WPCp 2BTgW#|d Elite 10pt 12 pitch (D/J/M)@|Lddd,#d\( @HP LaserJet Series IIHPLASEII.PRSd\( @,,,,0$ÂX` hp x (#%'X@` 0p x (#%'Ђ2 WtOE#|dHP LaserJet Series IIHPLASEII.PRSd\( @,,,,0$ÂX` hp x (#%'X@` 0p x (#%'ЂPrestige Elite 10pt 12 pitch (D/J/M)Prestige Elite 10pt Bold 12 pitch (D/J/M)2 Jn@|Lddd,#d\( @|Lddd,%d\( `s1** * * * * * * * * * REMOVE THIS OUTLINE GUIDE BEFORE PLACING THE SPECIFICATION SECTION IN THE CONTRACT ** * * * * * * * * * 'O U T L I N E G U I D E 'DIVISION 15: MECHANICALă SECTION 15640 HOT WATER HEATING SYSTEM USE: Furnishing and installing piping and equipment for a hot water heating system. Unique job requirements may require specific coverage in the following specification sections:(#  @A.` Section 01010: Summary of Work(#`  @B.` Section 01300: Submittals(#`  @` (When Contractorfurnished materials are used, either this section or Section 01365 must be included.)(#`  @C.` Section 01365: Certificates of Conformance(#`  @` (When Contractorfurnished materials are used, either this section or Section 01300 must be included.)(#`  @D.` Section 01700: Contract Closeout(#`  @` (Must be used when training of Government employees is required.)(#`  @E.` Section 15010: Basic Mechanical Requirements(#`  @` (Must be used when Division 15 specifications are used.)(#` X@` 0p x (#%'X` hp x (#%'DRAWING DATA REQUIRED: Location and detail drawings as needed. REQUIRED SPEC MODIFICATIONS: -GENERAL NOTESă X A.Whenever entire articles, paragraphs or subparagraphs are not applicable, the articles, paragraphs or subparagraphs should be deleted; when necessary, reletter or renumber articles, paragraphs or subparagraphs.(# X B.THIS GUIDE IS NOT INTENDED AS A SUBSTITUTE FOR READING THE ENTIRE SECTION.(#  ' ,TECHNICAL NOTESă X A.1.01B: Select or add applicable specificaton sections. Do not list specification sections from Division 15. (# X B.1.02: Select or add applicable references.(# X C.1.03A: Select applicable specification section.(# X D.1.03B: Insert number of copies of the manufacturer's descriptive data required. Normally 5 copies are required. Distribution after review is normally 1 copy to the COR, 3 copies to the Contractor, and I copy to the project file.(# X E.1.03C: Insert number of copies of the manufacturer's installation instructions required. Normally 5 copies are required. Distribution after review is normally 1 copy to the COR, 3 copies to the Contractor, and 1 copy to the project file.(# X F.1.03D: Insert number of copies of the manufacturer's operating and maintenance instruction required. Normally 5 copies are required. Distribution after review is normally 1 copy to the COR, 3 copies to the Contractor, and 1 copy to the project file.(# X G.1.03E: Insert number of copies of shop drawings required. Normally 5 copies are required. Distribution after review is normally 1 copy to the COR, 3 copies to the Contractor, and 1 copy to the project file.(# X H.1.03F: Insert number of copies of Certificates of Conformance required. Normally 3 copies are required. Distribution after review is normally 1 copy to the COR, 1 copy to the Contractor, and 1 copy to the project file.(# X I.1.04B: Insert number of days required.(# X J.1.04C: Insert number of days required.(# X K.2.01A: Insert working pressure and temperature.(# X L.2.01C: Select and insert applicable information.(# X M.2.01D: Select and insert applicable information.(# X N.2.04C: Select applicable words.(# X O.2.04E: Select and insert applicable information.(# X P.2.04E2: Select and insert applicable information.(# 115640 h) X Q.2.04F: Select and insert applicable information.(# X R.2.04G: Select applicable phrase.(# X S.3.03B: Select applicable section.(# X T.3.05A: Select applicable words.(# X U.3.06B: Select applicable words.(# X V.3.06B1: Select and insert applicable information.(# X W.4.01 and 4.02: When a "lump sum" Contract is used, delete the title PART 4: MEASUREMENT AND PAYMENT, and both articles from this section. Measurement and payment will be addressed in Part 4 of Section 01010 Summary of Work.(# _____________________` !$X$h*X*0X06 * * * * * * * * * * * * * * *(# X ` X X$X$h*X*0X06X6p< * *(#p DATE OF LAST REVISION: 01/23/91,0X06 * POINT OF CONTACT *(# WRITTEN BY: Garduno *0 * Del Garduno (SC673) *(# REVISED BY: Porter * FTS 7760128 * APPROVED BY: * COMM (303) 2360128 * X ` X X$X$h*X*0X06X6p< * *(#p * * * * * * * * * * * * * * * 115640 h)Ԍ(b 015640 (DIVISION 15 SECTION 15640 MECHANICAL HOT WATER HEATING SYSTEM Rev. 0191 X` hp x (#%'X@` h x PART 1: GENERAL 1.01 SUMMARY: A.