Siemens IPC427C manual 105

Page 5

 

 

 

Table of contents

 

11.2.2.2

Restoring the Software to Factory State Using the Restore DVD

77

 

11.2.2.3

Setting up the operating system via the Recovery CD/DVD

79

 

11.3

Partitioning data media

81

 

11.3.1

Setting up the partitions under Windows Embedded Standard 2009

81

 

11.3.2

Setting up the partitions under Windows XP Professional

82

 

11.4

Installing drivers and software

83

 

11.4.1

Driver installation under Windows Embedded Standard 2009

83

 

11.4.2

Installing drivers and software

83

 

11.5

Installing updates

84

 

11.5.1

Updating the operating system

84

 

11.5.2

Installing or updating application programs and drivers

84

 

11.5.3

Performing a BIOS update

85

 

11.6

Data backup

86

 

11.6.1

Creating an image

86

12

Alarm, error and system messages

87

 

12.1

Boot error messages

87

13

Troubleshooting/FAQs

89

 

13.1

General problems

89

 

13.2

Problems when using modules of third-party manufacturers

90

14

Technical specifications

91

 

14.1

General specifications

91

 

14.2

Power requirements of the components

95

 

14.3

Integrated DC power supply

96

15

Dimension drawings

97

 

15.1

Overview of the dimensional drawings

97

 

15.2

Dimension drawings of the device

98

 

15.3

Dimension drawings of the device with mounting brackets

99

 

15.4

Dimensional drawings of the device with vertical mounting angles

101

 

15.5

Dimensional drawings of the device with expansion frames

102

 

15.6

Dimension drawing of the blanking plate

103

16

Detailed descriptions

105

 

16.1

Internal components

105

 

16.1.1

Overview of internal components

105

 

16.1.2

Technical features of the motherboard

106

 

16.1.3

External ports

107

 

16.1.3.1

Overview

107

 

16.1.3.2

COM1/2

107

 

16.1.3.3

DVI-I

108

 

16.1.3.4

Ethernet

109

 

16.1.3.5

USB

109

 

16.1.3.6

PROFIBUS

110

 

16.1.3.7

CAN bus

110

 

16.1.4

Internal ports

111

 

16.1.4.1

Overview

111

SIMATIC IPC427C

 

