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Specifications MECHANICAL EQUIPMENT CUT SHEETS , ECP/ED / APR 4 2005 CITY OF DIV IS ION BUILDING BUILDING PERMIT No.: B !/2E 2OO.-000Y5 Hemcon Facility Expansion 10575 SW Cascade Ave Tigard, OR 97223 • Evergreen Engineering, LLC ` ' General Contractor V . A C NE03 pPeROpti �1N • BO '1401' EC1F1CN Aj,CP• GEON Prepared by: Jo' M1SC • EVERGREEN ENGINEERING LLC 20827 NW Cornell, Suite #200 Hillsboro, OR 97124 March 31, 2005 RevO n �t � co � t o z vex C3 � t ..5 TABLE OF CONTENTS 1 1. COOLING TOWER 2. COOLING TOWER PUMPS 3. CLEANROOM RECIRCULATION AIR HANDLERS AND DEHUMIDIFIER 4. CLEANROOM MAKEUP AIR HANDLER 5. CLEANROOM FAN FILTER UNITS 6. AIR COMPRESSORS AND AIR DRYERS 7. CHILLER 8. EXHAUST FAN AND INTAKE HOODS 9. NITROGEN GENERATOR 10. FREEZE DRYERS HEMCON Page 2 of 2 Mar 31, 2005 C 0 tb . . . .. . . . ..... • . . , :• .. .... . _ . ...•.....,..„....,,.., ,..... ,.,.._.... . .... , ... . . • . .;. 4- ' t '' ' ' - __ ,, ' ' .. .--- , f,. • ,.:, , -• --, _,..,_. ■ iti I I I I I Mal ■1111.1.0 COOLING TOWERS f ---- - ,...._..a.. -- , „,------- „,--- 1- 1 . , . „ ..4 -........,,,....,„,=-41.44■444.0.4k!..44.44444,1,010:-"r•i4t: '',..., i . ',r I! i • ; i , ; ' ! I, ' , ; ' • 4 !1;1;; ; t1.:: ;'''‘i ';:' :: ; ',,.4:i i : F l i . ; ..• qii,. , :4= . i,: i ,. ,! "4' ! ;,' 7. ,':!:•:. '4-,, 1 ri , 1 '"-"'''''' ''' i :',''. ; ' .. .....`:■%-..'!'":.::': ' 'i' .' ",1;1 ';ifi' . .. ; :,(0,11, :1 : . .; ., : ' 41,,,• ,...!• 4 ". i!, • • ,, "„•. ' :! - • ``....:•;"' :4 .;;4:44 4....Z ', 1 • :1: 4: e li ' '-'• '' ! ' '•'''' !''',' ..'", • ' '''''" , • .41 itt, .4..■•••: 1- . ' ; •i - :'-' ,:', .. ' , ,. •.•;. iii" 7:% !' .. 4 - .f ,,,:'- ,, •-;:,.;.',:,-,;::::::,,,,•::=,;;;;”,,,., 1 '•1;:`I'f!'i,11i,', :ii i • -1 , ',1 ' :^., ', '' .' q 4,1':- '' '': :• I ''''" ,.. .7•:•:: '.. ; 1 ' ' ril '....--, " 4 =;f;;;;..1.4. Af444t, 4".i: ; ,',!.i...' . 1 ,' - • • ,. , - , . ."*.------.............„„,„ , . I iP `,.......,••••,- -- '' „ •, AS - 5 YEAR PRODUCT WA , STANDARD ON STAINRRANEr . STEEL MODELSLEEE ' ADVANCED TECHNOLOGY IN INDUCED DRAFT, COUNTERFLOW COOLING TOWERS 109 TO 4075 NOMINAL TONS (479 TO 17,916 kW) EASY SOLUTIONS...BETTER CHOICES! CT, ay CU THE ADVANCED TECHNOLOGY DESIGN EVAPCO, Inc., continues its dedication to advancements in induced draft, counterflow cooling tower technology and easy maintenance with the Advanced Technology Cooling T Tower...The EVAPCO AT! The AT is the result of a decade of engineering success based on easy maintenance, durable construction and a highly efficient design. The AT brings marquee features that make it the better choice in cooling towers. These features are presented in this exclusive AT Marketing brochure. „ li a r Totally Enclosed Fa Motors • Motors positioned fo external access. • Assures long life. I " • Motor location allows for easy accessibility and serviceability. y`,1 • Five (5) Year motor warranty. " 5 ince its founding in 1976, _ - � 5 g _ i �+ �r �� ' EVAPCO, Inc. has become • . a world-wide leader in , ,,; supplying quality cooling equip l ment for thousands of customers ` . in both the commercial and EVAPCO Power -Band Drive Syste industrial markets. • The AT Cooling Tower features the highly successful, easy r 1 ` maintenance, heavy duty Power -Band Drive System I` ,,,r371,,,„..",1,,, , _� ,� • Standard heavy -duty pillow block bearings with a minimum EVAPCO's success has been the • L10 life of 75,000 hours result of a continual commit- • Extended lube lines. ment to product improvement, • External motor /belt adjustment. _ quality workmanship and a dedi- • Aluminum Alloy Sheaves, Solid -Back Multi-Groove Power -Band cation to providing unparalleled Belts and Totally Enclosed motors are standard. service. • Five (5) Year Motor and Drive Warranty. • Optional Gear Drive System available on most models. i Exclusive 5 Year Warranty ! j a • , R AND B \ r n :, tom, A 1 , P,' • Covers the complete drive system, 04 ; a.4 0 including the motor. - • - • I • Covers all drive components on belt di i ^ t - ►' or gear drive units. a •ri _ j/ /d/'' s • Standard on all AT Models. , � R R P • • warranty on mode complete with opt optional s Our emphasis on research and stainless steel construction . development has led to many product innovations — a hallmark Clean Pan Sloped Basin Design :, of EVAPCO through the years. �� x.i '7_�,. • Designed to completely drain the cold water basin. 1 k '" tt The ongoing R & D Program • Helps prevent buildup of sediment and biological film. enables EVAPCO to provide the • Eliminates standing water after drain down. >. 4.1 ` •f most advanced products in the (See details of design on page 6) industry — technology for the future, available today. A -, : + EVAPCOAT Corrosion Protection System With 13 facilities in seven coun- • G -235 Galvanized Steel Construction and Stainless Steel Strainers - EVAPCO set the standard with 2.35oz. tries and over 160 Sales offices r: of zinc per square foot of surface area. in 42 countries world -wide, ' . - • Another EVAPCO standard-the stainless steel suction EVAPCO is ready to assist in all t fr .`.,_, strainer eliminates excessive wear and corrosion. your equipment needs. • Non - corrosive PVC Water Distribution System, Drift Eliminators and Inlet Louvers. • This system provides maximum corrosion protection as standard. 2 02003 EVAPCO, INC PROVIDING EASIER SOLUTIONS AND BETTER CHOICES 1 Available in 32 Cross Sections and a capacity range of 109 to 4075 Nominal Tons (479 to 17,916 kW)! The AT has a model for every application. • Consult the AT Engineering Manual Bulletin 350 and the ES II Equipment Selection Program for Selections and Technical Assistance including Applications, Layout, and Structural Steel Support. • If there is an application for which the standard catalog product line does not work, EVAPCO will make a cooling tower that will fit your requirement! Consult the REP Catalog Bulletin 380 for Alternate Cooling Tower Selections or contact the factory. Optional Motor Davit and Working Platform '''''''''.\\ / • Motor Davit • Motor davit and bracket option for easy motor removal. • Also available for Gearbox removal. •,, 1 Platform , • Platform and ladder arrangement available as an option. -- ---- • Provides additional working surface for the service mechanic v, � , t u = 'a �. EVAPCO unequivocally , " "3- guarantees the ther ., #' mal performance of n • I d product the AT cooli lineg tower . CO I t a ' � Certified- Standard 201 " CST �, ., - , 'a . ,, • I • Independent Certification CEP" # • No costly field performance tests r ired , ',: 75".7,?., ; o e t i f• f t ...� . # t i Quick Release Louver Fasteners i -1 ' ,. • Design allows quick removal of louvers. • ;} l • Louver fastener is large and easy to release. I { • Louver fastener remains on the i i ' i - I . :' i unit -eliminating the possibility of missing t � , , x -� ; F ,. hard pt.- ito ,,,,,., . , E . 0 , Quick Connect Piping System , • All inlet and outlet piping connections Water Distribution System t ' are beveled for welding and grooved • Non - corrosive PVC construction with ABS nozzles. y to accept a mechanical coupling device • Large orifice nozzles prevent clogging and are as standard. threaded for easy removal. • Facilitates easy pipe connections for • "Anti- Sludge" ring prevents sediment from quick installation. clogging the diffuser opening. • Flanged connections are available as • System branches have threaded end caps to assist (See page 10 Optional with debris removal. Equi pment option. ) 3 E A S Y S O L U T I O N S , BETTER CHOIC E S I e q ■ L cj :-- h a i L E 7 DESIGN ADVANTAGES The Advanced Technology Design The AT Cooling Tower product line is an Advanced Technology design which utilizes induced draft, counterflow technology -the most efficient in the industry and the best design for operation in a freezing climate. The counterflow design provides the AT Cooling Tower with inherently better operational and maintenance features. These features are described below. Hot saturated Discharge Air Principle of Operation Warm water from the heat source is pumped to the water distribution sys- I tern at the top of the tower. The water is distributed over the wet deck fill ■ IL by means of large orifice nozzles. Simultaneously, air is drawn in through ,. 0. Hot Water in the air inlet louvers at the base of the tower and travels upward through the wet deck fill opposite the water flow. A small portion of the water is iz evaporated which removes the heat from the remaining water. The warm moist air is drawn to the top of the cooling tower by the fan and discharged ` ' "` ~ to the atmosphere. The cooled water drains to the basin at the bottom of c:::;, e e ° 4 ° e e . the tower and is returned to the heat source. ' + The vertical air discharge of the AT design and the distance between the Cool Dry , , ' , ° ° , ° , discharge air and fresh air intakes, reduces the chance of air recirculation, Entering Air *;C c e ° e e • ■ Cooled since the warm humid air is directed up and away from the unit. For imi lip~ water out detailed layout information please consult EVAPCO's Equipment Layout Guidelines Bulletin 311. r. Patented" Efficient Drift Eliminators An extremely efficient drift eliminator system is standard on the AT Cooling <. Tower. The system removes entrained water droplets from the air stream to i limit the drift rate to less than 0.001% of the recirculating water rate. 1 I. { With a low drift rate, the AT Cooling Tower saves valuable water and water r treatment chemicals. The AT can be located in areas where minimum water I i y:, carryover is critical, such as parking lots. ..16 The drift eliminators are constructed of an inert polyvinyl chloride (PVC) plastic material which effectively eliminates corrosion of these vital compo- nents. They are assembled in sections to facilitate easy removal for inspec- ° 4612 I . ° - ' tion of the water distribution system. ""•' '''''' ... Patented' EVAPAK Fill The patented EVAPAK° fill design used in the AT Cooling Tower is specially designed to induce highly turbulent mixing of the air and water for superior E 5: heat transfer. Special drainage tips allow high water loadings without exces- sive pressure drop. The fill is constructed of inert polyvinyl chloride, (PVC). It will not rot or decay and is formulated to withstand water temperatures of 130 °F (55 C). Because of the unique way in which the crossfluted sheets are I ,i 1 i f ,,` bonded together, and the bottom support of the fill section, the structural integrity of the fill is greatly enhanced, making the fill usable as a working ,. , rt ; 1,;' I °, ,r 4r The fill selected for the AT Cooling Tower has excellent fire resistant quali 1''. , I ties. AT Cooling Tower fill has a flame spread rating of 5 per ASTM- E84 -81a. o ° A higher temperature fill is available for water temperatures exceeding 130 °F (55 °C). Consult your EVAPCO representative for further details. Superior Air Inlet Louver and Screen Design The air inlet louver screens on the AT are constructed of corrosion -free i unli•ht, PVC. They are a two pass design that minimizes splashout and reduces \ the potential for algae formation inside the tower. In single pass louver systems used by other manufacturers, circulating water droplets tend to splashout, especially when the fans are shut off. _ .s:: With the two pass louver system, the water droplets are captured on the ..:::::::::::::::•:•F .'•: o a o C Air Intake inward sloping pass, minimizing splashout problems. ...;.;; : ?o A A PL This unique louver design completely encloses the basin area Direct sun- ■ ° ° 6 light is blocked from the water inside the cooling tower, thereby reducing ...,,,.•r.•. o � the potential of algae formation. Water treatment and maintenance costs :: :: ° ° ®° are substantially reduced. G p 71 pia �1 While effectively containing the recirculating water and blocking sunlight, the louver design has a low pressure drop. The low pressure drop results in lower fan energy consumption, which reduces the operating costs of the cooling tower. 4 *U.S. Patent No. 5,124,087 * *U.S. Patent No. 6,315,804B1 E A S Y S O L U T I O N S , BETTER C H O I C E S ! DESIGN ADVANTAGES lA Xq T _ __ ,_ Reduced Piping Costs r —` ° f Each cell of the AT Cooling Tower is furnished with one inlet and one outlet piping connection. This design reduces the amount of O external piping and thereby lowers the installed cost of the cooling tower. The water distribution system is pressurized and self balanc- ing. Since field balancing is not required on the AT, the need for flow balancing valves is eliminated, further reducing the cost of ° ? i : i>s : r.. - : >. a<: >> ?i <" tower installation The wide orifice nozzles with anti - sludge ring ' used in the AT water distribution system helps prevent clogging, r� I « L >. >• I I ,� reducing the maintenance costs of the water distribution system. • ^..""—"".""— - Pressurized Water Distribution System The water distribution system is made of schedule 40 PVC pipe and 101 ABS plastic water diffusers for corrosion protection in this key area. .. The piping is easily removable for cleaning. The water diffusers have a minimum opening of 3/8 by 1 inch (10mm by 25mm) and are practically impossible to clog. They also have an anti - sludge ring extending into the headers to prevent sediment from building up in the diffuser opening. In addition, the spray branches have threaded Debris end caps to allow easy debris Anti- Sludge Ring removal. i • • The spray pressure for all AT Cooling Towers is between 1 and 6 psig (7 and • ` . - O C = 42 kPa) at the inlet header. The actu- 4'4' rr r al spray pressure will be shown on the 1 r- certified drawings which are prepared for each unit. 64.5 °F (18°C) Entering Water Temperature 4 4 4 4 4 4 Optimum Design for Freezing Climates Water The counterflow fill design used in the AT Cooling Tower is well 6OF(15°C) Temperature suited for winter operation. The wet deck surface is totally 551 (13T) encased, and protected from freezing winds thus inhibiting ice formation on the fill section. 5O°F(10°C) The even temperature gradient of the counterflow fill design makes the AT Cooling Tower the ideal unit for operation in 457 (ST) , freezing climates. , A A A A A The counterflow design of the AT Cooling Tower fill section � �� reduces the chance of ice formation and with bottom support, Entering Air at 10 °F ( -1�C) Wet-Bulb Temperature 44.5 °F 7°C) Net eliminates fill collapse should ice form. Outlet Water I I I Temperature . — aw1.:411,:4110 �. 11"""..10.1 1 Fast, On -Time Shipments i e The AT is a completely factory assembled cooling tower manufac- -'"' tured by a dedicated professional workforce, expert in building + cooling towers. Factory trained mechanics and EVAPCO's strict Ai - " * 7 . - - R quality control and inspection procedures guarantee the quality of every unit shipped. if* � ., z� �� EVAPCO's controlled factory environment ensures fast on -time * � •'.*w - a '`'r shipments, allowing the AT to be available WHEN THE CUSTOMER t ^, tit . "•'°. WANTS IT! °St *f 1 K- 1 5 E A S Y S O L U T I O N S , BETTER C H O I C E S ! 1 MAINTENANCE ADVANTAGES / \ == o The Advanced Technology Easy Maintenance Basin Design The cold water basin is the most important area of a cooling tower to maintain As a result of the evaporation process in a cool- ing tower, dirt and debris will collect in the basin and must be cleaned out on a regular basis. EVAPCO's AT basin section is designed to allow quick and easy access — promoting maintenance of the cold water basin. The basin features the following: Easy Access The cold water basin section is easily accessible from ground level by sim- • , . ply loosening the (2) two Quick Release Fasteners on the inlet louver assemblies surrounding the cooling tower and lifting out the lightweight louver. The basin can be accessed from all (4) four sides of the cooling tower. The bottom of the fill section is a minimum of four (4) feet (1.2m) above 4 the basin floor. This open basin design enables the AT basin to be easily » cleaned. Easy, Removable Air Inlet Louvers with Quick Release Fasteners The AT features a Quick Release Fastener design consisting of (2) two i , `" •. " large thumbscrews and a latch system. By loosening the thumbscrews, the r latch pulls up and out of the louver frame, allowing the louver to be * • • - . ? n removed while the latch and thumbscrews stay on the cooling tower. ' n s A A /. i ce..• • , -, 1 , - . Clean Pan Basin Design la IIII The AT features a completely sloped basin from the upper to lower pan section. This "Clean Pan" design allows the water to be completely drained from the basin. The cooling tower water will drain from the upper section to the depressed lower pan section where the dirt and debris can be easily flushed out through the drain. This design helps pre - I vent buildup of sedimentary deposits, biological films and minimizes ' standing water. lir 11. 71110 4t Stainless Steel Strainers The EVAPCO standard for many years, the stainless steel strainer is one component of the cooling tower subject to excessive wear and corrosion. With stainless steel construction, this component will last the life of the cooling tower. , c , _ 1 . „., . , , di ii • i..." 6 EASY SOLUTIONS, BETTER CHOICES! . �.: MAINTENANCE ADVANTAGES /N, '' /I is The Advanced Technology Easy Maintenance Drive System The EVAPCO POWER -BAND drive system utilized on the AT Cooling Tower is the easiest belt drive system to maintain in the industry. There is no need to stand inside the cold water basin to service the bearings, belts or electrical equipment. In addition, there is no need for fan deck handrails or safety cages, since all periodic maintenance can be safely performed from the side of the AT. The most important features of this design are listed below. Models AT 19 -56 through AT 39 -942 Motor Mount, Power Band Belt Adjustment and Bearing Lubrication The fan motor and drive assembly are designed to allow easy servicing of the motor and adjustment of the belt tension from the exterior of the unit. The T.E.F.C. fan motor is mounted on the outside on these models and is protected from the weather by a cover which swings away for maintenance. A large hinged access door is located on the side of the unit for easy access to the fan drive system. The belt can be adjusted by tightening the 1 -Bolts on the motor base and the tension can be checked easily through the access door, all while standing at the side of the unit. The bearings can also be lubricated from the side of the unit. The bearing lubrication lines have been extended to the exterior casing and are located by the access door, thus mak- ing bearing lubrication easy. 1 till' Sloped access ladders and �.;; "Mk working platforms are r ,- available as an option to ,�„ "� facilitate maintenance. See 40 , page 9 Optional Equipment ;�,. y for details. • Models AT 112 -012 through AT 428 -1248 Motor Mount, Power Band Belt Adjustment and Bearing Lubrication The T.E.A.O. fan motor is located inside the fan casing on the large AT Cooling Tower, and is mounted on a rugged heavy duty motor base. The motor base is designed to swing completely to the outside of the unit ti*- - ". i through a very large hinged (14 square feet) (1.3 square meters) access *. door greatly simplifying motor maintenance. r — . """."."'"' The unique swinging motor mount designed for these models features easy belt adjustment from the exterior of the unit. The T.E.A.O. fan motor is mounted on an adjustable base which is supported by two heavy -- duty galvanized steel pipes. The belt is adjusted by tightening an all- thread which runs through the motor base. il *IL a The innovative motor base features a unique locking mechanism for a ! positive belt adjustment and is also used to adjust the belt tension if a • . s wrench is not available. 