IADC Checklist June 2003 RIG INSPECTION CHECKLIST FOR LAND RIGS
新能源汽车运行安全性能检验规程2024年8月23日发布2025年3月1日实施
新能源汽车运行安全性能检验规程1范围本文件规定了新能源汽车运行安全性能检验的一般要求、检验项目和检验要求等。
本文件适用于在用纯电动汽车、插电式混合动力（含增程式）汽车的运行安全性能检验，其他类型新能源汽车可参照执行。
2规范性引用文件下列文件中的内容通过文中的规范性引用而构成本文件必不可少的条款。
其中，注日期的引用文件，仅该日期对应的版本适用于本文件；不注日期的引用文件，其最新版本（包括所有的修改单）适用于本文件。
GB 3847柴油车污染物排放限值及测量方法（自由加速法及加载减速法）GB 7258机动车运行安全技术条件GB/T 18487.1电动车辆传导充电系统一般要求GB/T 19596电动汽车术语GB/T 27930电动汽车车载传导式充电机与电池管理系统之间的通信协议GB/T 34657.2电动汽车传导充电互操作性测试规范第2部分:车辆GB 38900机动车安全技术检验项目和方法ISO15765-4Road vehicles-Diagnostics on Controller Area Networks(CAN)-Part 4:Requirements for emissions-relate dsystems3术语、定义和缩略语3.1术语和定义GB/T 19596界定的以及下列术语和定义适用于本文件。
GB 7258、GB/T 195963.1.1容量保持率 capacity retention车辆动力蓄电池实际可用容量与额定容量之比。
3.2缩略语下列缩略语适用于本文件。
ABS：防抱死制动系统（Anti-lock Braking System）BMS：电池管理系统（Battery Management System）CAN：控制器局域网络（Controller Area Network）ECU：电子控制单元（Electronic Control Unit）EPS：电动助力转向系统（Electric Power Steering）OBD：车载自诊断系统（On Board Diagnostics）PID：参数标识（Parameter Identification）1SOC：荷电状态（State-of-charge）4一般要求4.1开展新能源汽车运行安全性能检验应在按GB38900规定开展通用项目检验的基础上，对新能源汽车动力蓄电池安全、驱动电机安全、电控系统安全、电气安全等运行安全性能进行补充检验。
博世 安全系统-法拉登VIVIDIO应用程序 步骤配置 说明书
From Nuremberg BT-VS/MKP-XPT Product Management 20.04.2023Release LetterProduct: VIDEOJET decoder 7000 VJD-7513Version: Firmware 10.40.0055This letter contains latest information about the above-mentioned product.1. GeneralThis firmware release 10.40.0055 is a feature release based on FW 10.31.0005.Changes since last release FW 10.31.0005 are marked in blue.VIDEOJET decoder 7000 uses robust, fan-less technology designed for ambitious environmental conditions while providing maximum performance on minimum space in a nicely designed industrial housing.VIDEOJET decoder 7000 displays video from Standard Definition (SD), High Definition (HD), 4K Ultra High Definition (UHD), and Megapixel (MP) cameras and encoders using H.265, H.264 or MPEG-4 encoding at up to 60 frames per second over IP networks.VIDEOJET decoder 7000 is the successor of VIDEOJET decoder 8000 (VJD-8000, VJD-8000-N). It is using the same housing but comes with different video output interfaces and provides improved performance and functionality.Notes:•Firmware update may take several minutes due to a large cumulative Microsoft patch.•This firmware includes OpenSSL.From NurembergBT-VS/MKP-XPT Product Management 20.04.20232. Applicable products•VIDEOJET decoder 7000, VJD-75133. New Features•SRTP for encrypted multicast traffic is supported. This allows fully secured communication with and video streaming from CPP13 and CPP14 cameras in multicast environments.•SNMPv3 trap service has been added, including the support of SNMP-related RCP+ commands for configuration.• A JPEG snapshot is now possible from each of the displays, including JPEG quality settings parameter.•Display order can be re-arranged in case Windows display detection differs from mechanical order.•The default layout is depending on the display number to simplify the identification of display order. The number of video windows per display increases as square of the display number.•The web interface of the decoder has been updated to the latest style guide and re-structured to ease usage for installation, licensing, and integration purposes.o The new web pages provide links to documentation and include a live preview.o Maintenance log file creation and download is supported by a workflow mechanism.o A keyboard emulator supports initial setup for IP Matrix even without keyboard connected.From NurembergBT-VS/MKP-XPT Product Management 20.04.20234. Changes•The Video SDK as one of the core components for the decoder firmware has been updated to latest version 6.40, providing a great number of improvements and fixes, mainly aroundONVIF and RTSP support, increasing the overall robustness.•An issue is fixed for banner upload when banners are activated.•An issue is fixed for zooming out in client dewarping mode of panoramic camera streams.•An issue is fixed where client dewarping was not working on line 1 of a panoramic camera in onboard dewarping mode. Onboard dewarping is only available for lines 2 and higher, line 1 always provides the full warped image circle.•An issue with DNS server configuration is fixed.•An issue is fixed where CPP13 and CPP14 cameras were not correctly connected in camera sequences.•Maintenance log file download is improved, supported by the new web interface structure.•An issue is fixed where daylight saving time was incorrectly reflected in time zone offset calculation.5. System RequirementsFor configuration purposes:•Configuration Manager 7.61 or newerFor operation purposes:•Bosch Video Management System 12.0 or higherNote that not all features may be supported by BVMS yet.Please refer to BVMS release notes.From NurembergBT-VS/MKP-XPT Product Management 20.04.20236. Restrictions; Known Issues•Connecting encrypted streams without proper signalling may result in crashing the software decoder instance, resulting in black video displayed.•Alarms will not be signaled with a red border around the cameo if connection was established using CONNECT_PRIMITIVE.•Using CONNECT_PRIMITIVE via TCP is not possible.•CONNECT_PRIMITIVE does not support "first available" feature.•Audio may remain audible despite layout change to other than single view.•RCP+ command CONF_ALARM_CONNECT_TO_IP is not supported.•Alarm connection does not support audio, nor does it include metadata.•Maximum password length is 19 characters.•With “Reconnect last devices” active camera connections are stored and automatically reconnected after reboot. To avoid deadlock in case of an overload situation the automaticreconnect will be deactivated after the decoder was forced into reboot for ten times within 10 minutes.•Monitors may be swapped after update. Swap back is possible using Configuration Manager.•IP Matrix pre-requisites for multi-decoder clustering:o Fixed IP addresses must be assigned; DHCP configuration is not functional.o Passwords for service level must be same on all clustered decoders.o Passwords for user level must be same on all clustered decoders.•After removing a slave decoder from the IP Matrix master, both decoders must be restarted.•Camera sequences are paused when picture-in-picture mode is activated.•Time related settings may appear in Configuration Manager only with delay or after a reboot.•Monitors connected to the Display Port via USB-C may not always be detected during booting.In this case, unplug and reconnect the adapter or cable to the monitor. If only one monitor isused it is recommended to connect to the direct HDMI output.•Log file download stability may be affected by workload of decoder. As a workaround, the download may need to be repeated, or the workload of the decoder may need to be reduced (disconnect all camera streams).•Time zone configuration is only supported via TIME_ZONE_STRING.•The KBD-DIGITAL keyboard is locked automatically during start-up of the decoder, or with re-connect. It will be unlocked after entering the PIN but the lock screen will remain until the next action on the keyboard.•Certificates used with the decoder must not have any Windows policies defined.•DNS resolution is not implemented yet, thus time server entry only works with IP addresses.•Dewarping zoom does not work correctly for panoramic cameras in on-board dewarping mode for camera line 1.•Overload messages and traps may appear too sensitive in cases where display refresh rates are lower than video stream frame rates.From NurembergBT-VS/MKP-XPT Product Management 20.04.20237. Previous Revisions7.1. New Features with 10.31.0005•Support for HOST_NAME to get and set the device’s hostname; only supported in extended configuration mode.•Support for DNS_SERVER_IP_STRING to get and set primary and secondary DNS server IPv4 addresses.7.2. Changes with 10.31.0005•Optimized transparent data processing time to allow adequate transparent data pass-through for serial PTZ keyboard.•An issue is fixed to apply e-PTZ presets correctly in camera sequences.•Feature loss due to suppressing encrypted UDP multicast connections for Bosch IP cameras with firmware 8 and higher, and fall back to TCP, tunneled via HTTPS control connection.(This feature will be added again with FW 10.40.)From NurembergBT-VS/MKP-XPT Product Management 20.04.20237.3. New Features with 10.30.0005•The default setting for Automatic IPv4 address assignment is set to “DHCP plus Link-Local”.Though this might seem a small change, it may have an impact:The former default IP address 192.168.0.200 will virtually become obsolete.Instead, the camera will assign itself an auto-IP address out of the range 169.254.1.0 to169.254.254.255 as long as there is no other IP address assigned by a DHCP server.(https:///wiki/Link-local_address)The advantage is that there are no more duplicate IP addresses, which is consideredprohibited in a network.•Network authentication 802.1x with EAP/TLS has been added.Please note that the server certificate needs to get the usages ‘Trust’ and ‘EAP_TLS_Trusted’ assigned.The client certificate will get the necessary usages assigned automatically.•The possibility of large banner overlays has been introduced.o Banners can be uploaded as images that can be displayed over three areas: top, center and bottom. The images are scaled to fill the area and cropped wherenecessary.o Banners can be sequenced with a configurable dwell time.o Configuration Manager 7.60 is supporting this with upload and banner sequence configuration, including banner previews.•Set and recall prepositions for moving cameras (AUTODOME, MIC) as well as for ONVIF PTZ cameras via keyboard has been added to the IP Matrix functionality.•Images can be uploaded to the decoder for two purposes, using Configuration Manager. The images shall be in JPG format and must be named as follows:o‘monitor background’ image, shown as background of an empty video window: ‘Logo.jpg’o‘’no camera’ image, shown on connection failure: ‘NoCamLogo.jpg’7.4. Changes with 10.30.0005•An issue was fixed where uploading a new video loss image did not break the software seal.From NurembergBT-VS/MKP-XPT Product Management 20.04.20237.5. Changes with 10.23.0002• A security vulnerability has been fixed where a crafted configuration packet sent by an authenticated administrative user can be used to execute arbitrary commands in systemcontext (CVE-2021-23862).For more details refer to our Security Advisory BOSCH-SA-043434-BT, published at ourSecurity Advisory web pagehttps:///xc/en/support/product-security/security-advisories.htmlor visit our PSIRT website at https://.7.6. New Features with 10.22.0038•APIPA (link-local address, Auto-IP) is used instead of a default IP address when DHCP is on and no DHCP server responded.•Transparent data pass-through for serial PTZ keyboard (SERIAL_PORT_APP_VAL and TRANSFER_TRNSPARENT_DATA) has been added.•Support of RCP+ via CGI (including WRITE commands) has been added.•HTTP digest authentication is supported for RCP+ via CGI.•Display orientation can be changed per line via RCP+.•RCP+ WRITE command MONITOR_NAME now supported for custom monitor names.•Updated RCP+ documentation is now available via the VIDEOJET decoder webpage.•Download of screen and tile snapshots via snap.jpg is now supported (requires at least user privileges).•Firmware update on-screen countdown dialog now shows a heartbeat whenever a single update step takes longer.•Support of CONNECT_URL read queries to get current video connection details, including current digital and dewarping zoom settings, has been added.•Support of various digital and dewarping zoom persistence modes(DIGITAL_ZOOM_PERSISTENCE_MODE) has been added.•Support of SYSTEM_DATETIME_V2 to read/write UTC system time has been added.•Support for new Sentinel RMS licenses has been added. Legacy licenses can now also be based on new installation code (lock code from Sentinel RMS).From NurembergBT-VS/MKP-XPT Product Management 20.04.20237.7. Changes with 10.22.0038•IP Matrix initialization is now working also for camera lines larger than 1.•RCP+ response for query on connected cameras is now working correctly.•URL extension for camera configuration in IP Matrix is no longer truncated.•An issue with an unexpected application restart has been fixed.•The DECODER_GROUP command is no longer supported when decoder IP address is not static. This disables the whole IP matrix configuration pages in Configuration Manager until a static IP is configured in the decoder’s network settings.•Improvements were made for log export via webpage and via Configuration Manager.•KBD-DIGITAL keyboard PIN is now used immediately without application restart.•KBD-DIGITAL keyboard PIN is now required whenever keyboard is attached and at application start.•Display orientation is now working for further monitor types.•Support of further USB to serial COM port adapters for KBD-DIGITAL keyboard connectivity.o Current: Prolific PL2303 [hardware ID USB\VID_067B&PID_2303]o New: Prolific PL2303GT [hardware ID USB\VID_067B&PID_23C3]o New: ATEN UC232A [hardware ID USB\VID_0557&PID_2008]o New: Unitek Y-108 [hardware ID FTDIBUS\VID_0403+PID_6001]o CableCreation CD0489 (PL2303) [hardware ID USB\VID_067B&PID_2303] is compatible to the already supported Prolific PL2303 adapter.Please note that the KBD-DIGITAL keyboard connectivity requires continuous maintenance, since new or not listed USB-to-serial COM port adapters typically require the installation of a suitable driver on the VIDEOJET decoder and an adaption of the hardware ID filter in thekeyboard detection software module. Newer USB adapters may require a firmware update to become supported.From NurembergBT-VS/MKP-XPT Product Management 20.04.20237.8. New Features with 10.01.0036Security• A protected configuration mode has been implemented, allowing too enable SSD encryption (BitLocker) and too disable USB ports, e.g. for installation of the decoder in public areas.•The configuration of the decoder can be protected by Software Sealing, similar to IP cameras.•The latest Microsoft Windows security updates have been included.Miscellaneous• A dewarped cutout from panoramic cameras can be defined with PTZ coordinates.• A new way to control and integrate the decoder into a management system has been added by a JSON RPC API. This allows to send commands and retrieve status information via JSON remote procedure calls. The API documentation is added to the distribution package.• A video output capture service (VOCS) has been implemented which could be activated via a license, applicable per display output. This service captures the memory of the video outputand encodes it into a camera-like video stream, which can be recorded via Video StreamingGateway (VSG) onto iSCSI storage.• A time server can be added to synchronize the decoder.•Decoder log file can be downloaded via Configuration Manager. This is especially recommended when download of the log file is not working correctly via web browser.7.9. Changes with 10.01.0036•Upload of background image and connection loss image to the decoder and reverting them to default is now also possible with service password set. The former restriction is obsolete.•Various minor bug fixes.From NurembergBT-VS/MKP-XPT Product Management 20.04.20237.10. New Features with 9.60.0017IP Matrix enhancements•KBD-DIGITAL is supported in addition to KBD-UNIVERSAL XF.This keyboard requires a serial-to-USB adapter to connect to the decoder.Both keyboards can be mixed in a clustered multi-decoder IP Matrix, one keyboard perdecoder.•Playback from local recording is supported.Permission is configured via Configuration Manager for the whole IP Matrix, valid for all users.•Buttons for next and previous camera have been added to the KBD-UXF functions.•Audio can be switched on or off via keyboard.•Camera channels can be extended via license up to 64 cameras per decoder unit.Note:IP Matrix manual is now separated intoo One configuration manual for IP Matrixo One operation manual for IP Matrix using KBD-UXFo One operation manual for IP Matrix using KBD-DIGITALSecurity•The latest Microsoft Windows security updates have been included.Miscellaneous•Background image and connection loss image can be uploaded to the decoder, replacing the default images. Reverting them to default is done by uploading an empty image.Note: Upload is only possible in conjunction with an empty service password.7.11. Changes with 9.60.0017•Temperature control margin increased to improve maximum performance at the specified maximum temperature, covering component tolerances, and to ensure that all productsadhere fully to their specification.•Various minor bug fixes.Security SystemsFromNuremberg BT-VS/MKP-XPT Product Management 20.04.202311BOSCH and the symbol are registered trademarks of Robert Bosch GmbH, Germany 7.12. Features with initial release 9.51• VIDEOJET decoder 7000 displays video from Standard Definition (SD), High Definition (HD),4K Ultra High Definition (UHD), and Megapixel (MP) cameras and encoders using H.264 or MPEG -4 encoding at up to 60 frames per second over IP networks.• VIDEOJET decoder 7000 provides an HDMI and a DisplayPort (via USB-C connector) output, both capable of driving up to 4K UHD displays simultaneously.• Display settings are automatically discovered and set for optimal display performance. • Monitor layouts can be switched independently for each display.• Upright monitors (portrait mode) are supported.• Video window (cameo) aspect ratio can be set to 16:9, 9:16, 3:4, or 1:1.• Active camera connections and layout are stored and automatically reconnected after reboot if configured. To avoid deadlock in case of an overload situation the automatic reconnect will be deactivated after VIDEOJET decoder 7000 was forced into reboot for 3 times within 10 minutes.• Video smoothing can be configured.• RTSP connections are supported, enabling connectivity to 3rd party and ONVIF cameras. • Discovery port is configurable.• Cameo distance is configurable.• VIDEOJET decoder 7000 supports IP Matrix application as built-in feature.• VIDEOJET decoder 7000 is able to display VCA metadata.• VIDEOJET decoder 7000 provides bi-directional G.711 audio for the video stream shown in single view on the first monitor.• Configuration is done using the Configuration Manager.• The number of decoders presented in capabilities is configurable to regulate the consumption of VMS licenses. Default value is 30.• System access is password-protected with two levels.• The system firmware can be upgraded remotely.• System API is compatible to predecessor VIDEOJET decoder 8000 for easy plug-and-play integration.• Operating temperature iso 0 °C to +50 °C (+32 °F to +122 °F) ambient temperature, with airflow o 0 °C to +40 °C (+32 °F to +104 °F) ambient temperature, still airFor detailed functional description of inherited firmware features, please refer to the VIDEOJET decoder 8000 firmware 9.51 release notes.For detailed technical specification, please refer to the datasheet.。