5

Operating Instructions, 04/2009, A5E02414743-01

Image 5
Contents Industrial PC Simatic IPC427C SimaticLegal information Table of contents Table of contents 105 ESD guidelines AppendixList of abbreviations IndexPreface IntroductionGuideline to the Operating Instructions Contents format Table of ContentsGeneral safety instructions Safety InstructionsRepairs System expansionsESD directives BatteryOverview DescriptionApplications Drives and storage media FeaturesBasic data Software Operating systems Monitoring and safety functionsBasic data Ports Function Hard disk / SSD version Compact Flash card version Windows Embedded StandardActivation of Horm and creation of a Hiber File Device components Pos Description DesignExternal Design Connection components Ports and power supplyOperator controls On/Off switchPosition of on/off switch Description Meaning Status displaysStatus displays Transport Application planningNoting the device identification data Unpacking and checking the delivery unitUnpacking the device COA Label Windows Embedded Standard Ambient and Environmental Conditions Horizontal preferred position Permitted temperatures Installing/mountingVertical Power supply at the top Permitted mounting positionsSuspended Upright mounting Permitted temperaturesMounting methods Mounting informationMounting the device Steps for mounting on DIN rails Mounting on DIN railsMounting the device on DIN rails Removing the device from the DIN rail Installing/mounting 5.4 Mounting on DIN railsSteps for installing the mounting brackets Installing brackets on the deviceMounting with mounting brackets Removing mounting clamps from the deviceMounting examples Material Bore diameter Mounting/demounting the deviceMounting the vertical mounting bracket onto the device Upright mountingConnecting peripheral equipment ConnectingConnecting Connecting the 24 V DC power supplySteps for connecting the device to the 24 V DC power supply To be noted before you connect the deviceProtective earth terminal Protective ground connectionUSB strain-relief Steps for connecting the USB strain-reliefConnections before commissioning CommissioningFactory state Commissioning Windows Embedded Standard Configuring the operating systemBasic commissioning initial startup RequirementsSwitch off the device Commissioning Windows XP Professional Switch off the device Additional information Commissioning other operating systemsCommissioning guide RS232 Integration into an Automation SystemEthernet Integration into an Automation System 8.1 Overview Monitoring Functions FunctionsSimatic PC DiagBase software Simatic PC DiagMonitor softwareTemperature monitoring Temperature monitoring/displayFunction Watchdog WDWatchdog reactions WD monitoring timesEnhanced Write Filter EWF Function CommandPurpose and function Set EWFEwfmgr c -enable Special features for the use of Enhanced Write Filters EWFComparison between EWF and Fbwf Configuring FbwfFile Based Write Filter Fbwf Functions Sram buffer memory Battery monitoring Operation without monitor and keyboard Open the device front panel Expansions and ConfigurationsTools PreparationSteps in opening the device front panel Open the deviceHow to remove a memory module Installing the memory moduleMemory expansion Memory expansion optionsHow to install a memory module Installing a memory moduleDisplay of the current memory configuration Installing PCI-104 / PC/104 Plus modules Steps for mounting an expansion module Mounting PCI-104 or PC/104 Plus modulesMounting PCI-104 or PC/104-Plusmodules Mounting additional PCI-104 or PC/104-Plusmodules Configuring/installing a PCI-104 or PC/104-PlusmoduleInstallation options for Compact Flash cards Installing/Removing Compact Flash CardsSteps for opening the module receptacle Installing/removing an accessible Compact Flash cardOpening the module receptacle Steps for installing a Compact Flash card Installing the Compact Flash cardSteps for removing a Compact Flash card Removing the Compact Flash cardSteps for removing a built-in Compact Flash card Installing/removing a built-in Compact Flash cardRemoving and Installing Hardware Components Maintenance and ServiceRepairs Carrying out repairsComponent Exchange interval Preventive maintenanceRemoving drives How to remove a driveReplacing hard disk or SSD drive Installing a drive To be noted before you replace the battery Replace the backup batteryDisposal ToolSteps for replacing the battery Replacing the batteryReconfiguring the Bios Setup Windows Embedded Standard Reinstalling the operating systemGeneral installation procedure Restoring the factory state Simatic IPC427C Windows XP Professional Setting up the operating system with the Recovery CDRestoring the factory state Maintenance and Service Reinstalling the operating system Partition setup Setting up the operating system via the Recovery CD/DVDBooting with the Recovery CD/DVD CDDRIVE\MUI Installation of the operating systemPartitioning data media Setting up the partitions under Windows Embedded StandardPartitioning the Compact Flash card Partitioning the hard diskPartition Name Size File system Setting up the partitions under Windows XP ProfessionalInstalling drivers and software Installing drivers and softwareDriver installation under Windows Embedded Standard Installing or updating application programs and drivers Installing updatesUpdating the operating system WindowsDownload from Bios update Performing a Bios updateCreating an image Data backupBoot error messages Alarm, error and system messagesOn-screen error messages On-screen error message Meaning / tipAlarm, error and system messages 12.1 Boot error messages Problem Possible cause To correct or avoid error Troubleshooting/FAQsGeneral problems Problems when using modules of third-party manufacturers General specifications Technical specificationsGeneral specifications SafetyVertical / portrait mounting position General specifications Climatic ConditionsHorizontal mounting position Special Features General specifications Mech. Ambient conditionsMotherboard Drives / storage mediaStatus displays on the device General specifications PortsMaximum power consumption of the auxiliary components Power requirements of the componentsTechnical specifications 14.3 Integrated DC power supplyTypical power consumption Current consumption Power consumption At 24 V rated voltageOverview of the dimensional drawings Dimension drawingsDimensional drawing of the device Front view Dimension drawings of the deviceDimension drawings of the device with mounting brackets 100 101 Dimensional drawings of the device with expansion frames Dimensional drawing of the blinding plate Dimension drawing of the blanking plateDimension drawings Dimension drawing of the blanking plate Overview of internal components Detailed descriptionsInternal components Bios Technical features of the motherboardComponent Description Parameters Port CPUOverview External ports16.1.3.2 COM1/2 Port Position DescriptionDVI-I Ethernet RJ45 connection 16.1.3.5 USBPin no Short description Description Input / output USB port, 4 channel high current Pin noCan bus Profibus16.1.4.2 Compact Flash card interface Port Position Connector DescriptionInternal ports PCI-104 or PCI part of the PC/104-Plus interface Pin no PCI-104 or PC/104-Plus interface PCI partBios Setup program Bios SetupChanging the device configuration OverviewStarting Bios Setup Starting Bios SetupBios Setup menus Menu Description Menu layoutMain menu Settings in the main menuField Meaning By submenusSerial ATA Port 0, Serial ATA Port System time and dateBoot Options submenu Keyboard Features submenu PCI MPI / DP Hardware Options submenuEntry Meaning Advanced Menu Settings in the Advanced MenuIO Device Configuration submenu Ahci Sata Configuration submenuSecurity menu 12 Boot menu Boot menu13 Legacy submenu Legacy14 Boot Type Order field 129 15 Version menu example Version menuExit Menu Bios Setup default settings Default Bios Setup entriesDocumenting your device configuration Sata Configuration IO device configurationBoot Legacy Boot Type OrderCPU ID VersionSimatic PC IPC427C Profibus Currently allocated system resources System resourcesInterrupt Interrupt type System resources used by the BIOS/DOSPCI Interrupt Lines Overview of the internal module registers 16.4 I/O Address AreasOverview of the internal module registers AddressesWatchdog trigger register Watchdog trigger register read only, address 066hMeaning of the bits Can base address register write only, address 066h LED L2 Output register LED 1 / 2 read/write, address 404EhOutput register LED 1 / 2 read/write address 404Eh Bits Battery status tab read-only, address 50Fh Sram address register Sram address registerGuidelines and declarations Connecting peripheralsEMC directive Declaration of conformityCertificates and approvals Approvals for the USA, Canada and Australia Product safetyDIN ISO 9001 certificate Software License Agreement145 Technical support Service and supportTraining center Definition of ESD ESD GuidelinesBasic protective measures against electrostatic discharge Electrostatic chargingAbbreviation Term Meaning AbbreviationsCRT FAQCSA DramHDD HDAHMI HtmlNema NCQNMI ODDSOM SO-DIMMSPP SSD154 Glossary Configuration software Configuration filesCE marking ChipsetDisc-at-once Device configurationDrivers Dual Core CPUFile Based Write Filter EWF ESD directiveFormatting Gender changerIntel VT ImageInterfaceInterface Interface, multi-pointLicense key disk License keyLow-voltage directive LPT interfaceOperating system NEC ClassPacket writing PC cardPEG interface PIC modePixel Plug&PlayReset Recovery CDRestore DVD PXE serverTroubleshooting Setup Bios SetupScsi interface Session at onceWlan Warm restart166 Can IndexIndex Simatic S7 170
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IPC427C specifications

