Description
Need a high-performance, compact computing platform designed for continuous 24-hour operation in demanding industrial environments? The Siemens 6AG4104-4HM28-5XC1 is a rugged Simatic IPC647E rack-mount Industrial PC. Built into a highly space-saving 1U enclosure, this machine delivers the processing speed of a desktop server with the physical resilience needed for line-side deployment, serving as the central host platform for data aggregation, scada visualization, and industrial machine vision clusters.
Global Logistics & Procurement Overview
Procuring complex, multi-component industrial computing architectures requires careful planning regarding build configurations, licensing compliance, and international transit safety.
Availability and Lead Time
- Condition: New Original, factory sealed in original Siemens Simatic packaging.
- Warranty: 12-month standard industrial hardware warranty.
- Lead Time: Ships within 3 to 5 business days from stock verification.
- Pricing Note: Because this industrial PC code represents a specific, high-tier hardware matrix, replacement and asset values fluctuate based on active global semiconductor supply and component allocation. The listed price serves as a reference; contact our industrial procurement desk directly for an official, spot-market quotation.
International Shipping & Trade Compliance
Managing the cross-border logistics of industrial PCs requires rigorous documentation to clear customs without unexpected holds or regulatory friction.
- Incoterms: Standard delivery terms follow EXW (Ex Works) or CIP (Carriage and Insurance Paid to destination), establishing transparent liability and transit cost boundaries.
- Customs Clearance & HS Code: This industrial computer is classified under HS Code 84713000 (Data processing machines) or 85371091 depending on local regional customs definitions for industrial control processors. Ensure your paperwork includes dual-use or export compliance documentation if applicable.
- Logistics Options: Critical server or plant SCADA failures require priority air express (DHL, FedEx, or UPS Priority), which handles customs clearing pipelines rapidly to deliver the machine globally within 3 to 5 business days. Planned infrastructure rollouts leverage standard economy air freight.
Technical Specifications
The multi-character MLFB code (6AG4104-4HM28-5XC1) dictates the exact internal motherboard configuration, processor type, memory allocation, and drive arrays. Review this hardware matrix to ensure compatibility with your software architecture:
| Parameter | Specification |
| Manufacturer | Siemens |
| Product Family | Simatic IPC647E (1U Rack-Mount) |
| Order Code (MLFB) | 6AG4104-4HM28-5XC1 |
| Processor (CPU) | Intel Core i7-8700 (6 Cores, 12 Threads, 3.2 GHz base, up to 4.6 GHz, 12 MB Cache) |
| System Memory (RAM) | 32 GB DDR4 SDRAM (Supports ECC options if configured) |
| Storage Architecture | Dual Hard Drive Configuration with RAID-1 hardware mirroring capability |
| Enclosure Form Factor | 19-inch Rack-mount, 1U height for high-density spacing |
| Power Supply Unit | Dual Redundant Power Supplies (100 to 240 V AC wide-range, 50 / 60 Hz) |
| Operating System | Windows 10 Enterprise IoT Enterprise or Windows Server pre-loaded |
| Expansion Slot Options | PCI-Express (PCIe) slots for communication or frame-grabber cards |
| Network Interfaces | Dual Gigabit Ethernet ports (Intel onboard controllers) |
Field Application & Hardware Integration
In field deployments of Simatic IPC647E rack servers, thinking any commercial IT operating system patch will run flawlessly is a common trap. Well, technically the hardware is standard x86 architecture, but you must enforce the Siemens unified industrial driver framework—and freeze untargeted background OS updates—to prevent unexpected latency spikes from interrupting your real-time WinCC or TIA Portal communication threads.
During a recent control-room centralization project at a water treatment utility, the engineering group deployed this 1U IPC to replace three aging, standalone desktop units. The spacesaving design solved a massive physical rack bottleneck. By leveraging the dual integrated Gigabit Ethernet interfaces, engineers split the network routing cleanly: Port 1 interacted exclusively with the protected Profinet automation backbone, while Port 2 managed outbound data pushing to the corporate ERP tier across an independent firewall.
Keep a close eye on the front-facing dust filter and intake fan array. In my experience, if this machine is mounted inside a sealed cabinet alongside high-current variable frequency drives without proper ventilation, the ambient temperature can rapidly cross the maximum 50 °C threshold. This triggers the onboard diagnostics to aggressively throttle the Intel i7 clock speed down to prevent silicon damage, leading to dropped frames on connected vision inspection nodes. Clean the filter screen every quarter without exception.
Siemens 6AG4104-4HM28-5XC1 Procurement FAQ
Does this specific model number come with a RAID storage controller?
Yes. The specific suffix markers inside the “4HM28-5XC1” configuration array indicate that this model is populated with a hardware RAID-1 configuration. This setup automatically duplicates data across both internal drives simultaneously, allowing the server to keep running without data loss if one physical drive experiences a mechanical head failure.
Can I field-upgrade the RAM to 64 GB or higher?
Yes, the internal industrial motherboard features 4 DDR4 DIMM sockets supporting up to 64 GB of total system memory. However, to maintain high-frequency stability under high ambient temperatures, you should only source industrial-grade RAM modules that match the exact timing and latency profiles specified in the original Siemens hardware reference manual.
How do I configure the redundant power supplies during panel installation?
The dual hot-swappable power supply modules are designed to run on independent mains inputs. In my experience, for maximum system reliability, you should wire Power Supply A to your primary facility line and Power Supply B to an independent Uninterruptible Power Supply (UPS) system. This setup ensures that a localized breaker trip will not drop your supervisory control layer offline.