CE认证的指令有哪些
宁波达诺检测技术有限公司-国内最专业的3C 认证服务机构地址：宁波市江东区兴宁路456号东方商务中心1号楼1006=1015达诺检测版权所有CE 认证的指令有哪些＊欧盟委发布的实行CE 标志的指令如下，现将适用产品、指令文号、发布日期、施行日期等分别列表：Directive Title 名称CE Ref.主要指令编号Entry Into Force 开始日和强制日Simple Pressure-vessels简单压力容器指令87/404/EEC 1.7.1992Toys 玩具指令88/378/EEC 1.1.1990Construction Products建筑产品89/106/EEC 27.6.1991Electromagnetic Compatibility电磁兼容指令89/336/EEC 1.1.1992 1.1.1996Machines 机械指令89/392/EECas amended 1.1.19931.1.1995Personal Protective Equipment个人防护设备指令90/686/EECas amended1.7.1995Non-automatic Weighing Machines非自动称量仪器指令90/384/EEC 1.1.1993Active Implantable Medical Devices可移植医疗器械指令90/385/EEC 1.1.1993 1.1.1995Medical Devices-general普通医疗器械指令93/42/EEC 1.1.199515.6.1998/4/3Gas Appliances 燃具炉具指令90/396/EEC1.1.1992 1.1.1996Telecommunications Terminal Equipement电信终端设备指令91/263/EEC6.11.1992Boilers 锅炉指令92/42/EEC 1.1.1994 1.1.1998Explosives 爆破器材指令93/15/EEC1.1.1995 1.1.2003Low Voltage Electrical Products低电压指令73/23/EECmidified by 93/68/EEC1.1.19951.1.1997Satellite Earth Station for Telecommunications 通讯卫星地面站指令93/97/EEC1.5.19951.5.1997Lifts 升降设备Proposal:COM(92)35COM(93)240Com Pos.25/941.1.19981.1.2000Equipment for Use in Explosive Atmospheres用于爆炸性气体设备指令94/9/EC1.3.19961.7.2003Recreational Craft (Boats)娱乐用船只指令94/25/EC 16.6.199616.6.1998Non-simple Pressure Vessels非简单压力容器Proposal:COM(93)3191.7.19961.1.1999。
iControl RC1e 5.3 用户指南说明书
R e a c t i o n C a l o r i m e t e riControl RC1e ™5.3Release NotesDear Customer,Thank you for purchasing iControl RC1e 5.3, the simply powerful software package for the METTLER TOLEDO RC1e Reaction Calorimeter. Everything you need to install and run iControl RC1e 5.3 is stored on the installation media (DVD-ROM or downloaded zip file).Contents of the Installation Media- iControl RC1e 5.3 Software Installer (AutoRun.exe) - iControl RC1e 5.3 Release Notes (this file) - iControl RC1e 5.3 Quick Start Guide- iControl RC1e 5.3 Installation Guide for Administrators - iControl Data Conversion Utility for WinRC experiments - iControl Mixing Guidelines- iC Data Share Microsoft ® Excel Add-in-UCB Firmware 3.4.2 for Universal Control Box (UCB) and RTCal BoxInstallation Guide and System RequirementsPlease install iControl RC1e 5.3 according to the Quick Start Guide which can be found on the installation media. This also describes the minimum PC specifications needed to install and run iControl RC1e.Tutorial Videos and Help FileWe highly recommend watching the Tutorial Videos accessible from the iControl RC1e 5.3 Start Page. These brief videos provide an excellent overview of the software and allow new users tofamiliarize themselves with iControl in minutes. For more in depth help, a comprehensive Help File is available. To access the context-sensitive Help from a specific place in the software, click in the software window and then press F1 on the keyboard.Customer SupportIf you have any questions or encounter any issues with iControl RC1e 5.3, please contact your local Account Manager or Service Engineer, or contact us at:****************** for General Support on Reaction Engineering *********for Software Supporti C o n t r o l R C 1e 5.3 R e l e a s e N o t e sFeature Comparsion TableKey features of iControl RC1e 5.3 compared with earlier versions of iControl and WinRC:i C o n t r o l R C 1e 5.3 R e l e a s e N o t e si C o n t r o l R C 1e 5.3 R e l e a s e N o t e s✓ = Supported feature ✓+ = Supported feature with enhancements X = Not supportedi C o n t r o l R C 1e 5.3 R e l e a s e N o t e sThese release notes summarize incremental changes in iControl RC1e.Enhancements for Version 5.3Easy Data Collection and Instrument ControlLive Values for qr_hf, UA and cpr TrendsU values are being extrapolated as soon as a first U value is available. The constant availability of U allows the live calculation of the qr_hf, UA and cpr trends and hence the availability of live heat data. Note that the trend values may change as soon as a new U value gets calculated. In case highly accurate live heat data is required, RTCal technology will provide better data.New ‘Setpoint by expression’ Mode for UCB PID C ontrollerThe Control PID Loop operation for the UCB (Universal Control Box) has an additional option that now allows the setpoint to be determined by an expression.Intuitive Data Analysis and VisualizationNew Version of iC SafetyiC Safety is a crucial tool for evaluating the thermal risks of a chemical reaction at industrial scale for use by novice, as well as advanced users. iC Safety summarizes key safety information in an easy-to understand graphical format and provides access to detailed safety data for expert users. In the new 5.3 version, the user interface has been simplified to enable a better user experience for all userlevels. In addition, functionality has been added to evaluate multiple dosings or reactions at one time by dragging a single integral over several dosings or reactions.Tr Information Available in U and cpr TablesThe U and cpr tables contain a new column with the Tr value that was current at the time of the corresponding U or cpr determination.‘Save as’ Menu Item AddedUnder the ‘File’ menu, a new item ‘Save as’ has been added allowing the user to store a copy of the current experiment, including all of its data, at any time.Tr, Tj, R, Vr and Mr Values for Every Operation and Annotation AvailableIn the recipe contained in the new report designer, you may show Tr, Tj, R, Vr or Mr values for every operation or annotation. Use the 'Select Columns' icon on the Recipe item to choose which columns to display.i C o n t r o l R C 1e 5.3 R e l e a s e N o t e sMoving Tabs into Different Screen AreasIn previous versions of iControl, the tabs available for each viewer pane were fixed. For example, it was not possible to see the ‘Trends’ at the top and the ‘Procedure’ at the bottom. iControl 5.3 gi ves you unlimited freedom to move tabs into different screen areas and customize the screen as you prefer it. Simply grab the tab and drag it to the new pane that you wish it to be displayed in. The system will remember the tab locations for each experiment mode (Design, Run, Analyze).Quick Reporting and Data ExchangeReport Designer Available as Part of ExperimentiControl 5.3 features an easy to use WYSIWYG (what you see is what you get) Report Designer allowing users to create experiment reports that f it company’s standards. A new ‘Report’ tab is included as part of every iControl 5.3 experiment which by default includes all the significant data from an experiment. The user can easily customize this report from within iControl by simply dragging & dropping items such as Trend Graphs or the Experiment Recipe. Users can also add experiment specific text or images from other sources to the report before, during, or after the experiment completes. The resulting report can then be exported to Microsoft ® Word ® so it can be easily shared with others.Support for iC Data CenterThis version of iControl RC1e supports iC Data Center 5.2. With iC Data Center, all data generated on any supported instrument or software (EasyMax, OptiMax, iC IR, iC FBRM or iControl) isautomatically captured and stored in a central file share. A Microsoft ® Word ® report and Excel ® file are then prepared automatically and stored in the same location. The data is shared by sending an email to the user containing a link to the files.For more information about iC Data Center, visit /icdatacenter .Integration with iC Data Share Microsoft ® Excel ® Add-inThe iC Data Share software application is an add-in module for Microsoft ® Excel ® that allows real-time sharing of data. iC Data Share can pull data from a running iC or iControl experiment intoMicrosoft ® Excel ® so that it can be used in calculations, and any resulting values can be sent back to iControl and trended. This provides an easy way to integrate live data from other third party applications that support Microsoft ® Excel ® interfaces.The installer for the iC Data Share add-in is provided in a separate folder on the iControl 5.3 Installation DVD or downloaded zip file. iC Data Share can be installed on the same computer as iControl 5.3 or on a different computer as long as it has network access to the iControl system.CompatibilitySupport of Windows 8 and 64-bit Operating Systems AddediControl RC1e now fully supports Microsoft ® Windows ® 8/8.1 and all 64-bit versions of the Microsoft ® Windows ® 7 and 8 operating systems.i C o n t r o l R C 1e 5.3 R e l e a s e N o t e sKnown Issuesi C o n t r o l R C 1e 5.3 R e l e a s e N o t e si C o n t r o l R C 1e 5.3 R e l e a s e N o t e si C o n t r o l R C 1e 5.3 R e l e a s e N o t e si C o n t r o l R C 1e 5.3 R e l e a s e N o t e s Enhancements for Version 5.0Easy Data Collection and Instrument Control Chemistry Table The chemistry table is a completely new integrated feature module that allows the user to easily define the chemical reaction and calculate the amounts required. The chemistry table contains an intelligent calculation engine that is directly linked to the chemical database and that determines the required amounts based on the given stoichiometric factors and ratios. The calculated amounts are directly linked to the dosing table of the experiment. Improvement of RTCal Calibration and Adjustment Procedure RTCal is a unique METTLER TOLEDO calorimetry technology which allows an online measurement of heat data without the need for an experiment calibration. In order to achieve the optimal reliability of the measurement it is advisable to have the heat flux sensor bands adjusted by a METTLER TOLEDO field service engineer upon installation of the system and then to calibrate the sensors on a regular basis. The wizard to run the adjustment and calibration were improved extensively so the procedure is as easy and robust as possible. Reflux Factor Estimation with RTCal License The operation “HF Qreflux factor determination” has been renamed to “Qreflux factor determination” since this operation is now also available for users with an RTCal license. In previous versions thisoperation was restricted to users with a Heat Flow license.New Mathematical Functions for User Defined Trends (UDTs)Besides the four arithmetic functions ( + - * / ), an additional six mathematical operations have been added to UDTs: first derivative, averaging, natural logarithm, logarithm, n th root, and exponentiation. New Trend for Elapsed Time to Be ShownA new Elapsed Time trend reflects the time passed since the start of the experiment.Global Settings for Trends and Y-AxisThe “Save current settings” functionality for the trends tab has been enhanced. It is now possible to define global trend view settings that are applied to every new experiment. The user can define the trends to be shown including the name, color, line width, line style and the settings for the y-axis like the minimum and maximum value, auto scaling, logarithmic and show grid properties etc. These settings are kept persistent and valid for every system user.i C o n t r o l R C 1e 5.3 R e l e a s e N o t e s Copying User Defined Trend (UDT) During Run-TimeIn the previous software version, when copying and pasting a UDT into a running experiment, the UDT immediately became read-only. With the current release the user has the ability to edit a user defined trend when pasting it into a running experiment. Selectable Unit Check for User Defined Trend By default the option “Enforce units compatibility” is selected. This means, the editor checks that all terms of the expression have compatible units. If you select “Ignore units”, this check is omit ted and the resulting units can be defined manually: Visibility of Set Value for Mass During Dosing with UCB Equipment Beneath the end value, the actual mass and the dosing rate, now the set mass is displayed so it is available at first glance on the live equipment picture of the dosing controller. Visibility of Temperature Control Parameters (P&I) The T r control parameters P (Amplification) and I (Reset Time) are now visible during runtime in the tooltip for the reactor. Within the start operation of an experiment the setting of the P parameter can be viewed during runtime and can be adapted to either an organic or an aqueous reaction mass during the design phase of an experiment. Change of RD10 Dosing Rate During Running Dosing OperationThe dosing rate of a running RD10 dosing loop can be changed on the fly by entering a new value in the equipment overview (same behavior as for UCB dosing controller).Dosing Profile Based on Arbitrary ExpressionIt is now possible to perform a dosing task against any available trend or against a user defined trend.Completion of Manual Dosing without User InteractionThe user can now decide within the Manual Add task whether or not a user interaction oracknowledgement is required to complete the operation.Play an audible alert during Acknowledge MessageIt is now possible to insert an operator message at any point of the procedure that will play anaudible alert. This alert can be a custom wave or mp3 file and can be configured to be repeated until the user acknowledges the message.i C o n t r o l R C 1e 5.3 R e l e a s e N o t e s New Thermostat Mode to Hold Actual T r or T j ValueThis useful option for the “Heat/Cool” operation will keep the actual temperature value (T r or T j mode) constant. This new set temperature is visible in the experiment event log. Option to Switch Off Overfill Warnings during Whole Experiment During the setup of the reactor (double click on the reactor in the equipment setup) a new option “Warn if reactor contents exceeds maximal volume” has been added. This option is by default switched on – but can be deactivated by the user. Intuitive Data Analysis and Visualization New Version of iC Safety iC Safety is a crucial tool for evaluating the thermal risks of a chemical reaction at industrial scale for use by novice, as well as advanced users. In addition, iC Safety summarizes key safety information in an easy-to understand graphical format and provides access to detailed safety data for expert users. In its new version 5.3, this D2i (Data to Information) module provides an even more enhanced interface and improved functionality such as the calculation of TD24, criticality classes, analysis of multiple reactions and the ability to take snapshots for the comparison of results. Watch the iC Safety tutorial video for an introduction to this very powerful tool. Custom Offset for Int(qr_rtc) The integration of qr_rtc now uses the real baseline. In previous versions the integration was alwaysdone from zero.Basepoint Proportionality Can Be Defined and Kept PersistentThe default basepoint proportionality for cpr, Reflux Factor, U and Vv can now be changed and kept persistent for eac h experiment and each user within the “Options” window of iControl.The Points of a Manual Baseline Can Now Be Edited EasilyFor a baseline or a baseline with integral it is now possible to select the type “Manual”. Using this type makes it possible to add or edit baseline-points using drag-and-drop. Alternatively it is also possible to enter the exact values for changed or added points within a separate window. Option to Decide if Averaged Dosing Rate (qdos) Should Be UsedDuring the determination of the terms for qr_hf and qr_rtc, it can be decided if an averaged derivation for the dosing rate (qdos) should be used or not.The Cpi Values of UCB Sensors Are Considered for CalculationsWhile setting up a UCB sensor it is now possible to define Cpi values with respect to a specificreactor type. Using the option “Linked to” allows the user to link the selected sensor to the Cpi valuesi C o n t r o l R C 1e 5.3 R e l e a s e N o t e s of another sensor already defined in the equipment database. Simply choose the sensor to link to from a dropdown list and the Cpi values of this sensor will be used.Option to Compensate qc During Calculation of qr_hf and/or qr_rtc While defining the terms for calculating qr_hf and qr_rtc, the user can decide if qc (the heat flow due to a calibration heater) should be compensated or not. Quick Reporting and Data Exchange Print Functionality Added to Many Screens The option to send a screenshot directly to a printer has been added to many of the displays within iControl. This functionality can be used to print a screenshot on paper or to transfer a screenshot to an ELNB (electronic laboratory note book) provided this is installed on your system as a printer. Printable Sensor History Report Within iControl RC1e 5.0 it is now possible to print a detailed sensor history report, regardless of whether the sensor is connected to the RC1e itself or to a RD10, RTCal or UCB box. The report contains offset and slope data and the date and type of the last adjustment for each sensor. New Functionality for the Chemical Database The chemical database has been enhanced with some new functionality to improve its usability: ∙ Chemicals can now be assigned to groups – for example, chemicals can be structured intoacids, bases, solvents, catalysts, etc.∙ Using the new “Comments” field , specific data in relation to a chemical (or a specific batch of thischemical) like the purity or the source of supply, can be stored together with the physical or chemical properties.∙ The import and export behavior for chemicals has been improved and is now easier and moreintuitive.Chemical Database Is Shared between All iControl Versions and iC KineticsThere is no need to manage more than one version of the chemical database on one computer if working with different versions of iControl or in combination with iC Kinetics. All applications share the same chemical database and access the same physical and chemical data.CompatibilitySupport of Windows Vista 64-bit and Windows 7 AddediControl now fully supports the 32-bit versions of Windows Vista and Windows 7 as well as Windows XP SP3. Additionally, iControl Office provides support for 64-bit systems.i C ontrolR C1e5.3Rel e aseN ote s Updated Equipment DatabaseThe equipment database that the user specifies and selects his METTLER TOLEDO equipment from, like reactors, covers and stirrers, has been updated and now contains the latest equipment offered by METTLER TOLEDO.。
IMOIACS要求执行情况一览表
22.
