Advantech PPC-175T Hardware Installation, Jumpers and Connectors, Disassembling the Panel PC

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Chapter 4 Hardware Installation

4.1Jumpers and Connectors

The panel PC consists of a PC-based computer that is housed in a metal shielding case with a plastic cover on the rear and bottom. All the computer devices, like the CPU, HDD, SDRAM, and power supply are all readily accessible after removing the rear panel or the HDD cover. Any maintenance or hardware upgrades can be easily completed after removing the rear panel and/or HDD cover.

For information about complete disassembly of the panel PC, refer to Appendix B.

Warning! Do not remove the plastic rear cover until verifying that no power is flow- ing within the panel PC. Power must be switched off and the power cord must be unplugged. Each time the panel PC is serviced, users should be aware of this condition.

4.2Disassembling the Panel PC

The following are standard procedures for disassembling the panel PC before upgrading the system. All procedures are illustrated in Fig. 4-1, 4-2, 4-3 and 4-4.

1.Unscrew the side cover on the plastic HDD cover to expose the HDD module. The Type II CF slot lies underneath the HDD module.

Figure 4.1 Unfastening the HDD side cover

PPC-175T User Manual

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Contents PPC-175T Copyright Acknowledgements Product Warranty 2 years Declaration of ConformityTechnical Support and Assistance FCC Class BDocument Feedback Packing ListAdditional Information and Assistance Contact informationSafety Instructions Wichtige Sicherheishinweise Safety Precaution Static Electricity Page Contents Jumpers & Connectors Appendix aFigure A.18 Disconnecting the CD-ROM connector Appendix BPage Chapter General InformationSpecifications General InformationIntroduction General Information Certifications Dimensions Dimensions of PPC-175TPage System Setup System Setup Quick Tour of the Panel PCSystem Installation Procedures Running the Bios Setup ProgramPreparing for First-time Use Installing System Software Installing the DriversPage Using the Panel PC PcmciaUsing the Panel PC CD-ROM Drive optionalPcmcia PS/2 Mouse and KeyboardPCI Bus Expansion PCI bus expansionSerial COM Ports VGA PortUSB Ports Audio Interface EthernetFront Bezel LED and Light Sensor Touchscreen Optional Page Hardware Installation Hardware Installation Jumpers and ConnectorsDisassembling the Panel PC Hardware Installation Installing the 2.5 Hard Disk Drive PPC without the Rear CoverPlugging in the Eide cable Installing the Central Processing Unit CPU Placing the CPU in the socketTightening the screws on the CPU 11 Fastening the CPU module to the motherboard Installing the DDR Sdram Memory Module 12 Placing the memory module in the DimmPage Jumpers Connectors Jumpers & Connectors Setting jumpersJumpers & Connectors Jumper and Connector Locations Connectors Page Driver Installation Driver Installation Driver InstallationUpdating Driver Searching on the Advantech Website Pin Assignments Pin Assignments MAN-Heading01 style Arial, Bold, 18pt, MAN-H1 colorDisassembly Appendix a Disassembly Disassembly ProcedureAppendix a Disassembly Figure A.4 The PPC without the rear cover Figure A.6 Unfastening the middle plate Figure A.8 Unfastening the HDD module Figure A.10 Disconnecting the HDD cable Figure A.12 Loosening the screws on the CD-ROM module Figure A.14 Removing the fixed brace Figure A.16 Removing the CD-ROM / Pcmcia slot cover Figure A.18 Disconnecting the CD-ROM connector Figure A.20 Unfastening the CPU socket Figure A.22 Removing the Sdram module Page Appendix B PCI Card Size LimitsFigure B.1 PCI Card Dimensional Limits Appendix B PCI Card Size Limits

PPC-175T specifications

The Advantech PPC-175T is a powerful and versatile panel PC designed to meet the demands of industrial environments. It combines a rugged design with advanced computing capabilities, making it an ideal solution for various applications such as factory automation, transportation, smart buildings, and system control.

One of the standout features of the PPC-175T is its 17-inch touch screen display. The display boasts an LED-backlit panel that delivers crisp and vibrant visuals, crucial for monitoring and controlling industrial processes. The projected capacitive touchscreen technology allows for multi-touch operation, enhancing user interaction and making it easier for operators to navigate through complex interfaces.

Performance-wise, the PPC-175T is powered by Intel's latest processors, which ensure smooth and efficient operation. Depending on the configuration, users can choose from various CPU options, allowing for flexibility based on processing requirements. The system supports up to 8 GB of RAM, which is essential for running multiple applications simultaneously, ensuring that users can efficiently manage tasks without lagging.

In terms of connectivity, the PPC-175T comes equipped with multiple I/O options, including USB, Ethernet, and COM ports, enabling easy integration into existing systems. The dual LAN ports provide redundancy and enhance network reliability, which is crucial for mission-critical applications. Furthermore, the panel PC supports a wide range of communication protocols, making it adaptable to different industrial systems.

The rugged construction of the PPC-175T is another significant characteristic. It features an IP65-rated front panel, ensuring protection against dust and water, which is vital for operation in harsh environments. The fanless design further enhances its durability by minimizing moving parts, reducing maintenance requirements, and extending the lifespan of the device.

Additionally, the PPC-175T is designed with energy efficiency in mind. Its low power consumption makes it an environmentally friendly option while also reducing operating costs. The ability to mount the device in various configurations, such as panel, wall, or VESA mount, adds to its versatility, allowing it to fit seamlessly into different operational settings.

Overall, the Advantech PPC-175T stands out as a reliable and feature-rich panel PC, making it an excellent choice for industries looking to enhance their operational efficiency and productivity. Its combination of robust performance, durable design, and extensive connectivity options positions it as a leader in the industrial computing space.
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