Siemens 6AG4114-3HQ02-0BX1 Industrial Rack PC

1. Product Overview

The Siemens 6AG4114-3HQ02-0BX1 is an industrial computer model associated with the SIMATIC IPC847E rack PC family. This product family is intended for industrial environments where a reliable, expandable computer is needed to run automation-related software, process operational data, and communicate with other equipment.

The IPC847E uses a 19-inch rack-mount chassis with a height of 4U. This format makes it suitable for industrial cabinets, equipment racks, and centralized control rooms. Compared with compact embedded computers, a rack PC generally provides more room for storage devices, expansion cards, and maintenance access.

Typical uses include industrial visualization, production monitoring, data acquisition, machine-level computing, and supervisory applications. The exact functions available depend on the installed hardware, operating system, drivers, and application software.

A key point when selecting this model is to verify the complete order number and the unit’s actual configuration. Similar IPC847E models may have different processors, memory capacities, storage devices, operating systems, and expansion options. The technical details below therefore distinguish platform characteristics from configuration details that need confirmation.

2. Brand and Product Series

3. Technical Specifications

The following table summarizes the principal platform characteristics. The processor, memory, and storage configuration should be checked against the label or configuration record for the exact unit.

Configuration note: The dimensions and weight above are approximate platform-level figures, not a verified bill of materials for every order-code variant. Confirm the exact processor, memory, storage, power supply, and interface arrangement before procurement or replacement.

4. Detailed Hardware Configuration

4.1 Processor and Computing Performance

The 6AG4114-3HQ02-0BX1 configuration is associated with an Intel Core i7-8700 processor. This processor has six cores and twelve threads, a base frequency of 3.2 GHz, a maximum turbo frequency of up to 4.6 GHz, and 12 MB of cache.

This processing capacity is suitable for many industrial computing workloads, including visualization, production data processing, monitoring software, and communication between industrial applications. Actual performance depends on the software workload, installed drivers, storage performance, and memory usage.

4.2 Memory

The documented configuration includes 16 GB of DDR4 SDRAM, installed as two 8 GB modules in dual-channel mode.

This memory capacity is suitable for many general industrial applications. If the computer must run several applications simultaneously or process large datasets, memory usage should be assessed before considering an upgrade.

The IPC847E platform supports larger memory configurations, depending on the motherboard and installed hardware. Any upgrade should use compatible memory modules and follow the system’s supported memory specifications.

4.3 Storage

The documented configuration includes a 480 GB, 2.5-inch SATA solid-state drive (SSD).

An SSD provides fast access to operating-system files, application programs, and frequently accessed data. Compared with a conventional mechanical hard drive, it generally offers lower access latency and better resistance to mechanical vibration.

The standard single-drive configuration should not be confused with a RAID configuration. If data redundancy is required, confirm that the actual unit has the necessary additional drives and RAID hardware. Independent backups are still necessary for important industrial data.

4.4 Communication Interfaces

The IPC847E platform provides three Gigabit Ethernet interfaces, making it suitable for installations that communicate with multiple industrial devices or networks.

The documented interface arrangement includes two DisplayPort connectors, one DVI-D connector, one COM1 serial interface, USB ports, and audio connections. The platform also provides internal expansion slots for supported hardware.

These interfaces allow the computer to connect to industrial networks, compatible displays, maintenance peripherals, and selected communication devices. The electrical characteristics and software support of each interface should be checked before connecting specialized equipment.

4.5 Expansion Capability

The documented IPC847E motherboard arrangement provides 11 expansion slots:

• 3 × PCI

• 1 × PCI Express x16 operating with x8 lane width

• 5 × PCI Express x16 slots operating with x4 lane width

• 2 × PCI Express x4 slots operating with x4 lane width

This expansion capacity can be valuable for applications requiring additional communication cards, specialized data acquisition hardware, or other compatible PCI and PCI Express devices.

Before installing a card, check the physical dimensions, electrical requirements, slot compatibility, driver support, and cooling conditions. The available slot arrangement is a major consideration when selecting a replacement for an existing industrial computer.

5. Power Supply and Environmental Conditions

The computer is designed for industrial installation, but it still requires suitable environmental conditions. The cabinet must provide adequate ventilation, stable power, and sufficient mechanical support.

The IP41 front rating and IP20 rear rating describe different levels of protection. The unit should not be treated as a sealed, waterproof computer or installed where liquids, conductive dust, or other contaminants may enter the enclosure.

6. Product Applications

6.1 Industrial Automation Systems

The IPC847E can be used as a central computer for industrial automation software, production monitoring, and supervisory applications. It can exchange data with compatible PLCs, industrial devices, and networked systems.

6.2 SCADA and HMI Applications

The computer can host compatible SCADA software, visualization runtimes, alarm management tools, and production dashboards. It can present process values, equipment status, historical records, and diagnostic information to operators and engineers.

6.3 Industrial Data Collection

Manufacturing facilities often need to collect and process data from controllers, measurement equipment, sensors, and inspection systems. The IPC847E can provide a computing platform for collecting, processing, storing, and transferring that information.

Additional interface cards may be required for specific acquisition tasks.

6.4 Machine Vision and Inspection

The computer may be used in inspection systems that require industrial computing performance and specialized expansion hardware. Depending on the workload, it can support image acquisition, inspection software, result processing, and production-record management.