11. ' -- Bearing lubrication fittings are extended " to the side of the unit inside the access door to allow easy application of the P''a ' bearing lubricant. This external location 1 allows for easy servicing of the bearings e , '' ` a is another im important advantage a of 0 11111. . ' , i EVAPCO equipment. • 1 y'_; — To facilitate motor removal, an optional 1 1.. motor davit is available. See Optional 3 »� Equipment page 9 of this brochure. 41 6 .s, ' ' � ` I 7 ��y }ry Date 2/22/2005 • opycv PERFORMANCE AND MECHANICAL SPECIFICATIONS EVAPCO® AT COOLING TOWERS PROJECT HEMCON Closed Loop Cooling CUSTOMER Evergreen Engineering ENGINEER Evergreen Engineering UNIT: (1) AT 29421 Cooling Tower CUSTOMER P.O. 05006 -265 EVAPCO SERIAL NO. 5- 122539 CAPACITY 900 GPM 95 °F IN 80 °F OUT 70 °F E.W.B. FAN MOTOR: (2) 7.5 (inverter Duty) HP ELEC. SPEC. 460/3/60 INLET PRESSURE: 0.7 PSIG DRIVES SIZED FOR 0" ESP. UNIT TYPE Factory assembled, induced draft, counterflow cooling tower. CONSTRUCTION All cold water basin components including vertical supports and air inlet louver frames are constructed of type 304 Stainless Steel. Casing, channels and angle supports are constructed of heavy gauge mill hot -dip galvanized steel. All galvanized steel is coated with a minimum of 2.35 ounces of zinc per square foot of area (G-235 designation). During fabrication, all galvanized steel panel edges are coated with a 95% pure zinc -rich compound. PAN STRAINER* All type 304 stainless steel construction with large area removable perforated screens. ACCESS Hinged door in the upper casing for fan drive and water distribution system access. Removable louver panels on all four sides of the unit for pan and sump access. Hinged swing away cover for motor access. FAN SHAFT Solid shaft of ground and polished steel. FAN SHAFT BEARINGS Heavy -duty, self - aligning ball type bearings with extended lubrication lines to grease fittings on the exterior casing. Bearings are designed for a minimum L-I0 life of 75,000 hours. FANS Fans are axial propeller type constructed of aluminum alloy and statically balanced. The fan is installed in a closely fitted cowl with venturi air inlet. Fan screens are galvanized steel mesh and have steel frames bolted to the fan cowl. FAN MOTOR Totally enclosed, ball bearing type electric motor with 1.15 service factor suitable for outdoor service. Page 1 of 2 FAN DRIVE The fan drive is a multi- groove, solid back, reinforced neoprene V -belt type with taper lock sheaves designed for 150% of the motor nameplate horsepower. Fan sheave is constructed of aluminum alloy. The motor sheave is external to the unit for dry operation. FILL Polyvinyl Chloride (PVC) of cross -fluted design. PVC sheets are bonded together for strength and durability. Fill is self - extinguishing for fire resistance, has a flame spread of 5 under A.S.T.M. designation E- 84 -81a, and is resistant to rot, decay and biological attack. WATER DISTRIBUTION SYSTEM Precision molded ABS spray nozzles with large 3/8" x 1" orifice to eliminate clogging. Spray header and branches are Schedule 40 Polyvinyl Chloride (PVC) for corrosion resistance with steel connection to attach external piping. Branches have threaded end caps to assist with debris removal. ELIMINATORS The eliminators are constructed entirely of Polyvinyl Chloride (PVC) in easily handled sections. Design incorporates three changes in air direction and limits the water carryover to a maximum of 0.001% of the circulating water rate. AIR INLET LOUVERS The air inlet louvers are constructed from UV inhibited polyvinyl chloride (PVC) and incorporate a framed interlocking design that allows for easy removal of louvers for access to the entire basin area for maintenance. The louvers have a minimum of two changes in air direction and are of a non - planar design to prevent splash -out, block direct sunlight and debris from entering the basin. (Patent Pending) ELECTRONIC WATER LEVEL Electronic water level control package with five (5) stainless steel water level sensors CONTROL PACKAGE ((1) one high level, one (1) high level alarm, one (1) low level, one (1) low level alarm and one (1) ground) with a NEMA 4 enclosure mounted in a cleanable Schedule 40 PVC external standpipe with slow closing solenoid valve(s) and "y" strainer(s). *OMITTED ON UNITS FOR 8.5 FT. WIDE BELT DRIVE AT85ST -ST REMOTE SUMP OPERATION SPECIAL REMARKS: • Unit(s) to be supplied with Inverter Duty fan motor(s). • 5 -Probe Electronic Water Level Control Package. • (2) 7 KW Pan Heater(s), 460/3/60, with thermostat and low water cutoff(s). • (2) Sloped Ladder(s). • (2) Vibration Cutout Switch(es), mounted (wiring and sensitivity adjustment by others). • Unit provided with Schedule 80 PVC Sump Sweeper piping consisting of one (1) inlet and one (1) outlet pipe per pan section with LAKOS Hydroboosters and jet nozzles. • Unit designed for independent cell operation including: • 304 Stainless Steel Watertight Partition(s) • Additional Make -up, Drain and Overflow Connection(s) • Additional EWLC and Make -up Valve • Additional LWCO Switch Evapco Serial Number: 5- 122539 Page 2 of 2 CONFIDENTIAL This document is the property of Evapco, Inc. It should not / ,f �' be copied or disclosed without prior written authorization, r' " , `�i ` � ® UNIT SCALE DWG—it T2 092124- ERB -22 I - l 2122/05 I 5- 122539 COOLINIG TOWER I MODELS AT 29 121 I NTS I REV DATE SERIAL # NOT S: 1. (M )- FAN MOTOR LOCATION ( ( 2. HEAVIEST SECTION IS LOWER SECTION 3 MPT DENOTES MALE PIPE THREAD FPT DENOTES FEMALE PIPE THREAD PLAN VIEW : S BFW DENOTES BEVELED FOR WELDING 4. +UNIT WEIGHT DOES NOT INCLUDE FACE 2 'No / � ACCESSORIES (SEE SEPARATE DRAWINGS _-I,� FOR ACCESSORIES) • WM I O � ' 1 - 5. 3/4" DIA. MOUNTING HOLES. REFER TO 8' -5 1/2" �� , � • � ; �� 11 ��, RECOMMENDED STEEL SUPPORT ��r DRAWING 6. MAKE UP WATER PRESSURE -20 psi MIN, , � • ,, , 50 psi MAX �� 1 -= 21' -0" yy FACE 1 52 7/8 r- FACCESS I l 1 I ACCESS I j i 2 mow-, -I LDOORJ L k.11 I I - J i i 0 0 62 3/4 -- GROOVED GROOVED 62 3/4 IV -5 5/8" INLET INLET •:•:•:•:•:•::•:• :•:•:•:•: 84 3/4 92 3/8 �: .- ...... ....... i :::2 MPT I i� !i� i�ii•i•i• 2 MPT �••f•••••••• �f••••• •••• •• KE UP ••• ••••••••� .•••••••• MAKE -UP 23 9 1/8 15 — 0 3 FPT °VERFJ.QW 3 F T OVERFLO j 3 1/2 J DRAIN GROOVED GROOVED DRAIN 7 1/2 3 FPT 4 3/4 OUTLET OUTLET --- .-- 4 3/4 22 1/4 – - - - - 22 1/4 FPT — 62 3/4 L -- 62 3/4 8' -5 1/2" -�� 3/8 21' 0" FACE 2 FACE 1 SHIPPING 8860 + O PERATI NG 15800 I H EAVIEST SECTION NO. OF SHIPPING SECTIONS I WEIGHT Ib$. WEIGH lbs. WEIGHT 4550 lbs. 2 LADDS E - _ _ _ _ FIELD ER MOUNTING SHIP LO OS (BY OTHERS) FOR ACCESS ACCESS DOOR [ ©l DOOR [©] 1 A c i, ��1, — �. ❖.oa, .o� r •.o...•. ❖. . •, �,•. � .� � . • • • .O • O • • • 00, • • • . • 4 4 4 4 4...•• : .❖4••. • ..❖........••.. . ..••. .•�.... •.•. .•... .......•. tIiJiJI1!1Ii1 4►.r. 4444... ..•7 ►.4.4.: •O ►. `OA•O: •❖••••• +. ❖. ❖. ❖: 0•i • io . . . . . .....•.... ❖ ... 4 .. • i �...... •'a.. ••••••.. s.••♦ •.•.•...••••.• ► •.•.••.;;�. 4.44• ••..•4.44.•.•4.•. ..•• ... . • • • . 4. ..�....••... •..4.....•4.❖•O••'.•. Pi•.•O.•••40 ❖OQD ►.44•.••4.4.4..• .••••.••••• •••• ►.4.4.4••.4.•44• ••4•.44.•••...• i 0 •.••••..•.•••••••.•.•.••••••••� •••4•••. ♦••.••.••••..••.••••.4. r.....4..... 4......4..4• D * L________ F* a — ' 26 SIDE VIEW END VIEW ® -FAN MOTOR LOCATION TOWERS D(IN) F(IN) • THE BOTTOM OF THE LADDER IS AT THE BASE OF THE UNIT. *RIG LADDERS BEFORE PIPING UNIT* IF THE UNIT IS ELEVATED THEN A LADDER EXTENSION SHOULD AT /USS 29- 121/421 41 7/8 84 1/8 BE CONSIDERED. (CONSULT FACTORY) LADDER EXTENSIONS OF UP TO 3 FEET CAN BE ADDED WITHOUT AT /USS 29- 221 /321 ANY ADDITIONAL SUPPORT FOR A LADDER EXTENSION LONGER 621/821 43 1 /2 82 3/8 THAN 3 FEET ADDITIONAL SUPPORT MUST BE PROVIDED BY OTHERS. AT /USS 29- 521/721/921 45 3/4 80 1/8 CUSTOMER INSTALLATION NOTES: ADJUSTING SCREW LADDER MOUNTING -- ,. ;.- ..^."-.1. 4.'":•:; ,. - n:1 a REMOVE LADDER BRACKET MOUNTING BOLTS (1) FROM LADDER (WHEN APPLICABLE CHANNEL (2) A4^ MOUNTING CHANNELS (2) ON PAN AND CASING SECTIONS. b LOOSEN, BUT DO NOT REMOVE, LADDER BRACKET AND ASSY BOLTS (3). • c. TO ASSEMBLE, SLIDE LADDER BRACKET ASSY. (4) OVER LADDER PAN OR CASING `' t ,...1 MOUNTING CHANNELS (2) LOCATED ON PAN AND CASING (DO NOT _ PANEL REMOVE LADDER BRACKET ASSY. (4) FROM LADDER.) I ° SLOPED LADDER — 1► LADDER BRACKET d. ALIGN HOLES AND REINSTALL LADDER BRACKET MOUNTING ! U I MOUNTING BOLTS INSTALLATION BOLTS (1) THROUGH LADDER BRACKET ASSY. (4) AND LADDER ► ° MOUNTING CHANNELS (2). (1) PACKAGE e. TIGHTEN ALL BOLTS. f TIGHTEN ADJUSTING SCREW (5) IN THE ADJUSTABLE MOUNTING LADDER BRACKET BRACKETS WHEN APPLICABLE. ASSEMBLY BOLTS LADDER BRACKET ASSY. (3) (4) T20921ERA —LD ALARM CIRCUIT 120 VAC /60 Hz INTEGRAL LEVEL VOLTAGE PROBE /RELAY AS DESIRED T 1 INANEMA4 1 i I i PVC ENCLOSURE I I 1 01 7- 00204P I F. -I I L - - - - - I I I 1 r -t I I T I 1 I I (2) ELECTRIC MAKE —UP I I I I VALVE WITH (2) sr—STRAINER m e @ ® O @ © 649 .••••••• ►'cc.•ce•.•••.4 (3,*), 0 0 C ►••••••�••••�� •••••••••••••• UPSTREAM OF VALVE ►••••••••••••4 ••••••••••••♦ ••••••••••••• ■►••••••••••••� SEE CHART FOR SIZES I LOW ALARM HIGH ALARM 1 ••• i • � • ii • �O • i •• i ► i • �� •• ►•••••• • • • • • • • • • • • • • •� •i •►••••• •• �•••i4 ■ • • ii 1 1 ••••••1•••••• ►•••••••f ♦•• ► �•••••••••••• • 00 'P+ 00 f ♦•••••••••••• •♦ ►•••••••! .••� - CONN. SIDE I 0 #, , 34 #, II 1 I L L 8 1/2 /) L L J —20 ----I (2) LEVEL PROBE STANDPIPE IIII ASSY. 060- 00027SA (ONE EACH END) .., ME III -MIN ELECTRIC PAN END VIEW ,- MAKE —UP VALVE ALL 8.5x 18/21 (NORMALLY CLOSED) AT2 /USS TOWERS 120v POWER REQUIRED (UNIT ARRANGED FOR IND. CELL) TO OPEN WIRING DIAGRAM NOTES: UNIT SIZE VALVE STRAINER 1, DASHED UNES INDICATE WIRING BY OTHERS. SIZE PART NUMBER SIZE PART NUMBER 2. PIPING BY OTHERS. 8.5x14,18,21 1 1/2 017- 00154P 1 1/2 017- 00281P y y' ^ VT ;4 ;4 y • =f 3. LEVEL PROBE STANDPIPE ASSEMBLY, MAKE —UP VALVE AND sr—STRAINER TO SHIP LOOSE FOR FIELD MOUNTING BY OTHERS. ,, F:' 4. SEE CERTIFIED PRINT FOR MAKE —UP LOCATION. ; 5. STANDPIPE TO BE HEAT TRACED AND INSULATED FOR WINTER OPERATION (BY OTHERS). 5 PROBE 6. THE ELECTRONIC WATER LEVEL CONTROL ON THIS UNIT WILL MAINTAIN ELECTRIC WATER PER OPERATING WATER LEVEL. HOWEVER, BEFORE INITIAL START—UP THE UNIT MUST P BEE MANUALLY R FIL FILLED WITHIN R, OF THE E ( OVERFLOW. LEVEL CONTROL 7. FOR EASE OF MAINTENANCE, A SHUT —OFF VALVE IS RECOMMENDED WIRING & LOCATION UPSTREAM OF sr—STRAINER. W5T2ETSC -EB -06 L . ( 0 4-i 0 1 IT Bell & Gossett EQUIPMENT SUBMITTAL ITT Fluid Technology Corporation 70M Series Pressure Booster Submittal S 70M -3 501 -A ■ t h . l :), 70M Series Triplex i f,1I A p p pi Variable Speed �� -11,-1— L'11 i n S stem p J Y orizontal Configuration Project: Cooling Tower Pumping Skid Specification: I Tag No Engineer: Evergreen Engineering Rep: Columbia Hydronics Company 10800 NE. 60 Way — Vancouver, WA. 98682 Contractor: Phone: 360- 883 -2600 Fax: 360- 883 -2607 Date Submitted: March 31, 2005 Rev. 2 Wholesaler: Design Data: Maximum system capacity 1200 GPM '' UL LISTED Pressure required @ discharge 32 PSI To Packaged Pumping Systems Suction pressure available 1 PSI Differential developed 34.6 PSI/TDH* System connection size 8" INCH Description: * Includes Internal Pressure Losses Basic system is fully piped, wired, hydro- tested and mounted on a structural steel base frame System includes;Bell and Gossett cast iron bronze fitted centrifugal pumps, service isolation valves, thermal purge valve, and suction /discharge pressure gauges. Each pump will be furnished with non -slam check valve or optional pressure reducing valve combination. A U/L 508 listed control panel shall be mounted and wired complete with main disconnect, and motor starters Complete Packaged System shall be U/L Listed as a Packaged Pumping System. Pump Data: P -1 P -2 P -3 is Future MFG: Bell Gossett Model: 4BC Model: 4BC Series1531 Pump Capacity (GPM) 600 600 Pump Capacity (TDH) 80 80 Motor Horsepower 15 15 Motor RPM 1750 1750 Voltage /Hertz /Phase 460V /60HZ /3PH 460V /60HZI3PH Silent Check Valve 6" 6" Motor Enclosure TEFC Prem. Efficency TEFC Prem. Efficency Approximate Shipping Weight = 1900 LBS. System FLA = 68 Manufactured by Flowtherm Systems a Division of California Hydronics Corporation Bell & Gossett EQUIPMENT SUBMITTAL ITT Fluid Technology Corporation 70M Series Pressure Booster Submittal S -70M -3 -501 -A Features and Benefits ♦ Each system is hydrostatically ♦ Rugged steel base frame pressure tested. Certified test report ♦ Welded schedule 10 stainless steel shipped with every system Suction and discharge pipe manifolds ♦ Complete system is U/L listed to ♦ Mechanical thermal relief valve insure system integrity • 1/4 Service isolation valves • Backed by 30 years of successful System manufacturing experience Moeller Electric Variable Frequency Drive & Pump Controller Standard Features: • U/L 508 Listed Industrial control components • Auto Start of Lag Pumps upon lead Pump Failure • NEMA 3R Rated Enclosure • Discrete Analog Input for Zone Sensor. • Single Point Power Connection • High System pressure alarm /shutdown • Main Circuit Breaker Disconnect • Low Suction pressure alarm /shutdown • Easy 800 Programmable Pump Controller • Low System pressure alarm • Local- Off - Remote Switch • No -Flow shut down control logic • H -O -A Selector switch for each pump • Digital input for remote start/stop • Circuit breaker Overload Protection • Digital output for general alarm indication for each drive with external reset switches • Thermostatically operated enclosure fan • Manual or Automatic Pump Alternation Pump Staging Options ❑ Pressure Staging (Standard) ❑ Flow staging with digital readout Pressure Transducer Options IPOwo1 OM I I PUMP 1 I I PUMP 2 I I PUMP J I ® Skid mounted in system discharge header ❑ Shipped loose installed in field by contractor ® C i I Cif C i I VFD By -Pass Options H"- IMRw owvl low•>mI 1 o 111•3I • VFD by -pass not required 0 0 0 0 ❑ Manual by -pass ❑ Electronic by -pass ° mm 0 0 0 Special Construction Notes: k51 Electric alternator based on time clock. V 1l Eliminate no flow" shutdown Pump to run continuously. Two pump system with one pump as standby. I Typical Control Panel Layout pump to be staged based on system pressure. (VFD Drives mounted inside enclosure) Pump #3 is future. Skid is designed with blank off flanges at headers to accommodate future pump. Panel to have room to accommodate a future VFD drive for Pump #3. Manufactured by Flowtherm Systems a Division of California Hydronics Corporation IT Bell & Gossett EQUIPMENT SUBMITTAL ITT Fluid Technology Corporation 70M Series Pressure Booster Submittal S -70M -3 -501 -A Dimensional Data • A ■ • • • ( Motor Horsepowe A B Shipping maate) [IT (Approximte) -� j_� _.�_ j= j j 1 -10 Horsepower 60" 48° 1200 LBS • o: I • : () i = 15-25 Horsepower 72^ 60^ 1900 LBS B 1 1 30-40 Horsepower 72" 60° 2200 LBS II ll ( I I I Custom configurations available, consult factory for I dimensions and weights. it NOTE: 47 ELECTRICAL SERVICE I A minimum of 12" service clearance all around system is ' CLEARANCE REQUIRED ' recommended, unless otherwise noted Check local codes for L__ ___ __— _____1 additional electrical or mechanical clearance requirements PLAN VIEW • ri 0 0 0 0 0 0 0 0 0 0 0 0 0 ANSI 150# FLG Connections 5' -6" 1111111 a � , ■ DISCHARGE VI R111: Q (Max) - ■ • SUCTION !I u I II Q 1■1■.- -1 r _ Al ft..... L__ FRONT VIEW SIDE VIEW Note: Certified construction drawings available upon request. Manufactured by Flowtherm Systems a Division of California Hydronics Corporation IT Bell & Gossett EQUIPMENT SUBMITTAL ITT Fluid Technology Corporation 70M Series Pressure Booster Submittal S -70M -3 -501 -A Flow /Control Diagram INCOMING POWER SUPPLY — ITEMS INCLUDED WITHIN THIS BOUNDARY ARE FACTORY MOUNTE I i i ITEMS OUTSIDE BOUNDARY ARE INSTALLED BY CONTRACTOR III III — 0 I I I — 0 DISCHARGE ISOLATION VALVE [6=). 0 SUCTION ISOLATION VALVE =3 e © CHECK VALVE O THERMAL PURGE VALVE tY I Q SUCTION PRESSURE GAUGE O ( 0 DISCHARGE PRESSURE GAUGE 1"- Y,I ® ® ® 0 SUCTION PRESSURE SWITCH o o o o QH DISCHARGE PRESSURE TRANSDUCER ma r-® m U CENTRIFUGAL PUMP O 0 0 0 O VARIABLE SPEED PUMP CONTROLLER R ; 1 I ic Nil e I NO FLOW SHUTDOWN TEMP SENSOR O 1 I I I I I I CONTCTOR I I i i I I ® PO N OF CONNECTION r 1 I I I I L - J ®` J I I I Z:::-_-_-____ --- �- I- I I 1 OPTIONAL I 1 DISCHARGE HEADER I FL )/X i_s I I I L I I. — - --1 Ile 0 ® 0 0 I © 0 I MO - !t::; : ,Q; , ;a; ii ; : 1 +- — - � - - -� I — — - 1 T 0 t 1 0 I (ER,___... !& P -3 © I P -2 `l I P-1 ® I — (P -3 =I Future Pump) 1 t I °L I I I r I I I 1 _ ` A I t SUCTION HEADER -} I I I I [ 4 4 4 FS L (OPTIONAL '— FLEX lie • L N_I TUBING I (TYP) I _ —.i ® - n R -ANNE Manufactured by Flowtherm Systems a Division of California Hydronics Corporation C \ 12 , , 7 t , c , c .... \ 4c...', c c...)...,VX, n Q '.s \�. \Q 3 6 kAcX s?...\ cl. 4- C TRANS' Cut Sheets Trane A Division of American Standard Inc Prepared For: Date: February 02, 2005 Evergreen Engineering Steve Cruft scruff @eepdx. corn 20827 NW Cornell Rd. Hillsboro, OR 97124 (503) 439 -8777 phone (503) 439 -8767 fax Job Name: Hemcon - RAH MAU Product Summary Qty Product 4 BCXC Blower Coil Air Handler Notes: Estimated delivery is 6 weeks from release of order. Submitted By: Trane Oregon Steve Welch sewelch @trane. corn PO Box 23579; Tigard OR 97281 7257 SW Kable Lane # 300; Portland, OR 97224 (503) 620 -8031 phone (503) 639 -1454 fax www. traneoregon. corn Table Of Contents Product Summary BCXC Blower Coil Air Handler (Items Al - A4) Tag Data 2 Product Data 2 Performance Data 3 Mechanical Specifications 4 Unit Dimensions 6 Fan Curve 11 Accessory 14 Field Wiring . 