@Section Includes: Furnishing and installing piping and equipment comprising the hot water heating system.(#@ B.@Related Sections:(#@  @Summary of Work$X$h* * HSection 01010(#   @Submittals  X$X$h* * HSection 01300(#   @Certificates of Conformance+ HSection 01365(#   @Contract Closeout!$X$h* * HSection 01700(#   @Structural Concrete#$X$h* * HSection 03310(#   @Exterior Painting!$X$h* * HSection 09910(#   @Interior Painting!$X$h* * HSection 09920(#  1.02 REFERENCES: A.@American Boiler Manufacturers Association:(#@  @ABMA `   X$Packaged Firetube Ratings, 1978(# B.@American National Standards Institute:(#@  @ANSI B 40.11978 $GaugesPressure and Vacuum, Indicating DialType Elastic Element(# C.@American Society of Mechanical Engineers:(#@  @ASME BPVC89x X$Boiler and Pressure Vessel Codes: Section IV, Rules for Construction of Heating Boilers(#  @ASME BPVC89x X$Boiler and Pressure Vessel Codes, Section VIII, Rules for Construction of Pressure Vessels, Division 1(# D.@American Society for Testing and Materials:(#@  @ASTM A 5379x X$Pipe, Steel, Black and HotDipped, ZincCoated Welded and Seamless(#  @ASTM A 12070x X$Pipe, Steel, Black and HotDipped ZincCoated (Galvanized) Welded and Seamless for Ordinary Uses(#  @ASTM B 7580x X$Seamless Copper Tube(#  $ X%DIVISION 15 SECTION 15640 MECHANICAL HOT WATER HEATING SYSTEM Rev. 0191 @ASTM B 8880x X$Seamless Copper Water Tube(#  @ASTM B 11180x X$Copper and CopperAlloy Seamless Condenser Tubes and Ferrule Stock(#  @ASTM B 39580x X$UBend Seamless Copper and CopperAlloy Heat Exchanger and Condenser Tubes(#  @ASTM D 39680x X$Fuel Oils(# E.@American Water Works Association:(#@  @AWWA 65678x X$Backflow Prevention Devices Reduced Pressure Principle and Double Check Valve Type(# F.@Hydronics Institute:(#@  @HI77 `   X$Testing and Rating Standard for CastIron and Steel Heating Boilers(# G.@Federal Specifications:(#@  @Fed. Spec. GGT321D(2)( 'h*Thermometers, SelfIndicating, Liquid in Glass(#h  @ `   X$X$h*for Machinery and Piping Systems(#h  @Fed. Spec. VVF815#$X$h*(#h H.@Military Specifications:(#@  @Mil. Spec. P16077B#$X$h*Pumps, Centrifugal, Water Circulating ElectricMotorDriven(#h  @Mil. Spec. S16293G#$X$h*Boilers, Steam and Hot Water, High and Low Pressure: Firetube Packaged(#h  @Mil. Spec. P17552D#$X$h*Pump Units, Centrifugal, Water, Horizontal: (#h  @& AM 1 `   X$X$h*General Service and BoilerFeed: Electric Motor or Steam Turbine Driven(#h  @Mil. Spec. B18796D#$X$h*Burner, Single, Oil, Gas and Gas Oil Combination(#h  @& AM 2 `   X$X$h*(400,000 Btu's Per Hour and Over Input Capacity)(#h  @Mil. Spec. B18897D#$X$h*Boiler Heating (10,000,000 Btu's Per Hr Maximum)(#h  @& AM 2(#@  @Mil. Spec. V18433(#@  @Mil. Spec. V18146(#@  @Mil. Spec. V12003(#@  @Mil. Spec. T9955(#@  @Mil. Spec. B17452(#@  @Mil. Spec. B174521(#@ 1.03 SUBMITTALS: A.@General: Submittals shall be according to [Section 01300 Submittals.] [and] [Section 01365 Certificates of Conformance.](#@  $ԌB.@Manufacturer's Literature: Submit [____] copies of the manufacturer's descriptive data for the hot water heating system to be used on this project.(#@ C.@Installation Instructions: Submit [____] copies of the manufacturer's installation instructions for the hot water heating systems to be used on this project.(#@ D.@Operating and Maintenance Instructions: Submit [____] copies of the manufacturer's operating and maintenance instructions for the hot water heating system to be used on this project.(#@ E.@Shop Drawings: Submit [____] copies of shop drawings for the hot water heating system to be used on this project. [Shop drawings shall show plan, elevations, dimensions, capacities and ratings for the boil, hot water heat exchanger, pump, flow meter, and backflow preventor.](#@ F.@Certificates of Conformance: Submit [____] copies of written certification from the supplier of the Contractorfurnished boiler, hot water heat exchanger, pump, flow meter and backflow preventor to be used on this project that they conform to the requirements of this specification section. Submit [____] copies of the manufacturer's certificate of boiler performance and a Certificate of Full Approval or a current Certificate of Approval for backflow preventors.(#@ G.