Introduction – An Expandable Computing Platform for Industrial Applications The Siemens 6AG4104-4DJ11-0XX0 is an ordering variant associated with the SIMATIC IPC547G industrial rack PC family. Designed for industrial computing environments, this platform combines flexible hardware expansion, industrial networking, and centralized processing capabilities.
The IPC547G features a standardized 19-inch rack-mount architecture, making it suitable for manufacturing facilities, automation control rooms, and industrial equipment cabinets.
Its seven expansion slots provide flexibility for integrating communication cards, specialized interface hardware, and industrial data acquisition components. Dual Intel Gigabit Ethernet interfaces support connections with automation controllers, engineering workstations, and factory information systems.
The platform also incorporates temperature monitoring, fan supervision, and watchdog functionality to assist maintenance personnel with equipment diagnostics.
With different processor, memory, and storage configurations available across the product family, the IPC547G accommodates a broad range of industrial computing requirements. Its expandable architecture makes it a practical choice for production supervision, industrial visualization, and manufacturing data management.
Technical Specifications – Hardware Architecture and Physical Details Parameter
Specification
Manufacturer
Siemens
Order Number
6AG4104-4DJ11-0XX0
Product Family
SIMATIC IPC547G
Product Type
Industrial Rack PC
Chassis Design
19-inch Rack Mount
Rack Height
4U
Processor Manufacturer
Intel
Processor Configuration
Exact variant requires confirmation
Processor Family
Intel Xeon / Core i7 / Core i5 / Pentium
Chipset
Intel C236 / H110, configuration-dependent
Memory Technology
DDR4 SDRAM
Memory Capacity
Configuration-dependent
Expansion Slots
5 × PCI Express, 2 × PCI
Ethernet Interfaces
2 × Intel Gigabit Ethernet
Network Function
Ethernet Teaming
Front USB Interfaces
2 × USB 3.0
Rear USB Interfaces
USB 3.0 / USB 2.0
Display Interfaces
DisplayPort 1.2 / DVI-D
Serial Interface
COM1, selected configurations
Storage Technology
HDD / SSD
RAID Support
RAID 1 / RAID 5, selected configurations
Optical Drive
DVD±R/RW, selected configurations
Monitoring Functions
Temperature / Fan / Watchdog
Power Supply
100–240 V AC
Redundant Power Supply
Optional, configuration-dependent
Input Frequency
50–60 Hz
Operating Temperature
0°C to +40°C
Storage Temperature
-20°C to +60°C
Standard Dimensions (W × H × D)
481.4 × 176.6 × 446.6 mm
Short Chassis Dimensions (W × H × D)
481.4 × 176.6 × 356.6 mm
Weight
15–23 kg, depending on configuration
Installation
19-inch Rack Mount
Mounting Orientation
Horizontal / Vertical
Dimensions and weight represent the SIMATIC IPC547G platform specifications. The exact enclosure, processor, memory, storage, and power supply configuration of 6AG4104-4DJ11-0XX0 should be confirmed before ordering.
Recommended Companion Models Model Number
Product Name
6AG4104-4DA11-0BX3
Siemens SIMATIC IPC547G Industrial Rack PC, Intel Processor Configuration
6AG4104-4GK13-1BX2
Siemens SIMATIC IPC547G Core i5-6500 Industrial Rack PC, 8 GB RAM, 480 GB SSD
6AG4104-4GN11-4CX1
Siemens SIMATIC IPC547G Core i5-6500 Industrial Rack PC, RAID 1 Storage
6AG4104-4CA00-0BX2
Siemens SIMATIC IPC547G Core i5-6500 Industrial Rack PC, 4 GB RAM, 1 TB HDD
Frequently Selected Alternatives Model Number
Product Name
6AG4104-4GA11-0XX0
Siemens SIMATIC IPC547G Core i5-6500 Industrial Rack PC, 8 GB RAM, 1 TB HDD
6AG4104-4DA22-0HX1
Siemens SIMATIC IPC547G Core i7 Industrial Rack PC, 16 GB RAM, 1 TB HDD
6AG4104-4NG16-4BX0
Siemens SIMATIC IPC547G Industrial Rack PC, RAID 1 Enterprise Storage
6AG4104-4HA12-0XX1
Siemens SIMATIC IPC547G Core i7 Industrial Rack PC, 8 GB RAM, 1 TB HDD
Where It Excels in Industrial Use - Industrial Automation Systems: Provides a centralized computing environment for automation software, production supervision, and industrial process coordination.
