Sale!

ABB PM863K01 (3BSE088381R1) High Integrity Processor Unit

Original price was: $65,000.00.Current price is: $60,000.00.

Parameter Value
Brand ABB
Model Number PM863K01
Global Part Number 3BSE088381R1
Product Type Central Processing Unit – High Integrity (HI)
Physical Condition New Original (Factory Sealed)
Core Clock Speed 96 MHz
Onboard RAM 32 MB
Category: SKU: PM863K01 (3BSE088381R1) Tag:

Description

ABB PM863K01 (3BSE088381R1) is a High Integrity safety processor unit certified for Safety Integrity Level 3 (SIL3) applications within the AC 800M control architecture. During a recent safety system overhaul at a petrochemical storage terminal, we utilized this hardware package to implement emergency shutdown (ESD) loops that required strict regulatory compliance.

Securing certified functional safety hardware can often bottleneck tight commissioning schedules. To address this, we maintain factory-sealed inventory available for immediate logistical deployment, ensuring shipment processing within 1 to 3 business days. Your procurement is protected by our complete 12-month commercial warranty covering all internal computing architecture and included terminators.

Parameter Value
Brand ABB
Model Number PM863K01
Global Part Number 3BSE088381R1
Product Type Central Processing Unit – High Integrity (HI)
Physical Condition New Original (Factory Sealed)
Core Clock Speed 96 MHz
Onboard RAM 32 MB
Safety Certification Certified for SIL3 (IEC 61508)
Software Compatibility System 800xA v6.1 / Control Builder Safe 3 and onwards
Included Baseplate TP830
Included Terminators TB850 (CEX-bus), TB807 (ModuleBus), TB852 (RCU-Link)
Backup Battery Lithium Type (Part 4943013-6)

Market valuation for SIL3-rated safety components shifts based on regional compliance demands and production batch limits. The price displayed on our portal serves exclusively as a baseline reference point—actual contractual pricing is open to negotiation based on your volume requirements. Contact our trade specialists to receive an exact, all-inclusive quotation.

 

Firmware Enforcement and Safety Loop Integrity

Why do so many systems integrators experience validation faults when first powering up a safety node? In field deployments of High Integrity AC 800M systems, the culprit is almost always a mismatch between the controller’s pre-loaded boot firmware and the Control Builder Safe project version. This safety CPU enforces strict signature verification; it will reject any application compile if the firmware signature does not strictly match the environment parameters of System 800xA v6.1 or later.

 [Control Builder Safe] ──(Signature Check)──> [PM863K01 CPU] ──> [SIL3 Safety Loop Execution]
                                                    │
                                         (Monitors Diagnostic Bus)
                                                    │
                                                    └──> [TB807 ModuleBus Terminator] 

This design choice is actually clever from a risk-mitigation perspective, though it can frustrate engineers on a tight schedule. Well, technically the unit functions as a standard controller during initial bench testing, but full SIL3 diagnostic routines remain inactive until you apply the dedicated safety configuration template mandated by the OEM Safety Manual.

Don’t underestimate the role of physical bus termination in high-integrity architectures. The package includes three separate terminators: the TB850, TB807, and TB852. Omitting the TB807 ModuleBus terminator from the final I/O rail connection will instantly trigger a hard system fault, forcing the processor into a safe state and dropping your critical field loops.

 

International Shipping, Customs Tariffs, and Lithium Regulations

Cross-border freight for high-value process automation equipment requires flawless regulatory classification to prevent customs holds at international ports. We classify this equipment under Harmonized System (HS) code 85371091. This precise identifier ensures your customs broker applies the correct statutory import duties according to your local country’s tariff schedules.

Because the PM863K01 contains a primary lithium backup battery for memory retention, the entire assembly falls under international dangerous goods transit protocols. We manage all packaging and documentation to comply with the following hazardous materials standards:

  • UN Classification: Class 9 Miscellaneous Dangerous Goods
  • UN Number: UN3091 (Lithium metal batteries contained in equipment)
  • Packaging Compliance: IATA Section II PI970 restrictions for secure air transport

We routinely ship under Free Carrier (FCA) terms, handing cargo directly over to your designated global freight forwarder. For facilities requiring point-to-point delivery, we offer Delivered At Place (DAP) arrangements via express air freight (DHL, FedEx, or UPS). Be aware that local destination charges—such as import VAT, terminal handling fees, and customs processing costs—are billed directly to the consignee by the local carrier.

 

Systems Engineering FAQ

Does the 3BSE088381R1 package include the soft licenses for safety execution?

No, the physical hardware kit does not contain software execution licenses. You must purchase the appropriate AC 800M safety execution slot licenses through your local channels to authorize SIL3 application execution.

Can I deploy a PM863K01 module as a standard, non-safety controller?

In theory, yes, it can process standard non-safety code. However, utilizing a high-integrity, safety-certified CPU for general-purpose control is rarely cost-effective unless you are standardizing plant hardware to simplify your critical spares inventory.

What happens if the lithium memory backup battery fails completely in service?

If power remains continuously applied to the TP830 baseplate, the processor maintains application execution without interruption. If a total power outage occurs while the battery is dead, the volatilized control application is lost from RAM, requiring a fresh download from your engineering workstation.

ABB DI890 (3BSE040134R1) S800 High Integrity Intrinsic Safety Digital Input Module
ABB DIS880 (3BSE078768R1) System 800xA Select I/O Safety Digital Input SCM
ABB PM864AK01 (3BSE018161R1) Original Controller Unit
ABB PFEA113-20 (3BSE0210058RD20) Tension Electronics
ABB GFD233A 3BHE022294R0101 – Gate Firing Driver Module