Appendix A to Subpart F of Part 430

RULES FOR BUILDING AND CLASSINGMOBILE OFFSHORE DRILLING UNITS 2015NOTICES ANDGENERAL INFORMATIONAmerican Bureau of ShippingIncorporated by Act of Legislature ofthe State of New York 1862Copyright 2014American Bureau of ShippingABS Plaza16855 Northchase DriveHouston, TX 77060 USANotices and General InformationCONTENTSIntroduction (1)TABLE 1 Applicable Editions of Booklets Comprising 2015 Rules (2)TABLE 2 Division and Numbering of Rules (2)Rule Change Notice (2015) (3)TABLE 3 Summary of Changes from the 2014 Rules (3).2015 ii ABS RULES FOR BUILDING AND CLASSING MOBILE OFFSHORE DRILLING UNITSNotices and General InformationIntroduction1.The year 2015 edition of the Rules for Building and Classing Mobile Offshore Drilling Unitsconsists of the nine (9) booklets as shown in Table 1.The purpose of the generic title ABS Rules for Conditions of Classification – Offshore Units andStructures (Part 1)is to reflect the expanded contents of PART 1, as a result of includingconsolidated requirements for “Classification” applicable to all types of offshore units, pipelines,risers, and other offshore structures, as specified in the Foreword to Part 1.With regard to Part 2, the purpose of the generic title ABS Rules for Materials and Welding is toemphasize the common applicability of the requirements to ABS-classed vessels, other marinestructures and their associated machinery, and thereby make PART 2 more readily a common“PART” of various ABS Rules and Guides, as appropriate.2.The numbering system applied in the Rules is shown in Table 2.3.The primary changes from the 2014 edition of the Rules are identified and listed in Table 3. Theeffective date of the indicated Rule Changes is 1 January 2015, unless specifically indicated otherwise.4.The effective date of each technical change since 1993 is shown in parenthesis at the end of thesubsection/paragraph titles within the text of each Part. Unless a particular date and month areshown, the years in parentheses refer to the following effective dates:(2000) and after 1 January 2000 (and subsequent years) (1996) 9 May 1996(1999) 12 May 1999 (1995) 15 May 1995(1998) 13 May 1998 (1994) 9 May 1994(1997) 19 May 1997 (1993) 11 May 19935.Until the next edition of the Rules for Building and Classing Mobile Offshore Drilling Units ispublished, Rule Change Notices and/or Corrigenda, as necessary, will be published on the ABSwebsite – www. – only, and will be available free for downloading. It is not intended topublish hard copies of future Rule Change Notices and/or Corrigenda to existing Rules or Guides.The consolidated edition of the Rules for Building and Classing Mobile Offshore Drilling Units,which includes Rule Change Notices and/or Corrigenda using different colors for easy recognitionwill be published on the ABS website only when RCN and/or Corrigenda are issued.6.The listing of CLASSIFICATION SYMBOLS AND NOTATIONS is available from the ABSwebsite for download..2015 1 ABS RULES FOR BUILDING AND CLASSING MOBILE OFFSHORE DRILLING UNITSNotices and General Information2ABS RULES FOR BUILDING AND CLASSING MOBILE OFFSHORE DRILLING UNITS .2015TABLE 1Applicable Editions of Booklets Comprising 2015 RulesNotices and General Information 2015Part 1: Rules for Conditions of Classification – Offshore Units andStructures (1)2015 (2)Part 1: Conditions of Classification (Supplement to the ABS Rules forConditions of Classification – Offshore Units and Structures) (1)2015Part 2: Rules for Materials and Welding 2015 (2)Part 3: Hull Construction and Equipment 2015Part 4: Machinery and Systems 2015Part 5: Fire and Safety – Measures and Features 2015Part 6: Rules for Equipment and Machinery Certification 2015Part 7: Surveys 2015Notes:1The requirements for conditions of classification are contained in the separate, generic ABS Rules for Conditions of Classification – Offshore Units and Structures (Part 1). Additional specific requirements are contained in Part 1of these Rules.2 The latest edition of these Rules is to be referred to. These Rules may be downloaded from the ABS website at, Rules and Guides, Downloads or may be ordered separately from the ABS Publications onlinecatalog at , Rules and Guides, Catalog.TABLE 2Division and Numbering of RulesDivision NumberPart Part 1Chapter Part 1, Chapter 1Section Section 1-1-1Subsection (see Note 1) 1-1-1/1Paragraph (see Note 1) 1-1-1/1.1Subparagraph 1-1-1/1.1.1Item 1-1-1/1.1.1(a)Subitem 1-1-1/1.1.1(a)i)Appendix Appendix 1-1-A1orAppendix 1-A1-1Note:1An odd number (1, 3, 5, etc.) numbering system is used for the Rules. The purpose is to permit future insertions of even-numbered paragraphs (2, 4, 6, etc.) of text and to avoid the necessity of having to renumber the existing textand associated cross-references, as applicable, within the Rules and associated process instructions, check sheets,etc.Notices and General InformationABS RULES FOR BUILDING AND CLASSING MOBILE OFFSHORE DRILLING UNITS .2015 3Rule Change Notice (2015)TABLE 3Summary of Changes from the 2014 RulesEFFECTIVE DATE 1 January 2014 – shown as (2014)Part/Para. No. Title/Subject Status/RemarksPART 1 Rules for Conditions of Classification – Offshore Units and Structures1-1-4/9.7.6 Definitions To correct the title of 1-1-A2/5.5. (Incorporates Notice No. 1)1-1-A2/1 General To adopt new Tier system for Type Approval. (Incorporates NoticeNo. 1)1-1-A2/3 Limitations To adopt new Tier system for Type Approval. (Incorporates NoticeNo. 1)1-1-A2/5.1 Product Design Assessment (PDA)Tier 2 To adopt new Tier system for Type Approval. (Incorporates Notice No. 1)1-1-A2/5.3.1(a) Manufacturer’s Procedure To adopt new Tier system for Type Approval. (Incorporates NoticeNo. 1)1-1-A2/5.3.1(b) Recognized Quality Standard (RQS) To adopt new Tier system for Type Approval. (Incorporates NoticeNo. 1)1-1-A2/5.5 Product Quality AssuranceCertification (PQA) Tier 4 To adopt new Tier system for Type Approval. (Incorporates Notice No. 1)1-1-A2/5.7.1 Unit-Certification To adopt new Tier system for Type Approval. (Incorporates NoticeNo. 1)1-1-A2/5.7.2 Issuance and Updating of Certificates To adopt new Tier system for Type Approval. (Incorporates NoticeNo. 1)1-1-A2/5.7.5 Overdue Audit To adopt new Tier system for Type Approval. (Incorporates NoticeNo. 1)1-1-A2/5.9.1 Agreement To adopt new Tier system for Type Approval. (Incorporates NoticeNo. 1)1-1-A2/5.9.2 Representation as to Product TypeApproval To adopt new Tier system for Type Approval. (Incorporates Notice No. 1)1-1-A2/5.9.3 Suspension of Certification To adopt new Tier system for Type Approval. (Incorporates NoticeNo. 1)1-1-A2/5.9.4 Validity To adopt new Tier system for Type Approval. (Incorporates NoticeNo. 1)1-1-A2/5.9.6 Limitation To adopt new Tier system for Type Approval. (Incorporates NoticeNo. 1)1-1-A2/5.9.7 Hold Harmless To adopt new Tier system for Type Approval. (Incorporates NoticeNo. 1)1-1-A2/5.9.8 Arbitration To adopt new Tier system for Type Approval. (Incorporates NoticeNo. 1)1-1-A2/5.9.9 Time Bar to Legal Action To adopt new Tier system for Type Approval. (Incorporates NoticeNo. 1)1-1-A2/5.9.10 Limitation of Liability To adopt new Tier system for Type Approval. (Incorporates NoticeNo. 1)1-1-A2/5.9.11 Scope of Certification To adopt new Tier system for Type Approval. (Incorporates NoticeNo. 1)1-1-A2/Figure 1 Process of the Type ApprovalProgram To adopt new Tier system for Type Approval. (Incorporates Notice No. 1)1-1-A3 (New) Tiers of Approval To define new tier system of classifying equipment. (IncorporatesNotice No. 1)Notices and General Information4ABS RULES FOR BUILDING AND CLASSING MOBILE OFFSHORE DRILLING UNITS .2015EFFECTIVE DATE 1 February 2014 – shown as (1 February 2014)Part/Para. No. Title/Subject Status/RemarksPART 1 Conditions of Classification (Supplement to the ABS Rules for Conditions of Classification – Offshore Units and Structures)1-1-5/1.13 <No Title> To incorporate text from the 2009 IMO MODU Code (and 1989 Code)to include guidance to operating personnel on routine recording anduse of updated lightship characteristics. (Incorporates Notice No. 1) EFFECTIVE DATE 1 July 2014 – shown as (1 July 2014)(based on the contract date for new construction between builder and Owner)Part/Para. No. Title/Subject Status/RemarksPART 3 Hull Construction and Equipment3-1-4/5.7.2 CVN Requirements To waive the requirement for mid thickness Charpy tests duringproduction where it has been established by first article testing andsatisfactory manufacturing production control that adequate midthickness Charpy values and internal quality are maintained.