21 Field Installed Options - Part/Order Number Summary BCXC Blower Coil Air Handler 22 J:IJOBS1124125432121subm RAH ver0l.doc Hemcon - RAH MAU February 02, 2005 Tag Data - BCXC Blower Coil Air Handler (Qty: 4) Item Tag(s) Qty Description Model Number Al RAH -1 1 BCXC Blower Coil Air Handler BCHC090G2 * *A4N 07R000000BB4FE 200000AB0000 A2 RAH -2 1 BCXC Blower Coil Air Handler BCHC090G2 * *A3N 07R000000BB4FE 200000AB0000 A3 RAH -3 1 BCXC Blower Coil Air Handler BCHC072G2 * *A3N 04F000000BB4FE 200000AB0000 A4 RAH-4 1 BCXC Blower Coil Air Handler BCHC072G2 * *A3N 03E000000BB4FC 200000AB0000 Product Data - BCXC Blower Coil Air Handler All Units HORIZONTAL CONFIGURATION Horizontal Configuration 460/60/3 Foil Faced Insulation 1" Motor, drive & control box on Same Side as Coil & Drainpan Connection 6 Row High Capacity Cooling Hydronic Coil 2" Pleated Throwaway Filter Angled Filter Box (Fld) Tracer ZN520 3 -Way Modulating (Fld) Deluxe Piping Package (Fld) Fan Status Discharge Air Sensor 1st year labor warranty whole unit Item: Al Qty: 1 Tag(s): RAH -1 Unit Size 90 - 7 1/2 Ton ( 26.4 KW ) Stainless Steel Drainpan - Left Hand Coil & Drainpan Connections 3 Horse Power 1245 -1611 RPM 60HZ / 1031 -1335 RPM 50HZ 8.3 CV, 1" Modulating, 1" PIPE (Fld) Item: A2 Qty: 1 Tag(s): RAH -2 Unit Size 90 - 7 1/2 Ton ( 26.4 KW ) Stainless Steel Drainpan - Right Hand Coil & Drainpan Connections 3 Horse Power 1245 -1611 RPM 60HZ / 1031 -1335 RPM 50HZ 8.3 CV, 1" Modulating, 1" PIPE (Fld) Item: A3 Qty: 1 Tag(s): RAH -3 Unit Size 72- 6Ton(21.1 KW) Stainless Steel Drainpan - Right Hand Coil & Drainpan Connections 1 Horse Power 879 -1245 RPM 60HZ / 728 -1031 RPM 50HZ 8.3 CV, 1" Modulating, 1" PIPE (Fld) Item: A4 Qty: 1 Tag(s): RAH-4 Unit Size 72 -6 Ton (21.1 KW) Stainless Steel Drainpan - Right Hand Coil & Drainpan Connections 3/4 Horse Power 727 -1029 RPM 60HZ / 602 -853 RPM 50HZ 4.0 CV, 1/2" Modulating, 3/4" PIPE (Fld) FLD = Furnished by Trane / Installed by Others Trane Equipment Submittal Page 2 of 22 Hemcon - RAH MAU February 02, 2005 Performance Data - BCXC Blower Coil Air Handler Tags RAH -1, RAH -2 RAH -3 RAH -4 Cooling ent fluid temp (F) 35.00 35.00 35.00 Motor heat calculation Include Include Include Design airflow (cfm) 3250 2000 1800 ESP (in H2O) 1.50 1.00 1.00 TSP (in H2O) 2.49 1.56 1.51 Fan speed (rpm) 1319 1003 960 Actual motor power (hp) 2.587 0.840 0.720 Elevation (ft) 0.00 0.00 0 00 Full load amps (A) 4.30 1.80 1.50 Lock rotor amps (A) 31.00 11.50 9.30 Outlet velocity ( ft/min) 2747.87 1691.00 1521.90 Installed weight (Ib) 303.1 250.2 250.2 Rigging weight (Ib) 267.6 223.2 223.2 Cooling EDB (F) 67.00 74.00 46 00 Cooling EWB (F) 55.60 54.80 44.00 Cooling LDB (F) 48.06 45.61 43 07 • Cooling LWB (F) 46.80 41.89 42 39 Total cooling capacity (MBh) 72.26 61.84 6.26 Sensible capacity (MBh) 67.07 61.82 5.65 Cooling leaving fluid temp (F) 45.00 45.00 43.00 Cooling flow rate (gpm) 17.06 13.78 2.32 Cooling delta T (F) 10.00 10.00 8.00 Cooling fluid PD (ft H2O) 9.49 10.26 0.81 Cooling face velocity (ft/min) 531.82 411.43 370.29 Fluid type Propylene Glycol Propylene Glycol Propylene Glycol Fluid concentration ( %) 25.00 25.00 25.00 Piping pkg PD (ft H2O) 11.62 7.57 0.21 Min circuit ampacity (A) 5.38 2.25 1.88 Max fuse size (A) 15.00 15.00 15.00 Main coil type Hydronic Hydronic Hydronic Inlet - 63 HZ (dB) 80 76 75 Inlet - 125 HZ (dB) 82 73 72 Inlet - 250 HZ (dB) 61 55 53 Inlet - 500 HZ (dB) 47 39 38 Inlet - 1 kHZ (dB) 44 33 32 Inlet - 2 kHZ (dB) 37 30 29 Inlet - 4 kHZ (dB) 30 25 23 Inlet - 8 kHZ (dB) 22 16 15 Casing - 63 HZ (dB) 85 77 77 Casing - 125 HZ (dB) 75 67 66 Casing - 250 HZ (dB) 72 62 61 Casing - 500 HZ (dB) 64 55 53 Casing - 1 kHZ (dB) 61 50 49 Casing - 2 kHZ (dB) 55 45 43 Casing - 4 kHZ (dB) 50 40 38 Casing - 8 kHZ (dB) 44 34 32 Discharge - 63 HZ (dB) 98 89 88 Discharge - 125 HZ (dB) 91 83 81 Discharge - 250 HZ (dB) 80 70 68 Discharge - 500 HZ (dB) 77 67 66 Discharge - 1 kHZ (dB) 78 66 64 Discharge - 2 kHZ (dB) 73 63 61 Discharge - 4 kHZ (dB) 71 61 58 Discharge - 8 kHZ (dB) 66 55 52 FLD = Furnished by Trane / Installed by Others Trane Equipment Submittal Page 3 of 22 Hemcon - RAH MAU February 02, 2005 Mechanical Specifications - BCXC Blower Coil Air Handler Item: Al - A4 Qty: 4 Tag(s): RAH -1, RAH -2, RAH -3, RAH-4 BCHC General The product line consists of a horizontal air handling unit and mixing box. Units are tested in accordance with ARI 430 -1999 and ARI 260 -2001. The unit is UL 1995 listed in U. S. and Canada and complies with NFPA 90A. Air handlers consist of a hydronic and /or DX coil, drain pan, and centrifugal fan with motor and drive mounted in a common cabinet. Drive location and coil connections are independent for the same or opposite side location Air handlers are provided with knockouts in all four corners for installing the unit suspended from the ceiling with threaded rods Unit and accessories are insulated with one -inch, 1 lbs. /cu. ft. density fiberglass insulation. One -inch foil faced insulation is also available. Large motor access panels are provided on both sides of the unit and accessories. Casing Casings (structural components) are constructed of 18 -gauge galvanized steel, insulated with one -inch, 1 1 /2 lb density fiberglass fire resistant and odorless glass fiber material to provide thermal and acoustical insulation. Fan housing sides are directly attached to the air handler top and bottom panels strengthening the entire unit assembly. Coil access panels are located on both sides of the air handler and allow easy removal of the internal coils and drain pan. Main access panels provide generous access to the fan, motor and drive from both sides of the air handler. Foil Faced Insulation The interior surface of the unit is acoustically and thermally lined with 1 inch [26 mm] 2.0 lb. /cu. ft [32 kgs. /cu. m.], R- Value of 4.3 density glass fiber with a foil facing. The insulation is UL listed and meets NFPA -90A, UL 181, and bacteriological C665 standards. Coil # 1 Hydronic Cooling Coils Cooling coils are two, four, or six -row, chilled water. All water coils are 12 fins per inch. All water coils use highly efficient Trane Delta FIoTM, Type H aluminum fins, mechanically bonded to seamless copper tubes. All coils are specifically designed and circuited for water use. All coils are factory tested with 450 psi air under water. Maximum standard operating conditions are: 300 psig, 200 °F. Sweat type connections are standard. Fan The fans are forward curved, centrifugal blower type equipped with heavy -duty adjustable speed V -belt drives. The fan shaft is supported by heavy -duty, permanently sealed ball bearings. All fans are dynamically balanced. All air handlers have a single fan. 2" [52 mm] Pleated Throw -Away Filter A 2 inch [52 mm] pleated standard efficiency (30 %) throw -away filter(s). 60 Hertz Motor A 60 Hertz, 1750 RPM motor has a plus or minus 10% voltage utilization range. The motor is open drip -proof with permanently sealed ball bearings, internal overload protection, and minimum 1.15 service factor and size 56 resilient base frames. The motor is factory installed and wired to the air handler junction box. Angle Filter Box The angle filter box is constructed of heavy gauge galvanized with an angle filter frame for use with 2" [51 mm] filters. When used with vertical units, mounting legs are provided. Stainless Steel Drain Pan The drain pan is noncorrossive and double - sloped to allow condensate drainage. The drainpan construction is stainless steel. Coils mount above the drain pan, not in the drain pan - thus allowing the drain pan to be fully inspected and cleaned The drain pan can also be removed for cleaning. The drain pan connections are 3/4" NPTschedule 40 stainless steel pipe. The main drain connection is at the lowest point of the drain pan. An auxiliary drain connection is provided on the same side as the main connection. FLD = Furnished by Trane / Installed by Others Trane Equipment Submittal Page 4 of 22 Hemcon - RAH MAU February 02, 2005 Tracer ZN Controls The Tracer ZN Controller is factory installed microprocessor based controller. The controller is located in a control box containing line voltage to 24 vac transformer, 1, 2 or 3 pole fan contactor; and disconnect switch. The wires from the fan contactor and low voltage side of the transformer are terminated in the factory on the control board. All factory mounted end devices are installed and wires are terminated on the control board. All field connections other than power are made with screw type connections on the control board. This option can be used in a stand -alone application or as a part of Trane Integrated Comfort System (ICS). A number of control options may be configured to meet the customer's needs at the factory, through the ICS, or using ICS service tool Trane Rover software. Refer to the current installation operation programming guide for all available configurations and control options. Fan Status Switch A fan status switch is a normally open differential pressure device which senses the differential pressure between the inlet and discharge of the fan housing. This is used to verify that the fan is operating. When the fan is operating, the fan status switch closes. Discharge Air Sensor The factory supplied, factory mounted (field mounted with electric heat) discharge air sensor is for use with the Direct Digital control options only. This sensor is mounted on the fan housing which is downstream of the main and auxiliary coils. When electric heat is provided, the discharge air sensor is field mounted in the ductwork downstream of the electric heater. The temperature signal provided is used as a status point or with other control algorithms. Deluxe Piping Package - Coil #1 The deluxe piping package consists of one shutoff ball valve, one strainer, one circuit setter balancing valve, and for three -way packages, a balancing fitting on the bypass line. The maximum entering fluid temperature on the water valves is 200 deg. F. [93 deg. C.]. The stop valves are ball type, and insulation on the piping package is by others. 3 -Way, Modulating Control Valve - Coil #1 - Valve Type 2 -way, Modulating VC Series (Honeywell) -Cv Ranges 4.0, 8.3, 9.0 - Material Body - Cast Bronze. "0" Ring Seals - EPDM Stem - Stainless Steel. Cartridge - Ryton TM, Noryl TM - Temperature Limits 200 deg. F [93 deg. C] fluid. 125 deg. F [48 deg. C] ambient - Operating Pressure 300 psi [2068 kpa] max - Close off Pressure 60 psi @ 4.0 Cv 60 psi @ 8 3 Cv 60 psi @ 9.0 Cv FLD = Furnished by Trane / Installed by Others Trane Equipment Submittal Page 5 of 22 Hemcon - RAH MAU February 02, 2005 Unit Dimensions - BCXC Blower Coil Air Handler Item: Al Qty: 1 Tag(s): RAH -1 NOTE = AIR FLOW < 46" 1 7/8" [22mm] HANGER ROD KNOCKOUTS 40" x4 ". (4 PLACES) FILTER ACCESS 7 _1" 52" I I – 281/8" y I COIL I MOTOR ACCESS I ACCESS PANEL 50 ' PANEL I I I CONTROL BOX 9 1/2" 0 LEFT VIEW WEIGHT lb BASE UNIT 1748 TOP VIEW COIL #1 137 COIL #2 1 CONTROL BOX IS PROVIDED WITH 7/8" [22mm] KNOCKOUTS FOR FIELD WIRING FILTER ACCESS 48" > 1" 1" <-17 3/4" 12 1/2 "—> 1 5/8 "-: – I I \ I —– • 1" MOTOR ACCESS COIL ` 131 a I PANEL ACCESS I f 26 1/8" 14" PANEL i I I I 1/2" — – FRONT VIEW RIGHT VIEW FLD = Furnished by Trane / Installed by Others Trane Equipment Submittal Page 6 of 22 Hemcon - RAH MAU February 02, 2005 Unit Dimensions - BCXC Blower Coil Air Handler Item: Al Qty: 1 Tag(s): RAH -1 NOTE DRAIN CONNECTION STUBOUTS EXTRUDE 2" [51mm] FROM SIDE OF UNIT LEFT HAND DRAIN CONNECTIONS 3/4" NPT SCHEDULE 40 STAINLESS STEEL PIPE CONNECTION 3/4" NPT SCHEDULE 40 STAINLESS STEEL PIPE CONNECTION AUX DRAIN IIP 2" 1 3 8" MAIN DRAIN 12 3/4" ,, 14 3/4" > BOTTOM REAR CORNER OF UNIT FLD = Furnished by Trane / Installed by Others Trane Equipment Submittal Page 7 of 22 Hemcon - RAH MAU February 02, 2005 Unit Dimensions - BCXC Blower Coil Air Handler Item: A2 Qty: 1 Tag(s): RAH -2 NOTE = AIR FLOW k 46" 1•' 7/8" [22mm] HANGER ROD KNOCKOUTS 40" 4" (4 PLACES) FILTER ACCESS 1" • 4 52" > 281/8 —I.— COIL MOTOR ACCESS ACCESS PANEL PANEL 50" I 9 1/2" • 0 I LEFT VIEW 1 <-5"—' WEIGHT lb BASE UNIT 1748 TOP VIEW COIL #1 137 COIL #2 1 CONTROL BOX IS PROVIDED WITH 7/8" [22mm] KNOCKOUTS FOR FIELD WIRING FILTER ACCESS 48" CONTROL BOX 17 31/2"—s' 12 1/2 " F \ 15/8 °i / I I \ I — — ; 1" ■ i I I \I MOTOR ACCESS COIL 131/2" a PANEL I ACCESS f— 26 1/8" 14" 1 PANEL / 1/2"— — FRONT VIEW RIGHT VIEW FLD = Furnished by Trane / Installed by Others Trane Equipment Submittal Page 8 of 22 Hemcon - RAH MAU February 02, 2005 Unit Dimensions - BCXC Blower Coil Air Handler Item: A2 - A4 Qty: 3 Tag(s): RAH -2, RAH -3, RAH -4 NOTE DRAIN CONNECTION STUBOUTS EXTRUDE 2" ]51mm] FROM SIDE OF UNIT RIGHT HAND DRAIN CONNECTIONS 3/4" NPT SCHEDULE 40 STAINLESS STEEL PIPE CONNECTION /4" NPT SCHEDULE 40 STAINLESS STEEL PIPE CONNECTION AUX MAIN DRAIN DRAIN O r H. 1 3/8" 10 3/4" > d 1 12 3/4" BOTTOM REAR CORNER OF UNIT FLD = Furnished by Trane / Installed by Others Trane Equipment Submittal Page 9 of 22 Hemcon - RAH MAU February 02, 2005 Unit Dimensions - BCXC Blower Coil Air Handler Item: A3, A4 Qty: 2 Tag(s): RAH -3, RAH-4 NOTE —v = AIR FLOW K 46" 1" 1 7/8" [22mm] HANGER ROD KNOCKOUTS 40" ><4 "4 (4 PLACES) FILTER ACCESS 49" – 22 1/8 y COIL MOTOR ACCESS ACCESS PANEL PANEL 47" 9 1 0 0 1 LEFT VIEW I + L5 WEIGHT lb BASE UNIT 1522 TOP VIEW COIL #1 1056 COIL #2 1 CONTROL BOX IS PROVIDED WITH 7/8" [22mm) KNOCKOUTS FOR FIELD WIRING FILTER ACCESS 48 CONTROL BOX 1" 1 1" X17 3/4" 12 3/4 "- I I \ I — – 1„ 13 1/2" a i MOTOR ACCESS COIL � 20 1/6" � PANEL ACCESS 14" I I I PANEL 1/2" — – FRONT VIEW RIGHT VIEW FLD = Furnished by Trane / Installed by Others Trane Equipment Submittal Page 10 of 22 Hemcon - RAH MAU February 02, 2005 Fan Curve - BCXC Blower Coil Air Handler Item: Al, A2 Qty: 2 Tag(s): RAH -1, RAH -2 SIZE 90 HORIZONTAL 55 Unasee 90 Opening MM.v 3250 00ctn \ Opening 9aEc Ressure 2a9n H2O \ Operofng RFM 131900 50 - \ Operafng Drake Horse R»ver 259 \ Mode 000t ..--. 4 . 5 Design Teiry67.00F — '530R \ Dat 7/205 O 25%NO (Ni 40 L - \V �\ \ 35 - \ RF. \ 60 /O 7 . �� / L_ 25 — \ \ ' • \ \ = ,.caRaM V \ � _ \ ,,/ / so aro 1.5 / \i �� A 90 10 ,...____ 9'''''---- y V _----- \i \ r - _ ; .'">n= ;� o `, � y v - GO - — 1= 1=- 1- 1= 1= 1 - -1', � f�I_v � I�I. 1 \ - Iy TII�IA 1 N I - � I 1 1 I 1 1I I y 1 I 1 0 1020 2000 3000 4000 5003 6000 7000 8000 9000 PirfloN (c rn) 63-Iz 1251 2501 -z 503-t 1 kHz 2 kJ-lz 4 kHz 8 kJ-lz Disc 98 91 83 77 78 73 71 66 Casirg 85 75 72 64 61 55 50 44 Irk 83 82 61 47 44 37 30 22 FLD = Furnished by Trane / Installed by Others Trane Equipment Submittal Page 11 of 22 Hemcon - RAH MAU February 02, 2005 Fan Curve - BCXC Blower Coil Air Handler Item: A3 Qty: 1 Tag(s): RAH -3 SIZE 54 & 72 HORIZONTAL 50 - eraIn 72 bx 21 \, Opa pr0000ctn . Operalrg Sax Ftessure 156 n X20 \ OpereIng RPM 1003C0 45 _ Operaing Bake Horse Power O — \ rT e0001 DesgnTertp 7600E 50 MO 4.0 25 Dap 2/2 N — = 35 - C - 'S10R4.1 \ � _ \ \ �, 7)511/0 30 — 1 ;. � � CD 25 j \ V A / v / w /ow 0 _ 11ID RRR i \ i / \ / \ \ \ 20 �_ / i te 1*CGR3A �� / \ \\ \ \, a) - ' \ /\ / \ / N., 1.5 �o�, • \ \ �' v/ 0 \ — \ ■ / � > \ \\ \ N N \ N / 0 _ "D3 RPf / \ / \ • — '-----_---> \ '� \ �� \ . \ \\ \\ — 7xRaM.— \ ;/\ \ \ \ \ ' \ \ - fife P.aJ , v. �� \ �� - , F \ A A V �• 00 _ — = - i - I \I I\ \I . i i \\i i\ i 'l'\i I i i i. i \ I I i i \, i 1 i 1 0 1000 2000 3000 4000 5000 6000 7000 8000 ArfloN (cfril 63-Iz 1251- 2501 -t 5D-Iz 11d-z 2 kHz 4 kHz 8kHz LlsdB 89 83 70 67 E6 63 61 55 Casing 77 67 62 55 50 45 40 34 Irk 76 73 56 39 33 30 25 16 FLD = Furnished by Trane / Installed by Others Trane Equipment Submittal Page 12 of 22 Hemcon - RAH MAU February 02, 2005 Fan Curve - BCXC Blower Coil Air Handler Item: A4 Qty: 1 Tag(s): RAH-4 SIZE 54 & 72 HORIZONTAL 50 5 Allow e72 - \ O perafrg Allow 18000*,, 0c \ OperafrgSac Pressure 151 nH20 _ Operafng RPM %000 45 \ , Opening Bake Horse Rmer 072 \ 25 90M10 50 SOO e 0001 Delmer a800F 4.0 w w,� Dor FCbdt 21A5 o - \ _35 ;5'T.Rr'sd - � \ ,,z ----\\_,/ / nro 30 _ � � — — . � / �/ \ cr, -� 25 \ \ / a - - 1200RF1" \ ;�� \ y- - � \ \. / �� /< i •v 1 . 5 - !so c . ,� /�v > K v > v �. /�o�wv - ------------ - \ v - : ,- ----‹Z -- > \ \ \ ---- _ /K �/ 1- 1.0 ems. \�. \ \ �\ \j\ \ — - R:, - / - \ \- —� \ . 05 - - -- i` ice - A GO - 1 = =1= i -i - r - 1 vq� ivfl ' . i 'IN 1 1 . I i vi 1 ' \ 1 i `i, 1 \ i i , I ‘ I I I 1 0 1000 2000 3000 4000 5000 6000 7000 8000 P rfloN (dn) Eaiz 125Hz 250Hz 5001 -z 1 Id-$z 2 kHz 4 kHz 8 kHz Disdhge 88 81 68 66 64 61 58 52 Casirg 77 66 61 53 49 43 33 32 Irid 75 72 53 33 32 29 23 15 FLD = Furnished by Trane / Installed by Others Trane Equipment Submittal Page 13 of 22 Hemcon - RAH MAU February 02, 2005 Accessory - BCXC Blower Coil Air Handler Angle filter box Item: Al, A2 Qty: 2 Tag(s): RAH -1, RAH -2 40/ ,i WEIGHT lb 31 1/2" IS01 VIEW 8 48" 4 1/4" 27 1/2" 1 I q. ACCESS PANEL 41/4" I I AIR FLOW 12 /8" 27 /8" I I O ita° I I I I I I FRONT SIDE VIEW FLD = Furnished by Trane / Installed by Others Trane Equipment Submittal Page 14 of 22 Hemcon - RAH MAU February 02, 2005 Accessory - BCXC Blower Coil Air Handler 3 way deluxe piping package - coil #1 Item: Al - A3 Qty: 3 Tag(s): RAH -1, RAH -2, RAH -3 A COIL CONNECTION \ \� SUPPLY CONNECTION = WATER FLOW BALL VALVE STRAINER CONTROL VALVE BALANCE FITTING 9 7/B" COIL CONNECTION 2 7/B" RETURN CONNECTION FLOW SETTING VALVE 13 1/4" - 9" FLD = Furnished by Trane / Installed by Others Trane Equipment Submittal Page 15 of 22 Hemcon - RAH MAU February 02, 2005 Accessory - BCXC Blower Coil Air Handler COIL 1 = HYDRONIC; COIL 2 = NONE; LH CONNECTION Item: Al Qty: 1 Tag(s): RAH -1 COIL CONNECTION SIZE INCH mm RETURN 11/8 29 SUPPLY 11/8 29 O RETURN O SUPPLY 15 7/8" 12 7/8" 7 1/4" 12 3/4" BOTTOM REAR OF UNIT / NOTE. COIL CONNECTION LOCATIONS ARE TOLERANCED WITHIN +/- 2 INCHES (51mm) FLD = Furnished by Trane / Installed by Others Trane Equipment Submittal Page 16 of 22 Hemcon - RAH MAU February 02, 2005 Accessory - BCXC Blower Coil Air Handler COIL 1 = HYDRONIC, COIL 2 = NONE, RH CONNECTIONS Item: A2 Qty: 1 Tag(s): RAH -2 COIL CONNECTION SIZE INCH mm RETURN 11/8 29 SUPPLY 11/8 29 SUPPLY O RETURN O 15 1 /2" 121/2" 7 1/4" i� 12 3/4" - BOTTOM REAR OF UNIT NOTE COIL CONNECTION LOCATIONS ARE TOLERANCED WITHIN +/- 2 INCHES (51mm) FLD = Furnished by Trane / Installed by Others Trane Equipment Submittal Page 17 of 22 Hemcon - RAH MAU February 02, 2005 Accessory - BCXC Blower Coil Air Handler Angle filter box Item: A3, A4 Qty: 2 Tag(s): RAH -3, RAH-4 WEIGHT lb 3 1/2" IS01 VIEW 725 48" 4 1/4" 23 1/2" I I ACCESS PANEL 4 1/4 I I -..3=•■•■ AIR FLOW 12 3/4" Ogg° I I I I � I � I H 1" FRONT SIDE VIEW FLD = Furnished by Trane / Installed by Others Trane Equipment Submittal Page 18 of 22 Hemcon - RAH MAU February 02, 2005 Accessory - BCXC Blower Coil Air Handler COIL 1 = HYDRONIC, COIL 2 = NONE, RH CONNECTIONS Item: A3, A4 Qty: 2 Tag(s): RAH -3, RAH-4 COIL CONNECTION SIZE INCH mm RETURN 11/8 29 SUPPLY 11/8 29 SUPPLY O RETURN 0 13" 10" 7 1/4" �\ 12 3/4" \ BOTTOM REAR OF UNIT NOTE COIL CONNECTION LOCATIONS ARE TOLERANCED WITHIN +/_ 2 INCHES (51mm) FLD = Furnished by Trane / Installed by Others Trane Equipment Submittal Page 19 of 22 Hemcon - RAH MAU February 02, 2005 Accessory - BCXC Blower Coil Air Handler 3 way deluxe piping package - coil #1 Item: A4 Qty: 1 Tag(s): RAH-4 I I I COIL CONNECTION \ \� SUPPLY CONNECTION = WATER FLOW BALL VALVE STRAINER CONTROL VALVE BALANCE FITTING 6 3/4" COIL CONNECTION 2 3/8" l — RETURN CONNECTION FLOW SETTING VALVE 15 3/8" 6 1/4" FLD = Furnished by Trane / Installed by Others Trane Equipment Submittal Page 20 of 22 Hemcon - RAH MAU February 02, 2005 Field Wiring - BCXC Blower Coil Air Handler Item: Al - A4 Qty: 4 Tag(s): RAH -1, RAH -2, RAH -3, RAH-4 NOTES I ALL FIELD WRING MUST BE IN ACCORDANCE W TH Q WARNING THE NATIONAL ELECTRC CODE (NEC) STATES LOCAL 460/60/3 REQUIREMENTS HAZARDOUS VOLTAGE' 2 DASHED LINES INDICATE RECOMMENDED FIELD WRING BY OTHERS DASHED LINE ENCLOSURES S/OR DASHED DISCONNECT ALL ELECTRIC POWER DEVICE OUTLINES INDICATE COMPONENTS PROVIDED BY L1 U L3 INCLUDING REMOTE DISCONNECTS OTHERS SOLID LINES INDICATE WRING BY TRANE CO - I BEFORE SERVICING � USTOMER SUPPLIED FORM C DRY CONTACTS FIELD ' FAILURE TO DISCONNECT POWER WRING SHOULD BE 16 -22 AWG WITH A MAX LENGTH I BEFORE SERVICING CAN CAUSE �OF�1000 FT DEFAULT SETTINGS OPEN • OCCUPIED SEVERE PERSONAL INJURY OR DEATH - ( ] OMMUNICATIONWIREMUSTBETRANEPARTNO L\CAUTION ` 4 00 00 -20-26 OR EQUIVALENT MAX LENGTH OF AGGREGATE RUN AS FOLLOWS 4500 FT FOR DAISY USE COPPER CONDUCTORS ONLY CHAIN WITH 105 OHM RESISTOR AT EACH END 1500 FT FOR STAR WITH ONE 50 OHM RESISTOR UNIT TERMINALS ARE NOT DESIGNED NEAR THE CENTER OF THE STAR CAUTION DO NOT 0 SPLICE I 1 I SPLICE TO ACCEPT OTHER TYPES OF RUN POWER IN THE SAME CONDUIT OR WIRE BUNDLE CONDUCTORS WITH COMMUNICATION LINK FAILURE TO DO SO MAY CAUSE DAMAGE TO THE EQUIPMENT 0 / / / GRD CONTROL BOX 1T81-L1 --< < < F -- < < COIL #1 BLUE -< < < < - ----< VALVE _ f BLUE < < < < - - ----< < - - -- I -I EXHAUST I - 1781 -L1 I I I I < < YELLOW 0 GND 240 24V BOP O 1 2 3 4 5 6 7 8 9 10 11 12 0 �0 mp gNp ip J 00011110E10 POWER GENERIC BINARY OUTPUTS OUTPUT J3-9 0 o z m J2-1 Job 0 J2-2 Jo7 ° I- H Q g N m J2-3 U) H J3-6 " J2 -4 m ❑° J3-5 = z o > m O 0 I OCCUPIED\ 1 m J2 -5 C f a J3-4 j i UNOCCUPIED - N 2 I J26 0 Z N 0 0 J3-3 a m J2-7 SERVICE ¢ J3-2 A J208 COMMUNICATIONS ZONE SENSOR Jot Q N Cl O N CO N Cl O ID 001 m m g11) 34 0011 000 000 004 C O31 mp O H M H MM COMM COMM -J ZONE GND SET FAN GND 0 ) I I E> COMM IN LOO -- j OPTIONAL HI( +) -- - COMM OUT _J LO ( -) FLD = Furnished by Trane / Installed by Others Trane Equipment Submittal Page 21 of 22 Hemcon - RAH MAU February 02, 2005 Field Installed Options - Part/Order Number Summary This is a report to help