UR M 32
Deleted Feb 2015
柴油机的定义
2016-7-1
钢规2016修改通报
23.
UR M 50
Deleted Feb 2015
非成批生产内燃机的型式试验程序
2016-7-1
钢规2016修改通报
24.
UR M 58
Deleted Feb 2015
空冷器
2火性要求矩阵
附录4/脚注
第3篇第2章附录1/1.4.2(1)
第3篇第2章附录1/表1.4.1
第3篇第2章附录1/表1.4.1脚注
15.
UR M 5
Deleted Feb 2015
内燃机的成批生产：检验程序
2016-7-1
钢规2016修改通报
16.
UR M 6
Deleted Feb 2015
5个附件
第3篇第9章9.1. 11.2
第3篇第9章9.1. 11.1
第3篇第9章附录5
2.
M44
Rev.9
Dec 2015
M44柴油机认可图纸资料
2016.7.1
钢规2016修改通报
附件3
第3篇第9章附录5附件3
3.
M67
Rev.2
Feb 2015
M67曲轴箱油雾探测和报警装置型式试验程序
2016.7.1
第3篇第2章附录1/1.4.1(2)②
第3篇第2章附录1/1.4.1(2)④
第3篇第2章附录1/1.6.1(1)
第3篇第2章附录1/表1.4.1
14.
IMO
MSC.399(95)
2015.6.5通过
《船上使用塑料管道指南》（经MSC.313(88)决议修正的A.753(18)决议）修正案
IN Directive 2003-44-EC OJ L214 26082003
DIRECTIVE2003/44/EC OF THE EUROPEAN PARLIAMENT AND OF THE COUNCILof16June2003amending Directive94/25/EC on the approximation of the laws,regulations and administrative provisions of the Member States relating to recreational craft(Text with EEA relevance)THE EUROPEAN PARLIAMENT AND THE COUNCIL OF THE EUROPEAN UNION,Having regard to the Treaty establishing the European Commu-nity,and in particular Article95thereof,Having regard to the proposal from the Commission(1),Having regard to the opinion of the European Economic and Social Committee(2),Acting in accordance with the procedure laid down in Article 251of the Treaty(3)in the light of the joint text approved by the Conciliation Committee on9April2003,Whereas:(1)Developments since the adoption of Directive94/25/ECof the European Parliament and of the Council of16June1994on the approximation of the laws,regulationsand administrative provisions of the Member Statesrelating to recreational craft(4)have made it necessary toamend that Directive.(2)Directive94/25/EC does not cover personal watercraft,while since its adoption some Member States have intro-duced laws,regulations and administrative provisionsconcerning such craft.(3)The propulsion engines on recreational craft andpersonal watercraft produce exhaust emissions of carbonmonoxide(CO),hydrocarbons(HC),nitrogen oxides(NOx),noise emissions and particle emissions whichaffect both human health and the environment.(4)Exhaust emissions produced by the engines of suchrecreational craft and personal watercraft and noiseemissions produced by such craft are also not coveredby Directive94/25/EC.(5)It is now necessary to integrate environmental protectionrequirements into the various Community activities inorder to promote sustainable development.Such provi-sions,which are already the subject of the Council Reso-lution of3December1992concerning the relationshipbetween industrial competitiveness and environmentalprotection(5),were taken up in the conclusions of theIndustry Council of29April1999.(6)Laws,regulations and administrative provisions are inforce in some Member States limiting noise and exhaustemissions from recreational craft and engines in order toprotect human health,the environment and,whereappropriate,domestic animal health.Those measuresdiffer and are likely to affect the free movement of suchproducts and constitute barriers to trade within theCommunity.(7)In the framework of Directive98/34/EC of the EuropeanParliament and of the Council of22June1998layingdown a procedure for the provision of information inthe field of technical standards and regulations and ofrules on Information Society services(6)Member Stateshave notified draft national regulations aimed at redu-cing noise and exhaust emissions from the engines ofrecreational craft.Such technical regulations are consid-ered,like the national provisions already in force,to belikely to affect the free movement of such products or tocreate obstacles to the proper functioning of the internalmarket.It is therefore necessary to draw up a bindingCommunity instrument.(8)The harmonisation of national laws is the only way toabolish such barriers to trade and unfair competitionfound in the internal market.The objective of limitingnoise and exhaust emissions cannot be satisfactorily metby the Member States individually.The measuresprovided for in this Directive lay down only the essentialrequirements for the free movement of recreational craft,personal watercraft and all the types of engines to whichthis Directive applies.(9)These measures are in accordance with the principles setout in the Council Resolution of7May1985on a newapproach to technical harmonisation and standards(7),with reference being made to harmonised Europeanstandards.127.2.2001,p.139and OJ C51E,26.2.2002,p.339.(2)OJ C155,29.5.2001,p.1.(3)Opinion of the European Parliament of5July2001(OJ C65E,14.3.2002,p.310),Council Common Position of22April2002(OJ C170E,16.7.2002,p.1)and Decision of the European Parlia-ment of26September2002(not yet published in the Official Journal).European Parliament Decision of14May2003and Council Decision of19May2003.(4)OJ L164,30.6.1994,p.15.(5)OJ C331,16.12.1992,p.5.(6)OJ L204,21.7.1998,p.37.Directive as amended by Directive98/48/EC(OJ L217,5.8.1998,p.18).(7)OJ C136,4.6.1985,p.1.(10)The provisions on exhaust and noise emissions laiddown in this Directive should apply to all engines,whether inboard,outboard or stern drive with orwithout integral exhaust,and to personal watercraft inorder to ensure optimum effectiveness in the protectionof human health and the environment.Engines under-going major modifications should be included as regardsexhaust emissions.Craft with stern drive engines withoutintegral exhausts or inboard propulsion engine installa-tions undergoing major craft conversion should beincluded as regards noise emissions when placed on theCommunity market within five years following conver-sion.(11)Conformity with the essential requirements for emissionsfrom the engines concerned is essential to protecthuman health and the environment.Maximumauthorised levels should be laid down for exhaust emis-sions of carbon monoxide(CO),hydrocarbons(HC),nitrogen oxide(NOx)and particulate pollutants.As faras noise emissions are concerned,the maximum levelsshould be broken down as a function of the power ofsuch engines and the number and type of engines onboard.These measures should be consistent with allother measures to reduce engine emissions in order toprotect human beings and the environment.(12)Member States should consider introducing nationalsupport measures to encourage the use of syntheticbiodegradable lubrication oils to reduce water pollutionby recreational craft.The introduction of measures atCommunity level should be considered during the reviewof this Directive.(13)For the two types of emission in question,the data certi-fying their conformity should always accompany therecreational craft,personal watercraft or engine.(14)Harmonised European standards,in particular as regardsthe measurement of levels and test methods,make iteasier to demonstrate conformity with the essentialrequirements,also in the case of emissions from therecreational craft and personal watercraft covered by thisDirective.(15)In view of the nature of the risks involved,it is necessaryto adopt conformity assessment procedures to ensurethe necessary level of protection.The manufacturer orhis authorised representative or,if they do not fulfil theirobligations,the person placing the product on themarket and/or putting it into service,should ensure thatthe products covered by this Directive comply with rele-vant essential requirements,when they are placed on themarket and/or put into service.Adequate proceduresshould be laid down which provide a choicebetween procedures with equivalent stringency.Thoseprocedures should comply with Council Decision93/465/EEC of22July1993concerning the modules forthe various phases of the conformity assessment proce-dures and the rules for the affixing and use of the CEconformity marking which are intended to be used intechnical harmonisation Directives(1).(16)As far as exhaust emissions are concerned,all types ofengines,including personal watercraft and other similarpowered craft,should bear the CE mark affixed by themanufacturer or his authorised representative within theCommunity,except inboard engines and stern driveengines without integral exhaust,engines type-approvedaccording to stage II of Directive97/68/EC(2)andengines type-approved according to Directive88/77/EEC(3)which should be accompanied by the manufac-turer's declaration of conformity.As far as noise emis-sions are concerned,only outboard engines and sterndrive engines with integral exhaust must bear the CEmark affixed by the manufacturer or his authorisedrepresentative or the person placing the product on themarket and/or putting it into service within the Commu-nity.For noise emissions and for all types of engines,except outboard engines and of stern drive engines withintegral exhaust,the CE mark affixed on the craftdemonstrates conformity with the relevant essentialrequirements.(17)Directive94/25/EC should be amended also to takeaccount of manufacturing needs,which require a greaterchoice of certification procedures.(18)For the sake of legal certainty and to ensure the safe useof recreational craft,it is necessary to clarify a numberof technical issues relating to the essential constructionrequirements of recreational craft concerning the boatdesign categories,the maximum recommended load,thecraft identification number,the fuel tanks,the firefighting equipment and the discharge prevention.(19)The Commission should closely monitor the evolutionof engine technology and the need to meet future envir-onmental protection requirements in order to examinethe possibility of further reducing emission limit valuesfor noise and exhaust emissions.(1)OJ L220,30.8.1993,p.23.(2)OJ L59,27.2.1998,p.1.Directive as amended by CommissionDirective2001/63/EC(OJ L227,23.8.2001,p.41).(3)OJ L36,9.2.1988,p.33.Directive as last amended by CommissionDirective2001/27/EC,(OJ L107,18.4.2001,p.10).(20)In order to facilitate the application of measuresconcerning the efficient functioning of legislation,theprocedure establishing a close cooperation between theCommission and Member States in the framework of aCommittee should be maintained and reinforced.(21)The measures necessary for the implementation of thisDirective should be adopted in accordance with CouncilDecision1999/468/EC of28June1999laying downthe procedures for the exercise of implementing powersconferred on the Commission(1).(22)It is necessary to provide for a transitional arrangementenabling certain products complying with the nationalrules in force on the date of entry into force of thisDirective to be placed on the market and/or put intoservice,HAVE ADOPTED THIS DIRECTIVE:Article1Directive94/25/EC is hereby amended as follows:1.Article1shall be replaced by the following:‘Article1Scope and definitions1.This Directive shall apply:(a)with regard to design and construction,to:(i)recreational craft and partly completed boats;(ii)personal watercraft;(iii)components referred to in Annex II when placed on the Community market separately and whenintended for installation;(b)with regard to exhaust emissions,to:(i)propulsion engines which are installed or specifi-cally intended for installation on or in recreationalcraft and personal watercraft;(ii)propulsion engines installed on or in these craft that are subject to a“major engine modification”;(c)with regard to noise emissions,to:(i)recreational craft with stern drive engines withoutintegral exhausts or inboard propulsion engineinstallations;(ii)recreational craft with stern drive engines without integral exhausts or with inboard propulsioninstallations which are subject to a major craftconversion and subsequently placed on theCommunity market within five years followingconversion;(iii)personal watercraft;(iv)outboard engines and stern drive engines with integral exhausts intended for installation onrecreational craft;(d)for products falling under(a)(ii),(b)and(c),the provi-sions of this Directive shall only apply from the first placing on the market and/or putting into service after the date of entry into force of this Directive.2.The following shall be excluded from the scope of this Directive:(a)with regard to paragraph1(a):(i)craft intended solely for racing,including rowingracing boats and training rowing boats,labelledas such by the manufacturer;(ii)canoes and kayaks,gondolas and pedalos;(iii)sailing surfboards;(iv)surfboards,including powered surfboards;(v)original historical craft and individual replicas thereof designed before1950,built predomi-nantly with the original materials and labelled assuch by the manufacturer;(vi)experimental craft,provided that they are not subsequently placed on the Community market;(vii)craft built for own use,provided that they are not subsequently placed on the Communitymarket during a period of five years;(viii)craft specifically intended to be crewed and to carry passengers for commercial purposes,without prejudice to paragraph3(a),in particularthose defined in Council Directive82/714/EEC of4October1982laying down technical require-ments for inland waterway vessels(*),regardlessof the number of passengers;(ix)submersibles;(x)air cushion vehicles;(xi)hydrofoils;(xii)External combustion steam powered craft,fuelled by coal,coke,wood,oil or gas;(b)with regard to paragraph1(b):(i)propulsion engines installed or specificallyintended for installation on the following:—craft intended solely for racing and labelled as such by the manufacturer,(1)OJ L184,17.7.1999,p.23.(*)OJ L301,28.10.1982,p.1.Directive as amended by the1994Act of Accession.—experimental craft,provided that they are not subsequently placed on the Communitymarket,—craft specifically intended to be crewed and to carry passengers for commercial purposes,without prejudice to paragraph3(a),in parti-cular those defined in Directive82/714/EEC,regardless of the number of passengers,—submersibles,—air cushion vehicles,—hydrofoils;(ii)original and individual replicas of historical propulsion engines,which are based on a pre-1950design,not produced in series and fitted oncraft referred to in paragraph2(a)(v)and(vii);(iii)propulsion engines built for own use provided that they are not subsequently placed on the Commu-nity market during a period of five years;(c)with regard to paragraph1(c):—all craft referred to in point(b)of this paragraph,—craft built for own use,provided that they are not subsequently placed on the Community marketduring a period of five years.3.For the purposes of this Directive the following defi-nitions shall apply:(a)“recreational craft”:any boat of any type intended forsports and leisure purposes of hull length from2,5m to24m,measured according to the harmonised stan-dard,regardless of the means of propulsion;the fact that the same boat could be used for charter or for recreational boating training shall not prevent it being covered by this Directive when it is placed on the Community market for recreational purposes;(b)“personal watercraft”:a vessel less than4m in lengthwhich uses an internal combustion engine having a water jet pump as its primary source of propulsion and designed to be operated by a person or persons sitting,standing or kneeling on,rather than within the confines of,a hull;(c)“propulsion engine”:any spark or compression igni-tion,internal combustion engine used for propulsion purposes,including two-stroke and four-stroke inboard,stern-drive with or without integral exhaust and outboard engines;(d)“major engine modification”:the modification of anengine which:—could potentially cause the engine to exceed the emission limits set out in Annex I.B.excludingroutine replacement of engine components that donot alter the emission characteristics,or—increases the rated power of the engine by more than15%;(e)“major craft conversion”:a conversion of a craft which:—changes the means of propulsion of the craft,—involves a major engine modification,—alters the craft to such an extent that it is consid-ered a new craft;(f)“means of propulsion”:the mechanical method bywhich the craft is driven,in particular marine propel-lers or waterjet mechanical drive systems;(g)“engine family”:the manufacturer's grouping ofengines which,through their design,are expected tohave similar exhaust emission