ABB PM863K01 3BSE088381R1 SIL3 High-Integrity Processor Unit

  1. ABB PM861K01: Entry-level SIL3 high-integrity processor unit, designed for small safety control loops with moderate performance requirements, offering cost-effective safety solutions.
  2. ABB PM864K01: Mid-range high-integrity processor unit, balancing performance and cost for standard safety control scenarios with medium I/O capacity.
  3. ABB PM865K01: Upgraded high-integrity processor unit, with expanded memory and higher processing performance for medium-large scale safety control systems.
  4. ABB PM866K01: Flagship high-integrity processor unit, with top-tier processing power and maximum I/O expansion for ultra-large scale SIL3 safety-critical industrial control systems.

 

Category: SKU: ABB PM863K01 3BSE088381R1 SIL3 Brand:

Description

ABB PM863K01 3BSE088381R1 SIL3 High-Integrity Processor Unit

 

Executive Brief

The ABB PM863K01 3BSE088381R1 is a ‌SIL3-certified high-integrity processor unit‌ purpose-built for ABB 800xA safety systems, delivering robust CPU performance, integrated self-diagnostics and certified safety compliance for mission-critical industrial automation scenarios. Manufactured in Sweden, all brand new original units come with a 12-month official warranty, and global stock is available for expedited shipping via Fedex or UPS.

PM863K01 3BSE088381R1

Core Technical Specifications

  1. Manufacturer: ABB
  2. Exact Part Number: PM863K01, Product ID: 3BSE088381R1
  3. Product Category: Central Processor Unit for AC 800M / System 800xA Controller
  4. Safety Certification: SIL3 high-integrity (requires configuration per official Safety Manual)
  5. Processor Speed: 96 MHz
  6. Memory Configuration: 32 MB total RAM, 22.184 MB available for user applications; 18 MB Flash PROM for firmware storage
  7. Boolean Operation Performance: 0.17 ms for 1000 boolean operations
  8. Supported Resources: 32 applications per controller, 64 programs per application, 128 diagrams per application, 32 tasks per controller
  9. Cycle Time: 32 different configurable cycle times, 10 ms default cycle time for application programs
  10. Power Requirements: 24 V DC, operating range 19.2–30 V DC
  11. Power Consumption: Typical 210 mA, maximum 360 mA at 24 V DC; typical power dissipation 5.1 W, maximum 8.6 W
  12. Built-in Features: Redundant power supply status input, 3.6 V lithium memory backup battery
  13. Communication Interfaces: 2× 10/100Base-T Ethernet RJ45 ports for control networks; supports expansion via CI modules for PROFIBUS, Modbus, PROFINET, IEC 61850 and other protocols
  14. Signal I/O: No onboard I/O, connects to S800 I/O and fieldbus modules via CEX-bus
  15. Redundancy Support: Controller redundancy is supported with a paired PM863 unit, configuration is site-dependent
  16. Operating Environment: 0…+55 °C, designed for standard industrial cabinet deployment
  17. Dimensions & Weight: Approx. 186 × 59 × 127 mm, typical weight 0.8–1.2 kg
  18. HS Code: 8537.10 (Programmable control panels, ≤1000 V)
  19. Full Kit Contents: PM863 Safety CPU, TP830 Baseplate, TB850 CEX-bus terminator, TB807 ModuleBus terminator, TB852 RCU-Link terminator, 4943013-6 memory backup battery (no license included)

 

Key Features & Advantages

  • Top-tier Safety Compliance: Full SIL3 certification qualification meets the strictest functional safety requirements of high-risk process industries, providing reliable hardware foundation for safety instrumented system (SIS) deployment.
  • Deterministic High-speed Execution: 96 MHz processor with 0.17 ms execution time for 1000 boolean operations ensures consistent, predictable logic response, which is critical for safety interlock scenarios that demand zero unexpected delay.
  • Abundant Resource Capacity: 32 independent applications and 32 configurable cycle times support complex multi-task safety control strategies, adapting to large-scale safety system layout requirements.
  • Low Power Consumption Design: Typical 5.1 W power dissipation reduces system heat generation and power load, improving long-term operation stability in enclosed industrial cabinets.
  • Rich Communication Expansion: Dual Ethernet ports and expandable CI modules support seamless interconnection with various fieldbus devices and upper-layer 800xA DCS platforms, realizing unified process and safety control architecture.
  • Complete Pre-assembled Kit: The full factory package includes all required baseplates, terminators and backup battery, eliminating the trouble of separate part sourcing and reducing on-site deployment preparation time.

 

Typical Application Scenarios

  1. Petrochemical Safety Instrumented Systems: Core safety controller for refineries, chemical plants and oil & gas production facilities, executing safety interlock logic to prevent dangerous process deviations.
  2. Offshore Oil & Gas Platforms: Main safety control unit for offshore production facilities, meeting strict marine safety requirements for long-term unattended operation.
  3. Power Generation Safety Control: Safety-related control for thermal power plants, nuclear power auxiliary systems and new energy generation stations, ensuring power production safety.
  4. Mining & Metallurgical Safety Loops: High-reliability safety control for mining processing lines and metallurgical production units, preventing equipment damage and personal injury accidents.
  5. Pharmaceutical & Fine Chemical Production: Safety interlock control for high-risk chemical reaction processes, meeting strict safety production regulatory requirements.

 

Same Series Model Display

  1. ABB PM861K01: Entry-level SIL3 high-integrity processor unit, designed for small safety control loops with moderate performance requirements, offering cost-effective safety solutions.
  2. ABB PM864K01: Mid-range high-integrity processor unit, balancing performance and cost for standard safety control scenarios with medium I/O capacity.
  3. ABB PM865K01: Upgraded high-integrity processor unit, with expanded memory and higher processing performance for medium-large scale safety control systems.
  4. ABB PM866K01: Flagship high-integrity processor unit, with top-tier processing power and maximum I/O expansion for ultra-large scale SIL3 safety-critical industrial control systems.

 

Related Supporting Product Model Display

  1. ABB EXC3BSE088381R1: PM863K01 exchange processor unit kit, providing direct replacement for faulty units to minimize system downtime during maintenance.
  2. ABB CI854K01: High integrity S800 I/O communication interface module, dedicated for high-speed connection between PM863K01 and safety-related field I/O stations.
  3. ABB SS823: Redundant safety power supply module, providing stable redundant power input for PM863K01 to eliminate power supply single point of failure.
  4. ABB TB845: Dedicated high integrity baseplate, providing reliable mechanical installation and safety bus signal termination for .
  5. ABB TK851: Safety-certified CEX-bus extension cable, realizing high-speed redundant data interconnection between and other control modules.

 

Frequently Asked Questions

Q1: Does 3BSE088381R1 come with a usage license?
A1: No, the standard factory kit does not include any license, you need to purchase corresponding function licenses separately according to actual project requirements.

Q2: What is the maximum power dissipation of this processor unit?
A2: The maximum power dissipation is 8.6 W, typical operating power dissipation is only 5.1 W, which is very energy-efficient.

Q3: Does support redundant controller configuration?
A3: Yes, controller redundancy is supported with a paired identical PM863 unit, the specific configuration scheme needs to be determined according to your actual site requirements.

Q4: What is the available RAM space for user applications?
A4: 22.184 MB of the total 32 MB RAM is available for user applications, which is sufficient for most medium-scale safety control program deployment.

Q5: Can I directly replace a non-safety AC 800M processor with ?
A5: It can be physically installed in the same system rack, but you must complete corresponding safety configuration and functional verification strictly following the official Safety Manual to meet safety application requirements.