you locate field installed options that arrive at the jobsite. This report provides part or order numbers for each field installed option, and references it to a specific product tag. It is NOT intended as a bill of material for the job. Product Family - BCXC Blower Coil Air Handler Item Tag(s) Qty Description Model Number Al RAH -1 1 BCXC Blower Coil Air Handler ( BCHC090G2 * *A4N BCXC) 07R000000BB4FE 200000AB0000 A2 RAH -2 1 BCXC Blower Coil Air Handler ( BCHC090G2* *A3N BCXC) 07R000000BB4FE 200000AB0000 A3 RAH -3 1 BCXC Blower Coil Air Handler ( BCHC072G2* *A3N BCXC) 04F000000BB4FE 200000AB0000 Field Installed Option Description Part/Ordering Number 8.3 CV, 1" Modulating, 1" PIPE Angled Filter Box 3 -Way Modulating Deluxe Piping Package Item Tag(s) Qty Description Model Number A4 RAH-4 1 BCXC Blower Coil Air Handler ( BCHC072G2* *A3N BCXC) 03E000000BB4FC 200000AB0000 Field Installed Option Description Part/Ordering Number 3 -Way Modulating Deluxe Piping Package Angled Filter Box 4.0 CV, 1/2" Modulating, 3/4" PIPE FLD = Furnished by Trane / Installed by Others Trane Equipment Submittal Page 22 of 22 �� — MiniPAC Dehumidifier Bry-Air/ Feature Highlights High Efficiency and Reliability ',/ • A totally self- contained unit D� F S T 1 9 6 • Insulated Process and Reactivation air flow sectors The choice for • Rotor with stainless steel flange desiccant dehumidification Controls and Safeties • Differential air pressure switch for proving react air flow l ` 41 � t� M,nIPAC 350 • High temp safety thermostat �i • Reactivation cool down � =1' • Electrical interlock of fan motors, heaters and rotor drive w , • ; • Optional Humidistat for humidity control ✓ ' II A rl , " , • --" t 1 c= " - Easy to Operate • Suitable for continuous operation • Auto / Manual selector switch • Power on, heater on, and fault status indication Bry MiniPAC is the ideal • Independent blower for each air stream • Volume control dampers dehumidification solution for smaller facilities in need of reliable humidity Easy to install control or mold and mildew protection. • Several mounting and installation options • Small physical size Easy to maintain • Quick and easy to service • Rotor is water washable Process React Full Process React Performance Model External External Voltage a Load Weight CFM Static CFM Static KW LB /HR ** MP -100 100 0.70" wc 34 0.45" wc 208 - 240/1/60 4.03 100 3.3 MP -175 175 0.60" we 58 0.40" we 208 - 240/1/60 4.53 125 5.9 MP -350 350 0.90" wc 117 0.70" wc 208 - 240/3/60 11.96 175 11.7 MP -600 600 0.75" wc 200 0.45" wc 208 - 240/3/60 17.66 250 20.0 ** Moisture removal capacity based on entering air conditions of 75 deg F and 100 gr/lb 10793 State Route 37 W. I Sunbury, OH 43074 Toll Free: 877- 4BRYAIR (877 -427 -9247) Issue Date:2/25/04 Phone: 740-965-2974 I Fax 740- 965 -5470 Release 3 4 E -Mail brvair1 obrv-air.com Web www bry-air com BA -283 Dimensional Data (Inches) i Dim MP -100 MP -175 MP -350 MP -600 A 26 5/8 29 34 7/8 41 1/8 B 18 1/2 21 1/4 24 13/16 28 3/4 C 15 5/16 171/2 19 7/16 21 7/8 D 5 3/4 6 1/2 7 11/16 8 11/16 E 4 1/8 4 1/2 5 5/16 5 11/16 Q REACTIVATION AIR OUTLET F 9 9 5/16 11 13/16 14 3/8 WITH MANUAL DAMPER ii G 8 7/8 10 7/16 10 13/16 11 1/4 'V DIA O 4 5/16 4 5/16 5 9/16 8 3/8 „ P 3 3/8 3 3/8 3 3/8 4 15/16 Q 9 1/16 9 5/16 11 13/16 14 3/8 1 10 R 6 5/16 611/16 8 9/16 7/16 OUT DIA V 4 4 6 8 i REACTIVATION AIR INLET - V DIA PROVIDE MIN 24" CLEARANCE ■• ROTOR SERVICE ME ACCESS PROVIDE MIN 24" CLEARANCE PROCESS AIR OUTLET WITH MANUAL DAMPER PROCESS AIR INLET V DIA 'V DIA • , H m m\ - _ ,i • -�� MIN 6_ - iii --- '1,7, I� C R IN � � G — + = I � U e e v t L \ �,, U E 23 /8 "TYP I 1_ B A 1 Typical MiniPAC Performance Curve 70 86 °F 0 60 I i 77 °F 50 ' ' --- 68 °F (D 40 � � H 30 0 20 _ .---- " ''' 59°F o. 10 50°F . 0 -, I 0 10 20 30 40 50 60 70 80 90 100 110 120 130 Process Gr /Ib In 284F React Inlet @ 99 Gr/Ib Issue Date: 2/25/04 10793 State Route 37 W. I Sunbury, OH 43074 Toll Free: 877- 4BRYAIR (877 -427 -9247) Release: 3 4 Phone* 740 - 965 -2974 I Fax 740 - 965 -5470 BA -283 E -Mail• brvair1(o -bry -air corn Web• www.bry-air corn C\-e.c,/.7c)on c = ' o 1 M- Series Climate Changer Air Handlers, Unit Sizes 3 to 120 'AIIIF ' Fil , - tt; r : 1 I ' '01): 1 if . , "� ';'aid . . A � September 2002 CLCH- PRC003 -EN • 0 TRANE° General Data a .,L� E : ( .,j ' -, ,w ; . )n = 44 in. 1= 28.75 in Table 23. Module dimensions Weight (lb) Module Type Length (in.) Single -Wall Double -Wall Intake 15.50 n/a 183 Mixing box With angled filters 28.75 195 223 Without angled filters 28.75 174 202 With Traq dampers 28.75 168 191 Air Blender® module 30.00 141 174 Filters 2 -in. or 4 -in angled 28.75 139 168 Cartridge (6 -in or 12 -in. ) or short bag (18 -in.) 28.75 140 170 2 -in. or 4 -in. flat 11.00 67 78 2 -in. and 4 -in. high - efficiency flat 15.50 100 116 2 -in. or 4 -in. flat open return 4.25 16 16 HEPA L= 42.00, H =32 00 146 189 Long bag (30 -in. bag) 41.00 171 218 Access or blank Small horizontal 11.00 72 79 Medium horizontal 15.50 85 95 Extended - medium horizontal 19.00 97 109 Medium -large horizontal n/a n/a n/a Large horizontal or turning 28 75 134 152 Extra -large horizontal or turning 41.00 148 195 Face - and - bypass damper External L =15 50, H =33.75 136 156 Internal 15.50 107 127 Face damper only 15.50 109 129 Coil Small horizontal (with 2 -row UW) 11.00 n/a 139 Medium horizontal (with 8 -row UW) 15.50 n/a 238 Extended - medium horizontal (with 8 -row UW) 19 00 n/a 253 Medium -large horizontal (with 10 -row W) n/a n/a n/a Large horizontal or vertical (with 10 -row W) 28.75 n/a 432 Electric heat 28.75 n/a 309 Integral face - and - bypass (IFB) coil 28 75 n/a 398 Multizone /double -duct L= 46.80, H =45.75 662 733 Humidifier 3100 n/a 256 Moisture eliminator 11.00 n/a 166 Fan 41.00 See Table 26 for fan module weights Diffuser 15.50 86 106 Discharge plenum Horizontal 28.75 151 180 Vertical 41.00 147 205 1. Coil module weights include the coil noted with 144 aluminum fins per foot, standard tubes, and no water Refer to the coil selection for exact coil weights 2 Electric heat requires a large access or blank module downstream for blow -thru applications 3. IFB coils require a medium access or blank module downstream 54 CLCH- PRC003 EN 0 TRIUNE General Data ;z - t 1: (7:',, . ., Table 24. Coil availability Table 2Z Fan data Module Type 'h -Inch Coils 1/2-Inch Coils Fan Application Small 2' rows 1 and 2* rows Housed Medium 2 -4, 6 *, and 8' rows 1 -4 rows Fan Characteristic A B D E Extended - medium 2 -8 rows 1 -6 rows Size /type 12.25 FC 10.5 FC 12 AF 12 AF Medium -large n/a n/a Max rpm 1,403 2,365 3,700 3,500 With access n/a n/a ODP motor hp range 0.25 -5 1 -5 1 -7.5 1 -7.5 Large horizontal 2 -8 rows 1 -10 rows Outlet area (ft 1.90 1 41 1.45 1.45 With access n/a n/a Blast area (ft 0.91 0.68 0.65 0.65 Large vertical 2 -8 rows 1 -6 rows Bearing size (in.) Multizone (cold deck) 2 -4, 6', and 8* rows 1 -4 rows Drive side 1 1 1 1.4375 The drain pans for coils noted with • are not extended Opposite drive side 1 1 1 1.4375 Shaft size (in.) 1 1 1 1.4375 Table 25. Filter data Filter Type Area (ft Qty -Size (in) Table 28. Damper areas Flat (2 in., 4 in., or 2 in. /4 in.) 5.56 2 -20 x 20 Module Type Area (ft Iraq'"' mixing boxes use flat filters Mixing box Angled or mixing box (2 in. or 4 in) 8.89 4 -20 a 16 Back, bottom, or top airfoil blade damper 3.01 Bag or cartridge, 2 -in. Prefilters 5.56 2 -20 a 20 Side airfoil blade damper 1.46 HEPA 6.00 1 -12 a 24 Traq damper 1 84 1 -24 a 24 Internal face-and-bypass 2 -inch filters available in permanent, throwaway, or pleated media Face 3.83 4 -inch filters available in pleated media, 65 %, 85 %, or 95% efficiency Bag or cartridge filters available in 65 %, 85 %. or 95% efficiency Bypass 2.25 External face-and-bypass Table 26. Fan module weights Face 5.41 Fan Module Weight (lb)' Bypass 3.83 Casing Construction FC Fans BC Fans Face damper 5.41 Single -wall 368 454 Air Blender® module 2.80 Double -wall 416 502 Multizones 1 Fan module weights include a high - efficiency, open and drip - proof Per deck 3.65 (ODP) motor Maximum zones per deck 6 Table 29. Coil data Coil Type Rows Fin Type Area (ft Qty -Size (in.) ' /cinch unit coils (UW, UF) All available rows Aluminum 5.86 1 -23.75 x 35.50 • s/a -inch unit coils W 3 to 10 Aluminum 5.47 1 -22.50 a 35.00 5W All available rows Alum. or Copper 5.10 1 -21.00 x 35.00 W 3 to 10 Copper 4.38 1 -18.00 a 35.00 W 1 Alum. or Copper 4.38 1 -18.00 a 35.00 WA, 5A, F, P2, P4, P8, K, D, DD, TT All available rows Alum. or Copper 4.38 1 -18.00 a 35.00 1 -inch unit coils (N, NS) 1 Alum. or Copper 4.38 1 -18.00 a 35.00 Modified coils (W, 5W, WA, 5A, F, P2, P4, K, D, TT, N, All available rows Alum. or Copper 2.92 1 -12.00 a 35.00 NS) Hot deck coils (W, 5W, WA, 5A, TT, N, NS) 1 and 2 Alum or Copper 2.92 1 -12.00 a 35.00 CLCH- PRC003 -EN 55 -‘:‘Iy) .fa-\` •._,:. v� p wc)QsvSa`D �1 „._ . ... .._ . 1:t 30 , VA e it �� ,.• gig€ '_> _..a /1,-. 1 ,,. . , r FAN FILTER UNIT p PATENT PENDING The HUNTAIR AccuFlowTM AF 300 Series expands on the superior value presented Superior Performance: in its sister products, the AccuFlowTM AF 100 © Ultra High Efficiency and AF 200 Series. The versatility of O Low Noise the product is unlimited as the option o Programmable packages are broad and deep, while o Build To Order Options improving on the industry leading performance provided in the ,� ACCUFIOWTM AF 100 Series. ay' ° r ;✓. '' > �_ / 45 C E �� r `/ LISTED A / "Built to Order” top or bottom filter, fan, and motor access, operating efficiency, filter efficiency, ,1" F f ,; :". -, .` external static demands, voltage . € , t�° .;,a. ;��ef r � and numerous other features are 1 ' .* , 4 available upon request. The AccuFlowTM AF Series is designed to excel in close a -,_ 7,1, i t tolerance manufacturing facilities ;sr,, ilk . .r , such as microelectronics, pharmaceutical, t : ; '`'s ‹ biological, aerospace and other industries rz J requiring HEPA or ULPA filtration. The HUNTAIR AccuFlowTM is perfectly suited f r .- for new construction or upgrade projects. ®H UNTAI R • LEADERS IN AIRFLOW MANAGEMENT AF300 H UNTAIR The HUNTAIR AF 300 Series Fan Filter Unit comes from the longtime trademarked AccuFlowTh family that includes our energy saving AF 100 Series and AF 200 Series FFU's, and the AccuFlowmi Valve for precisely measuring /controlling air volume to user selected set points. STANDARD OFFERINGS OPTIONS • HUNTAIR AF Series high efficiency airfoil wheel • Super ULPA grade @ 99.9999 on 0.12 microns • HEPA filter @ 99.99% efficient on .3 microns with • ULPA grade © 99.9995% on 0.12 microns clear anodized aluminum filter frame. Powder O Top or bottom load gel seal housing coated expanded metal face screen is included. a Chemical filtration • 30% Prefilter disposable type • Sizes available in 2x4, 4x4, (Custom Sizes Available) • Sound attenuating package • Top or bottom load gasketed filters O Direct drive fan /motor assembly using GE • Inlet cooling coils ECM motor technology a Room side removable filter with face screen • Power On /Off switch with fuse 9 Lifting handles 6 Top or bottom motor service access • Sound attenuating baffle • 5052 Aluminum Housing Construction C E Approval (Other Materials /Powder Coated Finishes Available) c Duct collar © Cabinet interior lined with acoustical insulation • Walkable housings with NON - Shedding laminated facing. • 12' power cord O Motor voltage 120, 240, or 277 volts AC at 50/60 Hz €i Custom powder coated finishes CONTROL & INTERFACE OPTIONS SPECIFICATIONS • Digital Speed Control Unit • Operating Data units AF 300 2x4 AF 300 4x4 This control unit allows for local or remote mounted Power Consumption: on /off and fan airflow adjustment. Rotating a single 4X4 915 cfm, .56" w.g.; Watts 56 110 screwdriver adjuster changes the variable output 2X4460 cfm, 56 "wg. signal to the motor from off to full output. It features Power Consumption: a 4 digit LED numerical display to allow easy reading 2X4861 cfm, 22 "wg. Watts 107 215 9 P Y Y 9 6 2X4 686 cfm, .72" w q of airflow and motor RPM in dark spaces. • Sound Data • Modbus Network Interface 30" From Discharge: The Modbus interface allows an industrial or buildin 4X4 915 cfm, .56" w.g ; dB(A) 47 47 g 2X4 460 cfm, .56" w g automation system to monitor and control each FFU's 30" From Discharge: output and on /off; monitor each FFU's RPM and 4X4 1371 cfm, .72 "w.g. dB(A) 51 51 control status; and set default values used during 2X4 686 cfm, .72" w g power up and communications interruptions using • Room Noise Levels standard Modbus Remote Terminal Unit serial data 25% Filter Coverage: link. 4X4 915 cfm, 56" w g , dB(A)/NC 46/42 46/42 2X4 460 cfm, .56" w.g a Infrared Remote Controls 25% Filter Coverage: The Infrared Remote Control System provides a means 4X4 1371 cfm, .72" w g dB(A) /NC 51/47 51/47 2X4 686 cfm, .72" w g. to remotely adjust the output of the FFU. The hand 100% Filter Coverage: held remote control sends modulated infrared signals 4X4 915 cfm, 56" w g , dB(A)INC 52/48 52/48 to a receiver on the control. The control may be 2X4 460 cfm, .56" w g mounted on or near the equipment and may be 100% Filter Coverage: operated from within the cleanroom. 4X4 1371 cfm, .72" w.g dB(A)/NC 57/56 57/56 2X4 686 cfm, .72" w q For more information contact: [air reserves the right without H U N TA' R, Inc .,tIfication to modify the materials 11555 SW Myslony Street • Tualatin, Oregon 97062 and specifications resulting from mprovement a or the availability u of PHONE (503) 639 -0113 • FAX (503) 639 -1269 • www.huntair.com new materials. HUNTAIR is a registered trademark of HUNTAIR, Inc • AccuFlow*m is a trademark of HUNTAIR, Inc Form No. FFU AF -300 SB 0903 © Copyright 2003, HUNTAIR, Inc PATENT PENDING S JozSa�� \--io 3 1, � Scroll Enclosure Air Compressors Specifications Compressor Noise Air Discharge Level Discharge Delivery Compressor Air Discharge (1.5m Model Air Control Pressure (SCFM @ Speed Driving Temp. Air from Number End System (PSIG) 100 psig) (RPM) System °F Outlet front) SED1007 SLAE05 Solid State 95 -115 29.4 3150 V -belt < Intake 3/4" 53 Pressure temp. +58 °F Driven Control SET1507 SLAE05 Solid State 95 -115 44.1 3150 V -belt < Intake 1" 56 Pressure temp +54 °F Driven Control SEQ2007 SLAE05 Solid State 95 -115 58.8 3150 V -belt < Intake 1" 58 Pressure temp. +58 °F Driven Control Motor Model Starting Overload High Temp. Dimensions Number Type Horsepower Voltage System Relay Shut Down (W x L x H) SED1007 3 Phase, TEFC 10 (2 x 5) 208 - 230/460 Magnetic Current Installed 25 x 24.2 x 49.6 starter sensor SET1507 3 Phase, TEFC 15 (3 x 5) 208 - 230/460 Magnetic Installed Installed 28.3 x 44 x 62.6 starter SEQ2007 3 Phase, TEFC 20 (4 x 5) 208 - 230/460 Magnetic Installed Installed 28.3 x 44 x 62.6 starter Chart 15 - Specifications for Compressors and Motors 11 P U R E ff POIKERIOC A I R T E C H N O L O G Y Scroll Enclosure Air Compressors Please read and save these instructions. Read carefully before attempting to assemble, install, operate or maintain the product described. Protect yourself and others by observing all safety information. Failure to comply with instructions could result in personal injury and /or prop- erty damage! Retain instructions for future reference. Description Unpacking After unpacking the unit, inspect care- DANGER GENERAL fully for any damage that may have The Powerex Oilless Rotary Scroll Air occurred during transit. Make sure to Breathable Air Warning Compressor has advanced scroll corn- tighten fittings, bolts, etc., before This compressor /pump is NOT pressor technology through the devel- putting unit into service. equipped and should NOT be used opment of a completely oilless unit. AWARNING D o not operate "as is" to supply breathing quality The Powerex Scroll Compressor offers a un it if damaged air. For any application of air for dynamically balanced air end which during shipping, handling or use. human consumption, you must fit insures vibration -free operation. The Damage may result in bursting a n d the air compressor /pump with suit - cause injury or property damage. rotary design permits a continuous able in -line safety and alarm equip - 100% duty cycle. No oil separation, oil 1. The compressor nameplate should ment. This additional equipment is filtration, or inlet valves are required be checked to see if the unit is the necessary to properly filter and on the Powerex Scroll unit. The corn- correct model and voltage as purify the air to meet minimal pressor is virtually maintenance free. ordered. specifications for Grade D breath - Other standard features on the Remove the yellow ing as described in Compressed Powerex Scroll Compressor include: a ACAUTION bracket located Gas Association Commodity Magnetic Starter, Motor Overload between the base and receiver inside Specification G 7.1 - 1966, OSHA 29 the front panel. CFR 1910. 