characteristics andwhich comply with the exhaust emissions require-ments of this Directive;(h)“manufacturer”:any natural or legal person whodesigns and manufactures a product covered by thisDirective or who has such a product designed and/ormanufactured with a view to placing it on the marketon his own behalf;(i)“authorised representative”:any natural or legal personestablished in the Community who has received awritten mandate from the manufacturer to act on hisbehalf with regard to the latter's obligation under thisDirective.’;2.Article4shall be replaced by the following:‘Article4Free movement of the products referred to in Article 1(1)1.Member States shall not prohibit,restrict or impedethe placing on the market and/or putting into service in their territory of products referred to in Article1(1) bearing the CE marking referred to in Annex IV,which indicates their conformity with all the provisions of this Directive,including the conformity procedures set out in Chapter II.2.Member States shall not prohibit,restrict or impedethe placing on the market of partly-completed boats where the builder or his authorised representative established in the Community or the person responsible for the placing on the market declares,in accordance with Annex IIIa,that they are intended to be completed by others.3.Member States shall not prohibit,restrict or impedethe placing on the market and/or putting into service of components referred to in Annex II and bearing the CE marking referred to in Annex IV which indicates their conformity with the relevant essential requirements where these components are accompanied by a written declara-tion of conformity as provided for in Annex XV and are intended to be incorporated into recreational craft,in accordance with the declaration,referred to in Annex IIIb, of the manufacturer,his authorised representative estab-lished in the Community or,in the case of imports from a third country,of any person who places those components on the Community market.4.Member States shall not prohibit,restrict or impede the placing on the market and/or putting into service of:—inboard engines and stern drive propulsion engines without integral exhaust,—engines type-approved according to Directive97/68/ EC(*)which are in compliance with stage II provided for in section4.2.3of Annex I to that Directive and of,—engines type-approved according to Directive88/77/ EEC(**);where the manufacturer or his authorised representative established in the Community declares in accordance with Annex XV.3that the engine will meet the exhaust emission requirements of this Directive,when installed in a recrea-tional craft or personal watercraft in accordance with the manufacturer's supplied instructions.5.At trade fairs,exhibitions,demonstrations,etc., Member States shall not create any obstacles to the showing of the products referred to in Article1(1)which do not comply with this Directive,provided that a visible sign clearly indicates that such products may not be marketed or put into service until they have been made to comply.6.Where the products referred to in Article1(1)are subject to other Directives covering other aspects and which provide for the affixing of the CE marking,the latter shall indicate that such products are also presumed to conform to the provisions of those other Directives.The CE marking shall indicate conformity with the applicable Directives or relevant parts thereof.In this case,the parti-culars of the said Directives applied by the manufacturer, as published in the Official Journal of the European Union, must be given in the documents,declaration of conformity or instructions required by the Directives and accompa-nying such products.of the European Parliament and of the Council of16December1997on the approxima-tion of the laws of the Member States relating to measures against the emission of gaseous and particu-late pollutants from internal combustion engines to be installed in non-road mobile machinery(OJ L59,27.2.1998,p.1).Directive as amended by CommissionDirective2001/63/EC(OJ L227,23.8.2001,p.41). (**)Council Directive88/77/EEC of3December1987on the approximation of the laws of the Member States relating to the measures to be taken against the emis-sion of gaseous and particulate pollutants from compression ignition engines for use in vehicles,and the emission of gaseous pollutants from positive igni-tion engines fuelled with natural gas or liquefied petroleum gas for use in vehicles(OJ L36,9.2.1988, p.33).Directive as last amended by Commission Directive2001/27/EC(OJ L107,18.4.2001,p.10).’;3.the following Article shall be inserted:‘Article6aCommittee procedure1.Amendments which are necessary,in the light ofevolution of technical knowledge and new scientific evidence,to the requirements of Annex I.B.2and AnnexI.C.1excluding direct or indirect modifications to exhaustor noise emission values and to the Froude and P/D ratio values shall be adopted by the Commission assisted by the Standing Committee set up pursuant to Article6(3),acting as a regulatory committee in accordance with the proce-dure referred to in paragraph2.Issues to be dealt with shall include the reference fuels and the standards to be used for exhaust and noise emissions testing.2.Where reference is made to this paragraph,Articles5and7of Decision1999/468/EC shall apply,having regard to the provisions of Article8thereof.The period laid down in Article5(6)of Decision1999/ 468/EC shall be set at three months.3.The Committee shall adopt its rules of procedure.’;4.the first subparagraph of Article7(1)shall be replaced bythe following:‘1.Where a Member State ascertains that products falling within the scope of Article1and bearing the CE marking referred to in Annex IV,when correctly designed, constructed,installed where appropriate,maintained and used in accordance with their intended purpose may endanger the safety and health of persons,property or the environment,it shall take all appropriate interim measures to withdraw them from the market or prohibit or restrict their being placed on the market and/or put into service.’;5.Article7(3)shall be replaced by the following:‘3.Where a non-complying product referred to in Article1bears the CE marking,the appropriate measures shall be taken by the Member State which has authority over whomsoever affixed the marking;that Member State shall inform the Commission and the other Member States thereof.’;6.Article8shall be replaced by the following:‘Article81.Before placing on the market,and/or putting intoservice,products referred to in Article1(1)the manufac-turer or his authorised representative established within the Community shall apply the procedures referred to in paragraphs2,3and4of this Article.In the case of post-construction assessment for recreational craft,if neither the manufacturer nor his authorised repre-sentative established within the Community fulfils the responsibilities for the product's conformity to this Direc-tive,these can be assumed by any natural or legal person established within the Community who places the product on the market,and/or puts it into service,under his own responsibility.In such a case,the person who places the product on the market or puts it into service must lodge an application for a post-construction report with a noti-fied body.The person who places the product on the market and/or puts it into service must provide the noti-fied body with any available document and technical file referring to the first placing on the market of the product in the country of origin.The notified body shall examine the individual product and carry out calculations and other assessment to ensure its equivalent conformity with the relevant requirements of the Directive.In this case,the Builder's plate described in Annex I,2.2shall include the words(“Post-construction certificate”).The notified body shall draw up a report of conformity concerning the assessment carried out and shall inform the person who places the product on the market and/or puts it into service of his obligations.That person shall draw up a declaration of conformity(see Annex XV)and affix,or cause to be affixed,the CE mark accompanied by the distinguishing number of the relevant notified body on the product.2.With regard to design and construction of products referred to in Article1(1)(a),the boat manufacturer or his authorised representative established in the Community shall apply the following procedures for boat design cate-gories A,B,C and D as referred to in section1of Annex I.A:(a)for categories A and B:(i)for boats from2,5m to12m hull length:theinternal production control plus tests(module Aa)referred to in Annex VI,or the EC type-examina-tion(module B)as described in Annex VII,supple-mented by conformity to type(module C)referredto in Annex VIII,or any of the following modules:B+D,or B+E,or B+F,or G or H;(ii)for boats from12m to24m hull length:the EC type-examination(module B)referred to in AnnexVII supplemented by conformity to type(moduleC)referred to in Annex VIII,or any of thefollowing modules:B+D,or B+E,or B+F,or G orH;(b)for category C:(i)for boats from2,5m to12m hull length:—where the harmonised standards relating to Sections3.2and3.3of Annex I.A are compliedwith:the internal production control(moduleA),referred to in Annex V,or internal produc-tion control plus tests(module Aa)referred toin Annex VI,or the EC type-examination(module B)as described in Annex VII,supple-mented by conformity to type(module C)referred to in Annex VIII,or any of thefollowing modules:B+D,or B+E,or B+F,or G,or H,—where the harmonised standards relating to Sections 3.2and 3.3of Annex I.A are notcomplied with:the internal production controlplus tests(module Aa)referred to in Annex VI,or the EC type-examination(module B)asdescribed in Annex VII,supplemented byconformity to type(module C)referred to inAnnex VIII,or any of the following modules:B+D,or B+E,or B+F,or G,or H;(ii)for boats from12m to24m hull length:the EC type-examination(module B)referred to in AnnexVII followed by conformity to type(module C)referred to in Annex VIII,or any of the followingmodules:B+D,or B+E,or B+F,or G or H;(c)for category D:for boats from2,5m to24m hull length:the internalproduction control(module A)referred to in Annex V,or the internal production control plus tests(moduleAa)referred to in Annex VI,or the EC type-examina-tion(module B)as described in Annex VII,supple-mented by conformity to type(module C)referred toin Annex VIII,or any of the following modules:B+D,or B+E,or B+F or G or H;(d)for personal watercraft:the internal production control(module A)referred toin Annex V,or the internal production control plustests(module Aa)referred to in Annex VI,or the ECtype-examination(module B)as described in Annex VIIfollowed by conformity to type(module C)referred toin Annex VIII,or any of the following modules:B+D,or B+E,or B+F,or G or H;(e)for components referred to in Annex II:any of thefollowing modules:B+C,or B+D,or B+F,or G or H.3.With regard to exhaust emissions:for products referred to in Article1(1)(b),the engine manufacturer or his authorised representative established in the Community shall apply the EC type-examination (module B)as described in Annex VII followed by confor-mity to type(module C)referred to in Annex VIII,or any of the following modules:B+D,or B+E,or B+F,or G or H.4.With regard to noise emissions:(a)for products referred to in Article1(1)(c)(i)and(ii),theboat manufacturer or his authorised representativeestablished in the Community shall apply:(i)where tests are conducted using the harmonisedstandard(*)for noise measurement:either internalproduction control plus tests(module Aa)referredto in Annex VI,or unit verification(module G)referred to in Annex XI,or full quality assurance(module H)referred to in Annex XII;(*)EN ISO14509.。
海洋石油专业设备检验系列指南
海洋石油专业设备检验系列指南英文回答：Guide for Inspection of Offshore Oil and Gas Equipment.Introduction.The offshore oil and gas industry relies heavily on specialized equipment to safely and efficiently extract and process hydrocarbons from beneath the seafloor. To ensure the integrity and reliability of this equipment, regular inspections are crucial. This guide provides a comprehensive overview of the inspection requirements for offshore oil and gas equipment, covering various types of equipment, inspection methods, and industry standards.Types of Offshore Oil and Gas Equipment.Offshore oil and gas equipment encompasses a wide range of components and systems, including:Drilling equipment.Production equipment.Processing equipment.Transportation equipment.Safety and emergency systems.Each type of equipment serves a specific purpose in the extraction, processing, and transportation of hydrocarbons.Inspection Methods.The inspection of offshore oil and gas equipment involves various methods, tailored to the specific equipment being inspected. Some common inspection methods include:Visual inspection: Involves visually examining theequipment for any visible defects or damage.Ultrasonic testing: Utilizes high-frequency sound waves to detect internal defects in materials.Magnetic particle inspection: Employs magnetic particles to identify surface cracks and discontinuities.Radiographic testing: Uses X-rays or gamma rays to generate images of internal structures.Eddy current testing: Detects surface and subsurface defects using electromagnetic induction.Industry Standards.The offshore oil and gas industry adheres to a comprehensive set of standards and guidelines for the inspection of equipment. These standards ensure that inspections are conducted in a consistent and reliable manner, enhancing safety and reliability. Some key industry standards include:American Petroleum Institute (API): Publishesstandards for various aspects of offshore oil and gas operations, including equipment inspection.International Organization for Standardization (ISO): Develops international standards for quality management systems, including inspection and testing.International Maritime Organization (IMO): Establishes regulations for the safety of ships and offshore structures, including inspection requirements.Inspection Frequency and Scope.The frequency and scope of inspections vary dependingon the criticality of the equipment, its operating environment, and industry regulations. Generally, more critical equipment requires more frequent and comprehensive inspections. Regular inspections typically cover:Structural integrity: Assessing the overall conditionof the equipment, including welds, flanges, and supports.Corrosion and erosion: Detecting and evaluating the extent of corrosion and erosion damage.Mechanical integrity: Inspecting rotating and moving components for wear and tear.Electrical integrity: Testing electrical systems for safety, grounding, and insulation.Safety systems: Verifying the functionality and reliability of emergency shutdown systems and other safety features.Documentation and Reporting.Thorough documentation of inspection findings is crucial for tracking equipment condition and maintaining a historical record. Inspection reports should include:Detailed description of the equipment inspected.Inspection methods used.Inspection results and any defects or issues found.Recommendations for corrective actions.Conclusion.Regular and comprehensive inspections of offshore oil and gas equipment are essential for ensuring the safety, reliability, and integrity of these assets. By adhering to industry standards and best practices, operators can ensure that their equipment is operating within acceptable limits, minimizing risks and optimizing production efficiency.中文回答：海上石油专业设备检验系列指南。
Euclid2003