(Incorporates Notice No. 2)3-1-4/5.7.4 Extra High Strength Steels To waive the requirement for mid thickness Charpy tests duringproduction where it has been established by first article testing andsatisfactory manufacturing production control that adequate midthickness Charpy values and internal quality are maintained.(Incorporates Notice No. 2)EFFECTIVE DATE 1 January 2015 – shown as (2015)(based on the contract date for new construction between builder and Owner)Part/Para. No. Title/Subject Status/RemarksPART 3 Hull Construction and Equipment3-1-4/Table 1 Material Selection Requirements forABS Ordinary and Higher StrengthSteelsTo provide requirements for selection of FH36 grade material.3-2-3/9 Hull Interface Structure with Legs To update reference to jacking system requirements and to clarifyfriction requirements.3-3-1/3 Inclining Experiment To clarify the requirements regarding allowable limit of lightweightand principal horizontal dimension between successive units of aseries and the first unit, in line with the 2009 MODU Code and 2008IS Code.3-3-2/3.1 General To clarify the requirements and align them with the 2009 MODUCode and 2008 IS Code.PART 4 Machinery and Systems4-1-1/7.7 Ambient Temperature To clarify the terminology in line with 4-1-1/Tables 3 and 4, to notethat normal practice of using DST for marine deck equipment andstructures remains in effect, and to permit use of industrial standardssuch as API for the temperature rating of industrial equipment whichis designed to that standard under the Rules.4-1-1/Table 2 Ambient Temperatures for Machinery,Equipment and Appliances in Unitsof Unrestricted Service To clarify the terminology in line with 4-1-1/Tables 3 and 4, to note that normal practice of using DST for marine deck equipment and structures remains in effect, and to permit use of industrial standards such as API for the temperature rating of industrial equipment which is designed to that standard under the Rules.4-2-2/7.1 General To incorporate the requirements of IMO Resolution MSC.313(88). 4-2-2/7.5.6 Fire Endurance To incorporate the requirements of IMO Resolution MSC.313(88).Notices and General InformationABS RULES FOR BUILDING AND CLASSING MOBILE OFFSHORE DRILLING UNITS .2015 5Part/Para. No. Title/Subject Status/Remarks4-2-2/7.7.1(a) <No Title> To incorporate the requirements of IMO Resolution MSC.313(88). 4-2-2/7.15.4(b) <No Title> To incorporate the requirements of IMO Resolution MSC.313(88). 4-2-2/Table 2 Fire Endurance Requirements Matrix To incorporate the requirements of IMO Resolution MSC.313(88). 4-2-5/3.9 Valves on Oil Tanks To align the requirements for valves of the emergency generator fueltank and the emergency fire pump fuel tank with 4-6-4/13.5.3 of theSteel Vessel Rules.4-2-5/7.10 (New) Isolating Valves in Fuel Supply andSpill PipingTo require the fuel supply and return piping is to be individuallyprotected where multiple engines are installed in Category Amachinery spaces, in line with requirement of Steel Vessels Rules4-2-6/7.3 Spill Containment To specify that each skid should be provided with a coaming when thepump skid is separate from the dispenser/coalescer skid.4-3-2/5.1.1 Basic Requirement To prohibit the installation of other unrelated equipment in the emergencygenerator room4-3-3/3.9 Switchboard To align the requirements with 4-8-4/7.1.1 of the Steel Vessel Rules. 4-3-3/3.25 Receptacles and Plugs of DifferentRatingsTo align the requirements with the latest version of IEC 60092-306.4-3-3/5.1.4 Restricted Location of Cabling To prohibit the installation of cables in cargo tanks, ballast tanks, fueloil tanks, or water tanks unless the cables are suitable for liquidsubmersion.4-3-3/5.1.9 (New) Protection of Cables in Tanks To provide requirements for protection of cables from liquidsubmersion.4-3-3/9.1.1 General To clarify that IEC 60079 is based on an ambient temperature range of –20°C to 40°C and that (a) the ABS Rules are based on a wider range, asgiven in 4-1-1/Table 2 and (b) even more extreme temperatures maybe encountered at the location of equipment installation4-3-6/5 (Title only) Classification of Areas Associatedwith Drilling ActivitiesTo emphasize that the Subsection is applicable to hazardous areasassociated with drilling activities.4-3-6/6 (New) Classification of Miscellaneous Areas To consolidate requirements for classification of hazardous areas formud test laboratory, well test equipment, helicopter refuelingequipment, paint storage room, battery room and oxygen-acetylenestorage room.PART 5 Fire and Safety – Measures and Features5-1-1/3.17ii) <No Title> To clarify the requirement for external doors in located bulkheads ofsuperstructures and deckhouses.5-2-3/1.3 Drilling and Industrial Areas To provide clear definitions of drilling areas and mud processing areasfor the purpose of application of Fire Extinguishing System.5-2-3/9.3.5 Deck Integrated Fire Fighting System(DIFFS) To align with CAP 437, allowing the use of water-based DIFFS with a passive fire retarding system.PART 6 Material, Marine Equipment and Machinery Certification6-1-1/3.9 Skid Mounted Equipment orMachinery To clarify that the skid is also required to be design approved and subjected to survey in addition to the equipment itself.6-1-5/1 General To provide requirements for pressurized bulk storage tanks.6-1-7/9.9.6(a) General To align the requirements with 4-8-3/5.3.2(e) of the Steel Vessel Rules. 6-1-7/Table 4 Limits of Temperature Rise for Air-cooled Rotating MachinesTo align the ambient temperature with 4-1-1/Table 2.6-1-9/5 Plans and Data to be Submitted To update the list of submittals to add items not previously listed herebut contained in Section 6-1-9, and to clarify that NDE procedures anddetails must be submitted and acceptance/rejection criteria should beincluded.6-1-9/7 Failure Modes and Effects Analysis(FMEA) To identify scope of control systems to be evaluated and to Include timing effectsNotices and General Information6ABS RULES FOR BUILDING AND CLASSING MOBILE OFFSHORE DRILLING UNITS .2015Part/Para. No. Title/Subject Status/Remarks6-1-9/9 Material To indicate that an MIP must be submitted, clarify material requirementsand specify that test coupons are to be qualified by comparison withtests from an actual product, indicate that chemistry and processingneeds to be controlled to avoid detrimental metallurgical characteristicsand that heat treatment sensitivity studies can be done when newprocesses are applied, and clarify that Charpy tests can be taken inlongitudinal or transverse directions.6-1-9/Table 1 Charpy V-Notch (CVN) ImpactRequirements for Steel Materials To include Charpy requirements for planetary carriers (same as for pinions).6-1-9/11 Strength Analysis To clarify the requirements and correct cross-references.6-1-9/13.3 Brakes To clarify the criteria for static vs. dynamic capacities and to addrequirements for documenting brake capacity.6-1-9/15 Electrical Power System To update motor requirements for jacking systems to consolidateinformation in Part 6, clarify requirements specific to these systemswhere reference is made to other Rules and standards, require designreview and survey or jacking motors regardless of power and addconfirmation for jacking service, adopt additional language from IEC61892-5 regarding electric motors capacity, add requirement formotors to be based on jacking service and matched to input power,specify shaft criteria for motors which have brakes placed on theopposite end from the planetary gear system, thereby subjecting thelength of the shaft to a torque load when brake is engaged, and addrequirements for hydraulic motors.6-1-9/19 Control, Monitoring and Alarm System To update alarm requirements, add RPD detection and control, and toidentify system categories for computer-based jacking control systems. 6-1-9/25.1 Inspection and Material Testing To clarify and make the survey requirements more explicit and toexpand on heat treatment requirements and include gears which canalso be surface hardened.6-1-9/25.3 Prototype Test To clarify and make the survey requirements more explicit and toexpand on heat treatment requirements and include gears which canalso be surface hardened.The reference date which is indicated in the parentheses following the title of the requirement in this Part is the date that the requirement becomes effective [e.g., 7-2-5/5.1.6 “Lightship Displacement” (2015) is to apply for vessels undergoing survey on or after 1 January 2015]EFFECTIVE DATE 1 January 2015 – shown as (2015)Part/Para. No. Title/Subject Status/RemarksPART 7 Surveys7-2-5/5.1.6 (New) Lightship Displacement To align ABS weight verification surveys with IMO MODU CodeCh.3.1.7-2-5/5.3.6 (New) Lightship Displacement To align ABS weight verification surveys with IMO MODU CodeCh.3.1.7-2-5/5.5.6 (New) Lightship Displacement To align ABS weight verification surveys with IMO MODU CodeCh.3.1.7-2-5/5.7.6 (New) Lightship Displacement To align ABS weight verification surveys with IMO MODU CodeCh.3.1.。