@Boiler Certification: The boiler manufacturer shall submit evidence that the boiler meets the requirement of the standards specified. Acceptable evidence of meeting these standards will be the official UL listing mark prescribed in the UL gas and oil equipment list for oilfired, gasfired, or gas and oilfired boiler assemblies, as applicable plus the appropriate official ASME symbol stamp. In lieu of the above certification, acceptable evidence of meeting the requirements of one or more of the standards specified will be a certified test report from an approved testing laboratory, indicating that the boilers and accessories have been inspected and tested and meet the requirements of the applicable standards specified below. Furnish a certificate of Full Approval of a current Certificate of Approval for each design, size, and make of backflow preventer being provided for the project. The certificate shall be from the Foundation for CrossConnection Control and Hydraulic Research, University of Southern California, and shall attend that this design, size, and make of backflow preventer has satisfactorily passed the complete sequence of performance testing and evaluation for the respective level of approval. A Certificate of Provision Approval is not acceptable in lieu of the above.(#@ H.@Performance Data: Submit [____] copies of pump speed and characteristic curve data for performance of impeller selected for each pump. Curves shall indicate capacity vs. head, efficiency, and brake horsepower for full range, from shutoff to free delivery.(#@  $Ԍ1.04 QUALITY ASSURANCE: A.@Manufacturer Qualifications: A company regularly engaged in the manufacture of hot water heating systems and who issue's a complete catalog of data on such products. The manufacturer shall have parts and service available to commence correction of the deficiency, within [____] hours after verbal notification by the Contracting Officer, through factory representatives, franchised dealers, or factory certified maintenance service shops.(#@ B.@Installer Qualifications: The Contractor shall provide the services of a qualified engineer or technician for installation, startup, and tests of equipment installed. Submit printed certified qualification resume of the engineer or technician for approval [____] days before installation. Submit a written schedule with date of installation, startup, test, and checkout of equipment [____] days before installation. After installation of equipment, the engineer or technician shall provide a signed certificate or certified written statement that the equipment is installed according to the manufacturer's recommendations. More than one engineer or technician may be provided based on the types of specific equipment. In the event that more than one engineer or technician is provided, a certified resume for each one shall be submitted. One engineer or technician as appointed by the Contractor shall supervise and be responsible for the overall installation, startup, test, and check out of systems.(#@   C.@StartUp and Testor Qualifications: The startup and test engineer or technician shall be approved by the manufacturer of the specific piece of equipment including boiler, boiler controls, and boiler instrumentation equipment. The startup and test engineer or technician shall remain on the job until the unit has been in successful operation for [____] days, and accepted.(#@ PART 2: PRODUCTS 2.01 PIPE AND PIPE SYSTEM: A.@High Pressure Piping System: Shall be according to ANSI B 31.1 working pressure of [____] psi, at [____] degrees F.(#@ B.@Low Pressure Piping System: Requirements specified herein working pressure of 30 psi or less.(#@ C.@Hot Water Heating Pipe (Supply and Return): Shall be according to ASTM A 120 [butt welded] [electric resistance welded] [seamless] Schedule [____] steel pipe [or ASTM B 88 Type K Copper tubing]. Use ASTM A 53 pipe for bending.(#@ D.@Boiler Relief Pipe: Shall be according to ASTM A 53 butt welded Schedule [____] steel pipe [and used according to ANSI B 31.1].(#@ E.@Valves: Shall have rising stems and shall open when turned counterclockwise.(#@  @1.Temperature Regulating Valves: Shall be according to Mil. Spec. V18433.(#  @2.Water PressureReducing Valves: Shall be according to Mil. Spec. V18146 located as indicated.(#  @3.Plug Valves: Shall be according to Mil. Spec. V12003, except that a replaceable valve seat will not be required. Lubricated plug valves and nonlubricated lift plugs located as indicated.(#  @4.Flow Control Valves: Flow control valves for low temperature hot water heating systems, shall be specially designed check valves with bronze body and trim, which shall open by the pressure developed by the pump, and close automatically. Provide means to hold the valve in the open position when the system is to be drained.