Euclid IDE for GNU Tool-chainGCC Front End Environment(LEE 2003)LEE 2003 is a full featured graphic front-end for gcc, g++ & grep …Graphical cross-platform develop environmentSource level debuggerComplicate data display in graphic modeASM, C, C++ supportedProject managerSource code, color syntax highlightingTightly bound with cygwin, automatically using cygwin environmentCreate a projectThere are two ways to create a new project:At startup, we may use the empty project created by LEE 2003Clear the current content in the project window to create a new projectFigure 1: Empty project windowFigure 2: A typical project windowAt this time, using menu “Project” => “Clear” / context menu of projectwindow to create a new project environment.Figure 3: Context menu of project window(clear)An empty project window as figure 1 will displayed.Open a projectMenu “File”=>”Open”/(Ctrl+O), open the project file you saved before. Add Files to projectMenu “Project” => “Insert File(s)…” / Context menu of project window to add file(s) into a project.Figure 4: Context Menu of project window(Insert Files)Dialog “Insert Files” will occur. Select Source Files(ASM, C, CPP) and Library files, press “Open”Figure 5: Insert Files DialogThe file(s) you selected will be displayed in project window. Project window will automatically identify the type of a file by its “ext” and organize them in different file catagolory.Now, LEE 2003 can identify C(.c), ASM(.s), CPP(.cpp), include(.h) and LIB(.a) files, other files will handled as misc files.Figure 6: Project window with files.Configure GCC & ProjectBefore build the project, you need to configure your GCC & project first.There are two steps to complete it.Configure system configure fileConfigure project optionsSystem configure file is used by all projects, it is stored in “Euclid.ini” inthe root directory of the LEE 2003 with windows profile type.This file configure the compiler you use and platform specific variableshere.Figure 7: Sample of System Configure fileNote: For INCDIRS, LIBDIRS, DEFS & LIBS, you need not add “-I”, “-L”,“-D” & “-l” for each item, instead, write all items in one line, and separated with “;” for each item.Note: There are two types of target in LEE 2003, library andexecutable image. The target name with “.a” ext will be handled aslibrary and others will be handled as executable image.Note: Configure LEE 2003 as a cross-platform GCC environment. To configure LEE 2003 as a cross-platform GCC environment, justdefine the “PREFIX” in “Euclid.ini”. For example, when “PREFIX” is“arm-linux-“ and “CC” is “gcc”, LEE 2003 will activate “gcc” as“arm-linux-gcc”, “ld” as “arm-linux-ld”, those are cross-platformtools.Compile a projectThere are “Compile File”, “Build” & “Rebuild All” commands used tocompile file, build project in LEE 2003.Figure 9: Compile, Build & Build All Iconsgcc error log will be displayed in the output view.Figure 10: gcc error log.If there are errors in your source file, double click the line in the outputview, the source file will be displayed and the line will be marked.Figure 11: Error line trackingFigure 12: Stop build icon, available during a building process.Debug a projectAfter you finished building your project, the “run” & “debug” command willbe available now.Figure 13: Run & Debug iconNote: “Run” command only can be used for native compiled project.To Debug your project, press “Debug” icon / F5! Euclid 2003, a graphicfront-end for gdb will be activated.Figure 14: Startup of Euclid 2003GDB Front End Environment(Euclid 2003)GDB, Configure for Cross-platformEuclid 2003 can be configured as a cross-platform debugenvironment. Euclid 2003 uses the “[debugger]” section in file“Euclid.ini” to activate background gdb program.A sample for cross-platform of ARM[debugger]debugger = arm-linux-gdb.exeA sample for native debugging[debugger]debugger = gdb.exeProgram ControlLoad ImageEuclid 2003 will automatically load image from LEE 2003.However, Euclid 2003 is an independent graphic front-end forgdb. You may manually load an image via “Loading” icon on thetoolbar.Figure 12: Loading icon.An “Open” File Dialog will occur. Choose the image to bedebugged, Press “Open”.Figure 13: Select ImageNote: Euclid 2003 will automatically gather source file and functioninformation from the image, and all the information will be displayed inthe “File Viewer” Window.Run ImageAfter an image is loaded. To start a debugging session, you must runthe program. In Euclid 2003, the run button can be re-configured, it usethe “runcmd” file in current directory to initiate a debug session.Figure 14: Running icon(or press F5 directly).A Sample file for start a GDB session (RUNCMD) for local debuggingtbreak mainrunA Sample file for start a GDB session (RUNCMD) for arm simulatortbreak maintbreak __maintarget simrunA Sample file for start a GDB session (RUNCMD) for remotedebugging(with SpeedWay Emulator)tbreak maintbreak __maintarget rdi e=192.168.0.208(here is the IP of Emulator)contYou may need some knowledge of gdb to write this configure file. Source file & Function ManagerFile ViewerFile Viewer display the source file and function of current image beingdebugged.Figure 15: A sample File viewer.Press ”File Viewer” to create a new File Viewer window, you may createas many File Viewers as you want.Figure 16: Activate File Viewer.Note: Double the icon to expand a file, Double click on function items willopen the source file and go to the line of that function. Double click thefile items will open the source file and go to first line of that file.Note: You may open a source file via menu: File->Open(Ctrl-O)GDB ConsoleGDB Console is used to view the output of background GDB.Press “Console” icon on toolbar to create a new GDB console, you maycreate as many GDB Consoles as you want.Figure 17: Activate GDB Console.Figure 18: A sample output message of GDBProgram Status ViewerWatch ViewerThere are many ways to inspect a variable(1) via context menu of source file windowFigure 19: Context menu of source fileNote: There must be a watch viewer created before you inspect avariable.(2) via the context menu of watch viewer windowCreate a watch viewer and right click the watch viewer, a context menusimilar to previous menu will occur.Figure 20: Context menu of Watch ViewerPress ”Watch Viewer” to create a new Watch Viewer window, you maycreate as many Watch Viewers as you want. This is very useful whenyou want to inspect many variables.Figure 21: Watch Viewer Icon.If you just want to watch a variable quickly, and did not want to add it tothe watch viewer. You may move mouse on the top of the variable, waita while, a tool-tip will appear, and the value of that variable will displayed.Figure 21: Tool-tip to inspect a variableNote: For complex variables, Euclid 2003 uses a tree-list object todisplay it. Double click icon in the view will expand and collapse thevariable.Note: Click the “value area” of a variable item (the item cannot beexpanded). You may change the value of that variable item. Press enterto activate the change of the variable item.Local ViewerLocal Viewer will automatically display all local variables in the currentfunction, it is very similar to Watch Viewer.Figure 21:Local ViewerPress ”Local Viewer” to create a new Local Viewer window, you maycreate as many Local Viewers as you want. However this may beuseless at all.Figure 22: Local Viewer Icon.Register ViewerRegister Viewer will display all registers of the CPU.Figure 23:Register ViewerPress ”Register Viewer” to create a new Register Viewer window, youmay create as many Register Viewers as you want. However this maybe useless at all.Figure 22: Register Viewer Icon.Memory ViewerMemory will display memory content of the target. In Euclid 2003, youmay display memory content in byte/half word/word/huge word andbinary/octal/decimal/hex mode. Right click the memory to changedisplay mode.Figure 23: Memory ViewerNote: Address could be any valid memory address or variable of pointer.Memory viewer will automatically calculate the size of memory to displayby the size of memory viewer window.Press ”Memory Viewer” to create a new Memory Viewer window, youmay create as many Memory Viewers as you want. It is very useful indebugging.Figure 24: Memory Viewer Icon.Stack ViewerStack Viewer will display the stack frame of target.Figure 25: Stack ViewerDouble click the items in stack viewer will activate the source file windowand go to the line of that frame.Figure 26: Select a frame(green point the line of the frame)Press ”Stack Viewer” to create a new Stack Viewer window, you maycreate as many Stack Viewers as you want. However this may beuseless at all.Figure 27: Stack Viewer Icon.ASM ViewerASM Viewer display assembly code of the target.Figure 28: Assembly ViewerPress ”ASM Viewer” to create a new ASM Viewer window, you maycreate as many ASM Viewers as you want. However this may beuseless at all.Figure 29: ASM Viewer Icon.Breakpoint ControlIn Euclid 2003, Click the left margin of Source file window or ASM Viewer willtoggle breakpoint at the position. For source file window, this will set/clear abreakpoint at that source file & line. For ASM viewer, this will set/clear abreakpoint at that address.Figure 30: Left Margin of the viewer.The breakpoint will be showed in both source file window and ASM viewer.(thered solid circle represent the breakpoint, the yellow arrow represent current PC,the green triangle represent the frame position)Debug ControlIn Euclid 2003, you may press accelerate key, Icon in toolbar, Contextmenu in left margin of the view to Control debug session.Figure 31: Context menu of the left margin.Step into(F11)Step one line, If the line is a function call, Step into the function.Figure 31: Step into Icon.Note: If the active view is ASM viewer, step into will only step oneinstruction. If the active view is a source file view, it will step one line ofsource code.Step over(F10)Step one line, If the line is a function call, Step over the function.Figure 32: Step over Icon.Note: If the active view is ASM viewer, step over will only step over oneinstruction. If the active view is a source file view, it will step over oneline of source code.Step out (F6)Step out of current function line.Figure 33: Step out Icon.Continue(F5)Continue running program, stop when there is a breakpoint.Figure 33: Continue Icon.Run to current statement(F7)Continue running program, stop at current position.Figure 33: Step To Icon.Set Next Statement(Jump to)Target will running from the position we set. For source file view, this willbe the source file & line. For ASM Viewer, this will be the address.This operation only can be achieved via Context Menu(Figure 31). Automatic SteppingFor some times, we may need the target automatically running, andupdate the variables or memory after each step. Automatic Stepping willmake Euclid 2003 automatically stepping, after each step, Euclid 2003will display memory, stack, local variables, watch variables andassembly code if they are visible.Note: If the active view is ASM viewer, automatic stepping will beautomatic stepping instructions. If the active view is a source file view,Automatic stepping will automatic step lines of source code.Figure 34: Stepping Icon.Interrupt Running targetWhen a program is running, you can interrupt the program any time youwant.Figure n: Interrupt iconThanks for your interesting in Euclid IDE!。
LVDT CARD December 2003 安全指南说明书
Safety GuidelinesWarning notices must be observed to ensure personal safety as well as that of others, and to protect the product and the connected equipment. These warning notices are accompanied by a clarification of the level of caution to be observed.Qualified PersonnelThis device/system may only be set up and operated in conjunction with this manual. Qualified personnel are only authorized to install and operate this equipment in accordance with established safety practices and standards.Warning:This product can only function properly and safely if it is correctly transported, stored, installed, set up, operated, and maintained.Note: Always use product in accordance with specifications.This document is available in bound version and inelectronic version. We encourage users to purchase authorized bound manuals, or to viewelectronic versions as designed and authored bySiemens Milltronics Process Instruments Inc. Siemens Milltronics Process Instruments Inc. will not be responsible for the contents of partial or whole reproductions of either bound or electronic versions.While we have verified the contents ofthis manual for agreement with the instrumentation described, variationsremain possible. Thus we cannotguarantee full agreement. The contents of this manual are regularly reviewed and corrections are included in subsequent editions. We welcome all suggestions for improvement. Technical data subject to change.MILLTRONICS®is a registered trademark of Siemens Milltronics Process Instruments Inc. Contact SMPI Technical Publications at the following address:Technical PublicationsSiemens Milltronics Process Instruments Inc.1954 Technology Drive, P.O. Box 4225Peterborough, Ontario, Canada, K9J 7B1Email: techpubs@SpecificationsPower:•±5 V dc (typically from a Milltronics integrator)Ambient Temperature:•-40 to 50 o C (-40 to 122 o F)Input:•0 to 1.0 Vac from LVDT based belt scale or solids flow meterOutput:•0 to 50m Vdc to Milltronics BW 100 or BW 500/SF 500(maximum 300 m (1000 ft) separation between Conditioner Card and Integrator).•Accuracy: 0.1% of rangeEnclosure:•General Purpose Type 4/Nema 4Approvals:•CECable:•LVDT Conditioner Card to Integrator: Belden 8404, 4 conductor, shielded 20 AWG orequivalent, 150m (500 ft) max.Belden 9260, 6 conductor, shielded 20 AWG or equivalent, 300 m (1000 ft) max.•LVDT to LVDT Conditioner Card (CT connection not required): Belden 8404, 4 conductor, shielded 20 AWG or equivalent, 300 m (1000 ft) max.7ML19985EF01LVDT Conditioner Card– INSTRUCTION MANUAL Page 1The LVDT Conditioner CardThe LVDT (Linear Variable Differential Transformer) Conditioner Card is an ancillary piece of equipment. The LVDT Conditioner Card provides all the complex circuitry required to allow the Milltronics BW 100 or BW 500 to interface with a position transducer (LVDT) based scale.It also allows the SF 500 to interface with a position transducer (LVDT) based solidsflowmeter.General OperationThe Milltronics BW 100 or BW 500/SF 500 supplies the excitation for the LVDTConditioner Card, which in turn supplies the excitation for the LVDT.In belt scale operations the LVDT signal is proportional to material loading. The LVDT signal is converted to a 0-50mVdc signal then applied to the Load Cell A input of theMilltronics BW 100 or BW 500 and used with the speed signal to produce an integral rate signal.In solids flowmeter applications, the LVDT signal is proportional to the material flow rate.The LVDT signal is converted to a 0-50mV dc signal then applied to Load Cell A input of the Milltronics SF 500 and used to produce an integral rate signal. InterconnectionPage 2 LVDT Conditioner Card – INSTRUCTION MANUAL7ML19985EF01Connection to a BW 500/SF 500* Where separation between the integrator and LVDT conditioner exceeds 150 m (500 ft):•remove the jumpers BW 500/SF 500 terminal 11/12 and 13/14, or BW 100 terminal 17/18 and 19/20•run additional conductors from:BW 500/SF 500 terminal 12, or Milltronics BW 100 terminal 19, to conditionerterminal block marked Integrator +EXCBW 500/SF 500 terminal 13, or Milltronics BW 100 terminal 18, to conditionerterminal block marked Integrator -EXCFor further connection information on specific LVDTs, consult Siemens Milltronics. See for a representative near you.Shields are common, but not grounded to chassis. Run cable shields through SHLD terminals and ground at integrator only.The LVDT Conditioner Card is also available in a smaller configuration for mounting within the solids flowmeter sensing head.7ML19985EF01LVDT Conditioner Card– INSTRUCTION MANUAL Page 3InstallationTop ViewPage 4 LVDT Conditioner Card – INSTRUCTION MANUAL7ML19985EF01。
交流电磁场缺陷检测系统建模与仿真
交流电磁场缺陷检测系统建模与仿真
李伟;陈国明
【期刊名称】《系统仿真学报》
【年(卷),期】2009()20
【摘要】结合交流电磁场检测(ACFM)原理和数值分析技术,针对海洋平台水下裂纹缺陷智能可视化检测样机开发的需要,引入有限元分析方法,建立了3种不同的ACFM有限元分析模型:激励仿真模型、计算模型和探头运动仿真模型。
激励模型可以准确模拟检测中感应电磁场的分布规律,为探头设计和优化提供理论依据;计算模型能够完成稳定检测状态下缺陷上方磁通密度分布的分析和数值计算;探头运动仿真模型主要用于探头运动检测或大缺陷检测情况下磁场分布的分析和计算。
以上3种专用的参数化仿真模型的建立,简化了ACFM数学模型中缺陷附近电磁场分布的仿真分析和求解,为老龄平台的缺陷检测和延寿技术研究提供了技术支持,具有较强的理论价值和实用价值。
【总页数】4页(P6344-6346)
【作者】李伟;陈国明
【作者单位】中国石油大学(华东)机电工程学院
【正文语种】中文
【中图分类】TP115.28
【相关文献】
1.基于交流电磁场裂纹缺陷识别仿真研究
2.基于交流电磁场的连续油管缺陷的在线检测