第三章危险货物与特殊货物§3-1 国际海运危险货物规则1 国际海运危险货物规则的发展The development of the IMDG Code dates back to the 1960 Safety of Life at Sea Conference, which recommended that Governments should adopt a uniform international code for the transport of dangerous goods by sea to supplement the regulations contained in the 1960 International Convention for the Safety of Life at Sea (SOLAS).A resolution adopted by the 1960 Conference said the proposed code should cover such matters as packing, container traffic and stowage, with particular reference to the segregation of incompatible substances.A working group of IMO’s Maritime Safety Committee began preparing the Code in 1961, in close co-operation with the United Nations Committee of Experts on the Transport of Dangerous Goods, which in a 1956 report had established minimum requirements for the transport of dangerous goods by all modes of transport.Since its adoption by the fourth IMO Assembly in 1965, the IMDG Code has undergone many changes, both in appearance and content to keep pace with the ever-changing needs of industry. Amendments which do not affect the principles upon which the Code is based may be adopted by the MSC, allowing IMO to respond to transport developments in reasonable time.Amendments to the IMDG Code originate from two sources; proposals submitted directly to IMO by Member States and amendments required to take account of changes to the United Nations Recommendations on the Transport of Dangerous Goods which sets the basic requirements for all the transport modes.Amendments to the provisions of the United Nations Recommendations are made on a two-yearly cycle and approximately two years after their adoption, they are adopted by the authorities responsible for regulating the various transport modes. In that way a basic set of requirements applicable to all modes of transport is established and implemented, thus ensuring that difficulties are not encountered at inter-modal interfaces.The Maritime Safety Committee (MSC) at its 72nd session in May 2000 adopted a revised and reformatted International Maritime Dangerous Goods (IMDG) Code, which is intended to be more user-friendly and understandable, known as “Amendment 30”.“Amendment 30” to the IMDG Code involves the complete reformatting of the IMDG Code as well as revisions to various sections of the Code and to transport requirements for specific substances. The reformatted IMDG Code will enter into force on 1 January 2001, with a 12 months transitional period ending 21 December 2001.The reformatted IMDG Code includes seven parts, two appendices and an index;General provisions, definitions and training (Part 1);Classification (Part 2);Dangerous Goods List (DGL) and Limited Quantities Exceptions (Part 3);Packing and Tank provisions (Part 4);Consignment Procedures (Part 5);Construction and Testing of Packagings, Intermediate Bulk Containers (IBCs), LargePackagings, Portable Tanks and Road Tank Vehicles (Part 6);Requirements Concerning Transport Operations (Part 7);Appendix A – List of Generic and NOS (Not Otherwise Specified) Proper Shipping Names;Appendix B – Glossary of terms;Index.The present Code appears in four volumes, but the reformatted Code will appear in two volumes; one covering Parts 1, 2, 3, 4, 5, 6 and 7; the second incorporation Part 3, the two Appendices and the Index.IMDG Code to be made mandatory.The MSC at its 73rd session in Nov-Dec 2000 decided, in principle, to make sections of the International Maritime Dangerous Goods (IMDG) Code mandatory, aiming at an entry-into-force date of 1 January 2004, and instructed the Sub-Committee on Dangerous Goods, Solid Cargoes and Containers at its sixth session in July 2001 and the Secretariat to prepare relevant documents such as draft amendments to SOLAS.The MSC agreed that some chapters of the IMDG Code would remain rcommendatory in nature – including chapter 1.3 (Training); chapter 2.1 (Explosives – Notes 1 to 4); 2.3.3 of chapter 2.3 (Determination of flashpoint); chapter 3.2 (Columns 15 and 17 of the Dangerous Goods List); chapter 3.5 (Transport Schedules); 5.4.5 of chapter 5.4 (Multimodal dangerous goods form); and chapter 7.3 (Special provisions in the event of an incident and fire precautions involving dangerous goods).[注释]Conference 会议，一般指国际上定期举行的会议Recommend 建议，常是必须执行的建议Resolution 决议，这里指国际海事组织大会做出的决定cover 包括，常指责任、权利等方面的范围segregation of incompatible substances 性质不相容的物质的隔离Maritime Safety Committee （国际海事组织）海事安全委员会United Nations Committee of Experts on the Transport of Dangerous Goods 联合国危险品运输专家委员会mode 运输方式，如公路、铁路、水路、航空等Assembly (国际海事组织)大会Amendments 修正案two-year cycle 两年一个周期session 会议，国际海事组织下的各委员会所召开的会议transitional period 过渡期Not Otherwise Specified 未另列明的（危险品）2 国际海运危险货物规则的适用范围2.1 The regulationsThese Regulations prescribe detailed requirements applicable to the transport of dangerous goods. Except as otherwise provided in these Regulations, no person may offer or accept dangerous goods for transport unless those goods are properly classified, packaged, marked, labeled placarded, described and certified on a transport document, and otherwise in a conditionfor transport as required by these Regulations.These Regulations do not apply to the transport of:Dangerous goods in bulk which, in most countries, are subject to special regulations;Dangerous goods that are required for the propulsion of the means of transport or the operation of its specialized equipment during transport (e. g. refrigeration units) or that are required in accordance with the operating regulations (e. g. fire extinguishers); and Dangerous goods, packaged for retail sale, that are carried by individuals for their own use.Note 1: Specific modal provisions for the transport of dangerous goods as well as derogations from these general requirements can be found in the modal regulations.Note 2: Certain special provisions of section 3.3.1 of Chapter 3.3 also indicate substances and articles which are not subject to these Regulations.Exceptions for dangerous goods packed in limited quantities.Certain dangerous goods packed in limited quantities are exempted from certain requirement of these Model Regulations subject to the conditions laid down in Chapter 3.4.2.2 Transport of radioactive materialRegulations regarding the transport of radioactive material have been prepared by the International Atomic Energy Agency (IAEA) in consultation with the United Nations specialized agencies concerned and the IAEA’s Member States. The most recent publication of the IAEA Regulations was published in 1996 (Regulations for the Safe Transport of Radioactive Material (1996 Edition), IAEA Safety Standards Series No. ST-1).The IAEA Regulations are concerned only with the radioactive and fissile properties of materials; it is necessary however, for consignments of radioactive material to comply with transport regulations applicable to other hazardous properties which such material may prossess. This is specified in the IAEA Regulations in paragraphs 109 and 507.In practice packages containing radioactive material consisting of one or more radio-nuclides, when transported in accordance with the IAEA Regulations will normally be satisfactorily covered in respect of any other hazardous properties possessed by the contents. Thus is the case both when the radioactive material is in isolation and, as is common, when it is associated with small quantities of non-radioactive material.However, it is emphasized that radioactive material transported in accordance with those Regulations may be associated with a comparatively large quantity of a non-radioactive material (particularly a liquid or a gas) which may possess other hazardous properties requiring additional consideration in that respect. This shall be borne in mind particularly for the following radioactive material:Limited quantities of radioactive material in excepted packages, complying with paragraphs 408 to 410; 515 to 520 and 620 of the IAEA Regulations;The low specific activity materials as defined in paragraph 226 of the IAEA Regulations; and The surface contaminated objects as defined in paragraph 241 of the IAEA Regulations.General principles for radiation protection of transport workers and the general public are included in Section III of the IAEA Regulations paragraphs 301 to 307. Compliance with the IAEA Regulations, which utilize the principles set forth in International Basic Safety Standards for Protection against Ionizing Radiation and for the Safety of Radiation Sources (1996 Edition), IAEA Safety Series No.115 will ensure a high degree of safety.2.3 Dangerous goods forbidden from transportUnless provided otherwise by these Regulations, the following are forbidden from transport: Any substance or article which, as presented for transport, is liable to explode, dangerously react, produce a flame or dangerous evolution of heat or dangerous emission of toxic, or corrosive or flammable gases or vapours under normal conditions normally encountered in transport.[注释]Except as otherwise provided…as required by these Regulations 除非本规则另有规定，否则，未经正确分类和妥善包装，做出标志，标签和标牌，在运输文件中做出申报和证明并符合本规则其他运输条件的危险品，任何人均不得交运或承运。