- Manufacturing Operations: Supports production monitoring, equipment status management, and manufacturing data processing across industrial facilities.
- SCADA and HMI Applications: Suitable for process visualization, supervisory control, alarm management, and centralized operator interfaces.
- Industrial Data Processing: Provides computing resources for production databases, operational records, equipment diagnostics, and manufacturing reports.
- Factory Network Integration: Supports communication between industrial controllers, engineering workstations, and higher-level factory information systems.
- Machine and Equipment Monitoring: Offers a computing platform for equipment diagnostics, operational analysis, and industrial maintenance applications.
Key Strengths at a Glance - Industrial Rack-Mount Construction: The 19-inch, 4U enclosure supports organized installation in industrial cabinets and centralized control rooms.
- Extensive Expansion Architecture: Seven expansion slots, including five PCI Express and two PCI slots, allow integration of compatible industrial hardware.
- Dual Gigabit Ethernet Connectivity: Two Intel Gigabit Ethernet interfaces facilitate communication with industrial networks and connected automation equipment.
- Integrated Hardware Diagnostics: Temperature monitoring, fan monitoring, and watchdog functionality support system supervision.
- Flexible Storage Options: HDD and SSD configurations accommodate different industrial data requirements, with RAID functionality available on selected versions.
- Comprehensive Peripheral Connectivity: USB, display, PS/2, and audio interfaces simplify integration with external devices.
- Adaptable Computing Platform: The IPC547G architecture supports different hardware configurations for visualization, automation management, and industrial data processing.
Technical FAQs – System Integration and Industrial Performance Q1. What is the primary function of the Siemens 6AG4104-4DJ11-0XX0?
This order number follows the SIMATIC IPC547G product series. The platform is designed for industrial computing, production supervision, automation management, and manufacturing information processing.
Q2. Which processor architecture does the IPC547G use?
The IPC547G family supports Intel Xeon E3, Core i7, Core i5, and Pentium processor configurations. The exact processor installed in the 6AG4104-4DJ11-0XX0 requires confirmation.
Q3. Does the system support additional industrial expansion hardware?
Yes. The platform provides five PCI Express slots and two PCI slots for compatible industrial communication cards, data acquisition devices, and specialized interface hardware.
Q4. How many Ethernet interfaces are available?
The IPC547G provides two Intel Gigabit Ethernet interfaces with RJ45 connections. Supported configurations also offer Ethernet teaming functionality.
Q5. Is the IPC547G suitable for industrial SCADA applications?
Yes. It can support SCADA, HMI, process visualization, alarm management, and production monitoring applications when configured with compatible software and operating systems.
Q6. What hardware monitoring functions are integrated?
The platform incorporates temperature monitoring, fan monitoring, and watchdog functionality. These features assist with equipment supervision and hardware diagnostics.
Q7. Does the IPC547G support RAID storage?
Yes. Selected configurations support RAID 1 and RAID 5. Available storage functions depend on the installed motherboard, controller, and drive arrangement.
Q8. Can the IPC547G support additional display hardware?
Yes. Compatible PCI Express graphics cards can extend the onboard display capabilities and provide additional connections for industrial visualization systems.
Q9. What power supply configurations are supported?
The product family supports 100–240 V AC input. Selected configurations provide redundant power supply arrangements for industrial installations requiring improved power availability.
Q10. What should be considered when integrating this computer into an existing control system?
Check the processor, motherboard chipset, memory, storage configuration, expansion cards, power supply, operating system, and communication interfaces. These factors help maintain compatibility with existing automation applications.
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