3.脉冲交流电磁场深层缺陷检测机理仿真研究
4.6063铝合金表面缺陷交流电磁场检测
5.高压电缆附件铅封缺陷的交流电磁场检测
因版权原因，仅展示原文概要，查看原文内容请购买。
一种新型油管缺陷磁性检测传感器
一种新型油管缺陷磁性检测传感器
金建华;杨叔子
【期刊名称】《传感技术学报》
【年(卷),期】2002(015)003
【摘要】油管的服役条件恶劣,实施油管的现场探伤对防止油管泄漏或断裂事故的发生具有十分重要的意义.本文提出一种新型的油管缺陷磁性检测传感器,它利用硬件冗余技术、聚磁检测技术和多探头单元的随动定心技术,实现了局部缺陷和壁厚减薄缺陷的综合检测;并通过理论分析,得到了传感器的输出信号幅值与油管的剩余截面积之间的线性关系.测试结果表明,该传感器具有缺陷分辨率高,稳定可靠,结构简单,现场适应性强等特点.
【总页数】5页(P238-242)
【作者】金建华;杨叔子
【作者单位】上海交通大学信息检测技术与仪器系.上海市,200030;华中科技大学,武汉市,430074
【正文语种】中文
【中图分类】TP212.9
【相关文献】
1.抽油管缺陷检测的多传感器融合技术 [J], 杨涛;高殿斌
2.一种新型磁性检测仪及其实用技术 [J], 陈锋光
3.一种新型石油管道压力传感器的设计 [J], 何锋;储建华;宋小波;刘忠杰;毕世书;李
芬
4.关于油管漏油缺陷传感器探头目标检测仿真 [J], 丁超;唐东林;王斌;张文文
5.连续油管缺陷综合检测传感器的磁路设计 [J], 熊革;康宜华;周立人
因版权原因，仅展示原文概要，查看原文内容请购买。
LC-ECD系统产品说明书
Edition 2010-2011ec ecd hplc/ec Alexys™electrochemistry And liquid chromAtogrAphyproducts & pArts cAtAloguenizers and rackscellsmns, kits and valveswarementation®ALEXYS™ Analyzersconfiguring Alexys™ AnAlyzers Proven to guarantee performanceDue to its incredible sensitivity, EC detection has veryhigh demands from an LC system.To fully exploit LC-ECD, Antec Leyden hascreated a system that meets thesedemands.This dedicated system is comprised of the DECADE II, autosampler, pump and data acquisition software. An organizer rack with a high-efficiency inte grated degasser, up to 2 pulse dampen-ers and a mains power distributor The fully featured data acquisition software contains all the tools for auto-mated sampling, data acquisition, calibration, processing and reporting.6P r o v e n a n a l y z e r s t o g u a r a n t e e y o u r p e r f o r m a n c e®P r o v e n a n a l y z e r s t o g u a r a n t e e y o u r p e r f o r m a n c e7Integrated system solutions have been developed for the analysis of neurotransmitters such as noradrenaline, dopamine, serotonin and metabolites in microdialysates. Typically, picomolar concentration detection limits have been obtained in only a few microliters of sample.Parallel detection multiple flow cells time, sample and ®on-line in vivo AnAlyses************************************************************************************* Antec(USA)************************************************************************ ************************************************************************************* Antec(USA)************************************************************************Conventional sampling of once every 20 minutes is not sufficient to accurately describe fast neurochemical responses. To improve time resolution, a 14-port valve with 3 loops connected in series is used to directlycollect the microdialysate. The content of these loops is then simultaneously injected on 3 hplc flow paths that run the same analysis, and during analysis the *****************Antec(USA)********************************************************************N E U R O S C I E N C E A P P L I C AT I O N N OT EphArmAceutivAl & Biotech Alexys™ AnAlyzers************************************************************************************* Antec(USA)************************************************************************ ************************************************************************************* Antec(USA)************************************************************************B I O T EC H&P H A RM A C EU T I C ALA P P L IC A T I ON N O TEB I O T EC H&PH A R MA C E U TI C A LA P P L IC A T I ON N O TEB I O T EC H&P H A RM A C EU T I C ALA P P L IC A T I ON N O TEAlexys 110and metabolites in plasma and urine as well for Serotonin. Complete kits contains all the necessary chemicals and (calibration) materials for sample preparation and analysis of 250 plasma assays, excluding the analytical column.With the introduction of conductive diamond an ************************************************************************************* Antec(USA)*************************************************************************************************************************************************************Antec(USA)*****************************************************************************************Antec(USA)********************************************************************C L I N I C A L & D I AG N O S T I C SA P P L I C AT I O N N OT E************************************************************************************* Antec(USA)*****************************************************************************************Antec(USA)********************************************************************C L I N I C A L & D I AG N O S T I C SA P P L I C AT I O N N OT EAlexys 110• wAter And soil sAmples • ketones in biodiesel exhAust• used by cro lAbs for routine AnAlysisALEXYS Phenol Analyzer ™*************************************************************************************Antec(USA)************************************************************************************************************************************************************* Antec(USA)************************************************************************E N V I R O N M E N TA LA P P L I C AT I O N N OT EF O O D& B E V E R A G EA P P L I C A T I O NN O T Efood & BeverAge Alexys™ AnAlyzers with fluidly running applicationsOrder no.180.0035A180.0036A180.0037A180.0088A180.0070AAlexys™ AnAlyzers line-up180.0067Adetectors Part no.Description171.0035DECADE II w/o flow cell, single cell control 171.0038DECADE II w/o flow cell, dual cell control 171.0039DECADE II w/o flow cell, triple cell control 171.0040DECADE II w/o flow cell, quadruple cell control 171.0035 MD DECADE II w/o flow cell, single cell control171.0038 MDDECADE II w/o flow cell, dual cell controlSpecifications DECADE II General specifications Power Operating modes Potential range Potential range “MD”Output Offset Event marker Auto zero RS232C Injector sensor Oven Diagnostics Service mode Configuration Firmware Environmentaldetectors Part no.Description 174.0035DECADE II SDC w/o flow cell Specifications DECADE II SDCGeneral specificationsPower 100-240 VAC, 50/60 Hz, 260 VA max., auto-sensing Operating modeDCPotential range Between +2.00 and - 2.00 V in 10 mV incrementsOutput Between +1 and - 1 V or between +10 and -10 V (20 bit D/A converter)OffsetBetween +50% and - 50% of max. output voltage, 5% steps Event marker Pulse of 10% of max. outputAuto zero Triggered by rear panel TTL or RS232C controlRS232C Instrument control, data acquisition at 1, 2, 5 and 10 HzOven Height 37 cm, from 7stability 0.1Environmental Operating temperature: 4 – 40non-condensingDC mode ranges 10 pA – 200 Filter (ADF)Advanced Digital Filter, 0.5 - 0.001 Hz, 1, 2, 5 stepsNoise Better than 2 pA with dummy cell in 1 nA/V range, filter off, Ec +800mV and temperature of 30Auto modeDC mode (5 files), cycle time, number of cycles and oven tem perature. Time-based control of 50 time points as to range, filter, output contacts (2 TTL, 2 relays), auto zero, board ID, offset, valve position (if present) and cell potential.EnvironmentalOperating temperature: 4 – 40Physical specificationsDimensions 44 (D) x 22 (W) x 44 (H) cm = 17.3” (D) x 8.7” (W) x 17.3” (H)Weight14 kg (32 lbs) without flow cell and columnAutosamplers Specifications Autosampler AS 100General specifications Power Operating conditions Sample capacity Vial dimensions Dispenser Wetted parts Loop volume InjectionAnalytical performanceFool loopPartial loop fill µL Pick-up Carry-overPart no.Description181.0037Autosampler AS 100, cool, micro, 6-PV 181.0038Autosampler AS 100, cool, micro, 10-PVAutosamplersSpecifications Autosampler AS 110General specifications Power Operating conditions Sample capacity Vial dimensions Dispenser Wetted parts Loop volume Sampling technologyAnalytical performanceFool loopPart no.Description 191.0035Autosampler AS 110, standard, cool, 6-PV 191.0036Autosampler AS 110, standard, 6-PV 191.0037Autosampler AS 110, cool, micro, 6-PV 191.0038Autosampler AS 110, cool, micro, 10-PV 191.0039Autosampler AS 110, micro, 6-PVPumpsSpecifications HPLC Pump LC110General specificationsDelivery system PowerOperating conditions Flow rateFlow rate accuracy RippleDisplacement volume Pressure protection Operating modes 5.3 kg (11.7 lbs)Part no.Description 193.0035Pump LC 110organizers and racksSpecifications Organizer OR 110General specifications Power Operating conditions Power outletsPulse damperPhysical specifications Dimensions WeightPart no.Description 184.0040Organizer OR 110184.0035Organizer rack OR 100Specifications Bottle rack BR 110Physical specifications Dimensions WeightPart no.DescriptionFlow cellsGlassy Carbon working electrode110.4105VT-03 flow cell, 3 mm GC WE, sb REF 110.4205VT-03 flow cell, 3 mm GC WE, ISAAC 110.4305VT-03 flow cell, 3 mm GC WE, HyREF 110.4115VT-03 flow cell, 2 mm GC WE, sb REF 110.4215VT-03 flow cell, 2 mm GC WE, ISAAC 110.4315VT-03 flow cell, 2 mm GC WE, HyREF 111.4105µ-VT-03 flow cell, 0.7 mm GC WE, sb REF 111.4205μ-VT-03 flow cell, 0.7 mm GC WE, ISAAC 111.4305μ-VT-03 flow cell, 0.7 mm GC WE, HyREFFlow cells Description102.4305M FLEXCELL MD HyREF 102.4305FLEXCELL GC HyREF102.4320FLEXCELL Pt HyREF102.4325FLEXCELL Au HyREF102.4330FLEXCELL Ag HyREF102.4105FLEXCELL GC sb 102.4120FLEXCELL Pt sb 102.4125FLEXCELL Au sb 102.4130FLEXCELL Ag sb Part no.Description 102.5007FLEXCELL WE disc GC (glassy carbon)102.5022FLEXCELL WE disc Pt (platinum)102.5027FLEXCELL WE disc Au (gold)102.5032FLEXCELL WE disc Ag (silver)102.5037FLEXCELL WE disc Cu (copper)102.5050FLEXCELL WE disc MD (magic diamond)The name FLEXCELL is chosen since it emphasizes theKits, columns and valves Columns250.1050HPLC column for OQ 250.1068ALA-510 column, 100x4.6mm, 5um C18250.1070ALA-525 column, 250x4.6mm, 5um C18250.1071ALA-105 column, 50x1mm, 3um C18250.1072ALA-115 column, 150x1mm, 3um C18250.1080ALC-525 column, 250x4.6mm, 7um 250.1082ALC guard column starter kit 250.1084ALC guard column repl. cartr. 5/pk 250.1094250.1095250.1096250.1097250.1100250.1101250.1102ALF 3um drop-in cartridge 10x4.0mm,4pcs 250.1104ALF 3um drop-in cartridge 10x2.1mm,4pcs 250.1105ALF 3um drop-in cartridge 10x1.0mm,4pcs 250.1110250.1522ALA 5um drop-in cartridge 10x4.6mm,4pcs250.1112Valves 250.0012Valco manual injector 250.0013Valco manual injector, micro 250.0014OMD valve option Valco, 14-port 250.0017Valco electrical injector, 6-port 250.0017A Seal for Valco electr injector, 6-port 250.0017B Stator for Valco electr injector, 6-portFor most applications the choice of column, chemicals and other accessories for sample pre-treatment are crucial for trouble free analysis. Antec’s system solutions include all necessary parts and chemicals to make your analysis work.Software Hardware requirements The minimal PC hardware requirements for the installation of the ROXY™ system in combination with the Clarity™ data software are listed in the table below:Operating system Windows XP/2000/Vista/7The Windows operating system should be updated with the latest Service Packs (SP).Processor > 1 GHz RAM > 512 MB Monitor Resolution 1024x768, 64K Hard disc NTFS, >10GB free HD space USB2 free USB ports (USB 2.0)PCI 2 free full-size 32-bit PCI 2.0 slots Drives DVD or CD-ROMSoftware requirements Beside the minimum hardware requirements we strongly recommend to have the following software installed:Software Use Adobe PDF reader Reading electronic versions ofthe user manualsInternet explorer 7.0 or other browser +internet connection Accessing the DataApex and Antec support websites, for updates of software, manuals,troubleshooting or other info.MS Office (Excel ®)Statistical data analysis WinZIP or other archiver Extracting Clarity™ pre-configured system files Device controlAn extensive list of devices can be controlled by Clarity, operational parameters are stored in method files and chromatograms. It makes methods easily interchangeable between systems.Sample queueThe Sequence table is a user friendly interface tocompose a queue for automated injections. The status of each row is indicated by the colored symbols.copy, paste, fill down, auto increment and time/date fields for file title are available.Peak table and chromatogramusers can easily edit acquired chromatograms visually in the graph or through the integration table. The Result tables (Results, Summary, Column Performance, etc.) can be customized to display the data you want to see. The Summary tab displays data from overlaid chromatograms in one summary table.Report optionsA fully featured report editor allows reporting data on customized templates.Part no.Description195.0035Clarity single instr. incl LC, AS mod.195.0037Clarity single instr. incl LC mod.195.0C50Clarity Single Instrument SW (1tb)195.0C55Clarity Single Instrument Add-on 195.0C59Clarity Evaluation off line versionPart no. 171.9005 171.9002 171.9007PQ noise measurementdecAde ii performance qualification is implemented in Dialogue™ software. It is an automated performance qualification that results in a single page hardcopy pq re port. for pq noise measurement a dummy flow cell must be installed.editor for time files, and transmitting to decAde ii:time file editor is a tool for writing and transmitting time files to the detector.Integrated scripting tool for OQAn oq script is a series of commands to set parameters and read data from the detector. A script is executed by the script manager in Dialogue™ software. All results are printed in the oq document which also contains the noise and signal test data. For success-ful qualification a special oq kit is available containing cables and tools for testing.Database for audit trial and user rightsAn audit trail is available, keeping track of all events initiated by registered users.************************************************************************************* Antec(USA)************************************************************************************************************************************************************* Antec(USA)************************************************************************************************************************************************************* Antec(USA)*************************************************************************************************************************************************************Antec(USA)************************************************************************0 E N V I R O N M E N T A L A P P L I C A T I O N N O T E 0 0F O O D &BE V E R A G E A P P L I C A T I O N N O T E *****************Antec(USA)********************************************************************C L I N I C A L & D I AG N O S T I C S A P P L I C AT I O N N OT EB I O T EC H & P H A R M AC E U T I C A L A P P L I C AT I O N N O T EN E U R O S C I E N C EA P P L I C A T I O N N O T E ®t H e s M A r t e s t l c -e c A p p l ic A tio n s f o rn e U r o s c ie n c e A n A l y s ise v e r M As t e r M in D e D - Alexys™, dialogue™, flexcell™ and vt03™ are trademarks of Antec (leyden) b.v.- Clarity™ is a trademark of Data Apex Company.- Microsoft® is a registered trademark of Microsoft Inc.- Excel® is a registered trademark of Microsoft Inc.- Adobe® Acrobat® are registered trademarks of Adobe Systems IncorporatedFocus onEc/Ms Ec/Lc/Ms TEchnoLogyELEcTrochEMisTry and Mass spEcTroMETry****************Ec/Lc/Ms posTErsApplication notes & Technical notesTechnology foldersApplication folders************************************focUS onec ecD HPlc/ec tecHnologyelectrocHemiStry anD liqUiD cHromatograPHyecD - HPlc/ec PoSterSRegister today at go to support and have free access !