Projector Control Command Reference ManualIntroductionThis manual describes the commands used to control an NEC-made projector from a PC or other external device. A projector can be controlled by exchanging commands with an external device connected via a serial port or network.The manual assumes basic knowledge of projectors. For information about the functions of the model in use and how to adjust the device, see the operation manual of the projector .For information about the connection between the projector and an external device, see "1 Connecting an External Device" (page 5). Connect an external device as appropriate for the usage environment of the projector.Models for which the control commands are availableSee the Appendix "Connecting an External Device".ConventionsFor information about how commands and responses are expressed in this manual, see "2.1 Understanding command details" (page 10).NOTES1. The acts of disclosure, duplication, and modification of part or whole contents in this reference manual withoutpermission are prohibited.2. The contents of this reference manual are subject to change without notice.3. Great care has been taken in the preparation of this reference manual; however, should you notice anyquestionable points, errors or omissions, please contact us.4. Notwithstanding article 3. NEC will not be responsible for any claims on loss of profit or other matters deemed toresult from using this reference manual.ContentsProjector Control Command Reference Manual (1)Introduction (2)Contents (3)1.Connecting an External Device (5)1.1Connection interface (5)1.2Communication conditions (7)mand List (8)2.1Understanding command details (10)2.2Parameters (10)2.3Responses (11)2.4Error code list (12)mand details (13)3.1[ 009. ERROR STATUS REQUEST ] (13)3.2[ 015. POWER ON ] (15)3.3[ 016. POWER OFF ] (16)3.4[ 018. INPUT SW CHANGE ] (17)3.5[ 020. PICTURE MUTE ON ] (19)3.6[ 021. PICTURE MUTE OFF ] (20)3.7[ 022. SOUND MUTE ON ] (21)3.8[ 023. SOUND MUTE OFF ] (22)3.9[ 024. ONSCREEN MUTE ON ] (23)3.10[ 025. ONSCREEN MUTE OFF ] (24)3.11[ 030-1. PICTURE ADJUST ] (25)3.12[ 030-2. VOLUME ADJUST ] (27)3.13[ 030-12. ASPECT ADJUST ] (29)3.14[ 030-15. OTHER ADJUST ] (30)3.15[ 037. INFORMATION REQUEST ] (32)3.16[ 037-3. FILTER USAGE INFORMATION REQUEST ] (33)3.17[ 037-4. LAMP INFORMATION REQUEST 3 ] (34)3.18[ 037-6. CARBON SAVINGS INFORMATION REQUEST ] (36)3.19[ 050. REMOTE KEY CODE ] (38)3.20[ 051. SHUTTER CLOSE ] (40)3.21[ 052. SHUTTER OPEN ] (41)3.22[ 053. LENS CONTROL ] (42)3.23[ 053-1. LENS CONTROL REQUEST ] (44)3.24[ 053-2. LENS CONTROL 2 ] (46)3.25[ 053-3. LENS MEMORY CONTROL ] (48)3.26[ 053-4. REFERENCE LENS MEMORY CONTROL ] (50)3.27[ 053-5. LENS MEMORY OPTION REQUEST ] (52)3.28[ 053-6. LENS MEMORY OPTION SET ] (53)3.29[ 053-7. LENS INFORMATION REQUEST ] (55)3.30[ 053-10. LENS PROFILE SET ] (56)3.31[ 053-11. LENS PROFILE REQUEST ] (57)3.32[ 060-1. GAIN PARAMETER REQUEST 3 ] (58)3.33[ 078-1. SETTING REQUEST ] (60)3.34[ 078-2. RUNNING STATUS REQUEST ] (61)3.35[ 078-3. INPUT STATUS REQUEST ] (62)3.36[ 078-4. MUTE STATUS REQUEST ] (64)3.37[ 078-5. MODEL NAME REQUEST ] (66)3.38[ 078-6. COVER STATUS REQUEST ] (67)3.39[ 079. FREEZE CONTROL ] (68)3.40[ 084. INFORMATION STRING REQUEST ] (69)3.41[ 097-8. ECO MODE REQUEST ] (70)3.42[ 097-45. LAN PROJECTOR NAME REQUEST ] (71)3.43[ 097-155. LAN MAC ADDRESS STATUS REQUEST2 ] (72)3.44[ 097-198. PIP/PICTURE BY PICTURE REQUEST ] (73)3.45[ 097-243-1. EDGE BLENDING MODE REQUEST ] (75)3.46[ 098-8. ECO MODE SET ] (76)3.47[ 098-45. LAN PROJECTOR NAME SET ] (77)3.48[ 098-198. PIP/PICTURE BY PICTURE SET ] (78)3.49[ 098-243-1. EDGE BLENDING MODE SET ] (80)3.50[ 305-1. BASE MODEL TYPE REQUEST ] (81)3.51[ 305-2. SERIAL NUMBER REQUEST ] (82)3.52[ 305-3. BASIC INFORMATION REQUEST ] (83)3.53[ 319-10. AUDIO SELECT SET ] (85)4.Revision History (87)1. Connecting an External DeviceThis chapter describes how to connect the projector to an external device and communication conditions.1.1The projector can be connected to a PC or other external device using the methods mentioned below.For information about the connection method supported by the model in use, see the Appendix "Connecting an External Device".・Connection using a serial port・Connection via a networkConnection using a serial portThis method connects a PC and the projector using a serial cable (cross cable).Connect the serial cable to the PC CONTROL port of the projector. The pin assignment of the serial cable is shown below.<Connection between the PC CONTROL port (D-SUB 9P) and external device>Pin number Projector External device1 (Not used) (Not used)2 RxD TxD3 TxD RxD4 (Not used) (Not used)5 GND GND6 (Not used) (Not used)7 RTS CTS8 CTS RTS9 (Not used) (Not used)Connection via a networkInformation・Before connecting an external device via a network, check with the network administrator.・Some models cannot receive commands in standby mode. See Appendix "Standby Mode setting for receiving commands".Connection using a wired LANThis method connects a PC and the projector using a LAN cable. For information about the type of LAN cable to be used (straight or cross), contact the network administrator. The pin assignment of the LAN port is shown below.<LAN port (RJ-45 8-pin connector)>Pin number Function Description1 TD+ Transmit Data (+)2 TD- Transmit Data (-)3 RD+ Receive Data (+)4 －Not used5 －Not used6 RD- Receive Data (-)7 －Not used8 －Not usedConnection using a wireless LANThis method connects a PC via a wireless LAN by connecting a wireless LAN unit to the projector. For information about the available wireless LAN units, see the operation manual of the model in use.1.2For information about the connection methods available for the model in use, see the Appendix "Connecting an External Device".Serial connectionThe RS-232C-compliant communication method is supported. Specify the communication settings of the software used to send and receive commands, as shown below.Item DetailBaud rate 115200/38400/19200/9600/4800 bpsData length 8 bitsParity bit NoneStop bit 1 bitCommunication mode Full duplexLAN connectionWired LANItem DetailData rate Auto switchable (10/100 Mbps)Supported standard IEEE802.3 (10BASE-T)IEEE802.3u (100BASE-TX, Auto-Negotiation)Wireless LANSee the operation manual of the wireless LAN unit to be used.Port numberUse TCP port number "7142" for sending and receiving commands.2. Command ListCommand Description Page tosee 009. ERROR STATUS REQUEST Gets information about errors occurring in the projector. 13 015. POWER ON Turns on the power of the projector. 15 016. POWER OFF Turns off the power of the projector. 16 018. INPUT SW CHANGE Switches the input terminal or entry list. 17 020. PICTURE MUTE ON Turns the picture mute on. 19 021. PICTURE MUTE OFF Turns the picture mute off. 20 022. SOUND MUTE ON Turns the sound mute on. 21 023. SOUND MUTE OFF Turns the sound mute off. 22 024. ONSCREEN MUTE ON Turns the onscreen mute on. 23 025. ONSCREEN MUTE OFF Turns the onscreen mute off. 24 030-1. PICTURE ADJUST Adjusts the picture. 25 030-2. VOLUME ADJUST Adjusts the sound volume. 27 030-12. ASPECT ADJUST Adjusts the aspect. 29 030-15. OTHER ADJUST Adjusts the various gains. 30 037. INFORMATION REQUEST Gets the information of the projector. 32 037-3. FILTER USAGE INFORMATION REQUEST Gets filter usage information such as usage time. 33 037-4. LAMP INFORMATION REQUEST 3 Gets lamp information such as usage time and remaining life. 34 037-6. CARBON SAVINGS INFORMATION REQUEST Gets the Carbon Saving values on the projector. 36 050. REMOTE KEY CODE Sends the key code for remote control. 38 051. SHUTTER CLOSE Closes the lens shutter. 40 052. SHUTTER OPEN Opens the lens shutter. 41 053. LENS CONTROL Adjusts the lens position. 42 053-1. LENS CONTROL REQUEST Gets adjusted values of the lens position. 