(# 2.02 INSTRUMENTATION: A.@Pressure and Vacuum Gauges: Shall be according to ANSI B 40.1 with restrictor, located as indicated.(#@ B.@Indicating Thermometers: Shall be according to Fed. Spec. GGT321 or dial $ type meeting the requirements of Mil. Spec. T9955.(#@    2.03 MISCELLANEOUS PIPELINE COMPONENTS: A.@Air Vent: Shall be float type to vent air in hydronic systems. Vent should be constructed of noncorrosive materials and shall have a NPT male inlet and compression connector for 1/4 inch overflow for safe water connection.(#@ B.@Strainers: Shall be according to Mil. Spec. S16293 for Classes 125 and 250 piping in IPS 1/2 to 8 inches, and shall be located as indicated on drawings.(#@ 2.04 EQUIPMENT: A.@Backflow Preventers: Shall be of the reduced pressure principle type conforming to the applicable requirements of AWWA C 506. (#@ B.@Flow Meters: Provide a calibrated flow indicating fitting in each temperature control circuit. Fitting shall be suitable for operation at a maximum pressure of 100 psig and a maximum water temperature of 250 degrees F. Each fitting shall have the provision for connecting a portable differential pressure meter used to determine circuit flow rates in GPM. Provide a portable meter for use with new flow fittings.(#@ C.@Pumps: Hot water circulating pumps Mil. Spec. P17552 and Mil. Spec. P16077 centrifugal [vertical split single suction] [horizontal split double suction] [close couple] type equipped with [mechanical] [packing ring type] seals. Select pumps so that the operating point on the selected impellercurve will lie at or to the left (shutoff side) of, and not more than 5% below, the point of maximum efficiency for the impeller. (#@ D.@Hot Water Heat Exchangers: Utilizing high temperature water as the heating medium, shall be of steel construction, with mounting flanges, and flanged inlet and outlet openings. The high temperature water shall pass through the tubes and low temperature water shall pass through the shell. Tubes shall be 5/8inch or 3/4inch O.D. seamless No. 20 BWG cupronickel (9010) Utubes, and the tube bundle shall be easily removable through a flanged opening. The heat exchanger shall be designed for a working pressure of 400 psi and a temperature of 400 degrees F, and shall be factorytested hydraulically at 600 psi. High temperature water connections shall be 300lb steel flanges. The heat exchanger shall be designed according to Section VIII of the ASME Boiler and Pressure Vessel Code.(#@ E.@Boilers: Shall be according to [Mil. Spec. B17452 firetube, packaged type of standard duty] [or] [[Mil. Spec. B18897 firetube type (horizontal return tubular and horizontal fire box)] [water type] [cast iron, sectional type]] [except that treatment and painting shall be according to manufacturer's standard practice,] and shall have gross output capacity of at least [____] Bth per hr under design conditions when the burner is firing [[No. ___ oil conforming to [ASTM D 396] [Fed. Spec. VVF815] having a heating value of [____] Btu per gal] [or] [[natural] [manufacturer] [mixed] [liquified $  petroleum] gas having a heating value of [____] Btu per cu ft and a pressure of [____] psig at the fuel train connection].] Smoke emission shall not exceed Ringlemann No. 1, except during startup, cleaning, or soot blowing. [Burners and controls for boilers conforming to Mil. Spec. B18797 shall conform to Mil. spec. B18796 or Mil. Spec. B18797.] Burners of the rotary type are not acceptable. Programming controls be of the automatic selfchecking of the circuit at the beginning of each startup cycle. A repetitive selfchecking circuit shall be included to check components at intervals not to exceed the specified flame failure response time required in [Mil. Spec. B18796] [or] [Mil. Spec. B17452] during the entire period of burner operation. Combustion controls, shall be of the [onoff], [hilowoff] [modulatingpositioned] type. [Provide connections for remote starting or stopping of the boilers.] [Provide explosion relief doors.] Sectional type cast iron boilers may be shipped to the site of installation completely assembled as a packaged boilerburner or as an unassembled package. An unassembled boilerburner package shall be assembled according to the manufacturer's instructions by a competent installation engineer or technician as specified above.] Boilers shall be [automatic] [semiautomatic,] [or] [manual] start.