134, and /or Canadian Protection, a High Temperature Shutdown Switch, an Air Cooled General Safety Standards Associations (CSA). Aftercooler and a Single Phase or Three Information DISCLAIMER OF WARRANTIES Phase 4 Pole ODP motor. IN THE EVENT THE COMPRESSOR Safety Guidelines The operator of this compressor must IS USED FOR THE PURPOSE OF take the necessary precautions to pre- BREATHING AIR APPLICATION This manual contains information that vent the level of danger indicated by AND PROPER IN -LINE SAFETY is very important to know and under- these symbols. The operator is also AND ALARM EQUIPMENT IS NOT stand. This information is provided for required to read and understand this SIMULTANEOUSLY USED, EXIST - SAFETY and to PREVENT EQUIPMENT instruction manual and all safety warn- ING WARRANTIES ARE VOIDED, PROBLEMS. To help recognize this ings, labels, etc. AND POWEREX DISCLAIMS ANY information, observe the following Any employer allowing the use of this LIABILITY WHATSOEVER FOR ANY symbols. compressor in their field of work must LOSS, PERSONAL INJURY OR A DANGER Danger indicates distribute this instruction manual to all DAMAGE. an imminently haz users. The employer must also ensure ardous situation which, if not avoided, all users read, understand and follow WILL result in death or serious injury. the instructions as described in the 2. Air used for breathing or food pro - Warning indicates manual, safety warnings, labels, etc. cessing must meet O.S.H.A. 29 C.F.R. AWARNING a potentially haz 1910.134 or C.F.R. 178.3570 regula- ardous situation which, if not avoided, 1 • Read and understa tions. COULD result in death or serious injury. all safety warnings and 3. Do not expose the corn - Caution indicates a instructions befor pressor intake to flam- e ACAUTION potentially haz operating this compres- mable gases, vapors or i, ardous situation which, if not avoided, sor. Failure to read and fumes. MAY result in minor or moderate follow all safety warnings may 4. Do not use or store injury. result in serious personal injury or flammable gases in or near the corn- NOTICE Notice indicates death. Property damage and /or pressor. important informs compressor damage may also occur 5. Safety Valves or Relief Valves used tion, that if not followed, MAY cause if all warnings are not followed. on this compressor must be in actor - damage to equipment. Powerex • 150 Production Drive • Harrison, OH 45030 • USA IN188603AV 4/03 airtek Page 1 of 1 :; A IRTEfC Ezr N k , ,,, PREMIUMFROL'uc1SFQR ",LDIJS11Ri f ,' Model TW55 Capacity 60 SCFM 11.7 1E `` . _ ' Design Inlet Pressure 100 I PSIG 16.9 I bar ' ' ;a" -: I Design Inlet Temperature 100 F 38 C - �E_�� -, g p I II 1C Maximum Inlet Temperature 120 I F 1149 C Maximum Pressure 150 I PSIG II 10.3 I bar Standard Electrics 120/1/60 I Volts /Phase /Hz Heater KW N/A A I RTE K Average Heater KW N/A Blower HP N/A Approximate Purge 9 IISCFM II 0 26 IC QUICK In /Out Connections 3/4" I Inches Desiccant Per Tower 35 II Lbs II 15 9 I Kg Replacement Pre - Filter Element JE -00110 SPECS Replacement After - Filter Element JE -F0110 Unit Length 21 II Inches II 533 11 mR Unit Width 20 11 Inches II 508 11 mm Unit Height 67 11 Inches 11 1702 II mR Shipping Weight 230 II Lbs II 104 3 I Kg Heated Dryers Only Heated wJ'Blower only US Measurerients Metr c Measur Previous Model Next Model Return to Prin Products Page http: / /www.airtek.com /qs- des. php? cPage= prodpgI 0.php &ID =5 &cTable =TW 3/31/2005 airtek Page 1 of 1 - A /R TEK r ' °' PREMIUM PRODUCISfORINDUS'IRY I - 1 �� Model TW25 ' ! Capacity 25 I SCFM 10.71 I Nm i r . Design Inlet Pressure 100 I PSIG 16.9 I b �" Design Inlet Temperature 100 I F II 38 IC Maximum Inlet Temperature 120 I F II 49 IC Maximum Pressure 150 PSIG II 10.3 bar Standard Electrics 120/1/60 I Volts /Phase /Hz Heater KW N/A Al RTE K Average Heater KW N/A Blower HP N/A r Approximate Purge 4 IISCFM II 0.11 I Nm QUICK In /Out Connections 1/2" II Inches Desiccant Per Tower 15 II Lbs II 6 8 I Kg Replacement Pre - Filter Element JE -00050 S PECS Replacement After - Filter Element JE -F0050 Unit Length 19 II Inches II 483 I mI E Unit Width 16 II Inches II 406 I m[ Unit Height 64 II Inches II 1626 II Shipping Weight 156 II Lbs II 70 8 la Heated Dryers On y Heated wfBlower any US Measurements Metn; Measur Previous Model Next Model Return to Prin Products Page http: / /www.airtek.com/gs- des. php? cPage= prodpg10.php &ID= 3 &cTable =TW 3/31/2005 W c..) Physical data 60 Hz ENGLISH UNIT 30RA 010 015 I 018 022 I 025 I 030 I 035 I 040 I 045 I 050 I 055 REFRIGERANT TYPE R -22, TXV Controlled System Refrigerant Charge (lb) Ckt A/Ckt B 18/— ) 27/— I 36/— I 37/— I 38/— ) 48/— 1 44/30 45/30 ) 44/44 ) 45/45 ) 55/55 COMPRESSORS Scroll, Hermetic Quu Rpm) 1 ) 1 2 ) 2 2 3 00 3 ) 3 4 ) 4 4 (Qty) Ckt A 25, (1) SM125 (1) SM185 (2) SM710 I (1) (1)S SMM160 115, ( SM160 (2) SM185 (1) (1)S SMM160 115, (1) ( SM160 (1) S SMM1160 (2) SM760 (2) SM185 (Qty) Ckt B (1) SM185 (1) SM185 (1) SM125, (2) SM160 (2) SM185 — — — — — — (1) SM160 011 Charge (Compressor/Pt) SM110/5 7, SM115/6 7, SM125/6 7, SM160 /7 0, SM185/11 6 No. Capacity Steps Standard 1 1 2 2 2 2 3 3 4 4 4 Optional (Maximum) 2 2 3 3 3 3 4 4 5 5 5 Minimum Capacity Step ( %) Standard 100 100 50 41 50 50 25 32 22 25 25 Optional 69 79 32 27 38 39 16 24 15 19 20 COOLER Welded, Direct - Expansion Plate Heat Exchanger Net Fluid Volume (gal) 1 12 1 61 1 86 2.41 2 84 3 40 6 30 7 00 6 55 744 8.56 Maximum Refrigerant Pressure (psig) 450 450 450 450 450 450 450 450 450 450 450 Maximum Fluid Side Pressure 150 150 150 150 150 150 150 150 150 150 150 Without Pump(s) (psig) Maximum Fluid Side Pressure 150 150 150 150 150 150 150 150 150 150 150 With Pump(s) (psig) FLUID CONNECTIONS (In.) Inlet and Outlet, FPT 2 2 2 2 2 2 2 2'/2 2 2'/2 2 Drain (NPT) 1 /2 1 /2 1 /2 1 /2 '/2 '/2 '/2 /2 '/2 '/2 '/2 CONDENSER FANS Standard Low Noise Type Fan Speed (Rpm) Standard/Low Noise 1140/570 1140/570 1140/570 — /850 —/850 — /850 —/850 —/850 —/850 — /850 —/850 No. Blades...Diameter (in.) Ckt A/Ckt B 15 30/— 15 . 30/— 15 30/— 11 30/— 11 30/— 11 30/— 11 30/ 11 30/ 11 30/ 11 . 30/ 11 30/ 11..30 11 30 11 30 11 30 11 .30 No. Fans...Total kW 1. 1.8 1 1 8 1 1 8 2 2 0 2 2 0 2 2 0 1 1 0 () 2 1 8 (g), 4 4 0 4 4 0 4 .4 0 Total Airflow (Cfm) 10,500 10,500 10,500 13,600 13,600 14,500 21,000 21,000 27,300 27,300 29,000 CONDENSER COILS Quantity...No. Rows 1.. 2 1 3 1 3 1 3 1 3 1 .3 2 3 2 3 2 3 2 3 2. 3 Total Face Area (sq ft) 23 23 23 32 32 40 55 55 64 64 80 HYDRONIC MODULE (Optional)* Pump(s), Strainer W/Blowdown Valve, Expansion Tank, Pressure Gages, Drain and Vent Plugs, Flow Switch, and Balance Valve Pump Single or Dual, Centrifugal Monocell Pump(s), 3500 Rpm Expansion Tank Volume (gal) 4 4 I 10 3 50 Hz ENGLISH UNIT 30RA 010 I 015 018 I 022 I 025 I 032 ) 035 I 042 ) 045 REFRIGERANT TYPE R -22, TXV Controlled System Refrigerant Charge (lb) CM A/Ckt B 18/— I 27/— ) 36/— ) 37/— I 38/— ) 44/30 ) 44/30 ) 44/44 ) 44/44 COMPRESSORS Scroll, Hermetic Quantity 1 I 2 I 2 I 2 I 2 I 3 I 3 I 4 I a Seed (Rpm) 2900 ( ty) Ckt A (1) SM160 (2) SM110 I (2) SM125 I (2) SM160 1 (2) SM185 1 ( (1 1) ) SM SM115, 160 (2) SM185 I (2) SM160 I (2) SM185 (Qty) Ckt B — (1) SM185 (1) SM185 (2) SM160 (2) SM185 Oil Charge (Compressor /Pt) SM110/5 7, SM115/6 7, SM125/6.7, SM160/7 0, SM185/11 6 No. Capacity Steps Standard 1 2 2 3 3 4 4 Optional (Maximum) 2 3 3 3 3 4 4 5 5 Minimum Capacity Step ( %) Standard 100 50 50 50 50 25 33 25 25 Optional 71 28 31 35 37 15 25 18 _ 19 COOLER Welded, Direct - Expansion Plate Heat Exchanger Net Fluid Volume (gal) 1 12 1 61 1.86 2 41 2.84 5 77 6 55 6 77 6 55 Maximum Refrigerant Pressure (psig) 450 450 450 450 450 450 450 450 450 Maximum Fluid Side Pressure 150 150 150 150 150 150 150 150 150 Without Pump(s) (psig) Maximum Fluid Side Pressure 150 150 150 150 150 150 150 150 150 With Pump(s) (psig) FLUID CONNECTIONS (In.) Inlet and Outlet, FPT 2 2 2 2 2 2V2 2'/2 2'/2 2'/2 Drain (NPT) 1 /2 1 /2 1 /2 1 /2 '/2 '/2 /2 '/2 1/2 CONDENSER FANS Standard Low Noise Type Fan Speed (Rpm) Standard/Low Noise 950/475 950/475 950/475 — /700 —(700 —/700 — /700 —/700 —/700 No. Blades...Diameter (in.) CM A/Ckt B 11 30/ 11 30/ 11 30/ 11 30/ 15 30/— 15 30/— 15 30/— 11.30% 11 30/— 11 .30 11 30 11 .30 11 30 No. Fans...Total kW 1. 1 8 1 1 8 1 .1 8 2 2 0 2 2 0 1 1 0 (B) 1 1 8 ( 4 4 0 4 4 0 Total Airflow (C1m) 8,750 8,750 8,750 11,330 11,330 17,500 17,500 22,750 22,750 CONDENSER COILS Quantity.. No. Rows 1 2 1 3 1 3 1. 3 1 .3 2 3 2 3 2 3 2. 3 Total Face Area (sq it) 23 23 23 32 32 55 55 64 64 HYDRONIC MODULE (Optional)' Pump(s), Strainer W /Blowdown Valve, Expansion Tank, Pressure Gages, Drain and Vent Plugs, Flow Switch, and Balance Valve Pump Single or Dual, Centrifugal Monocell Pump(s), 3500 Rpm Expansion Tank Volume (gal) _ 4 4 I 10 3 TXV — Thermostatic Expansion Valve 'Flow switch and strainer are standard on all units, with or without hydronic package 5 v 3 al z I NOTES Cl) UNIT MUST HAVE CLEARANCES FOR AIRFLOW AS FOLLOWS �, TOP-DO NET RESTRICT IN ANT WRY COIL SIDE 3 I/2 F1[I061mm1 FROM SOLID SURFACE Wa SIDE. ENDS OFT 1914mm1 FROM SOLID SURFACE FOR SERVICE ACCESS( TOTAL OPERATING TOTAL OPERATING 0 UNIT WEIGHT • AL FIN WEIGHT CU.FIN 2 COIL SIDE CLEARANCE WITH ACCESSORY HAIL GUARD INSTALLED 15 9' 0' T2TA71 3 FT 19IAmmT TO OUTSIDE EDGE OF HAIL GUARD TOP PANEL. LBS KG. IBS KG ..-3' 111681 30RA032 -50x1 2828 1287 3208 1455 Cl) J COIL SIDE CLEARANCE FOR MULTIPLE CHILLER CENTER OF 70RA075-60x, 2833 1285 3213 1158 v' INSTALLATION IS 6 FT,119BImm1 GRAVITY 30RA035 -50HT 2940 1334 3320 1506 I A STRAINER IS FACTORY INSTALLED IN ENTERING FLUID PIPING 5 7/16' 70RA0A0 -6071, 2900 1715 3280 1188 FLOW SWITCH IS FACTORY INSTALLED IN LEAVING FLUID PIPING 1138 1 C :: 1 A ,' -J' 122101 MOUNTING HOLES 0 50 7 2' 1 / 19651 3 9' II1431 Xi 5 6A CENTER OF 11431 4AAVIIi 01 711' [4A) OPTIONAL O ANOCNOUT IN BASE PAN TOP 1 / _� FOR PUMP RELIEF/DRAIN/ �/ BLOW OFF w • 111... 0 3' ( OPTIONAL O \/ FIELD POWER SUPPLY KNOCKOUT (BOTTOM OT CHILLER) P • 71 94 O IBM - _ 7• (1781 t 8 • 9 7/8' 126891 7' -6• (22861 MOUNTING HOLES 0 50 02 I12 "1611 FPI •PT TONAL WATER INLET DISCONNECT RE AA FRONT SWITCH 3 A_ - - I _ - . ___ _ PUMP - ACCESS 1, ' 111 • A -1 (1 (211 D I 1 WJ a L� - -. -- I (8) 1 (8171 - • . . I 8' 15081 OF CENTER GRAVITY _ N - 1 _ 3 -10 1/2' 8 5/8'12181 5 1/5'11321 131 07/8 K 0 111811 FIELD CONTROL POWER 02 1/2'1641 FPI 3 - 5 7/16110521 A' -2 WATER OUTLET 03'1767 6 7/8'1221 112701 CONCENTRIC N 0 (FIELD POWER SUPPLY) 1--A W v MEMO 3 MOUNTING HOLES FOUR CORNERS IIYP I a, I' -5 31/64' ;Z 1444mm1 176 395l 405 D11 Ii SIDE 1 MOUNTING HOLES, MIDDLE EACH SDE 'w O O O� _ - -• 1J06 -I/2' —� L 1 0 mm1 IAN a I3g II ACC[SS III I�I • TANK 1 ACCESS �� ° �II�1 I I\ X �epCCCSS p °� END 804 �`, I I IN J 9 21112' Ill CD I I LI HOLED 3510 KNOCKOUT 104 POWER TO THE CONTROL BON II. • O MOUNTING HOLES ,�•I • _ Mg ACCESS \ ___ - - � 2 I m 2 5'163 5 mm 10 rip WATER INLC1 /OUTLET j O l O ii, O �� MOUNT LNG ROLES g'IZ I I p I (11!): ■ ACCESS — Al 1 3 • • • CONNTROL ROE 1 -- 11D ] 9 21/12 m T B /� ACCESS / 4 -21/72 "11236mm1 I - 11 Mt CENTER OF GRAVITY CO II IANX !MIT I II_ 7D 13 I/2' ACCCSS e o 1J06mm1 _ _ O o I1 O O O 1 -5 31/64 4 5 29/3211349mm) /_) 1444.111 CENTER OF GRAVITY G/ .: • � �77tt . _ � 9 1 31/32 I2793mm1 al • 74V 7 _ ,- ACCESS ACCESS p CM TANK TANK TANK \ � . • Acss Ac ss cass - a a a 1 • • • • • • ,,_„•,,,,4„„„, o. • .0 4 • 7 DI . ACCE TO T AL LW IGHT TOT WEIGH WEIGH e / ...... 3WRA 900---0ID 2910 16s .1320 lyl 5430 TES 12463 Ngl ®U C arrier PUMP CURVE FOR HYDROMC PACKAGE OPTIONS A, C, F, AND H (1.5 -2.0 Hp) 140 ■■■- ■ MEN 11161 } ■ U■ 3/4 AAB 111 .■■.■■..■... ■ ■■■ 20 41 1--1 ■■■■■ ■■ ■ ■■ ■. ■■ ■■■ ■■■ 3500 R.P. M 35 ■.■ME■ ■■■■■■■■■ ■ ■ ■. ■ ■■.■ .. ■� ■■■■ ■. ■.■NN ■.■ ■ ■■ ■.rte ' ' o 111 11 1 :4111" .1 "....-.. 1111 . 111 11 1 :4111" .1 "....-.. 1111 . m 4.75 0 v I n MI ■ ■.■.. ■Nr� I _ 30 Oo v Ell ■.N■ru■■ ■ ■.rM w I - ■ U1 B 1 .i: . — �.ii. , vim 1 w w Ir 1- _ MICII�u.■ri.an1�_.N (z 1• III a W 25. w l .. u■■H■■b!1•■A_� 1- w so 4.25 w.N1.�N.. `� 1 1` ■ ■ ■N■i ■.L.,iia.5!■■ ■Ii■PtidN1.\ I• 1 N In fa N■J;Ai.■.■I■■N h a n 20- - ∎ tl■r II1.1U. I I 1■ ■ ■rlli's..�V1 ■tea ■.rUe. 0 Z z o < 6C 3. _. =• • .,• ilir.M ■a■ < . w M MISME ■■1 ■■, I ■MI' �NG�\NN 1 1 5 3. 25 - M I 1 MIEC.■�� \ � Cd �iv ■; d J , c N..I•.�C�. ■M.Q.. ►ViMI. - F 10: ~ -- - MN.■■....■.� \..nil• , .M. 5 5 . . 20 .M• ■ ■ ■ ■ . 5 � : foul : O '^' � �� o IN O c' 1 1 ' I- •O - 0 0 10 20 30 40 50 60 70 CAPACITY, U S GALLONS PER MINUTE 0 5 10 15 CAPACITY. CUBIC ME1ERS/HR PUMP CURVE FOR HYDROMC PACKAGE OPTIONS B, D, G, AND J (2 -3 Hp) 00 1 I 30 30- 4.5O_ -1Qi_ • n ■ ■ ■■ I 1/4 AAB _ ■ ■ ■ ■u ■ ■ ■ ■I 3500 R, P, M 25 �MMINIIII■a'. 111111111•111111•••••....... ,_ T K 60 ��IIIIII.I■■i■IDii�UIM ■■ ■■■■■■ w ••x•10111 •RIME\ ■ ■\R. w w u' 20 70 3 .69 In�cA IUO�n■ ■■■� a _ 1..In��o 1 ■■rl�:a■ ■ftr. 1 = F w 60 mmu - ■\��■ a■I1■■0■gll� ...45 - a ul III L -- T 11 ■1-■�r.: r , UMEM Z a IS 50 - 3.25 a■ra■\0O/■■ -0a■■■ ■ ■Pr■■■ z ° o a L�� •:��■� ao w z �■■EN:_�n■a ■■na.N••• 10 ■ ■� ■ ■■■�.■■Q ■ ■■ ■1 �■ . 10 30 r 0 20 �■■ENa■■■■■■ -4� ■■■ 20 0 5I F I “111111•• at�Dm,,, 1 10 N.P.S H �, ■■_ a.. C l 0, - I I PO - 0 0 20 40 60 BO 100 120 140 160 CAPACITY, U 5 GALLONS PER MINUTE , 0 5 10 15 20 25 30 3S CAPACITY. CUBIC METERS /HR PUMP CURVE FOR HYDROMC PACKAGE OPTIONS E AND K (5.0 Hp) 120 I II 1 35 � - I I I/2 AAB ■ 1 1 1 0' I L v •� � 1--- 3500 R.P M I 100 463 . � . 1ri t 30r . I T e v T I mmI�le■8o�� E'1 1 J0 _ • lu _A.1. - � - w , W U 25 AO `�I■i.I. ! w a ' 4.00 • Ira.\�r•Ile �_r�■l�� 5 L 20 w 7O �ei� -T�x►N ENE 6` 2 60 M� &�UCI•M� �� .L z . a — 0MI\.IYZr►M�I1Q1■ 5oi— 2 a 15 {r 50 __ 3.25 `� M1�. S 1 40 1 1 32 10 a { 30 - - = -- _. - 24 o '- _- 20 �� M' m ouIREO 16 ' S 51 10 I � 1 II j 1 8 0 0 I '0 1 0 C 40 60 1 20 160 200 240 CAPACITY, U.S GALLONS PEP MINUTE 0 10 20 ^ 50 40 50 CAPACITY,' CUBIC ,METERS /HR 21 � ® do E aC)NN OC)100.-NQ .-e, raaoN -ar 0NwC)000n0NN0 -0 -e -0mNQN �0a0m0n.-mC)QC) 0171070,01.09-111.110- oNl70O .-COt`)nnN 0a.0NN0007oN- as C000C)COm,NN- p p , 000� Q 00�Nm0 mr� N (Om mQInNO m 0Na,0�0010� 00 Omc7 U)0 �a0�NCl 010nmN(D�QmO ��Om�QmC)n �0 C)a mCl 0)000 1000 .01.0.-.7C1.0,03.7".071 p o .- NC)aa NCO r0010 .-NCIQ QN0r0 mi0 �NCIa NC)r 0000 NNNaNC), 0000 NN0')a NC)r v)m 00 NC)NaNCI, 0m00 Nl7 Cla NC)n 0m00 Nl7 C)i0 C)C70000r Nl7Ni0 C)070000N 0 M 0 nn.-OaNnNmr CV 0mNN0C).-01000 0.-1000,7 0NOm0 mNOrOanC)N0m 00(1....000007C0.-0 OamNNCOanNNC) .-0O3-.0.70-.000.0.00 CV.-(0.10000..730.0 COCICON000ammTO J as aOV)NOm-,C)N0 aO10N0mNnaC 0 7.-10NCOmNmOCICO Q.-1001rmN010410 7.-001r01M010am 101-0C7hmC7000Oa00 0.- COC)nmC7m000m 1001071 iONNan010m0Q0 E. .-NNC)C). .-NNC)C) •- NNC7y-•-NC)IOC)C) .-0101C).-.-100)(0090) �0.1017).-•-OC)0C7N .-0101C) .- NNC)-.-ON(OC)C) .-NNC) .-N1007007Q N.-C7 .-N07007)7 6. 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Da = Z }y 2 = QE a I 0 N m N 00 CO Q NN mm ( ,100 �m Q M, n u) CO N. 0 0 NN C) , N M CO1NOf CO p maa ,p CO C 10 10 CO V' O C) p C CD . 00 NC) Nv)a CV Ch n.m.7 n (0 N 00' N a N CD C)- NCO CO O ' 8 U O � NC N 0 O CD r 0 W O N N C) N N1 CO CO COLD ON N 0) N ' CO 0 N 0 0 m O O'- , CO CO CO N m If) CD 0 n m , m 0 -CO N ' C) m ') N O C U) 0 m ' CO ) 0- 00 a C) N CO a N DD m O CO F- N CV '1 NN ? f O )O.-N 0 4 01 CI .7 00,00<V 0 N N Na {O n aCOO.-N a(00 U 0) 3j. > .. NCO. 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U OG aa p_ CO pp ID NNC)NI NCOD)0 N0 ,-0 • NCO00 0 008C 0 08i2'CCO NC NCI O N CO •A NO.-NV N0 V' 0i IOD C GI O.- CO10 • Na 010 b m OmN V C N V O C n m O m CV Nn 11M1 (� o ' ' ' CtS W LL V g • 8 S 0.-m000OCDNC0C0.-N ONOOONIONONC) COCN(7NC)ON0C)O NIONCCN N0C)i0000N 000 000NONCOO' 0C'N ONN IO'NOC')NO. -0010 .-,Ni0N.-0V0 oON NNNM Q O f NN Oi00 NNO 0 r ') O0N 0 Oi00 NN 0 O ')C n ') 00 0 a i)0 �.-mNNMCO')OVNO 0000,1,00073.00.- 0')QQ�()0 000 NNC)NQa1 0 0CCO - '-mNNNC 01 .--•-•-010.101.7.7 •-•-•-01017,17,11.0.0 () OCC. MOM• 1.0.-01071,0107) C0 0 N0 NNNC00 0 JV 01 OaO NNNNNVOI r n •-•- •-NNNNOQNN •-a.- NNNCn')a(700100 000070000.100173.- CIn0 O •-NNC)QV VINn(NO 0. NNNC)QQ .�NNC)C C E 0. t � � n � � � � � � r F RS p N 00 0N�1) O0 y 00 000N000000000 0 00N000000 0 010 0N�0000�1)O0 0000Ni00 v)0000 000N000 0 00N100000010 0000N000000�f)O 0100 N100 p 0 10 0 1(I N E F W • N N 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 .0 0 0 99999 . 2 ^_) a a rr r arraaasaaaa¢ aaaa a aaa«<«« as aaaa<aaaacaaaaaaaa aaaaaaaaaaaaaaaaaaaaaa a aaaaaaaaaa aaaaaaaa ° z 0 . stn QQQQQ¢ ¢QQQQQQ¢QQ¢ 2Q¢¢Q¢000QQ Q¢Q¢QQQQCLQQ CCQQSCCQQ¢QQ¢ QQQQQQQQQQQ¢QQ2QQQQ2Q2 QITQQ(LQQ¢QQQ QQQQ2¢QQ¢QQ W- im OOOOOOOOOOO OOOOOO C C OO C O O O CV O CI C O CV CV O N O 1 O C O C O C O O C O O C O C O C O O O O OO CI C °O ) O 7 OOO O C O O C O C C O CI O OO O OOO C O 0 0 CO O C lit -I 8 O p O p O 1 ( 0 O p O 8 8 8 J v O O S 0 1 O 8 0 8 ~ CIL 3 N Typical piping and wiring C 30RA UNITS WITHOUT HYDRONIC PACKAGE CONTROL FIELD WIRING POWER SUPPLY AIR FLOW * TO EXPANSION AD ! 11 TANK a U ASNAP ,r11 :cl° o f VALVE o PRESSURE o 0 GAGE Li i i i 3 VIBRATION ELIMINATOR FLOW ' GATE ' VA LVE � Ai�ill�l ►�� 00) LEGEND ti3tW- � 4 SHUT OFF 0 4k..---- . R VALVES DRAIN Airflow Through Condenser \ Power Winng PUMP I u Chilled Water Piping HEAT TAPE INSULATION IS RECOMMENDED ON ALL EXPOSED PIPING NOTES. IF AMBIENT TEMPERATURE <32 F (0° C) AND NO ANTIFREEZE SOLUTION IS IN SYSTEM 1 Chiller most be installed level to within Va in per foot (10 4 mm per meter) to maintain proper compressor oil return and hydraulics 2 Wiring and piping shown are general points -of- connection guides only and are not intended for a specific installation. Winng and piping shown are for a quick overview of system and are not in accordance with recognized standards 3 All wiring must comply with applicable local and national codes 4 All piping must follow standard piping techniques Refer to Carrier System Design Manual or appropnate ASHRAE (Amencan Society of Heating, Refngeration, and Air Conditioning Engineers) handbook for details 30RA UNITS WITH HYDROMC PACKAGE CONTROL FIELD I WIRING POWER SUPPLY AIR FLOW * ___,,_________,,,.. 0 4.. __, ,==, ADU 0 o ,_..._ 0 0 , _ GATE VALVE - �jy)jj111 0 0 }�}$1 0 �, �l�l I o LEGEND FLOW ,,k....-- • VIBRATION DRAIN 0 » Airflow Through Condenser ELIMINATOR NOTE 5 Power Winng HEAT TAPE INSULATION IS RECOMMENDED ON ALL EXPOSED PIPING i u Chilled Water Piping IF AMBIENT TEMPERATURE <32 F (0° C) AND NO ANTIFREEZE SOLUTION IS IN SYSTEM NOTES 1. Chiller must be installed level to within Va in per foot (10 4 mm per meter) to maintain proper compressor oil return and hydraulics 2 Wiring and piping shown are general points-of-connection guides only and are not intended for a specific installation Wiring and piping shown are for a quick overview of system and are not in accordance with recognized standards 3 All wiring must comply with applicable local and national codes 4 All piping must follow standard piping techniques Refer to Carrier System Design Manual or appropnate ASHRAE (American Society of Heating, Refrigeration, and Air Conditioning Engineers) handbook for details 5 Air separator required as close to chiller as possible (except pnmary/secondary systems) 30 HEAD (Feet E. . 100 ■ — - ' -- - 100 1 i Carrier Pump Model ., t 3500 RPM ,4.5 80 " „. r , f " ,"'"-- b 1 80 . i I 1 I L.- . Power(hp) 60 f .7 f 1 --- 60 — 6.0 325" _ I _ 40 40 — 4.0 t I Power ......••••'''''' - "" ..-.-.-..-‘--......-.' , .—,...,—,,—m,,..........“., NPSHr(ft) 20 — ' r - -- - 20 — 2 0 — 50 ! NPSHr ; - 0 0 — 0 — 0 0 50 100 150 200 Capacity (GPM) Suction Size = 1.5 " Design Capacity = 80.0 gpm Motor Size = 3 HP Rec. Min. Flow = 24.0 gpm Discharge Size = 1.25 " Design Head = 78.8 ft Pump Efficiency = 63.95 % Max. Flow = 146.0 gpm Suction Velocity = 12.6 fps Cut Dia = 4.5 " HP @ Duty Point = 2 49 HP Duty PointlMax. Flow = 54.8 % Disc Velocity = 17.2 fps Min Imp Dia = 3.25 " Max. HP = 3.51 HP Flow @ BEP = 96 gpm Max Imp Dia = 4.5 " NPSHr = 9.8 ft The Power and Elf, curves shown are for the cut dia. impeller. ----- Ca rrier 0 C.- x\e\c", C 0.)•0\ —12(.\--c-A(t. \---\osks F i�swB ,, ,, SL R _,. ,., f... .,, S.v. r s 200 , ,, ? s , -, „ , - M' ' A. a A . . _,_. , , ' .' , "7 � �`` _ - 28- 6 \ / 121/2 19'/2 -.+- 12 ' 2 ` 6. y BHP • 17'314 V i'.3 J/ • 1 17 y J „' \ i� L a ` `� ` , ` 3 '/e � Ps . '= 17/2 .c -_ '� \ \ 20 /8 ' 11/2 30 ` f 9 9 • tir 2JS 3 CA s. N ■ 1.-- 21 3/8 16-'1 j 3�ro,'_`s� J ° � li u 22 ' 28 + 1 � 4hA�� \ •'S `S \ \ `\ ` (n V `�` S ` ` \ \ \ N • 30 l 4`\' 8 � S ' ` ` \ `` `\ 00 c`\ \\ Wheel Diameter = 16 in. Tip Speed = 4.32 x RPM 0 Shaft Diameter = 1 in. Maximum BHP = (RPM/1414)3 0 1 2 3 a 5 6 7 Outlet Area = 1.52 ft Max RPM = 2378 CFM x 1000 Max Motor Frame Size = 184T Static Pressure in Inches CFM OV 0.5 1.0 1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP 1200 789 762 0.15 1500 986 815 0.19 1053 0.37 1800 1184 886 0.25 1091 0.44 1285 0.66 2100 1381 970 0.32 1148 0.53 1322 0.77 1487 1.03 1632 1.30 2400 1578 1062 0.41 1216 0.63 1371 0.89 1524 1.17 1668 1.47 1800 1.78 2700 1776 1156 0.52 1294 0.76 1432 1.03 1568 1.33 1706 1.65 1836 1.98 1957 2.33 2069 2.68 3000 1973 1256 0.65 1381 0.92 1505 1.20 1630 1.52 1749 1.85 1874 2.20 1994 2.57 2106 2.94 2211 3.33 2311 3.72 3300 2171 1359 0.81 1472 1.10 1583 1.40 1696 1.72 1811 2.07 1919 2.44 2032 2.83 2143 3.23 2248 3.64 2348 4.05 3600 2368 1462 1.00 1567 1.31 1670 1.63 1773 1.96 1873 2.32 1981 2.71 2080 3.11 2181 3.53 2286 3.96 3900 2565 1566 1.21 1661 1.53 1758 1.89 1853 2.24 1950 2.61 2043 3.01 2142 3.43 2234 3.86 2324 4.30 4200 2763 1671 1.45 1762 1.80 1853 2.18 1941 2.55 2028 2.93 2117 3.35 2204 3.78 2296 4.23 4500 2960 1777 1.73 1864 2.11 1947 2.50 2029 2.91 2112 3.30 2195 3.72 2277 4.17 2358 4.63 4800 3157 1884 2.05 1967 2.45 2042 2.85 2124 3.29 2200 3.72 2277 4.14 2355 4.60 5100 3355 1992 2.41 2071 2.84 2143 3.25 2218 3.71 2290 4.17 2364 4.62 5400 3552 2100 2.80 2175 3.25 2245 3.69 2313 4.15 5700 3750 2208 3.25 2279 3.71 2348 4.19 Performance shown is for installation Type B - free inlet, ducted outlet. Power rating (BHP) does not include drive losses. Performance ratings do not include the effects of appurtenances in the airstream. Sound Power [dB Ref 10 watts] % WOV = (CFM x 100) / (RPM x 3.60) INLET SOUND POWER, Lwi RPM % WOV 1 2 3 4 5 6 7 8 LwiA RPM % WOV 1 2 3 4 5 6 7 8 LwiA 775 100 78 68 65 66 63 57 48 43 68 1845 100 87 80 82 83 79 78 74 68 85 90 76 68 66 65 63 56 47 42 67 90 89 80 81 81 78 76 72 66 84 80 75 68 65 64 61 55 46 41 66 80 87 79 80 81 77 75 70 65 83 70 74 68 64 63 60 54 45 40 65 70 86 78 79 80 76 73 69 63 82 60 73 68 63 62 59 52 44 39 64 60 85 77 79 80 75 72 68 62 81 1310 100 81 75 76 75 73 70 64 57 78 2380 100 89 85 87 89 85 85 82 78 92 90 81 75 75 74 71 68 62 56 76 90 93 84 85 88 83 82 80 75 90 80 80 74 74 74 70 66 60 55 75 80 91 83 85 87 82 81 78 73 89 70 79 74 73 73 69 65 59 54 74 70 90 82 84 86 81 80 76 71 88 60 78 73 73 72 68 63 58 53 74 60 88 81 83 85 80 79 75 70 87 The sound power level ratings shown are in decibels, referred to 1 0 - 12 watts calculated per AMCA Standard 301. Values shown are for inlet Lwi and LwiA sound power levels for installation Type B: free inlet, ducted outlet. Outlet ratings include the effects of duct end correction. The AMCA Certified ratings Seal applies to air performance ratings only. 21 �� r �� [I C PERFORMANCE DATA 'f ., G 060 - 095 DIRECT DRIVE it t J:ifftr rll �. 