44 053-2. LENS CONTROL 2 Adjusts the lens position. 46 053-3. LENS MEMORY CONTROL Controls the lens memory. 48 053-4. REFERENCE LENS MEMORY CONTROL Controls the reference lens memory. 50 053-5. LENS MEMORY OPTION REQUEST Gets the value set for the lens memory. 52 053-6. LENS MEMORY OPTION SET Sets the lens memory. 53 053-7. LENS INFORMATION REQUEST Gets information about the lens of the projector. 55 053-10. LENS PROFILE SET Selects the profile number of the reference lens memory. 56 053-11. LENS PROFILE REQUEST Gets the selected profile number of the reference lens57memory.060-1. GAIN PARAMETER REQUEST 3 Gets adjusted values of the picture, volume, and backlight. 58Command Description Page tosee 078-1. SETTING REQUEST Gets information of the projector. 60078-2. RUNNING STATUS REQUEST Gets the information about the operation status of the61projector.078-3. INPUT STATUS REQUEST Gets the information about the input signal status of the62projector.078-4. MUTE STATUS REQUEST Gets the mute status of the projector. 64 078-5. MODEL NAME REQUEST Gets the model name of the projector. 66 078-6. COVER STATUS REQUEST Gets the status of the mirror cover or lens cover. 67 079. FREEZE CONTROL Controls whether to turn the freeze function on or off. 68 084. INFORMATION STRING REQUEST Gets information strings (English) displayed on the projector. 69 097-8. ECO MODE REQUEST Gets the value set for the eco mode. 70 097-45. LAN PROJECTOR NAME REQUEST Gets the projector name. 71 097-155. LAN MAC ADDRESS STATUS REQUEST2 Gets the MAC address of the projector. 72097-198. PIP/PICTURE BY PICTURE REQUEST Gets the value set for the picture in picture and picture by73picture.097-243-1. EDGE BLENDING MODE REQUEST Gets the value set for the edge blending. 75 098-8. ECO MODE SET Sets the eco mode. 76 098-45. LAN PROJECTOR NAME SET Sets the projector name. 77 098-198. PIP/PICTURE BY PICTURE SET Sets the picture in picture or picture by picture. 78 098-243-1. EDGE BLENDING MODE SET Sets the edge blending. 80 305-1. BASE MODEL TYPE REQUEST Gets the base model type of the projector. 81 305-2. SERIAL NUMBER REQUEST Gets the serial number of the projector. 82 305-3. BASIC INFORMATION REQUEST Gets the operation status of the projector. 83 319-10. AUDIO SELECT SET Sets the audio select. 852.1In this manual, commands and responses are expressed as follows.20h 88h <ID1><ID2> 0Ch <DATA01> - <DATA12><CKS>Command/response A series of strings enclosed in a frame represents a command or response (inhexadecimal notation).Parameter A character string in italic enclosed in brackets represents a parameter.For information about the parameters that are common to the control commands(ID1, ID2, CKS, LEN, ERR1, and ERR2), see "2.2 Parameters" (page 10). Forinformation about those parameters whose content varies from command tocommand (DATA), see the description of the relevant command.2.2The parameters that are used in the control commands are listed below.Parameter name DescriptionID1 Control ID The value of the "control ID" set for the projector is used.ID2 Model code This varies depending on the model in use.CKS Checksum The checksum is calculated as follows.①Add all preceding bytes of data.②Use the value of the low-order one byte (eight bits) of the additionresult obtained in ①as the checksum.LEN Data length This indicates the data length of the data part (DATA??) following LEN (inbytes).DATA?? Variable length data This varies depending on the character string stored.ERR1 ERR2 Response error The cause of an error is represented by a combination of error codes.For information about error codes, see "2.4 Error code list" (page 12).Example of checksum calculation20h 81h 01h 60h 01h 00h <CKS>①Add all the data preceding the checksum."20h + 81h + 01h + 60h + 01h + 00h = 103h"②Use the low-order one byte "03h" of the addition result obtained in ①as the checksum.After a command is sent to the projector, its result is returned as a response. How a response is returned differs depending on the execution result of the command.When the execution of a command succeedsWhen the command does not request data, a response is returned with no data part.When the command requests data, a response is returned with data added to data parts.When the execution of a command failsA response is returned with the cause of the failed command execution indicated in <ERR1> and <ERR2>.(Example) POWER ONCommand02h 00h 00h 00h 00h 02hResponseA2h 00h <ID1><ID2> 02h <ERR1><ERR2><CKS>The following table lists the combinations of error codes (ERR1 and ERR2) and describes the error indicated by each combination.ERR1 ERR2 Error description00h 00h The command cannot be recognized.00h 01h The command is not supported by the model in use.01h 00h The specified value is invalid.01h 01h The specified input terminal is invalid.01h 02h The specified language is invalid.02h 00h Memory allocation error02h 02h Memory in use02h 03h The specified value cannot be set.02h 04h Forced onscreen mute on02h 06h Viewer error02h 07h No signal02h 08h A test pattern or filer is displayed.02h 09h No PC card is inserted.02h 0Ah Memory operation error02h 0Ch An entry list is displayed.02h 0Dh The command cannot be accepted because the power is off.02h 0Eh The command execution failed.02h 0Fh There is no authority necessary for the operation.03h 00h The specified gain number is incorrect.03h 01h The specified gain is invalid.03h 02h Adjustment failed.3. Command details3.1Gets information about errors occurring in the projector.Command00h 88h 00h 00h 00h 88hResponseWhen the command succeeds20h 88h <ID1><ID2> 0Ch <DATA01> - <DATA12><CKS>When the command failsA0h 88h <ID1><ID2> 02h <ERR1><ERR2><CKS>Data partDATA1 - DATA12 .............. E rror information is provided. A bit set to "0" indicates that the data is normal, and a bitset to "1" indicates an error. For an error information list, see the next page.<Error information list>Item DescriptionDATA01 Error status (1)Bit0 Cover error Bit4 Fan errorBit1 Temperature error (bi-metallicstrip)Bit5 Power errorBit2 None (fixed to 0) Bit6 Lamp (or lamp 1) offor backlight offBit3 Fan error Bit7 Lamp (or lamp 1) in a replacementmoratoriumDATA02 Error status (2)Bit0 Lamp (or lamp 1) usage timeexceeded the limitBit4 None (fixed to 0)Bit1 Formatter error Bit5 None (fixed to 0)Bit2 Lamp 2 off Bit6 None (fixed to 0)Bit3 None (fixed to 0) Bit7 Refer to the extend status.DATA03 Error status (3)Bit0 None (fixed to 0) Bit4 Lamp (or lamp 1) data errorBit1 FPGA error Bit5 Mirror cover errorBit2 Temperature error (temperature sensor) Bit6 Lamp 2 in a replacement moratoriumBit3 Lamp (or lamp 1) not present Bit7 Lamp 2 usage time exceeded thelimitDATA04 Error status (4)Bit0 Lamp 2 not present Bit4 None (fixed to 0)Bit1 Lamp 2 data error Bit5 Ballast communication errorBit2 Temperature error due to dust Bit6 Iris calibration errorBit3 Foreign matter sensor error Bit7 The lens is not installed properly. DATA05 - 08 Reserved for the systemDATA09 Extended statusBit0 The portrait cover side is up Bit4 None (fixed to 0)Bit1 The interlock switch is open. Bit5 None (fixed to 0)Bit2 System error has occurred.(Slave CPU)Bit6 None (fixed to 0)Bit3 System error has occurred(Formatter)Bit7 None (fixed to 0)DATA10 - 12 Reserved for the systemTurns on the power of the projector.InformationWhile this command is turning on the power, no other command can be accepted. Command02h 00h 00h 00h 00h 02hResponseWhen the command succeeds22h 00h <ID1><ID2> 00h <CKS>When the command failsA2h 00h <ID1><ID2> 02h <ERR1><ERR2><CKS>Turns off the power of the projector.InformationWhile this command is turning off the power (including the cooling time), no other command can be accepted. Command02h 01h 00h 00h 00h 03hResponseWhen the command succeeds22h 01h <ID1><ID2> 00h <CKS>When the command failsA2h 01h <ID1><ID2> 02h <ERR1><ERR2><CKS>Switches the input terminal or entry list.Command02h 03h 00h 00h 02h 01h <DATA01><CKS>Data partItem DescriptionDATA01 Input terminalInformationFor the values of input terminal, see the Appendix "Supplementary Information by Command". Command exampleThe following command switches the input terminal to a video port (DATA01: 06h).02h 03h 00h 00h 02h 01h 06h 0EhResponseWhen the command succeeds22h 03h <ID1><ID2> 01h <DATA01><CKS>Data partItem DescriptionDATA01 Execution result00h Ended successfully.FFh Ended with an error (no signal switch is made). When the command failsA2h 03h <ID1><ID2> 02h <ERR1><ERR2><CKS>Turns the picture mute on.InformationIf any of the following operations is done, the picture mute is turned off.