*****************Antec(USA)********************************************************************F O O D & B E V E R AG E A P P L I C AT I O N N OT EANALYSIS OF CARBOHYDRATESANION-EXCHANGE CHROMATOGRAPHY ANDPULSED AMPEROMETRIC DETECTION38P r o v e n a n a l y z e r s t o g u a r a n t e e y o u r p e r f o r m a n c edistributorsAlexys 110StandardiSed for routine analySiS®WorldWide representAtionARGENTINA Analitica SAJorge Newbery 1840 of.3Buenos AiresPhone: +54 (11) 4772 4922/4450Fax: +54 (11) 4775 7549E-mail:*************************.ar Site: .ar AUSTRALIAShimadzu Scientific Instruments Unit F10-16 South Street Rydalmere NSW 2116Phone: +61 (2) 96844200Fax: +61 (2) 96844055E-mail:*****************.au Site: .auAUSTRIABIOLAB GmbH Pelzgasse 7A-1150 WienPhone: +43 (1) 982 7575Fax: +43 (1) 982 7589Site: www.biolab.co.at E-mail:****************.at BANGLADESHM/S RIFA Enterprise 51 North Goran Dhaka 1219BangladesPhone: +(880) 7215939Fax: +(880) 7215005E-mail:***************Site: BELGIUM, LUXEMBOURG Antec Leyden B.V .Industrieweg 122382 NV Zoeterwoude Phone: +31 (71) 5813333Fax: +31 (71) 5813334E-mail:*******************Site: BRAZILSINC Do Brasil Intrumentação Cientifica Ltda.Rua Coronel Melo de Oliveira 562, Vila PompéiaCEP 05011-040 - São Paulo - SP Phone: +55 (11) 3864 1411Fax: +55 (11) 387 9749E-mail:***************.br Site: .brCANADA Antec (USA)P .O. Box 111418Palm Bay, FL 32911 USAToll free (888) 572 0012 Phone: (321) 473-4202Fax: (321) 821-1938E-mail:********************Site: CHINABeijing Quixave United Technology Ltd. Corp.Room 301 Huilongsen Building B No.14 Zong He Street Yi Zhuang Economic Develpment District Beijing 100176Phone: + 86 (10) 5402 9811Fax: + 86 (10) 5102 9820E-mail:*******************.cn Site: COLOMBIACiCs Instruments S.A. (Crelab Instruments Colombo Sueca)Calle 147 No. 7B-64Bogota - ColombiaPhone: +57 (1) 615 23 63Fax: +57 (1) 608 03 59E-mail:*********************CZECH REPUBLICScience Instruments and Software s.r.o.Fetrovská 59160 00 Praha 6Phone: +420 (246) 037 483Fax: +420 (246) 030 500E-mail:************Site: www.sisw.cz DENMARK Biolab A/S Sindalsvej 29DK-8240 RisskovPhone: +45 (86) 212866Fax: +45 (86) 212301E-mail:***************Site: www.biolab.dkEGYPTArab Consulting Engineers-Osman A. Azzam & Co.Building No.5Street No.77, Al Maadi Cairo 11728Phone:+20 (2) 750 8724, +20 (2) 378 1577Fax: +20 (2) 378 3845E-mail:**************************FINLAND,ESTLAND Ordior OyKonalantie 47A 00390 HelsinkiPhone: +358 (9) 530 8000Fax: +358 (9) 530 80010E-mail:********************Site: www.ordior.fi FRANCE Alpha M.O.S.20 Av. Didier Daurat 31400 ToulousePhone: +33 (5) 6247 6459Fax: +33 (5) 6154 5615E-mail:******************Site: GERMANYAxel Semrau GmbH & Co.KG Stephansbecke 4245549 SprockhövelPhone: +49 (2339) 12090Fax: +49 (2339) 6030E-mail:******************Site: www.axelsemrau.de GREECE BiosolutionsLtd249 MesogionAve.154 51 N. Psychiko, Athens Phone: +30 210 6753453Fax: +30 210 6753454E-mail:********************Web site: www.biosolutions.grHUNGARY, SERBIA & MONTENEGROABL&E - JASCO Hungary Ltd.Fehérvári út 130H-1116 Budapest HungaryPhone: +36 (1) 209 3538Fax: +36 (1) 279 0472E-mail:*******************Site: INDIASpinco Biotech Pvt Ltd Post Box No. 6114No.4 Vaidyaram Street T . Nagar, Chennai 600 017IndiaPhone : +91 (44) 2434 0174Fax : +91 (44) 2434 0761E-mail:**********************Site: INDONESIA P .T . Besha AnalitikaKomplek Ruko Pulogadung Trade Centre Blok 8B No. 59Kawasan Industri Pulogadung Jl. Raya Bekasi KM 21Jakarta TimurPhone: +62 (21) 4683 5883Fax: +62 (21) 4683 2968E-mail:********************.idIRANShimi Tajzieh Sina Engineering Co, Ltd.No. 19, Amaj St. 33rd Asadabadi St.Teheran 14346I.R. IranPhone: +98 (21) 88702730Fax: +98 (21) 88722029E-mail:******************Site: IRELANDAPEX Scientific Ltd.Unit F12,Maynooth Business Campus, Maynooth,Co KildarePhone: +353 (1) 6854 686Fax: +353 (1) 5054 665E-mail:**********************Site: www.apexscientific.ie ISRAEL Lab Experts P .O.B. 3383Bat Yam 59134Phone: +972 (3) 657 3785Fax: +972 (3) 657 3785E-mail:*************************Site: ITALYAlfatech S.r.l.Via Scarsellini 97 16149 GenovaPhone: +39 (010) 469 9369FAX: +39 (010) 469 9377E-mail:********************Site: JAPANSanwa Tsusho Co., Ltd.13-2, Nishi-Gotanda 3-chrome Shinagawa-ku Tokyo 141-0031Phone: +81 (3) 3492 6300Fax: +81 (3) 3492 6311E-mail:**********************Site: JORDANHijaz Electronic & Scientific Sup-plies Est.P .O. Box 925133Amman 11190 Jordan Phone: +962 (6) 5562195Fax: +962 (6) 5562194E-mail:************.joP r o v e n a n a l y z e r s t o g u a r a n t e e y o u r p e r f o r m a n c e39distributors®KOREAY oung Lin Instrument Co. Ltd.899-6 Hokye 2-dong, Dongan-gu, Anyang-si Kyounggi-do 431-836Tel:+82 (31) 428 8700Fax:+82 (31) 428 8787E-mail:**********************Site: MALAYSIAResearch Instruments Sdn. Bhd.Jalan SS25/2, Taman Bukit Emas,47301 Petaling Jaya,SelangorPhone: (603) 7804 8600Fax: (603) 7804 8599E-mail:***********.my Site: .myMEXICOEVOELUTION SA de CV Miguel N. Lira 292Col. Villa de Cortés 03530 Mexico, D.F .Phone: +52 (55) 5579 0759Fax: +52 (55) 5579 0742E-mail:*******************************Site: MOROCCO SCOMEDICAN°22 Résidence Abir Rue MausoléeQuartier de Hôpitaux 20100 CasablancaPhone: +212 (22) 864578 / +212 (22) 864608Fax: +212 (22) 864579E-mail:********************NETHERLANDS Antec Leyden B.V .Industrieweg 122382 NV Zoeterwoude Phone: +31 (71) 5813333Fax: +31 (71) 5813334E-mail:*******************Site: NEW ZEALANDShimadzu Scientific Instruments (Oceania) Pty. Ltd.Unit A, 13-15 Collard Place Henderson AucklandNew Zealand 1230Phone: +64 (9) 8367750Fax: +64 (9) 8367757E-mail:*****************.nz Site: .auNORWAY Bergman AS Slynga 2N-2005 RaelingenPhone: +47 (63) 835 600Fax: +47 (63) 835 610E-mail:****************Site: www.bergman.noPAKISTANAnalytical Measuring Systems (Pvt.) Ltd.AMS HousePlot # 14C,Main Sehar Commercial AvenueCommercial Lane 4Khayaban-e-Sehar D.H.A. Phase 7KarachiPhone: +92 (21) 5345581, 5340747Fax: +92 (21) 5345582E-mail:****************.pk Site:/AMS PERUElectromedica Peruana S.A.Analytical Division Av. ProlongJ. Prado Oeste 630 Mag. Del Mar, LimaPhone: +51 (1) 460 1317Fax: +51 (1) 460 1448E-mail:*********************.pe POLANDSHIM-POL A.M. Borzymowski Reszka Spolka Jawna Ul. Lubomirskiego 505-080 Izabelin k. Warszawy Phone: +48 (22) 722 7048/49/50Fax: +48 (22) 722 7051E-mail:**************Site: www.shim-pol.plPORTUGALBiocitek S.A. - Grupo Taper Portugal Departamento de Equipamentos AnaliticosEst. da Barrosa, Elospark 32725-193 Mem-Martins, Sintra Phone: +351 (21) 922 7200Fax: +351 (21) 922 8800E-mail:*******************ROMANIAS.C. VIOLA total S.R.L.Str. Telescopului, Nr. 13A014368 Sector 1BucharestPhone: +40 (21) 233 2339Fax: +40 (21) 233 2340*********************Site: www.viola.roRUSSIAANALIT Co. Ltd.Bolshoi Prospect V .O.Building 31, Office 108199004 St.Petersburg Phone: +7 (812) 325 5502Fax: +7 (812) 320 6917E-mail:******************Site: www.analit-spb.ruSAUDI ARABIAK.I. Abdulkadir & Partners Co. Ltd.P .O. Box 9547Jeddah 21423Saudi ArabiaPhone: +966(2)6405846Fax: +966(2)6404710E-mail:***************Site: SINGAPOREResearch Instruments PTE Ltd 26 Ayer Rajah Crescent,#03-10Singapore 139944Phone:+65 6775 7284Fax: +65 6775 9228E-mail:***********.sg Site: .sgSLOVAKIAShimadzu SlovakiaUl. Dr. V . Clementisa 1082102 Bratislava SlovakiaPhone: +421 (2) 48200081-4Fax: +421 (2) 48200085E-mail:******************Site: www.shimadzu.skSPAINIngenieria Analitica s.l.Avda.de Cerdanyola, 73Apartado 28208190 Sant Cugat Del Vallès BarcelonaPhone: +34 (93) 590 2850Fax: +34 (93) 675 0516E-mail:****************************Site: SWEDENCrelab Instruments AB Kalvhagen 20SE-42750 BilldalPhone: +46 (31) 748 9626Fax: +46 (31) 748 9426E-mail:**************Site: www.crelab.seSYRIANM-ANAL YSIS Contact person: Mr. Hussam Nabhani DamascusMobile Phone: + 963 944396912Fax: + 963 (11) 44691167E-mail:**************TAIWANAnatech Co., Ltd.2F , No. 245, Nung An St.Taipei 104Phone: +886 (2) 2500 6520Fax: +886 (2) 2502 8195E-mail:*****************.netTHAILANDSithiporn Ass. Co., Ltd 451 Sirinthorn Rd.Bangbumru, Bangplud Bangkok 10700Phone: +66 (2) 8819244Fax: +66 (2) 433 1679Site: www.sithiporn.co.thTUNISIA, ALGERIAScience & Technology (Satco)54, Av. Tahar Ben Achour 1082 Mutuelleville TunisPhone: +216 (1) 794 312 / 788 690Fax: +216 (1) 792 354E-mail:***************TURKEYDolunay Teknik Cilhazlar Ltd. Sti.Ornek Tepe Cad No. 165/134445 Sutluce Istanbul Phone: +90 (212) 210 5435Fax: +90 (212) 210 5380E-mail:****************Site: U.A.E., QATAR, YEMEN, KUWAIT, BAHRAIN EMPHOR FZCO P .O. Box 61232Jebel Ali Free Zone DubaiPhone: +971 (4) 8830233Fax: +971 (4) 8830133E-mail:*********************Site: USAAntec (USA)P .O. Box 111418Palm Bay, FL 32911 USAToll free (888) 572 0012 Phone: (321) 473-4202Fax: (321) 821-1938E-mail:********************Site: Antec (leyden) b.v. Industrieweg 122382 nv zoeterwoude The NetherlandsTel. +31 (0)71 581 33 33 Fax +31 (0)71 581 33 34 **************** Antec (uSA)P.O. Box 111418Palm Bay, FL 32911uSAToll free (888) 572 0012Phone (321) 473-4202Fax (321) 821-1938********************Distributor®15291。
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DHAHRAN AREA LOSS PREVENTION (DHALPD) RIG INSPECTION CHECKLIST FOR LAND RIGS DATE: RIG:FOREMAN: WELL NAME:OPERATION:PERSONNEL CERTIFICATIONS:Enter "T" if date entered indicates date training was taken.Enter "E" if date entered indicates date training expires.POSITION NAME BADGE # BOP FIRST AID H2S OTHER ForemanForemanToolpusherToolpusherDrillerDrillerPOSITION NAME BADGE # SAG ARAMCOCert #ARAMCOCert Expiry OTHERCrane Op Crane Op Forklift Op Forklift Op Dozer Op Dozer Op1. Rig Site Accommodations (2)2. Genset & Engines (2)3. SCR Room (2)4. Accumulator (3)5. Mud Pumps (3)6. Mud Tanks (4)7. Substructure (4)8. Rig Floor (5)9. Dog House (6)10. Derrick.................................................7 11. Catwalk & Pipe Racks (8)12. Manifold, Flare Lines, & Flare Pit (9)13. Fuel Tanks (10)14. Fire Fighting Equipment (10)15. Compressed Gas Cylinders (10)16. Hand & Power Tools (10)17. Welding & Cutting (11)18. Cranes & Slings (11)19. General (11)20. H2S Protection (Land Rigs) (12)Note: Where applicable, inspection items are referenced to published Aramco policy. "SASR" refers to Saudi Aramco Safety Requirements for Drilling & Workover Rig Operations1. RIG SITE ACCOMMODATIONYES NO N/A1-1¨¨¨ Site accommodation trailers located at least 25metres (75 ft) from well bore1-2¨¨¨ Power cables to trailers from light plantsuspended or otherwise protected fromvehicular traffic1-3¨¨¨ Electrical junction boxes on trailers weatherproofed, and closed [SASR B-15 (7) p.39]1-4¨¨¨ Electrical cords and fittings free of defects[SASR B-15 (1) p.38]1-5¨¨¨ Protective covers on all lights1-6¨¨¨ ABC fire extinguisher in each trailer1-7¨¨¨ Escape window or door in sleeping room1-8¨¨¨ Smoke alarm present and functioning1-9¨¨¨For an H2S locations, rig medic orToolpusher’s office has an eyewash station[SASR B-6 III F3 p.26]2. GENSET & ENGINESYES NO N/A2-1¨¨¨ Grounded to casing or cellar [SASR B-15 (8)p.39 & updated D&WOOD policy].2-2¨¨¨ Ground cable securely fastened with boltedclamps [SASR B-15 (1) p.38]2-3¨¨¨ Buildings bonded together to common ground 2-4¨¨¨ Fans and belts guarded [SASR C-1 (1a) p.45]2-5¨¨¨ Electrical junction boxes identified and kept inclosed position [SASR B-15 (7) p.39]2-6¨¨¨ Electrical outlets labeled, voltage identified[SASR B-15 (7) p.39]2-7 ¨¨¨ All knockouts in panels (no open knockouts)[SASR B-15 (1) p.38]YES NO N/A2-8¨¨¨ Electrical cords, plugs, receptacles etc. in goodcondition [SASR B-15 (1) p.38]2-9¨¨¨ Switches capable of being locked out2-10¨¨¨ Lockout procedures in place [SASR B-31 p.43] 2-11¨¨¨ Lights have protective coverings2-12¨¨¨ Suitable emergency lighting available onlocation and working [SASR B-16 (7) p.39]2-13¨¨¨For H2S locations, 10-pound CO2 fireextinguisher in place [SASR Onshore H2S Std.(IV B-1) p.27]2-14¨¨¨ Noise hazard sign in place [SASR B-3 (8) p.17] 2-15¨¨¨ Hearing protection provided and used byworkers [SASR B-3 (9) p.17]2-16¨¨¨ Exits free of obstruction [SASR B-7 (1) p.34]2-17¨¨¨ Floors and equipment free of oil or grease[SASR B-7 (2) p.34]2-18¨¨¨ Housekeeping acceptable, no accumulationsthat present a hazard [SASR B-7 (6) p.34]2-19¨¨¨ "High Voltage" sign posted [SASR B-15 (9)p.39]2-20¨¨¨ All engine exhausts equipped with water spraysor spark arrestors for spark suppression[SASRB-15 (2) p.38]2-21¨¨¨ Auxiliary and emergency standby generators runat full load for 2 hours every week [SASR B-15(12) p.39]3. SCR ROOMYES NO N/A3-1¨¨¨ Emergency lighting installed and working atTWO exits [SASR B-15 (6) p.38]3-2¨¨¨ Non-conductive mats placed on floor [SASR B-15 (5) p.38]3-3¨¨¨ Halon fire extinguisher available (only Halon ispermitted in the SCR room) [SASR B-9 (4) p.35]COMMENTS: COMMENTS:4. ACCUMULATORYES NO N/A4-1¨¨¨ Located at least 18.3 m. (60 ft) from wellbore[SASR C- 30 (9) p.63]4-2¨¨¨ Accumulator bottles precharged to 1200 psi[SASR C- 30 (7) p.63]4-3¨¨¨ No leaks in system [SASR C- 30 (7) p.63]4-4 ¨¨¨ Gauges in good condition and readable [SASRC- 30 (7) p.63]4-5 ¨¨¨ Controls free of any obstruction [SASR C- 30 (8)p.63]4-6¨¨¨ Controls in OPEN or CLOSED position, notneutral [SASR C- 30 (11) p.63]4-7¨¨¨ Accumulator function tests conducted Date oflast test:__________________4-8 ¨¨¨ Fire extinguisher in place and serviceable4-9¨¨¨ Compressor free of dirt, grease or oil [SASR B-7(2) p.34]5. MUD PUMPSYES NO N/A5-1¨¨¨ Fans and belts guarded [SASR C-1 (1a) p.45]5-2¨¨¨ Lubricator pump belt and pulleys guarded[SASR C-1 (1a) p.45]5-3¨¨¨ Shock hoses safety chained [SASR C-35 (13)p.65]5-4 ¨¨¨ Pop (relief) valve capped, proper size pinsinserted (set @ _____psi) [SASR C-35 (2, 3, 4)p.64]5-5¨¨¨ NO valves installed between pump and popvalve [SASR C-35 (1) p.64]YES NO N/A5-6¨¨¨ NO valves installed between pop valve and itsdischarge [SASR C-35 (6) p.64]5-7¨¨¨ Discharge line sloped downward [SASR C-35(9) p.65]5-8¨¨¨ Discharge line properly secured [SASR C-35 (8)p.65]5-9¨¨¨ Electrical connections in good condition [SASRB-15 (1) p.38]5-10¨¨¨ Used electrical receptacles capped [SASR B-15(7) p.39]5-11¨¨¨ Electrical lights have protective covers5-12¨¨¨For H2S locations, 30 pound dry chemical fireextinguisher serviced and in place [SASR B-6(IV A-3) p.26]5-13¨¨¨ Sign posted identifying remote startup ofequipment (if applicable)5-14 ¨¨¨ Noise hazard sign posted [SASR B-3 (8) p.17]5-15¨¨¨ Hearing protection provided and used [SASR B-3 (9) p.17]5-16¨¨¨ Floor and equipment free of grease, oil anddebris [SASR B-7 (2) p.34]5-17¨¨¨ No oily rags or tools laying about [SASR B-7 (7)p.34]5-18¨¨¨ Housekeeping acceptable, no accumulationsthat present a hazard [SASR B-7 (6) p.34]COMMENTS: COMMENTS:6. MUD TANKS (Class 1, Div. 1 & 2)YES NO N/A6-1¨¨¨ All pulleys, belts, couplings on motors properlyguarded [SASR C-1 (1a) p.45]6-2¨¨¨ Eyewash facilities at mixing area serviced andoperable [SASR B-3 (11) p.17; B-6 III F2 p.26]6-3¨¨¨ Goggles provided at mixing area, and worn[SASR A-5 (8) p.13; SASR B-3 (4) p.17]6-4¨¨¨ Respirators provided for employees workingwith oil-based mud system6-5¨¨¨ Degasser installed and vented to flare pit6-6¨¨¨ Hazardous products (i.e. caustic) used in barrelmixer or mud tank adequately identified6-7¨¨¨ Mud products Material Safety Data Sheets(MSDS) available [SASR B-33 (3, 4, 5,) p.45]6-8¨¨¨ MSDS stored at _____________6-9¨¨¨ Pumps, motors in good condition6-10¨¨¨ Explosion-proof motors and fittings if applicable[SASR B-15 (1) p.45]6-11¨¨¨ Electrical connections, plugs, receptacles, andlights in good condition and properly sealed[SASR B-15 (1) p.38]6-12¨¨¨ Lights have protective covers [SASR B-15 (1)p.38]6-13¨¨¨ Grommets & electrical cables with proper fit[SASR B-15 (1) p.38]6-14¨¨¨ Guard rails in place [SASR C-1 (1b) p.45]6-15¨¨¨For H2S locations, 30 pound dry chemical fireextinguisher serviced and in place at shaker[SASR B-6 (IV A-2) p.26]YES NO N/A6-16¨¨¨ Floor coverings in place to prevent tripping orfalling [SASR C-1 (1b) p.45]6-17¨¨¨ Walkways, stairs and platforms in goodcondition [SASR C-1 (1b) p.45; SASR C-8 (3) p.48]6-18¨¨¨ No tools or tripping hazards on walking/workingsurfaces [SASR C-8 (3) p. 48]6-19¨¨¨ Bottom of stairs within 9" of ground level, andunobstructed7. SUB-STRUCTURE (Cl.1, Div. 1&2)YES NO N/A7-1¨¨¨ Cellar protected from workers falling into it[SASR C-36 (1) p.65]7-2¨¨¨ BOP properly turnbuckled (4 lines) [turnbucklesrecommended by SASR C-30 (6) p.63]7-3¨¨¨ BOP scaffolding or working platforms in goodcondition7-4¨¨¨ Kill and choke lines connected, pressure tested 7-5¨¨¨ Fire resistant kill and flare lines7-6¨¨¨ Steel or approved equivalent armored hoseaccumulator lines [SASR C-30 (13) p.63]7-7¨¨¨ All electrical junction boxes and conduit sealed[SASR B-15 (7) p.39]7-88 ¨¨¨ Electrical equipment and cables in goodcondition [SASR B-15 (1) p.38]7-9¨¨¨ Unused electrical receptacles covered [SASR