(#@  @1.Boiler Control and Instrument Cabinets: Shall be as specified in the referenced boiler specifications and may be mounted [at the (right) (left) side of the boiler] [as indicated on the drawings]. The arrangement also may consist of a boilermounted cabinet containing additional controls and instruments required herein. Plant master combustion control shall be mounted on or be adjacent to control panel for number [____] boiler.(#  @2.Feedwater Treatment: Provide equipment for the chemical treatment of the boiler makeup feedwater.(# F.@Hot Water Heater: [The] [Each] [Number ____] boiler shall be equipped with internal hot water heating coils conforming to the ASME Boiler and Pressure Vessel Code, Section VIII, Pressure Vessels. The heaters shall have gasketed cast iron or steel flange mountings and shall be designed, fabricated, and tested to withstand 30 psig maximum working pressure at 250 degrees F. The heating coils shall be finned tube type not less than 3/4inch outside diameter and shall be constructed of seamless copper or copper alloy that meets the requirements of ASTM B 75, ASTM B 111 or ASTM B 395. The heating coil while submerged in water under pneumatic pressure shall withstand 300 psig. The pressure drop through the coil at maximum temperature and draw rate shall not exceed 5 psig, unless otherwise indicated. Terminate coils in threaded inlet and outlet connections on the exterior of the boiler and design for the indicated temperature rise and maximum draw rate.(#@ G.@Boiler Breeching:(#@  @1.Round Breeching: Construct round breeching of black iron or steel with welded seams and joints according to NFPA 211 for metal connectors for $  medium heat appliances. Round breechings may also consist of approved factorybuilt chimney sections for mediumheat appliances or couplings. Provide suitable cleanouts to permit cleaning the entire breeching without dismantling. For gravityvented heaters, provide a [draft regulator of the barometric type for oilfired draft control] [ draft hood for atmospheric gas fired draft control].(#  @2.Breeching Hangers: Shall be designed to carry not less than 5 times the breeching weight. Hangers for round breeching shall be of the band type with hanger rods. Hangers for rectangular breeching shall be of the trapeze type with angle support member and hanger rods. Hangers shall be made of steel.(# PART 3: EXECUTION 3.01 PREPARATION: A.@Requirements: Arrange work in a neat and orderly manner so that minimum storage of equipment and material is required at the project site. Parts shall be readily accessible for inspection, repair, and renewal. Protect material and equipment from the weather.(#@ 3.02 MISCELLANEOUS PIPELINE COMPONENTS: A.@Pressure Gauge: A shutoff valve or pet cock shall be installed between pressure gauges and the line.(#@ B.@Thermometers: Thermometers and thermal sensing elements of control valves, shall have a separable socket. Install separable sockets in the pipe lines in such a manner to sense the flowing temperature of the fluid and minimize obstruction of flow.(#@ C.@Strainers: Shall have meshes suitable for the services where indicated, or where dirt might interfere with the proper operation of valve parts, orifices, or moving parts of equipment.(#@ 3.03 EQUIPMENT FOUNDATIONS: B.@Location: As shown on the drawings.(#@ A.@General: Foundations shall meet the requirements of the equipment manufacturer.(#@ C.@Concrete: Shall be according to [Section 03306 Minor Concrete.] [Section 03310 Structural Concrete.](#@ D.@Grout: Shall be approved nonshrinking.(#@  $ Ԍ3.04 EQUIPMENT INSTALLATION: A.@Instructions: Install equipment according to the manufacturers installation instructions.(#@ B.@Grouting: Equipment mounted on concrete foundations shall be grouted before piping is installed.(#@ C.@Piping Connections:(#@  @1.General: Install piping in such a manner as not to place a strain on any of the equipment.(#  @2.Flanged Joints: Do not bolt flanged joints tight unless they match adequately.(#  @3.Pipe Supports: Grade, anchor, guide, and support piping with low pockets.(# 3.05 FIELD QUALITY CONTROL: A.@General: The Contractor shall conduct the performance and acceptance tests of the hot water heating system. The Contractor shall furnish necessary equipment, labor, and materials to conduct the testing. Testing shall be conducted in the presence of the Contracting Officer who shall be given 48 hours notice befor any test is to be conducted. (#@ B.