・Input terminal switch・Video signal switchCommand02h 10h 00h 00h 00h 12hResponseWhen the command succeeds22h 10h <ID1><ID2> 00h <CKS>When the command failsA2h 10h <ID1><ID2> 02h <ERR1><ERR2><CKS>Turns the picture mute off.Command02h 11h 00h 00h 00h 13hResponseWhen the command succeeds22h 11h <ID1><ID2> 00h <CKS>When the command failsA2h 11h <ID1><ID2> 02h <ERR1><ERR2><CKS>Turns the sound mute on.InformationIf any of the following operations is done, the sound mute is turned off.・Input terminal switch・Video signal switch・Sound volume adjustmentCommand02h 12h 00h 00h 00h 14hResponseWhen the command succeeds22h 12h <ID1><ID2> 00h <CKS>When the command failsA2h 12h <ID1><ID2> 02h <ERR1><ERR2><CKS>Turns the sound mute off.Command02h 13h 00h 00h 00h 15hResponseWhen the command succeeds22h 13h <ID1><ID2> 00h <CKS>When the command failsA2h 13h <ID1><ID2> 02h <ERR1><ERR2><CKS>Turns the onscreen mute on.InformationIf any of the following operations is done, the onscreen mute is turned off.・Input terminal switch・Video signal switchCommand02h 14h 00h 00h 00h 16hResponseWhen the command succeeds22h 14h <ID1><ID2> 00h <CKS>When the command failsA2h 14h <ID1><ID2> 02h <ERR1><ERR2><CKS>Turns the onscreen mute off.Command02h 15h 00h 00h 00h 17hResponseWhen the command succeeds22h 15h <ID1><ID2> 00h <CKS>When the command failsA2h 15h <ID1><ID2> 02h <ERR1><ERR2><CKS>Adjusts the picture.Command03h 10h 00h 00h 05h <DATA01>FFh <DATA02> - <DATA04><CKS> Data partItem DescriptionDATA01 Adjustment target00h Brightness01h Contrast02h Color03h Hue04h SharpnessDATA02 Adjustment mode00h Specify an absolute value01h Specify a relative valueDATA03 Adjustment value (low-order 8 bits)DATA04 Adjustment value (high-order 8 bits)Command example①The following command sets brightness to "10".03h 10h 00h 00h 05h 00h FFh 00h 0Ah 00h 21h②The following command sets brightness to "-10".03h 10h 00h 00h 05h 00h FFh 00h F6h FFh 0ChResponseWhen the command succeeds23h 10h <ID1><ID2> 02h <DATA01><DATA02><CKS> Data partItem DescriptionDATA01 DATA02 Execution result0000h Ended successfully. Other than 0000h Ended with an error.When the command failsA3h 10h <ID1><ID2> 02h <ERR1><ERR2><CKS>3.12Adjusts the sound volume.Command03h 10h 00h 00h 05h 05h 00h <DATA01> - <DATA03><CKS> Data partItem DescriptionDATA01 Adjustment mode00h Specify an absolute value01h Specify a relative valueDATA02 Adjustment value (low-order 8 bits)DATA03 Adjustment value (high-order 8 bits)Command exampleThe following command set the sound volume to "10".03h 10h 00h 00h 05h 05h 00h 00h 0Ah 00h 27hResponseWhen the command succeeds23h 10h <ID1><ID2> 02h <DATA01><DATA02><CKS> Data partItem DescriptionDATA01 DATA02 Execution result0000h Ended successfully. Other than 0000h Ended with an error.When the command failsA3h 10h <ID1><ID2> 02h <ERR1><ERR2><CKS>Adjusts the aspect.Command03h 10h 00h 00h 05h 18h 00h 00h <DATA01> 00h <CKS>Data partItem DescriptionDATA01 Value set for the aspectInformationFor information about the values set for the aspect, see the Appendix "Supplementary Information by Command".ResponseWhen the command succeeds23h 10h <ID1><ID2> 02h <DATA01><DATA02><CKS>Data partItem DescriptionDATA01 DATA02 Execution result0000h Ended successfully. Other than 0000h Ended with an error.When the command failsA3h 10h <ID1><ID2> 02h <ERR1><ERR2><CKS>Adjusts the various gains.Command03h 10h 00h 00h 05h <DATA01> - <DATA05><CKS> Data partItem DescriptionDATA01 DATA02 DATA01 DATA02 Adjustment target96h FFh LAMP ADJUST / LIGHT ADJUSTDATA03 Adjustment mode00h Specify an absolute value01h Specify a relative value DATA04 Adjustment value (low-order 8 bits)DATA05 Adjustment value (high-order 8 bits)ResponseWhen the command succeeds23h 10h <ID1><ID2> 02h <DATA01><DATA02><CKS> Data partItem DescriptionDATA01 DATA02 Execution result0000h Ended successfully. Other than 0000h Ended with an error.When the command failsA3h 10h <ID1><ID2> 02h <ERR1><ERR2><CKS>Gets the information of the projector.Command03h 8Ah 00h 00h 00h 8DhResponseWhen the command succeeds23h 8Ah <ID1><ID2> 62h <DATA01> - <DATA98><CKS>Data partItem DescriptionDATA01 - 49 Projector name (NUL: termination character string).DATA50 - 82 Reserved for the systemDATA83 - 86 Lamp usage time (seconds)DATA87 - 90 Filter usage time (seconds)DATA91 - 98 Reserved for the systemWhen the command failsA3h 8Ah <ID1><ID2> 02h <ERR1><ERR2><CKS>Response exampleWhen the lamp usage time is18000 seconds (5 hours)23h 8Ah <ID1><ID2> 62h <DATA01>- <DATA82> 50h 46h 00h 00h <DATA87> - <DATA98> <CKS>Lamp usage time (DATA83 – DATA86) = 18000 / 3600 = 5 hoursInformationWhile the usage time can be obtained in one-second units, the information is updated at one-minute intervals.Gets filter usage information such as usage time.Command03h 95h 00h 00h 00h 98hResponseWhen the command succeeds23h 95h <ID1><ID2> 08h <DATA01> - <DATA08><CKS> Data partItem Description DATA01 - 04 Filter usage time (seconds)DATA05 - 08 Filter alarm start time (seconds)InformationIf no time is defined, "-1" is returned.When the command failsA3h 95h <ID1><ID2> 02h <ERR1><ERR2><CKS>Gets lamp usage information such as usage time or remaining life. When the eco mode is enabled, the values in the obtained information reflect the eco mode.Command03h 96h 00h 00h 02h <DATA01><DATA02><CKS>Data partItem DescriptionDATA01 Target00h Lamp 101h Lamp 2DATA02 Content01h Lamp usage time (seconds)04h Lamp remaining life (%)Information"01h" (Lamp 2) in DATA01 is effective only for two-lamp projector models.Command exampleThe following command gets the lamp usage time.03h 96h 00h 00h 02h 00h 01h 9ChResponseWhen the command succeeds23h 96h <ID1><ID2> 06h <DATA01> - <DATA06><CKS>Data partItem DescriptionDATA01 Target00h Lamp 101h Lamp 2DATA02 Content01h Lamp usage time (seconds)04h Lamp remaining life (%)DATA03 - 06 Obtained informationWhen the command failsA3h 96h <ID1><ID2> 02h <ERR1><ERR2><CKS>Response exampleWhen the lamp usage time is18000 seconds (5 hours)23h 96h <ID1><ID2> 06h 00h 01h 50h 46h 00h 00h <CKS>Lamp usage time (DATA03 - DATA06) = 18000 / 3600 = 5 hoursInformation・While the lamp usage time can be obtained in one-second units, the information is updated at one-minute intervals.・If the lamp replacement deadline is exceeded, a negative value is returned as the lamp remaining life (%).3.18Gets the Carbon Saving values on the projector.Command03h 9Ah 00h 00h 01h <DATA01><CKS>Data partItem Description DATA01 Target00h Total Carbon Savings01h Carbon Savings during operationResponseWhen the command succeeds23h 9Ah <ID1><ID2> 09h <DATA01> - <DATA09><CKS>Data partItem DescriptionDATA01 Target00h Total Carbon Savings01h Carbon Savings during operationDATA02 - 05 Carbon Savings (Kilogram Maximum: 99999[kg])DATA06 - 09 Carbon Savings (Milligram Maximum:999999[mg])When the command failsA3h 9Ah <ID1><ID2> 02h <ERR1><ERR2><CKS>Response exampleWhen the Carbon Savings value is 2460.06375[kg].23h 9Ah <ID1><ID2> 09h 00h 9Ch 90h 00h 00h 06h F9h 00h 00h <CKS>3.19Sends the key code for remote control.Command02h 0Fh 00h 00h 02h <DATA01><DATA02><CKS> Data partItem DescriptionDATA01 DATA02 Key code (WORD type)For the combinations of key codes, see Table "Key code list".<Key code list>Key code DATA01 DATA02 Key name2 02h 00h POWER ON3 03h 00h POWER OFF5 05h 00h AUTO6 06h 00h MENU7 07h 00h UP8 08h 00h DOWN9 09h 00h RIGHT10 0Ah 00h LEFT11 0Bh 00h ENTER12 0Ch 00h EXIT13 0Dh 00h HELP15 0Fh 00h MAGNIFY UP16 10h 00h MAGNIFY DOWN19 13h 00h MUTE41 29h 00h PICTURE75 4Bh 00h COMPUTER176 4Ch 00h COMPUTER279 4Fh 00h VIDEO181 51h 00h S-VIDEO1132 84h 00h VOLUME UP133 85h 00h VOLUME DOWN138 8Ah 00h FREEZE163 A3h 00h ASPECTKey code DATA01 DATA02 Key name 215 D7h 00h SOURCE238 EEh 00h LAMP MODE/ECOCommand exampleThe following command sends the key code "AUTO".02h 0Fh 00h 00h 02h 05h 00h 18hResponseWhen the command succeeds22h 0Fh <ID1><ID2> 01h <DATA01><CKS>Data partItem Description DATA01 Execution result00h Ended successfully.FFh Ended with an error.When the command failsA2h 0Fh <ID1><ID2> 02h <ERR1><ERR2><CKS>。