1050 RPM �a 0 35 r V VVVV V Y.. F � 0.30 m 0.25 L U _ c c.) _ 0.20 C ._ c F. 0 o 0.15 c b m° °i9S I 4 0 030 -095 Dimensional Data / a , ° � bG? wo 0.10 c G o °� o _ o s Cr) 0.05 1` B 0.000 1 2 3 4 5 6 7 8 �� CFM x 100 1300 RPM _ j i._..0. c. 6 0.6 1 .1111111 ice. k i 4 � k, : c if,' > -: Dimensional Model G a c � e ° ° a s Data 060 - 075 080 - 095 0 C b c o s A 17 17 ° b c % ° ° 's \\ \ \ 8 19 21'/4 C 12'/. 14 D 3 4 0 ' 0 0 1 2 3 4 5 6 7 8 9 Damper Size 8 x 8 10 x 10 Roof Opening 10' /2 x 1 0 ' /2 12 x 12'/• CFM x 100 Unit Weight** 18 26 All Dimensions are in inches. 1 550 RPM • May be greater depending on motor. 0.7 - Weight shown is largest cataloged Open Drip Proof motor. C7 0.6 / • i '4P , 'rte' { y 0 . 5 x ++ ‘‘ ' ` y 0.3 o Ts, S F l ra Cl bob ° ° -1 -° '. a 0.2 b ' s 1 * j i - ' g ; 1 : , fib -a 1 a t 0 1 2 3 4 5 6 7 8 9 10 11 A , t CFM x 100 ' 10 ''".. 'l ' ; °r e,' - [GREENHECK � '`� "�1 �� ° The Solution Company. — CENTRIFUGAL ROOF EXHAUST FANS h PREENHECK Size 060 STATIC PRESSURE IN INCHES OF W.G. DRIVE MODEL HP RPM 0 0.1 0.125 0.25 0.375 0.50 0.625 Sonesi BHP Sonesi BHP Sonesi BHP Sonesi BHP Sonesi BHP Sonesi BHP Sones I BHP 060 -E 1/200 1050 138 90 73 1.7 1 0.00 1.7 1 0.01 1.7 1 0.01 I I I I Direct 060 -G 1/100 1300 170 135 125 G 2.9 1 0.01 2.8 1 0.01 2.7 1 0.01 I I I I 060 -D 1/60 1550 203 173 166 120 4.2 1 0.01 3.8 1 0.01 3.8 1 0.01 3.7 1 0.02 1 I I Size 065 065 -E 1/100 1050 187 130 110 2.2 1 0.01 1.9 I 0.01 1.8 I 0.01 I I 1 I Direct 065 -G 1/60 1300 231 189 178 92 G 3.2 I 0.01 3.0 I 0.01 2.9 I 0.01 2.7 1 0.01 I I I 065 -D 1/30 1550 276 241 232 176 96 4.9 1 0.02 4.5 1 0.02 4.5 1 0.02 4.3 1 0.02 4.0 1 0.02 I I Size 070 070 -E 1/100 1050 2.7 2 1 3 0.01 1.7 5 0.01 1.5 I I I I Direct 070 -G 1/60 1300 314 269 257 171 G 4.1 I 0.01 3.4 I 0.02 3.3 1 0.02 2.6 1 0.02 I I I 070 -D 1/30 1550 374 337 327 274 190 5.6 I 0.02 5.2 1 0.02 5.2 I 0.03 4.7 1 0.03 4.1 1 0.03 1 I Size 075 075 -E 1/80 1050 3.6 297 0.01 2.9 2 1 2 0.01 2.8 200 0.01 I I I I Direct 075 -G 1/50 1300 367 309 293 195 G 4.1 I 0.02 3.7 I 0.02 3.7 I 0.02 3.5 I 0.02 I I I 438 389 377 309 214 075 -D 1/25 1550 6.1 I 0.03 5.6 I 0.03 5.4 I 0.04 4.9 I 0.04 4.8 I 0.03 I I Size 080 080-E 1/40 1050 335 268 249 134 3.8 1 0.01 3.7 I 0.02 3.6 1 0.02 4.2 1 0.02 I I I Direct 080-G 1/30 1300 415 361 348 272 174 G 5.4 1 0.02 5.4 I 0.03 5.4 1 0.03 5.5 1 0.03 5 9 1 0.03 J I 080-D 1/20 1550 495 450 439 379 314 237 7.3 1 0.04 7.3 I 0.04 7.3 I 0.04 7.2 1 0.05 7.3 I 0.06 7.6 I 0.06 I Size 085 085 -E 1/40 1050 398 326 307 179 4.0 I 0.01 3.9 I 0.02 3.9 I 0.02 4.3 I 0.02 I I I Direct 085-0 1/30 1300 493 436 420 340 233 G 5.5 I 0.02 5.3 1 0.03 5.3 I 0.03 5.3 I 0.04 5.5 I 0.04 I I 085 -0 1/20 1550 588 541 528 464 394 308 168 7.6 I 0.04 7.4 1 0.04 7.4 I 0.05 7.4 I 0.05 7.4 I 0.06 7.6 I 0.06 8.1 I 0.06 Size 090 090 -E 1/40 1050 520 441 420 293 4.0 I 0.01 3.9 I 0.02 3.9 I 0.02 4.2 I 0.02 I I I Direct 090-G 1/25 1300 644 580 565 478 373 G 5.4 I 0.03 5.4 I 0.03 5 4 1 0.04 5.5 10 04 5.6 I 0.05 I I 090-0 1/15 1550 768 714 701 633 557 473 338 7.6 I 0.05 7.5 I 0.05 7.5 I 0.06 7.4 I 0.06 7.4 I 0.07 7.4 I 0.08 7.8 I 0.07 Size 095 095-E 1/30 1050 717 606 570 389 5.4 I 0.03 4.5 I 0.034 4.5 I 0.035 4.5 1 0.037 I I Direct 095 -0 1/12 1300 888 802 780 640 493 184 G 7.6 1 0.056 6.8 1 0.061 6.7 1 0.063 6.4 1 0.069 6.4 1 0.071 6 8 1 0.049 095 -0 1/8 1550 1059 987 969 863 745 623 474 9.6 1 0.095 9.4 I 0.101 9.3 1 0.103 8.8 1 0.111 8.7 1 0.117 8.7 1 0.12 8.7 I 0.114 Performance shown is for installation type A. Free inlet, Free outlet Performance ratings include the effects of a birdscreen in the airstream The sound ratings shown are loudness values in fan sones at 5 It (1 5 m) in a hemispherical free held calculated per AMCA Standard 301 Values shown are for installation type A Free inlet fan sone levels 11 Fabra Hood - Gravity INTAKE A '/e" r B '1 , 111111H -.-2'' 1 ii I ---) _�i B eiMOMMEMENEMEMIIIMINIIMMI1111 ....M.1.011.11111.1...111111111 Throat Width X 21/2" Throat Length `< Curb Cap Width 1- Curb Cap Length Dimensional Data Performance Data Static Pressure Drop Ducted .030 .047 ,071 .089 .119 .149 .196 Throat Throat Curb Non - Ducted .053 085 .127 .158 .212 .267 .350 Area Size Cap Hood Size Hood Intake Velocity / Throat Velocity A B C 235/475 297/600 364/735 406/820 470/950 527/1065 604/1220 1.00 12 x12 20 x 20 22 24 14 475 600 735 820 950 1065 1220 1.50 12 x18 20 x 26 22 36 14 713 900 1103 1230 1425 1598 1830 2.00 12 x24 20 x 32 24 36 14 950 1200 1470 1640 1900 2130 2440 2.50 12 x30 20 x 38 23 48 14 1188 1500 1838 2050 2375 2663 3050 3.00 12 x36 20 x 44 27 48 14 1425 1800 2205 2460 2850 3195 3660 3.50 12 x42 20 x 50 25 60 14 1663 2100 2573 2870 3325 3728 4270 4.00 12 x48 20 x 56 29 60 14 1900 2400 2940 3280 3800 4260 4880 1.36 14 x14 22 x 22 25 24 16 647 817 1000 1116 1293 1450 1661 1.75 14 x 18 22 x 26 24 36 16 831 1050 1286 1435 1663 1864 2135 2.33 14 x24 22 x 32 28 36 16 1108 1400 1715 1913 2217 2485 2847 2.92 14x30 22x38 26 48 16 1385 1750 2144 2392 2771 3106 3558 3.50 14 x36 22 x 44 32 48 16 1663 2100 2573 . 2870 3325 3728 4270 4.08 14 x42 22 x 50 29 60 16 1940 2450 3001 3348 3879 4349 4982 4.67 14 x 48 22 x 56 34 60 16 2217 2800 3430 3827 4433 4970 5693 5.25 14 x54 22 x 62 32 72 16 2494 3150 3859 4305 4988 5591 6405 1.78 16 x16 24 x 24 26 36 16 844 1067 1307 1458 1689 1893 2169 2.22 16 x20 24 x 28 27 36 16 1056 1333 1633 1822 2111 2367 2711 2.67 16 x24 24 x 32 32 36 16 1267 1600 1960 2187 2533 2840 3253 3.33 16 x30 24 x 38 30 48 16 1583 2000 2450 2733 3167 3550 4067 4.00 16x36 24 x 44 36 48 16 1900 2400 _ 2940 3280 3800 4260 4880 4.67 16 x42 24 x 50 34 60 16 2217 2800 3430 3827 4433 4970 5693 5.33 16x48 24x56 32 72 16 2533 3200 3920 4373 , 5067 5680 6507 6.00 16x54 24 x 62 36 72 16 2850 3600 4410 4920 5700 6390 7320 6.67 16 x 60 24 x 68 34 84 16 3167 4000 4900 5467 6333 7100 8133 7.33 16 x66 24 x 74 38 84 16 3483 4400 5390 6013 6967 7810 8947 2.25 18 x18 26x26 28 36 16 1069 . 1350 1654 1845 2138 2396 2745 3.00 18 x 24 26 x 32 36 36 16 1425 1800 2205 2460 2850 3195 3660 3.75 18 x30 26 x 38 34 46 16 1781 2250 2756 3075 3563 3994 4575 4.50 18 x36 26 x44 32 60 16 2138 2700 3308 3690 4275 4793 5490 5.25 18 x 42 26x50 38 60 16 2494 3150 3859 4305 4988 5591 6405 . 6.00 18 x48 26 x 56 36 72 16 2850 , 3600 4410 4920 5700 6390 7320 6.75 18x54 26 x 62 41 72 16 3206 4050 4961 5535 6413 7189 8235 7.50 18 x 60 26 x 68 39 84 16 3563 4500 5513 6150 7125 7988 9150 8.25 18 x66 26 x 74 42 84 16 3919 4950 6064 6765 7838 8786 10065 9.00 18 x72 26 x 80 41 96 16 4275 5400 6615 7380 8550 9585 10980 2.78 20x20 28 x 28 33 36 16 1319 1667 2042 2278 2639 2958 3389 3.33 20 x24 28 x 32 40 36 16 1583 2000 2450 2733 3167 3550 4067 4,17 20 x30 28 x 38 38 48 16 1979 2500 3063 3417 3958 4438 5083 5.00 20 x36 28 x 44 36 60 16 2375 3000 3675 4100 4750 5325 6100 5.83 20 x42 28x50 42 60 16 2771 3500 _ 4288 4783 5542 6213 7117 6.67 20 x48 28 x 56 40 72 16 3167 4000 4900 5467 6333 7100 8133 7.50 20x54 28 x 62 45 72 16 3563 _ 4500 5513 6150 7125 7988 , 9150 , 8.33 20x60 28x68 43 84 16 3958 5000 6125 6833 7917 8875 10167 9.17 20 x66 28 x 74 41 96 16 4354 5500 6738 7517 8708 9763 11183 10.00 20 x 72 28 x 80 45 96 16 4750 6000 7350 8200 9500 10650 12200 10.83 20 x78 28 x 86 43 108 16 5146 6500 7963 8883 10292 11538 13217 11.67 20x84 28 x 92 47 108 16 5542 7000 8575 9567 11083 12425 14233 4.00 24 x24 32 x 32 48 36 19 1900 2400 2940 3280 3600 4260 4880 5.00 24 x30 32x38 45 48 19 2375 3000 3675 4100 4750 5325 6100 6.00 24 x36 32 x 44 43 60 19 2850 3600 4410 4920 5700 6390 7320 7.00 24 x 32 x 50 50 60 19 3325 _ 4200 5145 5740 6650 7455 8540 NOTE' Throat sizes hightignfed in red ship assembled as standard. Dimension "C' indicates hood height with the standard 5" base. PdGREENHECK 6 See page 12 for an explanation of ducted vs non - ducted pressure drop. Q v cv c9 oe L7) 0 '2. Systems . Sys _ n Nitrogen Genera - tio ker _ a - •r _ •, .,,, _ _ Bulletin N2 .., ,rilyillf ' i .; tt, ...,•<„,'':'.',, , , ;..; .- ,=. -• ,-7--E,,r—'. _--- 2:::.• i ',. s.''' ' ,...-9 ...:.•• •,,,: ,,,,0-.,,,,:-- „„........„--t.z. ,_, I , ' .; ': t. '''?X--.".=: • .„.'siki...-:: ,1 1 ,•,,,IP ..', # • , ,!...",,, -4,--1. ,,,, 4 '. , • , ....• . '.7.4'17,2:1',, -:: , '.'"." ; .'-t_ .,1.• --, , , 21. ,..... - ..-%`. i -' f -;ic't.4* ----/I. - 7'.;"....4-- , ,,, ••••-:e. • .:,,, ' ..-r,. '..2., (7,1' .--• ,:•':;-. - , 4* I .,,,,,;. i•,4::,•,-- ..... •_., ' - ,, • ..,:k., i., . , .... , .',.., 44',,i, ■ ...;._: 4.;:!!!.77' "7.... , .. . *,,:=,_ -• '' , f g- '."1-14 - . 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Ii''''..'-'• I A : r-x, I ' ,,,,_„,,,,,!..;'-.7:-,i„;;: - '`• '- BALSTO _ N o The Parker Hannifin Hydraulic, Lubrication i x:. „ t` • & Coolant Filtration t Filtration Group assures: High- performancefiltrationsys- - r `- � tems for production machinery G'' .► ' in industrial, mobile and military/ ' - f , j ' • Consistent quality marine ±: 1 • Technical innovation ' ..� rfi ' t • Premier customer service Compressed Air/Gas Fil- , '''` tration and Separation " �: Parker's technical resources provide the Complete line of compressed air /gas filtration products and gas F I right filtration technologies that conform generators for many Industrial and laboratory applications r ►+ 40 4 to your requirements. That's why • 't - thousands of manufacturers and equip - �* i, if s. ment users around the world rely on Parker Filtration roducts and people. process & Chemical p p p Fluid Filtration X Liquid filtration systems for beverage, chemical and food F k .yie +frr- processing; cosmetic, paint, 4 ,, water treatment; photo- + -.."4 . tri World wide Sales processing; and micro -chip ' Worldwide and Service ± __111 - :tests; Parker operates sales and service centers in major industrial areas Fuel Conditioning & � Filtration -, worldwide. Call 1- 800 -C- PARKER Parker air, fuel and oil filtration systems provide quality pro- tection for engines operating t . * I f y for more information and for - In the world. � In any environment, anywhere �► _ a synopsis of our Filtration - 4 Technology Textbook. - 11 e, e Legal Notifications A WARNING FAILURE OR IMPROPER SELECTION OR IMPROPER USE OF THE PRODUCTS AND /OR SYSTEMS DESCRIBED HEREIN OR RELATED ITEMS CAN CAUSE DEATH, PERSONAL INJURY AND PROPERTY DAMAGE This document and other information from Parker Hannifin Corporation, its subsidiaries and authorized distributors provide product and /or system options for further investigation by users having technical expertise It is important that you analyze all aspects of your application and review the information concerning the product or system in the current product catalog Due to the variety of operating conditions and applications for these products or systems, the user, through its own analysis and testing, is solely responsible for making the final selection of the products and systems and assuring that all performance, safely and warning requirements of the application are met The products described herein, including without limitation, product features, specifications, designs, availability and pricing, are subject to change by Parker Hannifin Corporation and its subsidiaries at any time without notice Offer of Sale The items described in this document are hereby offered for sale by Parker Hannifin Corporation, its subsidiaries or its authorized distributors This offer and its acceptance are governed by the provisions stated in the "Offer of Sale © Copyright 1995, Parker Hannifin Corporation, All Rights Reserved Parker Hannifin Corporation Filtration and Separation anon Division Haverhill, MA Membrane Nitrogen Generators Balston® Nitrogen Generation Systems = Lower cost...eliminates the need for costly 0. i"""t r'Y . �. 7. 1 gas cylinders t Complete package with prefilters, carbon " t �' filter, and membrane filter ►. 1 Compact - frees up valuable floor space d' I -1. U �- Eliminates unexpected shutdowns due to a ' "bad" or empty cylinder au A ir Hassle -free, easy to install, easy to operate . Safe and reliable Balston Membrane Nitrogen Generator No electrical line required Applications Advantages of Balston® Nitrogen Generators Purging or testing of tanks Analytical equipment purge and vessels Balston Membrane Nitrogen Generators produce up to Carburizing, hardening, sintering, 99.5% pure, commercially sterile nitrogen at dewpoints to Solvent blanketing annealing -58°F ( -50 °C) from a compressed air supply. All Mem- Food processing and Packaging brane Nitrogen Generators include a 0.01 micron packaging Chemical transferring membrane filter which ensures the nitrogen is completely Storage of perishables free of suspended impurities. For applications requiring Sparging and mixing monitoring and controlling, models HFXO Series and all Electronic component Nitrosource NS Series include an oxygen monitor which manufacture and storage offers LED readouts and remote alarm or chart recorder capabilities. An audible alarm signals high or low oxygen concentrations (determined by the application). The , oxygen monitor is supplied with alarm relay outputs which may be used to signal a remote alarm, open a backup supply or the process stream, or close the "" process flow. .1 .g HFX Series Nitrosource Series High Flow Nitrogen Modular Nitrogen Membrane Generator Membrane Generator EMMI lil Parker Hannifin Corporation Filtration and Separation Division Haverhill. MA 1- 800 - 343 -4048 www parker comlbalston 111 Balston® Nitrogen Generation Systems Membrane Nitrogen Generators Proven Technology Balston Membrane Nitrogen Generators produce up to 99.5% pure, commercially sterile nitrogen at dewpoints to -58 °F ( -50 °C) from a compressed air supply. All Mem- brane Nitrogen Generators include a 0.01 micron mem- brane filter which ensures the nitrogen is completely free of suspended impurities. For applications requiring monitoring and controlling, Parker Hannifin offers systems which include oxygen monitors. Balston Nitrogen Generators are one of the most efficient membrane systems available with higher recovery rates and lower operating costs than many other membrane systems. Balston Nitrogen Generators utilize proprietary membrane separation technology. The membrane divides the air into two streams: one is 95% -99.5% pure nitrogen, and the other is oxygen -rich with carbon dioxide and other trace gases. 1 f The generator separates air into its component gases by passing inexpensive, conventional compressed air through bundles of individual hollow fiber, semi - permeable A membranes. Each fiber has a perfectly circular cross section and a uniform bore through its center. Because i, the fibers are so small, a great many can be packed into I a limited space, providing an extremely large membrane ` - 4 surface area that can produce a relatively high volume ,,, product stream. 3 Compressed is introduced to c the ? one end of the air module in and roduc contacts the the enter membrane of as fibers it at `i flows through the fiber bores. While oxygen, water vapor t and other trace gases permeate the membrane fiber and s are discharged through a permeate port, the nitrogen is I contained within the hollow fiber membrane, and flows through the outlet port of the module. ,,, Water vapor also permeates through the membrane; therefore, the nitrogen product gas is very dry. Water VAcot -„� While '"fast gases" like oxygen, carbon dioxide, A r - - IV and water vapor quickly , ' N , , permeate the membrane, "" 1 most of the nitrogen flows STOP along the membrane fiber Fitter as a separate product -. & w3 stream. "4.' `1.`-411' EMI © Parker Hannifin corporation Filtration and Separation Division Haverhill, MA 1- 800 - 343 -4048 www.parker com /balston Balston® Nitrogen Generation Systems El :>1 1 Savings And Convenience s - f = �,, The Balston Membrane Nitrogen Generators completely . t ; '' r el the inconvenience and the high costs of Y1,, 5 ' `. ` ;. nitrogen Dewars and cylinders. There is no need to 4 -? depend on outside vendors for nitrogen gas supplies. The hassles of changing dangerous, high pressure t cylinders and interruption of gas supplies are completely 1r it 4 ._ I - eliminated. The Balston Systems offer long term cost stability by eliminating uncontrollable vendor price increases, contract negotiation, long term commitments x and tank rentals. Once the Generator is installed, a ;;. continuous nitrogen supply of consistent purity is avail- { able within minutes from start -up. The Balston Nitrogen Generators are complete systems ready to operate as delivered with carefully matched components engineered for easy installation, operation - - and long term reliability. The generators are free- standing and housed in an attractive cabinet. Standard features include: high efficiency coalescing prefilters with automatic drains, an activated carbon filter, and a Advantages 0.01 micron membrane final filter. Installation consists of simply connecting a standard compressed air line to the Lower cost ..eliminates the need for costly gas inlet and connecting the outlet to a nitrogen line. The cylinders membrane systems offer the advantages of no moving parts and no electrical requirements. Complete package with prefilters, carbon filter, and membrane filter There is no complicated operating procedure to learn or Compact - frees up valuable floor space labor intensive monitoring involved. Simply select the Eliminates unexpected shutdowns due to a "bad" or purity your process requires, set the flow and pressure, empty cylinder and within minutes high purity, dry nitrogen is available Hassle - free, easy to install, easy to operate for use! Safe and reliable Once the system is operating, it requires little monitoring. No electrical line requiredl'I The only maintenance involves changing the coalescing filter cartridges and activated carbon filter periodically. This is a simple ten minute procedure. The Balston HFXO Series include an oxygen monitor Custom Systems Available which offers LED readouts and remote alarm or chart recorder capabilities. An audible alarm signals high or Flow rates to 9200 SCFH low oxygen concentrations (determined by the applica- Delivery pressures to customer's specifications tion). The oxygen monitor is supplied with alarm relay Skid mounted systems with compressor, receiving outputs which may be used to signal a remote alarm, tank and controls are available open a backup supply or the process stream, or close the process flow. Notes 1 No electrical power required unless used with an accessory such as an oxygen monitor CM5 © Parker Hannifin Corporation Filtration and Separation Division Haverhill, MA 1 -800- 343 -4048 www.parker com /balston II Ralston® Nitrogen Generation Systems Principal Specifications - HFX Series Flow Rates (SCFH) @ 100 psig @ 68 ° F Pressure Correction Factors (at Indicated Operating Pressure (PSIG) Model 95 96 97 98 99 99 5 58 73 87 101 116 130 145 160 174 190 HFX Series Nitrogen Generators HFX -1 40 33 26 16 10 52 65 86 1 115 135 144 - -- - -- - -- HFX-3 148 120 95 70 49 54 68 85 1 1.14 1.3 143 - -- - -- - -- HFX-5 279 229 176 131 88 52 65 85 1 114 1.34 143 - -- - -- - -- HFX-7 452 360 283 209 140 53 ,66 86 1 114 132 143 - -- - -- -- HFX-9 752 600 452 330 236 44 65 85 1 11 1.3 1,4 - -- - -- - -- HFX-11 1201 992 