B&R 5PC910.SX01-00 | Automation PC 910 System Unit

B&R 5PC910.SX01-00 | Automation PC 910 System Unit

  • Model / Part Number: 5PC910.SX01-00
  • Brand: B&R Industrial Automation (ABB Group)
  • Series: Automation PC 910 (APC910 / 5PC910 series)
  • Core Function: High-end industrial computing platform providing multi-core x86 processing, real-time motion control, and multi-display execution.
  • Product Type: Box Industrial PC (IPC) System Unit
  • Key Specs: 3rd Generation Intel Core i3/i5/i7 (QM77 chipset) socket architecture, DDR3 SDRAM memory support, dual Gigabit Ethernet ports, DVI-I / DisplayPort video outputs, battery-backed SRAM, modular PCI/PCIe slot expansion backplane.
  • Status: Active / In-Stock — Refurbished & New Surplus Available

Description

B&R 5PC910.SX01-00 | Automation PC 910 System Unit

 

Product Introduction

When complex multi-axis motion, vision processing, and enterprise SCADA databases run simultaneously on a single control skid, standard industrial IPCs often bottleneck. The 5PC910.SX01-00 acts as the high-performance computing anchor for B&R’s flagship Automation PC 910 family, leveraging Intel multi-core architecture to deliver maxed-out computing throughput for demanding production environments.

Housed in a ruggedized, EMC-shielded steel chassis, the 5PC910.SX01-00 is engineered for 24/7 continuous duty under extreme shock, vibration, and thermal stress. The unit incorporates a modular design featuring slide-in drive trays (CFast, SSD, or HDD), dual Gigabit Ethernet controllers for fieldbus separation, and flexible expansion slots for POWERLINK, PROFINET, or CAN bus interface cards. Installing a bench-tested, genuine APC910 replacement unit eliminates CPU thermal throttling, lost frame buffers, and fieldbus communication timeouts across your plant floor.

5PC910.SX01-00

5PC910.SX01-00

Key Technical Specifications

Parameter Technical Specification
Manufacturer B&R Industrial Automation
Part Code 5PC910.SX01-00
Product Family Automation PC 910 (APC910)
Chipset / Processor Architecture Intel Mobile QM77 Express (Supports 3rd Gen Core i3/i5/i7 & Celeron)
System Memory 2x DDR3/DDR3L SO-DIMM sockets (Up to 16 GB supported)
Non-Volatile Memory 512 kB battery-backed SRAM for retain data preservation
Network Interfaces 2x 10/100/1000 Mbit/s RJ45 Gigabit Ethernet (Intel controllers)
Video Outputs 1x DVI-I, 1x DisplayPort (SDL / SDL3 transmitter option modules supported)
I/O & Connectivity 4x USB 3.0, 1x RS232 (9-pin DSUB), CFast slot, slide-in drive bays
Supply Voltage 24 VDC Nominal (±25% SELV isolated terminal input)
Operating Temperature 0°C to +55°C (32°F to 131°F, configuration dependent)

 

Application Scenarios & Pain Points

Field Experience: A high-speed sorting facility in Pennsylvania experienced intermittent dropped package tracking data during peak operating hours. The original IPC was stalling under heavy CPU load whenever three 3D vision cameras transmitted image packets simultaneously. Upgrading the system engine to a 5PC910.SX01-00 equipped with quad-core processing cleared the memory bus bottleneck, keeping camera frame rates and conveyer synchronization rock-solid.

  • With Genuine 5PC910.SX01-00: High-throughput multi-core processing, zero packet loss across dual Gigabit subnets, real-time hypervisor execution, and long-term hardware reliability.
  • Without (Low-Tier Commercial PC): Unpredictable latency spikes under Automation Runtime, premature fan and capacitor failures from thermal buildup, and driver crashes over display extender links.
  • High-Speed Vision & Motion Integration: Simultaneous processing of high-resolution camera feeds, multi-axis motion trajectory generation, and safety logic polling.
  • Centralized SCADA & Database Hubs: Connects local machine networks directly to enterprise ERP/MES databases via separated Ethernet subnets.

 

QA & Live Testing SOP (Trust Signal)

Every 5PC910. system chassis pulled from our inventory undergoes a strict multi-point qualification routine before clearing for dispatch:

  1. Chassis & Backplane Inspection: We inspect the galvanized housing, card guides, power input block, and backplane slot pins under magnification to verify zero physical strain, corrosion, or debris.
  2. 24V Rail & SRAM Battery Test: The 24V DC-to-DC converter stage is tested under full electrical load, and the 3V lithium battery circuit is verified for stable SRAM retain variable holding voltage.
  3. Multi-Port Communication Audit: Dual Gigabit Ethernet channels, all four USB 3.0 ports, RS232, and DVI/DisplayPort outputs are driven simultaneously under continuous high-rate loopback tests.
  4. Thermal Stress & CPU Burn-In: The board undergoes multi-hour diagnostic stress testing in a heated test room to confirm fan/heatsink thermal dissipation capabilities.
  5. Anti-Static & ESD Packaging: Verified units are cleaned with anti-static solution, sealed in thick ESD protective shielding, and secured inside double-walled foam-lined shipping cases.

 

Field Engineer’s Pitfall Guide

  • ❗ Check Expansion Slot Backplane Compatibility: The 5PC910. represents the core IPC system unit. Verify that your existing expansion slot backplane (e.g., 1-slot, 2-slot, or 5-slot PCI/PCIe cage) and fan housing are transferred correctly onto the replacement chassis.
  • ❗ Match Memory Generation (DDR3 vs DDR3L): Ensure you install industrial-grade DDR3 or DDR3L SO-DIMM RAM modules supported by the QM77 chipset. Non-ECC commercial memory sticks can cause random memory parity checks or boot loop faults under Automation Runtime.
  • ❗ Retain CFast Card & NVRAM Data During Swap: Always transfer your system CFast boot card carefully. Ensure the card is pushed straight into the slot until it locks mechanically into place to avoid boot errors like “No Operating System Found.”

 

Intent-Driven FAQ

Q: What is the main difference between the APC810 (5P81) and APC910 (5PC910) series?

A: The Automation PC 910 (5PC910) is a newer generation platform featuring 3rd Gen Intel Core multi-core processors, USB 3.0 support, CFast storage media, and expanded memory capacity compared to the older Core 2 Duo architecture of the APC810.

Q: Can I run B&R Automation Runtime alongside a standard Windows OS on this unit?

A: Yes. The 5PC910. fully supports B&R hypervisor technology, allowing real-time Automation Runtime to operate concurrently with Windows 7/10 or Linux without compromising deterministic control loops.

Q: How do I connect remote Automation Panel screens to the 5PC910.?

A: The unit features native DVI-I and DisplayPort outputs, and can accept modular B&R Smart Display Link (SDL or SDL3) transmitter cards to stream video and touch data over a single cable up to 100 meters.

Q: What power connection does the 5PC910. require?

A: It operates on a nominal 24 VDC (±25%) power feed connected via a standard B&R 3-pin cage-clamp terminal block plug.

Q: What condition are these units supplied in, and what warranty applies?

A: We provide fully bench-tested New Surplus and reconditioned original B&R inventory. Every 5PC910. unit includes a 1-year functional replacement warranty and full QA bench clearance.

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