USER MANUALMODEL 2157RRuggedized CopperLinkEthernet ExtenderSALES OFFICE (301) 975-1000TECHNICAL SUPPORT Part# 07M2157R-UMRev. BRevised 10/15/08This is a Class A device and is intended for use in alight industrial environment. It is not intended norapproved for use in an industrial or residentialenvironment.CONTENTS1.0Warranty Information (3)1.1Compliance (3)EMC Compliance: (3)Safety Compliance: (3)PSTN Compliance: (3)1.2Radio and TV Interference (FCC Part 15) (3)1.3CE Declaration of Conformity (4)1.4Authorized European Representative (4)1.5Service (4)1.6Safety When Working With Electricity (5)2.0General Information (6)2.1Features (6)2.2Description (6)3.0Installation (8)3.1Connecting the Twisted-Pair Line Interface (9)3.2Line Interface—Connecting the 10/100Base-T Ethernet Interface..10Connecting the 10/100Base-T Ethernet Port to a Hub or PC (10)3.3Connecting Power (11)3.4Power Input Connector (11)External AC universal power supply (12)External 48 VDC power supply (12)3.5Console Port (13)4.0Operation (14)4.1Front Panel LED Status Monitors (14)ASpecifications (15)A.1General Characteristics (15)A.2WAN Characteristics (15)A.3Ethernet (15)A.4Extension distance and rate (16)A.5LED Indicators (17)A.6Power and Power Supply Specifications (17)A.7Temperature Range (17)A.8Humidity (17)A.9Dimensions (17)BModel 2157R Series FactoryReplacement Parts and Accessories (18)CModel 2157R Series Interface Pin Assignment (19)C.110/100Base-T Interface (19)RJ-45 (19)C.2CopperLink Interface (19)RJ-11 (19)1.0 WARRANTY INFORMATIONPatton Electronics warrants all Model 2157R components to be free from defects, and will—at our option—repair or replace the product should it fail within one year from the first date of the shipment.This warranty is limited to defects in workmanship or materials, and does not cover customer damage, abuse or unauthorized modification. If this product fails or does not performs as warranted, your sole recourse shall be repair or replacement as described above. Under no condition shall Patton Electronics be liable for any damages incurred by the use of this product. These damages include, but are not limited to, the following: lost profits, lost savings and incidental or consequential damages arising from the use of or inability to use this product. Patton Electronics spe-cifically disclaims all other warranties, expressed or implied, and the installation or use of this product shall be deemed an acceptance of these terms by the user.Note Conformity documents of all Patton products can be viewedonline at under the appropriate product page.1.1 COMPLIANCEEMC Compliance:•FCC Part 15, Class A•EN55022, Class A•EN55024Safety Compliance:•IEC/EN 60950-1•AS/NZS 60950-1PSTN Compliance:Note This device is not intended nor approved for connection to the PSTN.1.2 RADIO AND TV INTERFERENCE (FCC PART 15)This equipment generates and uses radio frequency energy, and if not installed and used properly—that is, in strict accordance with the manu-facturer's instructions—may cause interference to radio and television reception. This equipment has been tested and found to comply with thelimits for a Class A computing device in accordance with the specifica-tions in Subpart B of Part 15 of FCC rules, which are designed to provide reasonable protection from such interference in a commercial installa-tion. However, there is no guarantee that interference will not occur in a particular installation. If the equipment causes interference to radio or television reception, which can be determined by disconnecting the cables, try to correct the interference by one or more of the following measures: moving the computing equipment away from the receiver, re-orienting the receiving antenna, and/or plugging the receiving equipment into a different AC outlet (such that the computing equipment and receiver are on different branches).1.3 CE DECLARATION OF CONFORMITYWe certify that the apparatus described above conforms to the require-ments of Council Directive 2004/108/EC on the approximation of the laws of the member states relating to electromagnetic compatibility; and Council Directive 2006/95/EC on the approximation of the laws of the member states relating to electrical equipment designed for use within certain voltage limits.The safety advice in the documentation accompanying this product shall be obeyed. The conformity to the above directive is indicated by the CE sign on the device.1.4 AUTHORIZED EUROPEAN REPRESENTATIVED R M GreenEuropean Compliance Services Limited.Avalon House, Marcham RoadAbingdon,Oxon OX14 1UD, UK1.5 SERVICEAll warranty and non-warranty repairs must be returned freight prepaid and insured to Patton Electronics. All returns must have a Return Materi-als Authorization number on the outside of the shipping container. This number may be obtained from Patton Electronics T echnical Services at:•T el: +1(301) 975-1007•Email: ******************•URL: 1.6 SAFETY WHEN WORKING WITH ELECTRICITY•This device contains no user serviceable parts. Theequipment shall be returned to Patton Electronics forrepairs, or repaired by qualified service personnel.•The external power adapter shall be a listed LimitedPower Source. The mains outlet that is utilized topower the devise shall be within 10 feet (3 meters) ofthe device, shall be easily accessible, and protectedby a circuit breaker.•If an AC power adapter is used, ensure that the powercable used meets all applicable standards for thecountry in which it is to be installed, and that it isconnected to a wall outlet which has earth ground.•Hazardous network voltages are present in WANports regardless of whether power to the unit is ON orOFF. To avoid electric shock, use caution when nearWAN ports. When detaching the cables, detach theend away from the device first.•Do not work on the system or connect or disconnect cables during periods of lightning activity.In accordance with the requirements of council direc-tive 2002/96/EC on Waste of Electrical and ElectronicEquipment (WEEE), ensure that at end-of-life you sepa-rate this product from other waste and scrap and deliverto the WEEE collection system in your country for recy-cling.This device is NOT intended nor approved for connec-tion to the PSTN. It is intended only for connection to customer premise equipment.When the 2157R is mounted, it shall be secured in such a way as to withstand a vertical shear force of 50N or 14 pounds.WARNING WARNING WARNING2.0 GENERAL INFORMATIONThank you purchasing this Patton Electronics product. This product has been thoroughly inspected and tested and is warranted for one year for parts and labor. If questions arise while installing or using this product, contact Technical Support at +1 (301) 975-1007.2.1 FEATURES•Easy-to-install Ethernet Extenders—no configuration required•Auto-rate adaption ensures the highest rate possible for each exten-sion distance•Data rates to 2.3 Mbps 4.6 Mbps•Auto-sensing 10/100Base-T•Extends network connections up to 30,000 ft (9,144 m) over 2-wire 24-AWG unconditioned lines (see Appendix A on page 16)•T ransparent operation to higher level protocols such as TCP/IP, DEC-net, NETBIOS, IPX, etc.•Compatible with 802.1Q VLAN•LED indicators for Power; Line Link, Line T ransmit, Line Receive, Ethernet Link, Ethernet 100 M, Ethernet T ransmit, Ethernet Receive•Extended temperature ratings of -10 to 70C (2157R/E) and -40 to 85C (2157R/CC/E)•Made in the USA2.2 DESCRIPTIONThe Patton Electronics Model 2157R Ruggedized CopperLink Ethernet Extender provides high-speed LAN connections between peered Ether-net LANs, remote PCs, or any other network enabled 10/100Base-T device.Operating in pairs, one Model 2157R or 2157 can automatically forward LAN broadcasts, multicasts, and frames across a 2-wire voice-grade twisted-pair link. The data is passed transparently (unmodified) through the Ethernet Extenders. They automatically add and delete MAC addresses, only passing packets across the CopperLink line that are meant for the remote peered LAN.Figure 1. T ypical applicationThe 2157/L and 2157/R work together to create a transparent extension between two peered Ethernet LANs. Figure 1 shows a typical point-to-point application.3.0 INSTALLATIONBecause the CopperLink Ethernet Extenders require no configuration, they can be installed quickly . Installation consists of the following:•Connect the line interface between the units (refer to section 3.1, “Connecting the T wisted-Pair Line Interface” on page 10)Note See Figure 2 for the rear-panel connectors locations.•Connect the Ethernet interface (refer to section 3.2, “Line Interface—Connecting the 10/100Base-T Ethernet Interface” on page 11).