780 572 388 .44 65 85 1 12 14 1,6 - -- - -- - -- Nitrosource Series Nitrogen Generators Main -Unit 1200 7 990 6 780 5 570,4 330 210 35 51 76 1 1 2 1.4 1 6 1 9 2.1 2 4 159,003552 NS -1 2401 5 1981 2 1561 1140 7 660 420 35 51 76 1 1 2 1 4 1 6 1 9 2.1 2 4 NS -2 3602 2 2971 8 2341 5 1711.1 990 630 35 51 76 1 1 2 1 4 1 6 1 9 2 1 2 4 NS -3 4803 3962 5 3121.9 2281 4 1320 840 35 .51 76 1 1 2 1 4 1 6 1 9 2 1 2 4 NS -4 6003 7 4953 1 3902 4 2851 8 1650 1050 35 51 76 1 1 2 1 4 1 6 1 9 2 1 2.4 NS -5 7204,5 5943 7 4682 9 3422 1 1980 1260 .35 51 76 1 1 2 1 4 1 6 1 9 2 1 2 4 Principal Specifications - HFX Series Membrane Nitrogen Generators Models HFX1, HFX -3, HFX -5, HFX -7, HFX -9, HFX -11 Model Number HFX -1, HFXO -1 HFX- 3,HFX0 -3 HFX -5, HFXO -5 HFX -7, HFXO -7, HFX -9, HFXO -9, HFX -11, HFXO -11 Atmospheric Dewpoint -58 °F ( -50 °C) -58 °F ( -50 °C) -58 °F ( -50 °C) -58 °F ( -50 °C) Commercially Sterile Yes Yes Yes Yes Particles > 001 micron None None None None Suspended Liquids None None None None Min /Max Operating Press (1) 60 prig /145 psig 60 psig /145 psig 60 psig /145 psig 60 psig /145 psig Max Press Drop (at 95% N 125 psig) 10 psig 10 psig 10 psig 10 psig Recommended Ambient Operating Temperature 60 °F /110 °F (16 °C /43 °C) 77 °F (25 °C) 77 °F (25 °C) - 77 °F (25 °C) Min /Max Inlet Air Temp 60 °F /110 °F 40 °F /140 °F 40'F/140 °F 40 °F /140 °F (2 °C /40 °C) (2 °C /40 °C) (4 °C /60 °C) (4 °C /60 °C) Recommended Inlet 68 °F (20 °C) 77 °F (25 °C) 77 °F (25 °C) 77 °F (25 °C) Air Temperature Electrical Requirements (2) None (2) None (2) None (2) None (2) Dimensions 16 3 "h x 12,8 "w x 7,5 "d 16'w x 16 "d x 50 "h 16 "w x 16 "d x 50 "h 24 "w x 20 "d x 69 "h (41/4cmx32/5cmx19 1cm) (41cmX25cmX91cm) (41cmX25cmX91cm) (61cmX51cmX175cm) Shipping Wt. 38 lbs (17 3 kg) 75 lbs. (34 kg) 106 lbs (114 kg) 250 lbs (114 kg) Notes: 1 Maximum operating pressure in Europe is 8 barg. 2 No electrical power required unless used with an electrical accessory, e g , an oxygen analyzer Ordering Information - Models HFX1, HFX -3, HFX -5, HFX -9, HFX -11 For assistance, call toll -free at 1- 800 - 343 -4048 SAM to 5PM Eastern Time Maintenance Kit Components Model Maintenance Maintenance Replacement Replacement Replacement Final Membrane Activated Kit Kit w /02 Filter Cartridges Filter Cartridges Filter Cartridges Filter Carbon Filter Monitor 1st stage 2nd stage 3rd stage HFX -1, HFXO -1 (w /02 monitor) MK75005 MK750050 100 -12 -DXE 100 -12 -BXE --- 9933 -05 -95 1/7825 -08 -000 HFX -3, HFXO -3 (w /02 monitor) MK7579C MK75790C 100 -12 -DXE 100 -12 -BXE - -- GS- 100 -12 -95 75620 HFX -5, HFXO -5 (w/02 monitor) MK7579C MK75790C 100 -12 -DXE 100 -12 -BXE - -- GS- 100 -12 -95 75620 HFX -7, HFXO -7 (w /02 monitor) MK7576 MK76760 100 -18 -DXE 100 -18 -BXE 100 -25 -BXE GS- 100 -25 -95 75303 HFX -9, HFXO -9 (w /02 monitor) MK7576 MK75760 100 -18 -DXE 100 -18 -BXE 100 -25 -BXE GS- 100 -25 -95 75303 HFX -11, HFXO -11 (w /02 monitor) MK7576 MK76760 100 -18 -DXE 100 -18 -BXE 100 -25 -BXE GS- 100 -25 -95 75303 EM 4 Parker Hannifin Corporation Filtration and Separation Division Haverhill, MA 1- 800 - 343 -4048 www.parker com /balston Principal Specifications - Nitrosource Series Balston® Nitrogen Generation Systems Principal Specifications Nitrosource Series Membrane Nitrogen - Models NS -1, NS-2,14S-3 Model Number Main Unit NS -1 NS -2 Atmospheric Dewpoint -58 °F ( -50 °C) -58 °F ( -50 °C) -58 °F ( -50 °C) Commercially Sterile Yes Yes Yes Particles > 0.01 micron None None None Suspended Liquids None None None Min /Max Operating Pressure (1) 60 psig /145 psig 60 psig /145 psig 60 psig /145 psig Max Pressure Drop 15 psig 15 psig 15 psig Recommended Ambient Operating Temp 70 °F (21 °C) 70 °F (21 °C) 70 °F (21 °C) Min /Max Inlet Air Temp. 50 °F /104 °F (10 °C /40 °C) 50 °F /104 °F (10 °C /40 °C) 50 °F/104 °F (10 °C /40 °C) Recommended Inlet Air Temp 70 °F (21 °C) 70 °F (21 °C) 70 °F (21 °C) Electrical Requirements (2) 90 -250 VAC 50 -60 Hz 90 -250 VAC 50 -60 Hz 90 -250 VAC 50 -60 Hz Dimensions 29°w x 20 "d x 76 "h 29'w x 31 "d x 76 "h 29 "w x 42 "d x 76 "h (74cmX107cmX193cm) (74cmX51 cmX193cm) (74cmX79cmX193cm) Shipping Wt. 450 lbs. 660 lbs. 870 lbs. Principal Specifications - Nitrosource Series Membrane Nitrogen Generators'- Models NS-4, NS -5, Main Unit , Model Number NS -3 NS -4 NS -5 Atmospheric Dewpoint -58 °F ( -50 °C) -58 °F ( -50 °C) -58 °F ( -50 °C) Commercially Sterile Yes Yes Yes Particles > 0.01 micron None None None Suspended Liquids None None None Min /Max Operating Pressure (1) 60 psig /145 psig 60 psig /145 psig 60 psig /145 psig Max Pressure Drop 15 psig 15 psig 15 psig Recommended Ambient Operating Temp. 70 °F (21`C) 70 °F (21 °C) 70 °F (21 °C) Min /Max Inlet Air Temp 50 °F /104 °F (10 °C /40 °C) 50 °F /104 °F (10 °C /40 °C) 50 °F /104 °F (10 °C /40 °C) Recommended Inlet Air Temp 70 °F (21 °C) 70 °F (21 °C) 70 °F (21 °C) Electrical Requirements 90 -250 VAC 50 -60 Hz 90 -250 VAC 50 -60 Hz 90 -250 VAC 50 -60 Hz Dimensions 29"w x 53 "d x 76 "h 29V x 64 "d x 76 "h 29 °w x 75 "d x 76 "h (74cmX107cmX193cm) (74cmX51cmX193cm) (74cmX79cmX193cm) Shipping Wt 1290 lbs. 1500 lbs. 1710 lbs Notes 1 For temperatures less than 68 °F (20 °C) or pressures less than 60 psig, consult factory for flows Ordering Information - All Nitrosource Series Models " . , For assistance, call toll -free at 1- 800 - 343 -4048 BAM to 5PM Eastern Time Description Model # Maintenance Kit # 02 Sensor Main Unit 159.003552 159.003569 2284 Sub Unit 159.003553 159.003570 Main Unit NS -1 159 003569 2284 Sub Unit 159.003570 Main Unit NS -2 159 003569 2284 2 Sub Unit 159 003570x2 Main Unit NS -3 159 003569 2284 3 Sub Unit 159.003570x3 Main Unit NS -4 159 003569 2284 4 Sub Unit 159.003570x4 Main Unit NS -5 159.003569 2284 ■ 5 Sub Unit 159.003570x5 Sample' NS - 2 Generator Requires 1 each 159 003569 and 2 each 159 003570 MI ® Parker Hannifin Corporation Filtration and Separation Division Haverhill. MA 1-800-343-4048 www parker com /balston Balston® Nitrogen Generation Systems Balston® PSA Nitrogen Generators Lower cost...eliminates the need for costly gas cylinders Complete package with prefilters, final filters, and receiving tank Compact - frees up valuable floor space Eliminates unexpected shutdowns due to a "bad" or empty cylinder ' Hassle -free, easy to install, easy to operate Safe and reliable Proven Technology Balston Monobed and Dual Bed Nitrogen Generators ° - produce up to 99.99% pure, compressed nitrogen at dewpoints to -70 °F ( -21 °C) from nearly any compressed air supply. The generators are designed to continually r —. transform standard compressed air into nitrogen at safe, i - • = . regulated pressures without operator attention. i . 4. , ,,, How the Technology Works L. i Balston PSA Nitrogen Generators utilize a combination of filtration and pressure swing adsorption technologies. I High efficiency prefiltration pretreats the compressed air to remove all contaminants down to 0.1 micron. Air entering the generator consists of 21% oxygen and 78% `' nitrogen. The gas separation process preferentially adsorbs oxygen over nitrogen using carbon molecular sieve (CMS). At high pressures the CMS has a greater j affinity for oxygen, carbon dioxide, and water vapor than it does at low pressures. By raising and lowering the pressure within the CMS bed, all contaminants are Pressure swing adsorption gas separation process preferentially captured and released, leaving the CMS unchanged. adsorbs oxygen over nitrogen using This process allows the nitrogen to pass through as a carbon molecular sieve (CMS). product gas at pressure. The depressurization phase of the CMS releases the absorbed oxygen and other contaminant gases to the atmosphere. STOP t. iFi;M u�LR....r EMI 6 Parker Hannifin Corporation Filtration and Separation Division Haverhill, MA 1- 800 - 343 -4048 www parker.com /balston Balston® PSA Nitrogen Generators Balston® Nitrogen Generation Systems Applications Savings and Convenience Solder Reflow Ovens The Balston PSA Nitrogen Generators completely eliminate the inconvenience and the high costs of Food Processing and Packaging nitrogen Dewars, bulk nitrogen supplies, and cylinders. Electronic Component Storage and Manufacture There is no need to depend on outside vendors for your nitrogen gas supplies. The hassles of changing dan- Heat Treating gerous, high pressure cylinders, and interruption of gas Degassing Aluminum supplies are completely eliminated. The Balston PSA Nitrogen Generators offer long term cost stability Plastic Extrusion and Molding eliminating uncontrollable vendor price increases, contract negotiations, long term commitments, and tank Gas Assist rentals. Once the Generator is installed, a continuous Laser Cutting nitrogen supply of consistent purity is available within minutes from start-up. Easy to Operate and Maintain Installation consists of simply connecting a standard compressed air line to the inlet and connecting the outlet to a nitrogen line. Plug the electrical cord into a wall outlet, and the unit is ready for trouble -free opera- � „_,1 tion. This system is designed to operate 24 hours per day, 7 days per week. "' Once the system is operating, it requires little monitor- ing. The only maintenance involves changing the coalescing prefilter cartridges and final sterile air filter periodically. The PSA towers do not require any ,N / maintenance. An oxygen monitor to measure the oxygen concentra- tion of the nitrogen stream is available as an option. An audible alarm signals high or low oxygen concentra- tions (determined by the application). The oxygen analyzer is supplied with alarm relay outputs which may by used to signal a remote alarm, open a backup supply or the process stream, or close the process flow for protection of downstream equipment or processes. Parker Hannifin Corporation Filtration and Separation Division Parker Filtration MA 1- 800 - 343 -4048 www parker com /balston Balston® Nitrogen Generation Systems Principal Specifications Monobed Series Principal Specifications - Monobed Nitrogen Generators Models MB -200, MB -400, MB -600, MB -800, MB -1000 Model Number MB -200 MB -400 MB -600 MB -B00 MB -1000 Atmospheric Dewpoint -70 °F ( -21 °C) ■ Commercially Sterile Yes ■ Particles > 0.01 micron None ■ Suspended Liquids None —__ • Recommended Inlet Pressure 110 psig (7 6 barg) ■ Min /Max Ambient Temperature 40 °F /95 °F (4 °C /35 °C) ■ Inlet Port Size 3/4" NPT (female) 3/4" NPT (female) 1 1/2" NPT (female) 1 1/2° NPT (female) 1 1/2 NPT (female) Outlet Port Size 1/4" NPT (female) 1/4" NPT (female) 1/2" NPT (female) 1/2 NPT (female) 1" NPT (female) Electrical Requirements 120VAC /60 Hz — - -- -- ► Dimensions 56"w x 36 "d x 8Th 56 "w x 42 "d x 89 "h 78"w x 48 "d x 107h 78"w x 48 "d x 103 "h 84"w x 60 "d x 114 "h 143cmx92cmx214cm 143cmx107cmx226cm198cmx122cmx260cm 198cmx122cmx262cm 214cmx153cmx290cm Shipping Wt 1100 lbs. (500 kg) 1800 lbs. (818 kg) 21001bs. (955 kg) 2300lbs. (1045 kg) 4500 lbs. (2045 kg) Ordering Information - Monobed Nitrogen GeneratorsModels MB -200, MB -400, MB -600, MB -800, MB -1000 For assistance, call toll -free at 1- 800 -343 -4048 8AM to 5PM Eastern Time Model MB -200 MB -400 MB -600 MB -800 MB -1000 Prefilter Cartridges, 1st Stage 150 -19 -DXE 150 -19 -DXE 150 -19 -DXE 200 -35 -DXE 200 -80 -DXE Prefilter Cartridges, 2nd Stage 150 -19 -BXE 150 -19 -BXE 150 -19 -BXE 200 -35 -BXE 200 -80 -BXE Final Sterile Air Filter 100 -25 -SA 100 -25 -SA 100 -25 -SA 150 -19 -SA 150 -19 -SA Oxygen monitor (Opt.) 72 -730 -- -- - - -- ► Back Pressure Controller (Opt.) (1) 72 -460 ■ Nitrogen Purity Flow Chart - Monobed Nitrogen GeneratorsModels MB -200, MB -400, MB -600, MB -800, MB -1000 Maximum Outlet Pressure (psig) Flow Rate (SCFH) Purity Purity %N2 MB -200 MB -400 MB -600 MB -800 MB -1000 %N2 MB -200 MB -400 MB -600 MB -800 MB -1000 95 30 30 30 30 30 95 433 880 1310 1760 2162 96 40 40 40 40 40 96 400 815 1200 1630 2000 97 50 50 50 50 50 97 361 735 1090 1470 1802 98 60 60 65 60 60 98 311 630 940 1260 1555 99 65 65 70 65 65 99 241 490 730 980 1205 99.5 70 70 70 70 70 99.5 200 400 600 800 1000 99.9 75 75 80 75 75 99.9 135 245 374 490 619 99.95 80 80 80 80 80 99.95 98 200 269 361 451 Notes 1 The 72 -460 is an optional accessory which will maintain a constant pressure drop across the flow control valve, thereby providing a constant nitrogen purity / ;.. STOP -s,. X15 2? u-a cµ�+a' EMI 8 Parker Hannifin Corporation Filtration and Separation Division Haverhill, MA 1- 800 - 343 -4048 tow/ parker.com /balston Principal Specifications Dual Bed Series Balston® Nitrogen Generation Systems Principal Specifications - Models DB -5 and DB -10 Performance Data - Model DB -5 Model Number DB -5, DB -10 %Nitrogen Nitrogen Flow (SCFH) Nominal Conditions 99 99 47 Feed Pressure 110 psig 99.95 118 Temperature 80 °F 99.9 155 Ambient Pressure 1 Atm. 99.5 250 99 400 Compressed Air Specifications Maximum Pressure 140 PSIG 98 497 Temperature Range 60 °F - 105 °F 97 600 Dewpoint 40 °F pressure dewpoint or better 96 670 Residual Oil Content Trace 95 754 Particles <.01 micron Ambient Conditions Performance Data - Model DB -10 Temperature 45 °F - 90 °F i %Nitrogen Nitrogen Flow (SCFH) Ambient Pressure Atmospheric 99.99 94 Air Quality Clean air without contaminants 99.95 236 Dimensions, Weight and Connections 99.9 310 Dimensions 28 5 "L x 32 25 "D x 76.25 "H 99.5 500 Weight 520 lbs (DB -5), 738 lbs (DB -10) 99 800 Inlet 1/2" NPT 98 994 Outlet 1/2" NPT 97 1200 96 1340 95 1508 Outlet Pressure - Models DB -5 and DB -10 Based on nominal conditions and standard 20 gallon nitrogen tank Flow (47 - 380 scfh) 80 psig Flow (450 - 575 scfh) 75 psig I I Ordering Information - Models DB5 and DB -10 For assistance, call toll free at 800 - 343 -4048, 8AM to 5PM EST Balston Dual Bed Nitrogen Generator with Oxygen Analyzer DBO -5 DBO -10 Balston Dual Bed Nitrogen Generator without Oxygen Analyzer DB -5 DB -10 Maintenance Kit for Nitrogen Generator with Oxygen Analyzer MKDBO -5 MKDBO -5 Maintenance Kit for Nitrogen Generator without Oxygen Analzer MKDB5 MKDB5 Oxygen Sensor 72730 72730 =111 Parker Hannifin Corporation 9 Filtration and Separation Division Haverhill, MA 1 -800- 343 -4048 www parker com /balston Balston® Nitrogen Generation Systems Principal Specifications Dual Bed Series Principal Specifications - Models DB -1200, DB -1600, and DB -1900 Dual Bed Nitrogen Generator DB -1200 DB -1600 DB -1900 Atmospheric Dewpoint -70 °F ( -21 °C) -70 °F ( -21 °C) -70 °F ( -21 °C) Particles > .1 micron None None None Suspended Liquids None None None Recommended Inlet Pressure 110 psig (7.6 barg) 110 psig (7.6 barg) 110 psig (7.6 barg) Min /Max Ambient Temperature 40 °F /95 °F (4 °C /35 °C) 40 °F /95 °F (4 °C /35 °C) 40 °F /95 °F (4 °C /35 °C) Inlet Port Size 1 -1/2" Flange 150# Rated 1 -1/2" Flange 150# Rated 2" Flange 150# Rated Outlet Port Size 1" Flange 150# Rated 1" Flange 150# Rated 1 -1/2" Flange 150# Rated Electrical Requirements 120VAC /60 Hz 120VAC /60 Hz 120VAC /60 Hz Dimensions 84 "w x 60 "d x 102 "h 84 "w x 60 "d x 123 "h 96 "w x 72 "d x 108 "h (214cm x 153cm x 259cm) (214cm x 153cm x 313cm) (244cm x 183cm x 275cm) Shipping Wt. 3,800 lbs (1,724 kg) 3,800 lbs (1,724 kg) 3,800 lbs. (1,724 kg) How To Order - Models DB -1200, DB -1600, and DB -1900 For assistance, call toll -free at 1- 800 - 343 -4048 8AM to 5PM Eastern Time Dual Bed Nitrogen Generator DB -1200 DB -1600 DB -1900 Prefilter Cartridges, 1st Stage 200 -35 -DX 200 -35 -DX 200 -80 -DX Prefilter Cartridges, 2nd Stage 200 -35 -BX 200 -35 -BX 200 -80 -BX Additional Prefilter Cartridges 200 -35 -DX 200 -35 -DX 200 -80 -DX Final Air Filter 100 -18 -DX 150 -19 -DX 150 -19 -DX Oxygen Monitor 72 -730 (Standard) or 3290 72 -730 (Standard) or 3290 72 -730 (Standard) or 3290 (Optional: High Purity) (Optional High Purity) (Optional High Purity) Nitrogen Purity Flow Chart - Dual Bed Nitrogen Generators Models DB -1200, DB -1600, and DB -1900 Maximum Outlet Pressure (psig) Flow Rate (SCFH) Purity Purity %N2 DB -1200 DB -1600 DB -1900 %N2 DB -1200 DB -1600 DB -1900 95 80 80 80 95 2,850 3,845 4,516 97 80 80 80 97 2,200 2,975 3,394 98 80 80 80 98 1,894 2,555 3,000 99 80 80 80 99 1,490 2,010 2,360 99.5 80 80 80 99.5 1,200 1,600 1,900 99.9 80 80 80 99.9 736 992 1,178 99.95 80 80 80 99.95 532 714 852 99.99 80 80 80 99.99 284 378 452 MI 10 Parker Hannifin Corporation Filtration and Separation Division Haverhill, MA 1- 800 - 343 -4048 www.parker com /balston Balston® PSA Nitrogen Generators Baiston® Nitrogen Generation Systems Principal Specifications - Dual Bed Nitrogen Generators Models DB -2500 and DB -4000 Dual Bed Nitrogen Generator DB -2500 DB -4000 Atmospheric Dewpoint -70 °F ( -21 °C) -70 °F ( -21 °C) Particles > 1 micron None None Suspended Liquids None None Recommended Inlet Pressure 110 psig (7 6 barg) 110 psig (7 6 barg) Min /Max Ambient Temperature 40 °F /95 °F (4 °C /35`C) 40 °F /95 °F (4 °C /35 °C) Inlet Port Size 3" Flange 150# Rated 3" Flange 150# Rated Outlet Port Size 1 -1/2" Flange 150# Rated 1 -1/2" Flange 150# Rated Electrical Requirements 120VAC /60 Hz 120VAC /60 Hz Dimensions 96W x 72 "d x 132 "h 108 "w x 72 "d x 138 "h (244cm x 183cm x 336cm) (275cm x 183cm x 351cm) Shipping Wt. 4,300 lbs (1,951 kg) 5,300 lbs (2,404 kg) How To Order - Dual Bed Nitrogen Generators Models DB -2500 and DB -4000 For assistance, call toll -free at 1- 800 - 343 -4048 8AM to 5PM Eastern Time Dual Bed Nitrogen Generator DB -2500 DB -4000 Prefilter Cartridges, 1st Stage 200 -80 -DX 200 -80 -DX Prefilter Cartridges, 2nd Stage 200 -80 -BX 200 -80 -BX Additional Prefilter Cartridges 200 -80 -DX 200 -80 -DX Final Air Filter 200 -35 -DX 200 -35 -DX Oxygen Monitor 72 -730 (Standard) or 3290 72 -730 (Standard) or 3290 (Optional High Purity) (Optional High Purity) Nitrogen Purity Flow Chart - Dual Bed Nitrogen Generators Models DB -2500 and DB -4000 Maximum Outlet Pressure (psig) Flow Rate (SCFH) Purity Purity %N2 DB -2500 DB -4000 %N2 DB -2500 DB -4000 95 80 80 95 6,022 9,618 97 80 80 97 4,659 7,442 98 80 80 98 4,000 6,388 99 80 80 99 3,148 5,028 99.5 80 80 99.5 2,500 4,000 99.9 80 80 99.9 1,571 2,480 99.95 80 80 99.95 1,136 1,769 99.99 BO 80 99.99 602 943 ,' "" ,,,. STOP - ..;;:, Eff121 El Parker Hannifin Corporation Filtration and Separation Division Haverhill, MA 1 - 800 - 343 - 4048 www parker com /balston S sa � .a2- a2.s.� \1 _. Material Safety Data Sheet ...; o -- D:ow 1. CHEMICAL PRODUCT & COMPANY IDENTIFICATION Page: 1 24 -Hour Emergency Phone Number: 989 - 636 -4400 Product: SYLTHERM XLT# HEAT TRANSFER FLUID Product Code: 23834 Effective Date: 01/08/99 Date Printed: 12/17/01 MSD: 004685 The Dow Chemical Company, Midland, MI 48674 Customer Information Center: 800 - 258 -2436 2. COMPOSITION /INFORMATION ON INGREDIENTS ( *) Indicate a trademark of the Dow Corning Corporation. Octamethyltrisiloxane CAS# 000107 -51 -7 36% Decamethyltetrasiloxane CAS# 000141 -62 -8 28% Dodecamethylpentasiloxane CAS# 000141 -63 -9 17% Polydimethylsiloxane CAS# 063148 -62 -9 17% 3. HAZARDS IDENTIFICATION EMERGENCY OVERVIEW ***************************************** * * * * * * * * * * * * * * * * * * * * * * * * * * * * * ** * Clear liquid with little odor. Combustible. * ***************************************** * * * * * * * * * * * * * * * * * * * * * * * * * * * * * ** EYE: May cause slight transient (temporary) eye irritation. Corneal injury is unlikely. May cause temporary discomfort and dryness similar to windburn. SKIN: Repeated or prolonged contact may cause defatting of the skin leading to drying or flaking of the skin. A single prolonged exposure is not likely to result in the material being absorbed through skin in harmful amounts. INGESTION: Single dose oral toxicity is considered to be extremely low. No hazards anticipated from swallowing small amounts incidental to normal handling operations. Ingestion of large amounts may cause injury. Swallowing large amounts may cause drowsiness. INHALATION: A single prolonged (hours) excessive inhalation (Continued on page 2 , over) * OR (R) INDICATES A TRADEMARK OF THE DOW CHEMICAL COMPANY , M A T E R I A L S A F E T Y D A T A S H E E T PAGE: 2 Product: SYLTHERM XLT# HEAT TRANSFER FLUID Product Code: 23834 Effective Date: 01/08/99 Date Printed: 12/17/01 MSD: 004685 exposure may cause adverse effects. Excessive vapor exposure may cause drowsiness. SYSTEMIC (OTHER TARGET ORGAN) EFFECTS: Based on available data, repeated exposures are not anticipated to cause additional significant adverse effects. CANCER INFORMATION: Contains component(s) which did not cause cancer in laboratory animals. TERATOLOGY (BIRTH DEFECTS): Contains component(s) which did not cause birth defects or any other fetal effects in lab animals. REPRODUCTIVE EFFECTS: Contains component(s) which did not interfere with reproduction in animal studies. 