@Testing: The Contractor shall operate [the] [each] boiler and appurtenances prior to final testing and shall insure that necessary adjustments have been made. Draft, fuel pressure, and steam flow may be measured by permanent gauges and meters installed under the contract. [Gas flow may be measured by utility company meters.] The Contractor is responsible for providing an analysis of the fuel being used for the tests. The tests shall include the following, in the sequence shown: Strength and Tightness Tests; Combustion Tests; Operational Tests; Capacity and Efficiency Tests; Auxiliary Equipment and Accessory Tests.(#@ STOPPED HERE  @1.Strength and Tightness Tests: After installation and connection, subject [the] [each] boiler to an inspection and hydrostatic test to determine that the boiler and appurtenances were not damaged in transit or handling. Hydrostatic test according to the ASME Code with the test pressure applied for a period of [____] hours. This test is in addition to the hydrostatic test performed at the factory. [The hydrostatic test at the site shall be certified by an inspector holding an authorized $  commission from the National Board of Boiler and Pressure Vessel Inspectors].(#  @2.Combustion Tests: Test the fuel burning and combustion control equipment with the specified fuel at three different loads and average them to meet 80% of the full rated load. Tests shall be conducted by factorytrained combustion equipment representatives.(#  @3.Operational Test: Test the boilers continuously for a period of at least 8 hours to demonstrate proper operability of the combustion control, flame safeguard control, and safety interlocks. Conduct this test after the adjustment of the combustion controls has been completed under the combustion test.(#  @4.Capacity and Efficiency Tests: Perform the capacity and efficiency tests after satisfactory completion of tests previously specified herein and after the boilers have been operating continuously for two days with no nuisance shutdown and without the necessity for frequent or difficult adjustments. Perform these tests on each boilers. Conduct tests using the specific fuel. Tests shall be according to the heat loss method of the ASME POwer Test Code PTC 4.1 and report on the ASME Test Form for Abbreviated Efficiency Test. The duration of the tests shall be sufficient to record necessary data but in no case less than four hours.(#  @5.Auxiliary Equipment and Accessory Tests: Observe and check pumps and other accessories and appurtenant equipment during the operational and capacity tests for leakage, malfunctions, defects, noncompliance with referenced standards, or overloading, as applicable.(# 3.07 DEMONSTRATION: A.@Requirements: Upon completion of installation and after circuitry has been energized, the Contractor shall demonstrate capability and compliance of system with requirements. The Contractor shall demonstrate that the boilers and auxiliary equipment, as installed, are in compliance with contract requirements. The Contractor shall start up and initially operate the system with components operating and periodically clean the various strainers until no further accumulation of foreign material occurs. Exercise case so that minimum loss of water occurs when strainers are cleaned. The Contractor shall adjust safety and automatic control instruments as necessary to place them in proper operation and sequence. During startup and during the tests, factorytrained engineers or technicians employed by individual suppliers of such components as the burner, flame safeguard and combustion controls, and other auxiliary equipment shall be present as required, to insure the proper functioning, adjustment, and testing of the individual components and systems. Malfunctioning units shall be corrected and retested by the Contractor to demonstrate compliance with the specifications.(#@  $Ԍ3.08 TRAINING OF GOVERNMENT EMPLOYEES: A.@Requirements: See Section 01700 Contract Closeout.(#@   PART 4: MEASUREMENT AND PAYMENT 4.01 METHOD OF MEASUREMENT: A.@Units: The work described in this section will not be measured for payment.(#@ 4.02 BASIS OF PAYMENT: A.@Payment: No direct payment for the work described under this section will be made. The Contractor shall include consideration for this item in the bid price for other items of the Contract.(#@ ,END OF SECTION