CEX interfaces, DIN-rail mounting hardware, and connector retaining features before installation.
Freight note: Do not use a generic 0.5 kg module weight for this part. The PP D113 is a configured AC 800PEC control assembly, and published PP D113 data indicates a substantially larger physical package.
Product Introduction
Architecture Hook
The ABB 3BHE023784R1023 belongs to the AC 800PEC PP control architecture, where the controller interfaces with process I/O and communication hardware through a modular backplane and expansion interfaces. ABB’s AC 800PEC architecture uses a dedicated controller, AnyIO interfaces, optical modules, and configurable I/O hardware; the system is designed for fast control applications, including power electronics and demanding industrial processes.
The specific ordering code identifies PP B01-10-150000, with one documented configuration containing ANYIO-1 with a CEX2-bus RS422 interface and an empty ANYIO-2 slot. That configuration detail matters. Do not treat every PP assembly as interchangeable simply because the front enclosure and base designation appear identical (the installed communication and I/O options can materially change compatibility).
Core Technical Specifications
| Parameter | Value |
|---|---|
| Manufacturer | ABB |
| Product ID | 3BHE023784R1023 |
| Product / Configuration | PP B01-10-150000 |
| System | ABB AC 800PEC |
| Product Category | AC 800PEC Controller / Control System Assembly |
| Controller Family | PP |
| ANYIO-1 | CEX2-Bus RS422 |
| ANYIO-2 | Empty in the documented B01-10-150000 configuration |
| Processor Architecture | AC 800PEC controller architecture |
| CPU Architecture | 600 MHz RISC processor with 64-bit IEEE floating-point unit |
| Control Cycle Capability | Down to approximately 100 μs, application dependent |
| I/O Expansion | Optical links to AC 800PEC I/O modules |
| Maximum Optical Links | Up to 36 bidirectional links in the AC 800PEC architecture |
| Mounting | Standard DIN rail |
| Cooling | Designed for operation without forced cooling |
| Memory / Program Storage | Flash-based program/data storage; exact capacity depends on controller revision |
| Communication | CEX/AnyIO and configurable communication interfaces |
| Typical Application | Power electronics, power generation, traction, industrial control |
| Net Weight Reference | Approximately 2.59 kg for a related PP configuration |
| Gross Weight Reference | Approximately 4.2 kg for a related PP configuration |
| Lifecycle | Legacy / installed-base support |

ABB 3BHE023784R1023
ABB’s AC 800PEC brochure identifies the PP controller as using a 600 MHz RISC processor with a 64-bit FPU, while the architecture supports short control cycles down to approximately 100 μs.
? Global Compliance & Industry Certifications
For this type of industrial controller, certification must be evaluated at the complete equipment/system level, not inferred solely from the 3BHE part number.
- CE Mark: Expected for applicable ABB AC 800PEC equipment supplied for European markets, subject to the exact configuration and applicable conformity documentation.
- UL/cUL: May apply to specific AC 800PEC configurations or installation markets. Confirm the product label and ABB declaration/certificate.
- ATEX/IECEx: Do not assume certification. The PP itself should not automatically be treated as an ATEX/IECEx-certified hazardous-area device simply because it may be used in an industrial process installation.
- Marine approvals: DNV or other marine approvals should only be claimed when the exact hardware configuration carries the applicable certificate.
For customs and audit purposes, ABB documentation for a closely related PP configuration lists HS tariff number 85371092 and country-of-origin possibilities including Switzerland and China. The classification and COO for 3BHE023784R1023 specifically should be taken from the actual ABB commercial documentation accompanying the unit.
Verify specific lot certifications with OEM.
? Long-Term Storage & Asset Preservation Guide
Keep the controller in its original ESD shielding packaging. The processor and communication circuitry contain static-sensitive electronics; repeated handling on an ordinary warehouse bench is an unnecessary failure risk.
Control humidity. Maintain a clean, dry storage environment, preferably below 60% RH, with no condensation. The DIN-rail hardware, optical interfaces, and exposed connector surfaces are particularly vulnerable to contamination and oxidation during multi-year storage.
Protect the optical interfaces and connectors. Install the original protective caps where supplied. Do not allow dust, packing fibers, or moisture to enter the optical ports (a contaminated optical interface can pass an initial electrical inspection yet fail during commissioning).
No routine battery replacement should be assumed for this configuration. ABB documentation for the AC 800PEC family indicates that program and data storage can use Flash memory without battery backup, which is useful when establishing a long-term spare strategy.
Physical Installation Prerequisites
- Install the PP on the specified standard DIN rail using the original mounting arrangement. ABB describes the AC 800PEC as a DIN-rail-mounted modular system.
- Provide adequate clearance around the enclosure for natural convection. Because the AC 800PEC architecture is designed without forced cooling, do not obstruct the ventilation path with adjacent wiring ducts or cabinet hardware.
- As a cabinet engineering practice, maintain approximately 50 mm of free space above and below the assembly unless the applicable ABB installation drawing specifies a different clearance.
- Bond the cabinet and DIN rail to the plant protective-earth system according to the applicable ABB installation documentation.
- Inspect the optical connectors, AnyIO interfaces, and retaining clips before insertion.
- Match the complete configuration code, not merely . The B01-10-150000 configuration contains specific interface assignments that must correspond with the existing installation.
Buyer’s FAQ — Logistics & Compliance
Q: Which HS tariff code should be used for export?
A closely related ABB PP configuration is documented with HS tariff number 85371092. However, tariff classification can vary by jurisdiction and exact product configuration. Use the classification shown on the applicable ABB commercial documentation rather than copying a third-party listing.
Q: Does Country of Origin affect this ABB controller?
Yes. It can affect customs duty, preferential-origin eligibility, import documentation, and audit records. ABB documentation for related PP configurations identifies Switzerland and China as possible countries of origin, so the COO must be verified against the actual unit and commercial paperwork.
Q: Should I insure the shipment?
Yes, particularly for international freight. This is a relatively high-value electronic control assembly, and the published PP gross shipment weight for a related configuration is approximately 4.2 kg. Use ESD protection, impact-resistant packaging, and cargo insurance appropriate to the declared commercial value.
Q: Does 3BHE023784R1023 arrive with the latest firmware?
Do not assume it does. This is a specific AC 800PEC configuration, and software/firmware compatibility must be checked against the installed control system. Record the controller revision and software environment before replacing an operational unit; a physically matching PP assembly is not automatically a functionally identical replacement.



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