•Connect the power plug (refer to section 3.3, “Connecting Power” on page 12).Figure 2. CopperLink Ethernet Extender rear panelThe Interconnecting cables shall be acceptable for external use and shall be rated for the proper applica-tion with respect to voltage, current, anticipated tem-perature, flammability, and mechanical serviceability.CAUTION3.1 CONNECTING THE TWISTED-PAIR LINE INTERFACEThe Model 2157R supports communication between two peer Ethernet LAN sites over a distance greater than 30,000 ft (9,144 m) over 24 AWG (0.5 mm) twisted-pair wire.Note The Model 2157R uses an auto-rate adaption feature to providethe fastest data rate possible over the wire and distance of eachEthernet extension. The actual distance and rate achieved forEthernet extension may vary depending on the environment andtype/gauge of the wire used.Follow the steps below to connect the CopperLink interfaces.Note The Model 2157R units work in pairs. One of the units must beconfigured as a (L) Local unit, and the other unit must be config-ured as a (R) Remote unit. It does not matter which end is the Land which is the R. The link is always initiated by the R unit. Aslong as the L unit is powered on, the R unit can establish a linkby being powered on or by having its power reset.1.T o function properly, the two Ethernet Extenders must be connectedtogether using twisted-pair, unconditioned, dry, metal wire, between 19 (0.9mm) and 26 AWG (0.4mm). Leased circuits that run through signal equalization equipment are not acceptable.2.The Model 2157R is equipped with an RJ-11 interface. The Copper-Link interfaces are a two-wire interface. Observe the signal/pin rela-tionships on the CopperLink interface jack.The RJ-11 connector on the CopperLink Ethernet Extender’s twisted pair interface is polarity insensitive and is wired for a two-wire interface. The signal/pin relationship is shown in Figure 3.Figure 3. CopperLink Ethernet Extender (RJ-11) twisted pair line interface.The Interconnecting cables shall be acceptable forexternal use and shall be rated for the proper applica-tion with respect to voltage, current, anticipated tem-perature, flammability, and mechanical serviceability.CAUTION3.2 LINE INTERFACE—CONNECTING THE 10/100BASE-TETHERNET INTERFACEThe shielded RJ-45 port labeled Ethernet is the 10/100Base-T interface. This port is designed to connect directly to a 10/100Base-T network. Figure 4 shows the signal/pin relationships on this interface. Y ou may connect this port to another Ethernet device via a T ype 4 or T ype 5 cable that is up to 328 ft (100 m) long.Figure 4. CopperLink Ethernet Extender 10/100Base-T RJ-45 Connector Pinout.Connecting the 10/100Base-T Ethernet Port to a Hub or PC The Model 2157R is equipped with an MDI-X switch that enables con-nections to a hub (DCE) or PC (DTE) interface, thereby elimininating confusion over whether a straight-through or crossover cable is needed.When using a straight-through cable for connecting to a hub, the MDI-X switch should be in its released (DCE mode) position (see Figure 5). When connecting to a PC, the MDI-X switch should be pushed in toengage the crossover function so you won’t have to use a crossover cableFigure 5. MDI-X switch positionsNoteIf you have difficulty achieving a working connection between the CopperLink Ethernet Extender’s Ethernet port and the hub or PC, change the position of the MDI-X switch and try again.The Interconnecting cables shall be acceptable for external use and shall be rated for the proper applica-tion with respect to voltage, current, anticipated tem-perature, flammability, and mechanical serviceability.CAUTIONIn its released position, the MDI-X switch enables straight-through con-nections (see Figure 6) or in its inserted position the MDI-X switch per-forms the crossover function (see Figure 7 on page 12).Figure 6. Wiring diagram for connecting the CopperLink Ethernet Extender to a10/100Base-T hub (MDI-X switch released)Figure 7. MDI-X switch pressed in performs 10/100Base-T crossover function3.3 CONNECTING POWERThe Model 2157R does not have a power switch, so it powers up as soon as it is plugged in.An external AC or DC power supply is available separately. This connec-tion is made via the barrel jack on the rear panel of the Model 2157R. No configuration is necessary for the power supply (See Appendix B on page 19 for domestic and international power supply and cord options).3.4 POWER INPUT CONNECTORThe CopperLink Ethernet Extender comes with an AC or DC power supply.•The supplies connection to the CopperLink Ethernet Extender is a 2.5 mm barrel receptacle with the center conductor positive (see Figure 6).The Interconnecting cables shall be acceptable for external use and shall be rated for the proper applica-tion with respect to voltage, current, anticipated tem-perature, flammability, and mechanical serviceability.2157 10/100Base-T Port RJ-45 Pin No.10/100Base-T Hub RJ-45 Pin No.1 (TX+)--------------------------------------------------1 (RX+)2 (TX-)---------------------------------------------------2 (RX-)3 (RX+)--------------------------------------------------3 (TX+)6 (RX-)---------------------------------------------------6 (TX-)CAUTIONFigure 8. Power connection barrel receptacle diagram•CopperLink Ethernet Extender’s rated voltage: 5.0 VDC •CopperLink Ethernet Extender’s rated current: 1 A DC External AC universal power supply •Output from power supply: 5 VDC, 2A•Input to power supply: universal input 100–240 VAC 50/60 Hz 0.3AExternal 48 VDC power supply •Input–Rated voltage: 36–60 VDC–Rated current: 0.25 A DC at nominal 48 VDC –3-pin locking connector, 3.5 mm pitch –Reverse polarity protection–Transient over-voltage protection, 100 VDC at 2 ms •Output–Rated voltage: 5 VDC ± 5%, 5W –Rated current; 1 A DCAn approved LPS external power supply that incorpo-rates a disconnect device must be used and positioned within easy reach of the operator’s position.Connect the equipment to a 5 VDC source that is electri-cally isolated from the AC source. The 5 VDC source isto be reliably connected to earth.CAUTIONCAUTION–6-inch cable terminated with 2.5 mm barrel plug, center positive3.5 CONSOLE PORTThe Console Port is only intended for use by Patton Electronics T echnical Support technicians.An approved LPS external power supply that incorpo-rates a disconnect device must be used and positioned within easy reach of the operator’s position.Connect the equipment to a 36–60 VDC source that is electrically isolated from the AC source. The 36–60 VDC source is to be reliably connected to earth.CAUTIONCAUTION4.0 OPERATIONOnce the CopperLink Ethernet Extenders are properly installed, they should operate transparently. No user settings required. This section describes reading the LED status monitors.4.1 FRONT PANEL LED STATUS MONITORSThe Model 2157R features eight front-panel LEDs that monitor power, Ethernet signals, and the CopperLink connection. Figure 9 shows the front panel location of each LED. T able 1 describes the LED functions.APPENDIX ASPECIFICATIONSA.1 GENERAL CHARACTERISTICS•Compact low cost plug-and-play router•10/100 Ethernet•Unlimited host support•Eight front panel LEDs indicate Power, WAN, Ethernet LAN speed and status•Convenient and standard RJ connectors for Ethernet and line •External UI or 48 VDC power supply options•Standard 1-year warrantyA.2 WAN CHARACTERISTICS• 4.6 Mbps speed•RJ-11 connector•Uses two-wire unconditioned twisted-pairA.3 ETHERNET•Full-duplex, auto-sensing,10Base-T/100Base-TX Ethernet •Standard RJ-45 and built-in MDI-X crossover switch•IEEE 8021.d transparent learning bridge up to 1,024 addresses and spanning tree•Compatible with 802.1Q VLAN•Addresses deleted after 5 minutes of inactivityA.4 EXTENSION DISTANCE AND RATE• 4.6 Mbps speed•Distances up to 30,000 ft (9,144 m) on 24 AWG (0.4 mm) wire •Auto-adjusting rate picks best rate for a given extension distance (see tables below)Table 2: Model 2157R Extension DistancesA.5 LED INDICATORS•Eight LED indicators•Power•Line Link, T ransmit, and Receive•Ethernet Link, 100M, T ransmit, and ReceiveA.6 POWER AND POWER SUPPLY SPECIFICATIONS•Either AC or DC options are available•Connection to the CopperLink Ethernet Extender requires +5VDC±5% DC power (1.0A minimum). Center pin is +5V. The barrel type plug has a 2.5/5.5/10mm I.D./O.D./shaft length dimensions •CopperLink Ethernet Extender’s rated voltage: 5.0 VDC •CopperLink Ethernet Extender’s rated current: 1A DCA.7 TEMPERATURE RANGE•-10 to 70°C (2157R/E)•-40 to 85°C (2157R/CC/E)A.8 HUMIDITYStandard:Up to 90% non-condensingConformal Coated: 85% condensing humidity from -10 to 35°CA.9 DIMENSIONS1.5H x 4.13W x 3.75D in.(3.81H x 10.5W x 9.53D cm)MODEL 2157R SERIES FACTORYREPLACEMENT PARTS AND ACCESSORIES*Only required with optional UI power supply (08055DCUI)MODEL 2157R SERIES INTERFACE PIN ASSIGNMENTC.1 10/100BASE-T INTERFACERJ-45•Pin 1: TX+•Pin 2: TX-•Pin 3: RX+•Pin 6: RX-•Pins 4, 5, 7, 8: no connectionC.2 COPPERLINK INTERFACERJ-11•Pin 2: RING•Pin 3: TIP•Pins 1 & 4: no connection________________________________________________________ ________________________________________________________ ________________________________________________________ ________________________________________________________ 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