B-15 (7) p.39]7-10¨¨¨ Lights sealed with protective covers [SASR B-15(1) p.38]7-11¨¨¨ Guards on pulleys and belts [SASR C-1 (1a)p.45]COMMENTS: COMMENTS:p.46]8. RIG FLOOR (Class 1, Division 1 & 2 Area)YES NO N/A8-1¨¨¨ A loudspeaker system is installed that can beheard throughout the working area [SAMIRrequirement]8-2 ¨¨¨ Two unobstructed exits from rig floor, notcounting the exit leading directly to mud pits[SASR C-8 (2) p.48]8-3¨¨¨ Doors open outward from floor and dog house[SASR C-8 (2) p.48]8-4¨¨¨ V-door closed or chained when not in [SASR C-8 (8) p.49]8-5¨¨¨ Handrails in place [SASR C-8 (5) p.49]8-6¨¨¨ Floor openings covered when not in use [SASRC-8 (9) p.49]8-7¨¨¨ Walkways and work areas unobstructed andclean [SASR C-8 (3) p.48]8-8¨¨¨ Drawworks and rotary drive guarded [SASR C-7(4, 5) p.48]8-9¨¨¨ Stabbing valves (or crossovers) on floor (ordoghouse) for each thread type used in string8-10¨¨¨ Handles for kelly cocks and stabbing valve ineasily accessible place8-11¨¨¨ Rough tread plate installed around rotary table8-12 ¨¨¨ Tong dies sharp and die keepers installed[SASR C-21 (6) p.58]8-13¨¨¨ Tong body and tong jaws in good condition[SASR C-21 (5) p.58]8-15¨¨¨ Tong snub lines in good condition [SASR C-21(4) p.58]8-16¨¨¨ Tong snub lines properly triple clamped (or havefactory-made eyes) [SASR C-21 (1) p.58]8-17¨¨¨ Tong snub lines minimum 5/8 " (15.9 mm)diameter8-18¨¨¨ Tong chain in good condition, no evidence ofexcess wear, gouging, or grooving8-19 ¨¨¨NO spinning chain installed [D&WOOD SOC]8-20¨¨¨ Mud can and line installed and in good condition[SASR C-24 (2) p.59]8-21¨¨¨ Driller's controls adequately labeled [SASR C-11(2) p.51]8-22¨¨¨ Driller's controls adequately guarded [SASR C-11 (5) p.52]8-23¨¨¨ Lockouts on rotary and cathead clutches[DHALPD ED&M recommendation]8-24¨¨¨ Ends of Driller’s headache post contained[SASR C-13 (12) p.53]8-25¨¨¨ Brake handle slotted c/w tiedown [SASR C-12(3) p.52]8-26¨¨¨ Brakes in good condition [SASR C-12 (1) p.52]8-27¨¨¨ Hydromatic, Dynamatic, or El Magco functioningproperly and checked weekly [SASR C-12 (1)p.52]8-28¨¨¨ Weight indicator safety tied [SASR C-32 (21)p.64]COMMENTS: COMMENTS:8-30¨¨¨ Date of last engine kill switch test:___________ 8-31¨¨¨ Slip and cut program in place, documented[SASR C-18 (2) p.55]8-32¨¨¨ Line spooler on fast line adequately secured8-33¨¨¨ Crown stop properly set [SASR C-5 (4) p.47]8-34¨¨¨ Drill line properly spooled on drum andanchored [SASR C-18 (4) p.55]8-35¨¨¨ Tugger line in good condition, not kinked,crushed, cut, worn, bird-caged, or unstranded[SASR C-18 (3) p.55]8-36 ¨¨¨ Tugger line with safety hook or shackle on end(recommended by DHALPD)8-37¨¨¨ Swivel used on tugger line (recommended byDHALPD)8-38¨¨¨ All wire rope fittings properly clamped, clampsproperly spaced [SASR C-18 (13) p.55]8-39¨¨¨ No wire ropes are knotted, or have "Flemish eyesplice", "farmer's eye splice" or "rig operator'sstandby" [SASR C-18 (15) p.55]8-40¨¨¨ All other wire ropes and slings free from wickers,not kinked, crushed, cut, worn, bird-caged, orunstranded [SASR C-18 (3) p.55]8-41¨¨¨ Signal man used with tugger line8-42¨¨¨NO rope installed on cat head (cat head notused) [D&WOOD SOC]8-43¨¨¨ Maximum allowable casing pressure posted atremote choke control panelcords comply with Classification for the area[SASR B-15 (1) p.38]8-45¨¨¨ Electrical connections, cords, plugs andreceptacles in good condition (no electrician'stape used to splice or repair) [SASR B-15 (1)p.38]8-46¨¨¨ Proper fit between electrical cables andgrommets [SASR B-15 (1) p.38]8-47¨¨¨ Lights with proper sealed coverings free ofcracks or breaks, properly sealed [SASR B-15(1) p.38]8-48¨¨¨For an H2S locations, eyewash facilities on rigfloor (or doghouse) serviced and operable[SASR B-3 (11) p.17; B-6 III F1 p.26]8-49¨¨¨For H2S locations, two 30 pound dry chemicalfire extinguishers serviced and in place atdrawworks [SASR B-6 (IV A-4) p.26]9. DOGHOUSEYES NO N/A9-1¨¨¨ "No Smoking", hard hat, and safety footwearsigns posted at foot of stairs leading todoghouse [SASR A-5 (5) p.13]9-2¨¨¨ Doghouse doors free of locking devices [SASRC-8 (2) p.48]9-3 ¨¨¨ Blowout prevention procedures posted [SASRC-30 (14) p.63]9-4¨¨¨ BOP function tests done every trip [SaudiAramco Well Control Handbook: K 1.0 (5), p. K-3]; and documented in IADC book9-5¨¨¨ BOP pressure tested at least every 2 weeks[Saudi Aramco Well Control Handbook: K 2.1(5), p. K-4]; and documented in IADC book9-6¨¨¨ Drills held and documented in IADC book (BOP,H2S, fire, evacuation) [SASR C-30 (15) p.63]COMMENTS: COMMENTS:YES NO N/A9-7¨¨¨ Safety meeting topics and attendancedocumented9-8¨¨¨ Trip records (measured hole-fill volumes) kept9-9¨¨¨For H2S locations, two 25-man first aid kit ingood condition present: one at the rig site, andone at the camp [SASR B6 (III E) p.26]9-10¨¨¨ Two stretchers readily available [SASR B-1 (IIIB) p.26] [location:_______________]9-11¨¨¨ Employees know location of stretcher andblankets9-12¨¨¨ Bulletin board used to post current safetymaterial9-13¨¨¨ Date of last safety item posted on the bulletinboard:________________9-14¨¨¨ Spare derrick belt [SASR C-29 (7) p.47],goggles, face shields and other personalprotective equipment kept in doghouse9-15¨¨¨ Electrical plugs, receptacles, cords, conduitjunction boxes comply with electrical code forsuch atmospheres [SASR B-15 (1) p.38]9-16¨¨¨ Light covers sealed [SASR B-15 (1) p.38]9-17¨¨¨For H2S locations, three SCBA available andin good condition in doghouse (or rig floor)[SASR B6 (II B5) p.25]9-18¨¨¨ Remote BOP controls free of obstruction andaccidental operation [SASR C-30 (8) p.63]9-19¨¨¨ Housekeeping acceptable, no accumulationsthat present a hazard [SASR B-7 (6) p.34]10. DERRICKYES NO N/A10-1¨¨¨ Derrick has a permanent nameplate attached (oravailable in-site) stating: manufacturer, modelnumber, serial number, hook load capacity, windload capacity (both with and without pipe in thederrick), and (if applicable) the recommendedguying pattern. [SASR C-2 (1) p.45]10-2¨¨¨ Operating within prescribed limits [SASR C-2 (2)p.46]10-3¨¨¨ Derrick ladder extends down to rig floor (noneed to climb up standpipe, etc.)10-4¨¨¨ Base of ladder clear of obstructions [SASR C-8(15) p.49]10-5¨¨¨ Derrick ladder extends at least 3 feet (91 cm)above each landing platform (including thecrown)[SASR C-8 (23) p.50]10-6¨¨¨ Platforms provided at regular intervals onladder, or climbing device provided [SASR C-8(14) p.49]10-7¨¨¨ Climbing belt always used [SASR C-8 (18) p.49]10-8¨¨¨ Derrick girts in good condition [SASR C-2 (4)p.46]10-9¨¨¨ All derricks pins in place c/w safety pins [SASRC-2 (4, 10) p.46]10-10¨¨¨ Tong counterweight weight ropes minimum 1/2"(12.7 mm) diameter [SASR C-22 (2) p.59]10-11¨¨¨ Unguided tong counterweights safety tied withminimum 5/8" (15.9 mm) diameter wire rope[SASR C-22 (1) p.59]10-12¨¨¨ Safety line prevents counter weight fromdropping within 8 ft. (2.4 m) of floor [SASR C-22(1) p.59]COMMENTS: COMMENTS:YES NO N/A10-13¨¨¨ All sheaves, lights, and other fixtures safety-tied[SASR B-16 (3) p.39 (for lights only)]10-14¨¨¨ Standpipe adequately anchored10-15¨¨¨ Kelly hose safety chained at both ends, (chainedto the swivel, not chained to the gooseneck)[SASR C-35 (12) p.65]10-16¨¨¨ Traveling blocks have sheave guards [SASR C-5 (1) p.47]10-17¨¨¨ Traveling blocks free of projections [SASR C-5(3) p.47]10-18¨¨¨ Kelly hook safety latched [SASR C-5 (1) p.47]10-19¨¨¨ Safety belt c/w shoulder harness in derrick[SASR C-29 (2) p.47]10-20¨¨¨ Safety belt lanyard minimum 5/8" (15.9 mm)manila rope (not synthetic) with no splices[SASR C-29 (3) p.47]10-21¨¨¨ Monkey board secured and in good condition 10-22¨¨¨ Adequate tie back and pull back ropes10-23¨¨¨ Fingers and pads properly pinned and safetychained [SASR C-27 (2) p.60]10-24¨¨¨ Geronimo or other escape mechanism installed[SASR C-6 (1) p.47]10-25¨¨¨• Easily accessible[SASR C-6 (9) p.48]10-26¨¨¨• Inspected weekly[SASR C-6 (8) p.48]10-27¨¨¨• Quick release knots on geronimo tie back[SASR C-6 (9) p.48]10-28¨¨¨ Geronimo (escape) line is minimum 1/2" (12.7mm) diameter [SASR C-6 (3) p.47]YES NO N/A10-29¨¨¨ Crown has no openings large enough for aworker to fall through [SASR C-4 (1) p.46]10-30¨¨¨ Crown bumper blocks (wooden planks) safetytied, or covered with expanded metal, or suitablescreen or mesh [SASR C-4 (2) p.46]10-31¨¨¨ Crown sheaves in good condition and welllubricated10-32¨¨¨ Derrick lights have adequately sealed protectivecovers [SASR B-15 (1) p.38]10-33¨¨¨ All electrical connections, plugs, receptacles,cords etc. are in good condition [SASR B-15 (1)p.38]10-34¨¨¨ Electrician's tape not used in splices or atgrommets [SASR B-15 (1) p.38]11. CATWALK & PIPE RACKSYES NO N/A11-1¨¨¨ Catwalk level, in good condition [SASR C-9 (3)p. 50]11-2¨¨¨ Catwalk free of tripping hazards [SASR C-9 (3)p. 50]11-3¨¨¨ Stairs at end of catwalk [SASR C-9 (3) p. 50]11-4¨¨¨ Pipe racks/tubs level and in good condition[SASR C-9 (1) p. 50]11-5¨¨¨ Pipe racks butted against catwalk, and securedto catwalk [SASR C-9 (1) p. 50]11-6¨¨¨ Pipe racks chained or pinned together [SASR C-9 (1) p. 50]11-7¨¨¨ Adequate spacing between layers of pipe [SASRC-9 (5) p. 50]COMMENTS: COMMENTS:YES NO N/A11-8¨¨¨ Workers stand out of the way when rolling,loading, or unloading pipe [SASR C-10 (3) p. 51]11-9¨¨¨ Pipe key, crowbar, or other safe method usedwhen rolling pipe11-10¨¨¨ Blocks, pins, or chocks used to prevent pipefrom rolling off rack [SASR C-9 (1) p. 50]11-11¨¨¨ Tag line used when loading or unloading pipe[SASR D-2 (5) p. 67]11-12¨¨¨ From the derrick, the Geronimo (escape) line isminimum 1/2" (12.7 mm) diameter [SASR C-6(3) p.47]Geronimo (escape) line (from the derrick):11-13¨¨¨• Twice vertical length from attachment onderrick to the ground[SASR C-6 (7) p.47]11-14¨¨¨• When used, the worker will touch ground 20feet (6.1 m) from the escape line anchorpoint[SASR C-6 (6) p.47]11-15¨¨¨• Regular check of escape line anchor toensure load bearing ability (3000 lb. staticcable pull)[SASR C-6 (4) p.47]11-16¨¨¨• Anchor staked in opposite direction of pull11-17¨¨¨• Escape line touchdown area free ofobstruction or vehicular traffic[SASR C-6 (4)p.47] (DHALPD recommends 50 feet (16 m)clearance)11-18¨¨¨• Escape line does not impede access tocrown stand or pipe racks12. MANIFOLD, FLARE LINES, &FLARE PITYES NO N/A12-1¨¨¨ Electrical connections, plugs, receptacles ClassI, Div. II and lights are properly sealed with aprotective cover [SASR B-15 (1) p.38]12-2¨¨¨ Manifold and valves free of obstruction12-3¨¨¨ Valves wheels turn easily12-4¨¨¨ Valve handles kept 1/4 turn from the open orclosed position12-5 ¨¨¨ Casing and drillpipe pressure gauges installed12-6 ¨¨¨ Casing and drillpipe pressure gauges easilyvisible from manual choke operator's position12-7¨¨¨ Maximum allowable casing pressure posted atmanual choke12-8¨¨¨ Flare lines properly and adequately staked12-9 ¨¨¨ Safety chains used for pressure hoses, lineswith hammer unions, or chiksans12-10¨¨¨ Flare line sloped toward flare pit12-11¨¨¨ Flare pit minimum 60 metres from well bore, onan arc from 60º to 225º [SAES B-62 (7.2)]12-12¨¨¨ Flare pit adequate size, with proper backwall 12-13¨¨¨ Flare pit not used as garbage disposal12-14¨¨¨ Reliable and safe means of remote ignition ofgases at flare pit [SASR D-8 (1) p. 71]COMMENTS: COMMENTS:13. FUEL TANKSYES NO N/A13-1¨¨¨ Flammable liquid containers are bonded or infirm contact with each other before transfersoccur [SASR B-13 (1) p.37]13-2¨¨¨ Fuel dispensing nozzles and valves are self-closing [SASR B-11 (4) p.37]13-3¨¨¨ Fuel tanks have a fire extinguisher nearby[SASR B-11 (4) p.37]13-4¨¨¨ Fuel tanks conspicuously marked as to contents[SASR B-11 (2) p.37]14. FIRE FIGHTING EQUIPMENTYES NO N/A14-1 ¨¨¨ 30 lb. ABC fire extinguishers providedthroughout the rig at strategic areas14-2¨¨¨• Readily accessible14-3¨¨¨• Locations identified14-4¨¨¨• Inspected weekly[SASR B-9 (2) p.35]14-5 ¨¨¨ Fire drills held regularly and logged14-6¨¨¨ Fire hoses kept on rack or reel when not in use[SASR B-9 (13) p.35]14-7¨¨¨ Fire hoses not used for any other purpose thanfighting fires, drills, or testing [SASR B-9 (9)p.35]14-8¨¨¨ Fire hoses completely unrolled and inspectedmonthly [SASR B-9 (10) p.35]15. GAS CYLINDERSYES NO N/A15-1 ¨¨¨ Cylinders stored upright [SASR B-14 (1) p.38]15-2 ¨¨¨ Acetylene bottles (empty or full) always storedupright [SASR B-14 (4) p.38]YES NO N/A15-3¨¨¨ Empty and full gas cylinders stored separately[SASR B-14 (1) p.38]15-4 ¨¨¨ Oxidizers stored at least 20 ft. (6.1 m) from fuelgases [SASR B-14 (1) p.38]15-5¨¨¨ Valve protection caps on all cylinders (without aregulator) [SASR B-14 (2) p.38]15-6 ¨¨¨ Gas cylinders hoisted only in a cradle, pallet, orslingboard [SASR B-14 (3) p.38]16. HAND & POWER TOOLSYES NO N/A16-1 ¨¨¨ Hand held power tools have "dead-man" auto-shutoff devices (tools that can be locked "ON"are expressly forbidden) [SASR B-17 (2) p.40]16-2¨¨¨ Hand held power tools are double insulated orgrounded [SASR B-17 (2) p.40]16-3¨¨¨ Impact tools (such as drift pins, chisels, hammerwrenches) do not have mushroomed strikingsurfaces [SASR B-17 (3) p.40]16-4¨¨¨ Pneumatic power tools are secured to the airline to prevent accidental disconnection [SASRB-17 (7) p.40]Bench grinders:16-5¨¨¨• Tool rests no more than 1/8" (3.2 mm) fromabrasive wheel[SASR B-18 (2) p.40]16-6¨¨¨• Grinding wheel is rated for the machine rpm(grinder rpm stamped on nameplate; wheelrpm rating identified on the wheel blotter)[SASR B-18 (5) p.41]16-7¨¨¨• Eye hazard sign16-8¨¨¨• Goggles or face mask available and usedCOMMENTS: COMMENTS:17. WELDING & CUTTINGYES NO N/ANo welding or cutting performed on: [SASR B-19(1) p.41]:17-1¨¨¨• any pipe/vessel containing pressurized fluidor gas17-2¨¨¨• any container which contains or did containflammable liquids or gases, until thecontainer is filled with water or otherwisesuitably purged. Used 55-gallon drums arespecifically included.17-3¨¨¨• or in a confined space until the atmospherehas been tested "safe for fire" (DHALPDrecommends 0% LEL)17-4¨¨¨ No welding or cutting on load handling tools orequipment (slips, tongs, elevators, bales, etc.)[SASR B-19 (3) p.41]17-5¨¨¨ Suitable eye/face protection used when welding,cutting, or grinding [SASR B-19 (6) p.42]17-6¨¨¨ Maximum acetylene gauge pressure less than15 psi (103 kPa) [SASR B-19 (7) p.42]17-7 ¨¨¨ Acetylene cylinder valves not opened more than1 1/2 turns [SASR B-19 (7) p.42]17-8 ¨¨¨ All gas bottle regulator gauges are in goodcondition (no cracked glass covers) [SASR B-19(8) p.42]17-9 ¨¨¨ All welding hoses are free from cracks, leaks,burns, worn spots [SASR B-19 (10) p.41]17-10¨¨¨ No arc-welding cable with damaged insulation orexposed conductors [SASR B-19 (12) p.42]17-11 ¨¨¨ No splices in arc-welding cables within 10 ft. (3m) of the electrode holder [SASR B-19 (13)p.42]17-12 ¨¨¨ Portable arc-welding machines are suitablygrounded [SASR B-19 (15) p.42]18. CRANE OPERATIONS AND SLINGSYES NO N/ANote:¨¨¨ The heavy equipment operator certificationinformation on the title page of this inspectionchecklist must be completed in full.18-1¨¨¨ Cranes have valid Aramco Crane InspectionCertificate [SASR D-1 (1b) p.65]Crane 1 Crane 2Crane #: ________________ ________________CertificateExpiry: ________________ ________________ 18-2¨¨¨ Tag lines used [SASR D-2 (5, 6) p.67]18-3¨¨¨ All slings identified with Manufacturer name orlogo, a unique identifier number, and safeworking limit (SWL) [S.A. G.I. 7.029 (4.1)]18-4¨¨¨ All slings have a detailed visual inspection every6 months, recorded in a sling inspection log[S.A. G.I. 7.029 (7.2)]18-5¨¨¨ Spreader bars identified with Manufacturername, serial number, date of load testcertification, and (in English and Arabic) safeworking limit (SWL) [S.A. G.I. 7.029 (6.2)]18-6 ¨¨¨ Spreader bars have a semi-annual documentedinspection [S.A. G.I. 7.029 (6.2)]19. GENERALYES NO N/A19-1 ¨¨¨ All stairs with more than 4 risers have handrails[SASR C-8 (4) p.49]19-2 ¨¨¨ All working surfaces higher than 4 feet (1.2 m)have standard handrails (42" handrail, 21" kneerail, 4" toe board) [SASR C-8 (5) p.49]19-3 ¨¨¨ Safety harnesses used when working higherthan 10 feet (3.1 m) above grade [SASR C-8 (6)p.49]COMMENTS: COMMENTS:。