The Siemens IPC427C is a robust and versatile industrial PC designed to meet the demands of various applications in manufacturing, automation, and process control. This advanced system is tailored for use in harsh environments and is renowned for its high reliability and performance. One of the key features of the IPC427C is its compact design, allowing seamless integration into existing setups without consuming excessive space. This makes it particularly suitable for environments where space is at a premium.

The IPC427C utilizes powerful Intel processors, providing the necessary computational power to handle complex tasks and data processing. The system supports a range of Intel Core and Xeon processors, ensuring that users can select the configuration that best meets their performance requirements. Additionally, the IPC427C is equipped with an impressive amount of RAM, capable of supporting high-speed memory modules that enhance overall system performance.

Storage options in the IPC427C include both solid-state drives (SSD) and traditional hard disk drives (HDD), catering to various data storage needs. The solid-state drives offer faster data access speeds and higher durability compared to HDDs, making them ideal for critical applications. Users can also benefit from the flexibility in expansion options, as the IPC427C features multiple slots for add-on cards, enabling additional functionalities such as enhanced graphics capabilities or specialized communication interfaces.

Connectivity is another strong point of the IPC427C. Equipped with multiple USB ports, Ethernet connections, and serial interfaces, the system allows seamless integration with various peripherals and networks. This connectivity facilitates real-time data acquisition and communication, essential for modern industrial environments. The IPC427C also supports various protocols and standards, enhancing its compatibility with existing systems and software.

In terms of durability, the IPC427C is designed to withstand extreme temperatures, vibrations, and dust, making it suitable for industrial applications. Its fanless design reduces the likelihood of mechanical failures while ensuring silent operation. With its robust build quality, the IEC527C can operate continuously in demanding conditions, making it a reliable choice for a wide range of industrial applications.

Overall, the Siemens IPC427C stands out as a powerful and flexible industrial PC, combining advanced technologies and robust construction to provide reliable performance in challenging environments. Whether used in factory automation, machine control, or data processing, the IPC427C delivers efficiency and resilience, making it an essential component of modern industrial systems.