Machine-vision applications must be evaluated carefully because camera bandwidth, image resolution, processing load, and timing requirements vary considerably.

6.5 Production Data Management

The IPC847E can run applications that collect machine status, process values, production counts, or quality information. This data may be used for reporting, traceability, equipment analysis, and production monitoring.

The storage capacity and backup strategy should be selected according to the amount of data generated and the required retention period.

6.6 Industrial Test Equipment

In automated testing or measurement systems, the computer can host test-control software, communicate with compatible instruments, and store test results. Expansion slots can be useful when a system relies on specialized measurement or communication cards.

7. Main Product Advantages

7.1 Flexible System Integration

The combination of networking, display connectivity, and internal expansion options allows the computer to serve several roles in an industrial installation. It can be configured around the requirements of the application instead of being limited to a single fixed-purpose function.

7.2 Convenient Maintenance

The rack-mounted format provides a familiar installation arrangement for industrial maintenance personnel. Standardized mounting and clearly organized connections can make inspection, servicing, and replacement more straightforward when the cabinet has been designed with adequate access.

7.3 Support for Existing Industrial Software

A computer in this category can run compatible Windows-based industrial software, provided the operating system, drivers, and licenses meet the application’s requirements.

This can be useful when maintaining an established automation installation where replacing the entire software environment would be costly or disruptive.

7.4 Expansion for Specialized Applications

The available expansion slots provide room for additional hardware when the standard interfaces are insufficient. This can help support legacy communication devices, industrial measurement cards, and other compatible components.

8. Five Related Models in the Same Series

The following models are relevant comparison candidates within the SIMATIC IPC847E family. Specifications are summarized at the configuration level where identifiable; confirm each complete order number before purchase.

Choosing Between These Related Models

– 6AG4114-3HQ02-0BX2: A close comparison for applications requiring a Core i7 processor, 16 GB of RAM, and a 480 GB SSD.

– 6AG4114-3HT02-0BX2: Worth considering where the documented RAID 1 configuration is needed to improve availability in the event of a single-drive failure.

– 6AG4114-3HB53-0BX2: May be relevant when additional memory is useful for larger applications or simultaneous workloads.

– 6AG4114-3MX02-0XX1: Provides a Xeon-based alternative for projects that specifically require that processor configuration.

– 6AG4114-3MT53-4BJ1: Combines a Xeon processor, increased memory, and multiple SSDs for applications that benefit from the documented storage arrangement.

These models share a product family, but they should not be assumed to be interchangeable without checking the complete configuration. Processor, storage, expansion hardware, and operating-system differences may affect the replacement process.

9. Five Other Popular Models from the Same Brand

The following products represent common industrial automation categories. They complement an industrial computer but serve different functions.

Dimensions and weights for the other product families are approximate reference values. Confirm the exact hardware variant, mounting arrangement, accessories, and electrical rating before ordering.

10. How the Products Can Work Together

In a typical automation installation, the industrial computer and the other products perform separate but complementary tasks.

The IPC847E can host applications that need general-purpose computing resources, while the PLC performs its programmed control tasks. The operator panel provides the user interface, the drive manages compatible motor operation, and distributed I/O connects field signals to the control architecture.

The exact system design depends on the application and the required control, safety, communication, and recovery functions.

11. Procurement and Replacement Checklist

Before ordering or replacing the 6AG4114-3HQ02-0BX1, confirm the following details.

1. Model number: Match the complete order number, including every suffix.

2. Processor: Verify the installed CPU and the performance required by the software.

3. Memory: Confirm that the installed 16 GB configuration meets the application’s needs.

4. Storage: Check the 480 GB SATA SSD and determine whether the existing system requires additional drives or RAID.

5. Operating system: Confirm the operating-system edition, licensing, drivers, and software compatibility.

6. Network interfaces: Record existing network connections and configuration settings before disconnection.

7. Expansion cards: Identify any installed cards and check whether they need to be transferred to the replacement computer.

8. Power and cooling: Confirm the electrical supply and provide adequate cabinet ventilation.

9. Mechanical installation: Allow for the 430 × 177 × 444 mm chassis and 17 kg reference weight.

10. Backup and testing: Preserve the system image, application settings, and important production data. Test communication and application operation before returning the equipment to service.

12. Final Summary

The Siemens 6AG4114-3HQ02-0BX1 is a SIMATIC IPC847E industrial rack PC intended for industrial computing, visualization, data acquisition, and supervisory applications.

The documented configuration includes an Intel Core i7-8700 processor, 16 GB of DDR4 memory, a 480 GB SATA SSD, three Gigabit Ethernet interfaces, two DisplayPort connections, one DVI-D connection, and an industrial AC power supply.

Its principal strengths are its rack-mounted design, general-purpose computing performance, multiple communication interfaces, and substantial expansion capability. These features make the IPC847E suitable for a broad range of industrial software and equipment integration tasks.

The reference chassis dimensions are 430 × 177 × 444 mm, and the net weight is 17 kg. Before procurement, verify the exact order code and configuration, especially the processor, storage, operating system, and installed expansion hardware.

Selecting a related model should be based on the application’s actual requirements rather than product-family similarity alone. Correct configuration matching is essential when maintaining an existing industrial installation or planning a computer replacement.