4. FIRST AID EYE: Flush eyes with plenty of water. SKIN: Wash off in flowing water or shower. INGESTION: If swallowed, seek medical attention. Do not induce vomiting unless directed to do so by medical personnel. INHALATION: Remove to fresh air if effects occur. Consult a physician. NOTE TO PHYSICIAN: No specific antidote. Supportive care. Treatment based on judgment of the physician in response to reactions of the patient. 5. FIRE FIGHTING MEASURES FLAMMABLE PROPERTIES FLASH POINT: 108F; 42C METHOD USED: Closed cup. AUTOIGNITION TEMPERATURE: 662F; ASTM D -2155 FLAMMABLE LIMITS LFL: 0.7% @ 100C UFL: 12.5% @ 130C HAZARDOUS COMBUSTION PRODUCTS: During a fire, smoke may contain the original material in addition to unidentified toxic and /or irritating compounds. (Continued on page 3) * OR (R) INDICATES A TRADEMARK OF THE DOW CHEMICAL COMPANY M A T E R I A L S A F E T Y D A T A S H E E T PAGE: 3 Product: SYLTHERM XLT# HEAT TRANSFER FLUID Product Code: 23834 Effective Date: 01/08/99 Date Printed: 12/17/01 MSD: 004685 OTHER FLAMMABILITY INFORMATION: Violent steam generation or eruption may occur upon application of direct water stream to hot liquids. Flammable concentration of vapor can accumulate at temperatures above 108F. Liquid mist of this product can burn. EXTINGUISHING MEDIA: Water fog or fine spray, carbon dioxide, dry chemical, foam. General purpose synthetic foams (including AFFF type) or protein foams are preferred if available. Alcohol resistant foams (ATC type) may function. FIRE FIGHTING INSTRUCTIONS: Keep people away. Isolate fire area and deny unnecessary entry. Burning liquids may be moved by flushing with water to protect personnel and minimize property damage. Use water spray to cool fire exposed containers and fire affected zone until fire is out and danger of re- ignition has passed. Avoid accumulation of water. Product may be carried across water surface spreading fire or contacting an ignition source. Do not use direct water stream. May spread fire. Eliminate ignition sources. PROTECTIVE EQUIPMENT FOR FIRE FIGHTERS: Wear positive - pressure self- contained breathing apparatus (SCBA) and protective fire fighting clothing (includes fire fighting helmet, coat, pants, boots, and gloves). If protective equipment is not available or not used, fight fire from a protected location or safe distance. 6. ACCIDENTAL RELEASE MEASURES (See Section 15 for Regulatory Information) PROTECT PEOPLE: Vapor explosion hazard, keep out of sewers. Eliminate all sources of ignition in vicinity of spill or released vapor to avoid fire or explosion. PROTECT THE ENVIRONMENT: Material may float on water and any runoff may create an explosion or fire hazard if ignited. Eliminate all sources of ignition in vicinity of spill or released vapor to avoid fire or explosion. CLEANUP: Pump with explosion -proof equipment. If available, use foam to smother or suppress. 7. HANDLING AND STORAGE (Continued on page 4 , over) * OR (R) INDICATES A TRADEMARK OF THE DOW CHEMICAL COMPANY M A T E R I A L S A F E T Y D A T A S H E E T PAGE: 4 Product: SYLTHERM XLT# HEAT TRANSFER FLUID Product Code: 23834 Effective Date: 01/08/99 Date Printed: 12/17/01 MSD: 004685 HANDLING: Containers, even those that have been emptied, can contain vapors. Do not cut, drill, grind, weld, or perform similar operations on or near empty containers. Use of non - sparking or explosion proof equipment may be necessary, depending upon the type of operation. No smoking, open flames or sources of ignition in handling and storage area. STORAGE: Minimize sources of ignition, such as static buildup, heat, spark or flame. 8. EXPOSURE CONTROLS/PERSONAL PROTECTION ENGINEERING CONTROLS: Use only with adequate ventilation. Local exhaust ventilation may be necessary for some operations. EYE PROTECTION: Use safety glasses. SKIN PROTECTION: No precautions other than clean body- covering clothing should be needed. RESPIRATORY PROTECTION: Use an approved respirator. Selection of air - purifying or positive - pressure supplied -air will depend on the specific operation and the potential airborne concentra- tion of the material. For emergency conditions, use an approved positive - pressure self- contained breathing apparatus. EXPOSURE GUIDELINE(S): Manufacturers of certain components of this material recommend the following exposure guidelines: octamethyl trisiloxane TWA 200 ppm; decamethyl tetrasiloxane 200 ppm. 9. PHYSICAL AND CHEMICAL PROPERTIES APPEARANCE: Clear liquid. ODOR: Very little odor. VAPOR PRESSURE: <5 mmHg @ 77F; 25C VAPOR DENSITY: (Air =1): Not applicable. BOILING POINT: Not applicable. SOLUBILITY IN WATER: <0.1% SPECIFIC GRAVITY: 0.85 @ 77F; 25C FREEZING POINT: Below -150F; -101C 10. STABILITY AND REACTIVITY CHEMICAL STABILITY: Thermally stable at typical use temperatures. (Continued on page 5) * OR (R) INDICATES A TRADEMARK OF THE DOW CHEMICAL COMPANY M A T E R I A L S A F E T Y D A T A S H E E T PAGE: 5 Product: SYLTHERM XLT# HEAT TRANSFER FLUID Product Code: 23834 Effective Date: 01/08/99 Date Printed: 12/17/01 MSD: 004685 CONDITIONS TO AVOID: Product can oxidize at elevated temperatures. INCOMPATIBILITY WITH OTHER MATERIALS: Avoid contact with oxidizing materials. Avoid contact with acids, bases. HAZARDOUS DECOMPOSITION PRODUCTS: Hazardous decomposition products depend upon temperature, air supply and the presence of other materials. Hazardous decomposition products may include and are not limited to: formaldehyde. HAZARDOUS POLYMERIZATION: Will not occur. 11. TOXICOLOGICAL INFORMATION (See Section 3 for Potential Health Effects. For detailed toxicological data, write or call the address or non - emergency number shown in Section 1) SKIN: The LD50 for skin absorption in rabbits is >2000 mg /kg. INGESTION: The oral LD50 for rats is >5000 mg /kg. MUTAGENICITY: For polydimethylsiloxane, in vitro mutagenicity studies were negative. Animal mutagenicity studies were negative. 12. ECOLOGICAL INFORMATION (For detailed Ecological data, write or call the address or non - emergency number shown in Section 1) ENVIRONMENTAL FATE MOVEMENT & PARTITIONING: Based largely or completely on data for major component(s). Bioconcentration potential is low (BCF less than 100 or Log Pow less than 3). DEGRADATION & PERSISTENCE: Based largely or completely on data for major component(s). No appreciable biodegradation is expected. ECOTOXICITY: Based largely or completely on data for major component(s). Not expected to be acutely toxic. 13. DISPOSAL CONSIDERATIONS (See Section 15 for Regulatory Information) DISPOSAL METHOD: + +DO NOT DUMP INTO ANY SEWERS, ON THE GROUND, OR INTO ANY BODY OF WATER + +. For unused or uncontaminated material, the preferred management options are to send to a (Continued on page 6 , over) * OR (R) INDICATES A TRADEMARK OF THE DOW CHEMICAL COMPANY M A T E R I A L S A F E T Y D A T A S H E E T PAGE: 6 Product: SYLTHERM XLT# HEAT TRANSFER FLUID Product Code: 23834 Effective Date: 01/08/99 Date Printed: 12/17/01 MSD: 004685 licensed recycler, reclaimer, or incinerator. The same management options are recommended for used or contaminated material, although additional evaluation is required. (see, for example, 40CFR Part 261, "Identification and Listing of Hazardous Waste. ") Any disposal practice must be in compliance with federal, state, provincial, and local laws and regulations. Check with appropriate agencies for your location. For additional information, see "REACTIVITY DATA" and "REGULATORY INFORMATION ". As a service to its customers, Dow can provide names of information resources to help identify waste management companies and other facilities which recycle, reprocess or manage chemicals or plastics, and that manage used drums. Telephone Dow's Customer Information Center at 800 - 258 -2436 or 517 - 832 -1556 for further details. 14. TRANSPORT INFORMATION DEPARTMENT OF TRANSPORTATION (D.O.T): For DOT regulatory information, if required, consult transportation regulations, product shipping papers, or your Dow representative. CANADIAN TDG INFORMATION: For TDG regulatory information, if required, consult transportation regulations, product shipping papers, or your Dow representative. 15. REGULATORY INFORMATION (Not meant to be all- inclusive -- selected regulations represented) NOTICE: The information herein is presented in good faith and believed to be accurate as of the effective date shown above. However, no warranty, express or implied is given. Regulatory requirements are subject to change and may differ from one location to another; it is the buyer's responsibility to ensure that its activities comply with federal, state or provincial, and local laws. The following specific information is made for the purpose of complying with numerous federal, state or provincial, and local laws and regulations. See other sections for health and safety information. U.S. REGULATIONS SARA 313 INFORMATION: To the best of our knowledge, this product contains no chemical subject to SARA Title III Section 313 supplier notification requirements. (Continued on page 7) * OR (R) INDICATES A TRADEMARK OF THE DOW CHEMICAL COMPANY M A T E R I A L S A F E T Y D A T A S H E E T PAGE: 7 Product: SYLTHERM XLT# HEAT TRANSFER FLUID Product Code: 23834 Effective Date: 01/08/99 Date Printed: 12/17/01 MSD: 004685 REGULATORY INFORMATION (CONTINUED) SARA HAZARD CATEGORY: This product has been reviewed according to the EPA "Hazard Categories" promulgated under Sections 311 and 312 of the Superfund Amendment and Reauthorization Act of 1986 (SARA Title III) and is considered, under applicable definitions, to meet the following categories: Not to have met any hazard category STATE RIGHT -TO -KNOW: This product is not known to contain any substances subject to the disclosure requirements of New Jersey Pennsylvania OSHA HAZARD COMMUNICATION STANDARD: This product is not a "Hazardous Chemical" as defined by the OSHA Hazard Communication Standard, 29 CFR 1910.1200. NATIONAL FIRE PROTECTION ASSOCIATION (NFPA) RATINGS: Health 1 Flammability 2 Reactivity 0 CANADIAN REGULATIONS WHMIS INFORMATION: The Canadian Workplace Hazardous Materials Information System (WHMIS) Classification for this product is: B3 - combustible liquid with a flash point between 37.8C and 93.3C Refer elsewhere in the MSDS for specific warnings and safe handling information. Refer to the employer's workplace education program. (Continued on page 8 , over) * OR (R) INDICATES A TRADEMARK OF THE DOW CHEMICAL COMPANY M A T E R I A L S A F E T Y D A T A S H E E T PAGE: 8 Product: SYLTHERM XLT# HEAT TRANSFER FLUID Product Code: 23834 Effective Date: 01/08/99 Date Printed: 12/17/01 MSD: 004685 REGULATORY INFORMATION (CONTINUED) CPR STATEMENT: This product has been classified in accordance with the hazard criteria of the Canadian Controlled Products Regulations (CPR) and the MSDS contains all the information required by the CPR. HAZARDOUS PRODUCTS ACT INFORMATION: This product contains the following ingredients which are Controlled Products and /or on the Ingredient Disclosure List (Canadian HPA section 13 and 14): COMPONENTS: CAS # AMOUNT( %w /w) Dimethyl Polysiloxane CAS# 063148 -62 -9 100% 16. OTHER INFORMATION REVISION INDICATOR: Revised Section 13. * OR (R) INDICATES A TRADEMARK OF THE DOW CHEMICAL COMPANY The Information Herein Is Given In Good Faith, But No Warranty, Express Or Implied, Is Made. Consult The Dow Chemical Company For Further Information. 8 I 7 I 6 5 4 I 3 I 2 I 1 1. ELECTRICAL: I 2. TOYER WATER SUPPLY: - 3. TOWER WATER RETURN: I x CUSTOMER INTERFACING 'UTILITY PIPING' CRITERIA: • SERVICE •. THERRDRETER RETURN . .. f__ _ - • ) D :: . „ _ VALVES - 40' 70 200'F ( X) UNION MATERIAL TYPE CONN FINISH GASKET II APPLICATION . i i r. - o ` US R UNION . ..r` =`:: =' - �� SEE TAME a ct(c TABU a ME TAKE .*A1 TAKE s NOTE. ` `, SH CENTER TEE JOINTS �� 4 - -_- OWN, HOWEVER WHEN PIPING BALANCING RE 1 I / ♦� VALVE SERVILE VALVES 1 \ D NOTE' © Y ! ! • II I. ELECTRICAL SEE ELECTRICAL UTILITY , \- -PIPE RUN TO SOURCE > PIPING FABRICATION DETAILS REFER TO ELECTRICAL WITH END ELBOWS OR END , I ` (3A) R UNION 41111. !imp NIPPLE 2 TOYER MATER SUPPLY (89 7 r14a): INTERCONNECT STRAIGHT CONNECTIONS II" ' I -- (3D) D FABRICATION DETAILS OPT IONAL't } OPTIONAL F � - 3. TOYER WATER RETURN 1,2, I. 2,23 I 5 ��111YYY��1��OOp STRAIGHT �, > D. CHAMBER COOLING JACKET- ' RETURN ' : ��'P'°'I"'w - ever "wD` • END ELBOWS • END SUPPLY '?♦`(? A. CIP WATER (18CF Supply): 5 4, 7 2 6 v \' it, CONN'S C. WATER COOLED HEAT EXCHANGER: , (2C) SERVICE SERVICE/ (2A) 4.,, �V /i'v - VALVES BALANCING 5• CITY MATER (65•7 Supply): I, 2, 3,0 I. 2,23 1 N/A Aq,` . 0 ./ THERMOMETER \ VALVES 6 STEAM A. CONDENS I N Cx Y i - f 40' TO 2D0' F sT9 A. CLEAN STEAM 5 q2 7 2 2 "`•: - -- NIPPLE V SERVICE PIPE R - �� USER rA '' (3F) , r 4 ,' ' ' B HOUSE STEAM (OPTIONAL) 1,2,3 5 ,D ,,•.�,.• . ♦• VALVE FROM SOURCE PIPING ❑ [] 4, I 2 NIPPLE 1i (2W 7 UNION = d� =e = � -- 4� -' < ' , - - -� D r �,?A 7. INSTRENT AIR A Lubricate) 1, 2, 3,24 1 ❑2 3 1 N/A PIPE RUN - ��___� �I , UNION __ _ _ / , A' ;' 7�. �' ', NOTE B. NITROGEN FROM SOURCE FROM i�� — �;I FREEZE _ / (2E) �♦' UNION ''' (2B) DRYER BALANCING VALVE (3E) ii (2F) A ART1D1 ❑2 4,6 E 3 6,1 1 N/A — B. STEAM DISCHARGE CONDENSER: D. CHAMBER COOL ING JACKET- ' SUPPLY': E. COMPRESSOR COOLING: F. VACUUUM PUMP: to WEAN AIR 4. ' CLEAN (CIP) WATE 5. C I TY WATER: 11. PRESS REL VALVE DISCHARGE 6. STEAM: GAGES / r REG ULA TOR 7; INSTRUMENT AIR : 8. NITROGEN: A. CHAMBER 1,0 3,4 ❑1 2,3.7 1 N/A SANITARY, GASKET 6 CLAMP \ MAIN SUPPLY � � (DRY & LUBRICATED) (BA) • II �! I D CHAMB. COOLING JACKET RETURN 1,2,3.0 1, 2,Q 1 2 AT TERMINATION (BY OTHERS) % _L SLOPE 9 . ARGON: TO GAS BLEED • / , ' L (gqJ E. COMPRESSOR DISCHARGE 0 © 7 N/A • (12F) : i' —II. 1 O CLEAN AIR: T ° -150 PSIG . VACUUM (REF) • L BREAK ' H. CONDENSER - 1,Q 3,4 0 2,3,7 N/A - SERVICE/ SANITARY, CONIC, 3�'t SERVICE 1 I EXPANSION TANK 1,2,3,06 1, 2,23 6,7 I N/A �� !A.� VALVES PRESS. GA J CONDENS. RECEIVER -OTHER COMP 4 �� . BY 'HULL' BALANCING GASKET L CLAMP 6A)„ ❑ © 7 1 N/A � °a'' i (BY OTHERS) D NOTE VALVES AT TERMINATION r PIPE RUN O 1 4u K. CIP TANK 1,22 3, 4 1❑ 2, 3, 7 1 N/A INLET - -'�� UNION ', ' ` TRAP `` `, i )2) (7) /1 k VA CUUM BREAK/GAS BLEED • i' (SP) ( IDA) L COMPRESSOR BODY P STEAM FROM SOURCE % % - - C PD's 1:13W PRESS. 12- SYSTEM DRAINS C 6 % (RE 6 II SWITCH PRESS. O S A 12 S PSIG REGULATOR A. AUXILIARY CONDENSING WATER 1, 2,3,24 1,2,23 7 I 2 /* F. VACUUUM PUMP: TO III. 2, x4 UNION- GAGE �(25 PSIG MAX. OUT) 7 / - - CHAMBERS 011 WHEN LJ' L..,-.:;:f PRESSURE TO' - C L4 2,13j 1 N/A {,� HIGH PRESSURE REG B. STEAM DISCHARGE CONDENSER 2,3 SWITCH OR C. WATER COOLED HEAT EXCH 1,2,3,4 1,2,3 7 I N/A I / • A. CHAMBER /CONDENSER: DRAIN TR ANSDUCER (IOO CHAMBER COOLING JACKET 2, 2, 7 I N/A MAX MAx OUT) Il O 2 3 PIPE RUN FROM SOURCE MAR ❑ ❑ w 7 ' ' TD WHEN REQ'D �'. CONDENSER �6 REGULATOR O "" GAGES HIGH PRESS F.Y : �� , �- :` 7 WHEN SUPPLIED I5G) =,,,,=::::'; , \ %I SUPPLY PLY SERVICE VALVES FILTER- SWITCH K CIP TANK 2, 0 2 �� : p JpJNG G. LIQUID RING PUM 2.3 2 2,23 7 1 N/A ~ . - r SLOPE REGULATOR- bpi ,23 7 1 N/A (4) ✓ :: E_.�___ _ -_Q 0.43 TYO - _ _._ :'' ►� 13. EX)W _� i B DDDR WS1(ET PRESSURIII6[i �'" BB) LUBRICA EXHAUSTS t VENTS TO STE AM INLET VALVE(6B) ji GLOBE OR FROM GAS SOURCE ! C MATER COOLED HEAT EXCH 1,2.3,24 1,2,23 7 1 N/A I v BALL CHECK ` \ - BALL VALVE 7 n Q REGULATOR SET AT CHAMBER `UNION 14„11N + + �- USER PIPING D Y F. VACUUM PUMP EXHAUST 2,23 21 2,7 1 2 PRESSURE RELIEF VALVE (REF) J 2 PSIG CONSTANT FEED -�� TRAP 2) 111 � • • • ‘,.. - OPTIONAL EXPANSION D CHAMBER COOLING JET VENT 1,2.3,0 1.2,23 7 I N/A • )' V VALVE PD's USER PIPING TANK FEED G LI RING PUMP VENT 1,2,3,4 I.2,3 7 1 N/A dd l (REF) � ❑ ❑ V • L= 3.Y.: ,77111YI:I•u'I,C• (BU j $ K CIP TANK 1, 2, 3,0 1, 2,23 7 1 N/A G. LIDUID RING PUMP: SERVICE VALVE DRAIN NOTE B. CHAMBER JACKET: (COOLING WATER RETURN) I. EXPANSION TANK I I. PRESSURE RELIEF VALVE DISCHARGE: DANGER: 12. SYSTEM DRAINS: I i PIPE RUN 1 5 • NOTES. TO DRAIN _ 13. EXHAUSTS 8 VENTS: rY4 DRIP PAN IEEE DETAIL 'Al .30 1.1) � PRESSURE I:1 I - NUMBERS AND LETTERS PRECEDING UTILITY PIPING CRITERIA CALLOUTS ELBOW SEE r= ' 1' _, I CORRELATE WITH UTILITY NUMBERS ON GENERAL ARRANGEMENT DRAWING, U RELIEF - S 1EEr2 -i REMOVABLE COVER FOR PROCESS AND INSTRUMENTATION DIAGRAM, UTILITY LIST DRAWING VALVE - �� VENT EXHAUST SIZE AND /OR OTHER DOCUMENTS N OTE > T FILTER MAINTENANCE (' b T D RAIN UNION ♦ TO SUITABLE 'C' VENT EXHAUST ua , A , c I2B) FROM , BE USED ALLOW HEAD B. SIDE SAFE AREA MUFFLER TO SUITABLE 2 - WHERE MULTIPLE NO'S ARE LISTED IN A CATEGORY ALL MAY B A. CHAMBER: PIPIN TD BRAIN B. STEAM DISCHARGE CONDENSER( FDRYEE CLEARANCE FOR ® SAFE AREA SAT ISFACTORLY, HOWEVER, THE BOXED NUMBER, (e.g., (M G DRYER c I 6, LINE TO DRAIN /7,',. - y -- FILTER REMOVAL SIZE f f IS RECOMMENDED. O1 B ° ♦` RETURN •g• 3 - SEE SHEET 2 FOR APPLICABLE TABLES AND NOTES. (2) 'V S (IID) SLOPE r 4 IV m Ir r , VENT EXHAUST / �+ - ''� - - LONGS " _ I - i TO SUITABLE ( 'll�� i B " - DRAIN 11 111 NIPPLE' (13F> SAFE AREA . �� 1 1 1 = :pig VENT LINE. i FILTER- 1 ' MUFFLER 4 SIZED 1 I H \ � D. CHAMBER COOLING JACKET: (REF> � '/ '( 12C) ��r. ,�, I I FLEX ��°,1!):-- / ` I ' i Y4 SIZE 6 I V I' n+ __ DRIP PAN ELBOW 1 ��_ NV" ri OIL MIST.' HOSE HOSE HOSE 1�) y j`� ` '1 J I . B. (II, D ♦ !� UNON SEPARATOR TYP • ` (13F) 11_ - _}I M1 CLAMP PRESSURE RELIEF ORA D R I AIN LINE '= 3 Y, -- VALVE • C. WATER COOLED HEAT EXCHANh,R� "1' 777 rl HOUSING TO OTHER (13F) '': ♦•' ' COMPONENT SCHEDULE. A fT SEE DETAIL 'A - Ili BY OTHERS PUMP - (2) PR'S (A) CONDENSING WATER 2 11 ' L "" 2 I \ - ` PUMP (F) -STYLE A - MASH PUMP BUSCH PUMP (B) STEAM DISCHARGE CONDENSER � m NIPPLE COOLING ;� ��: , (0-STYLE B - (P) -STYLE [ - (L) WATER COOLED HEAT EXCHANGER — H. CONDENSER: •� MANIFOLD � F. VACUUM PUMP EXHAUST: .-r 1. 6 PIPING TO DRAIN '� + ! ' (D) CHAMBER COOLING JACKET P g PRESSLURE IPPLE 1 5 PIPE RUN TO 120) ('jai , 6, ENT EE r ( E) COMPRESSOR COOLING N EIEF 1 DRAIN ' �� I D (F) CONDENSING WATER R P. VALVE (11D PIPING TO SAFE AREA � � D . CHAMBER COOLING JACKET: Y 1, GRAIN D 1 vj . SUPE D (13D) ' STANDING HGT MIN REQ'FRD (2) PD•C ( 0) LIQUID RING VACUUM PUMP % ♦ V E NT LINE "� IF NOT PIPED TO SAFE _ I. EXPANS (ON TANK: �"@' VEN7 y � PO' S 136) AREA TO B E B ' -0' f (H) CONDENSER (!2G) ♦ VENT LINE .H____ __ H. J (1) EXPANSION TANK 2) 3 (REF) -......... _ - ,,,.. :RRi41 .. -� ' ♦'' \,..; -A (J) CONDENSER RECEIVER .. ._. -1N: '2 PRESSURE ,:1 i SLOPE p I • ♦ . r ■lt. ^ I • . (131, S RELIEF PIPING TO SAFE AREA DRAIN Ml i '„ La.1 / ( K) CIP ( Q VALVES I TYP D ➢RAINS \ UNION I (2) PR'S -I -' - LINE = i • ` _ ' ._� ➢RA1NJ U COMPRESSOR �- FLARE CONK) °I (� PIPE RUN TO DRAIN SD. i�� • � / I ` O > G. LIQUID RING PUMP: (3) PD's Y��DRAIN DRAIN (M) II.C+. A J. CONDENSER /EEGs I ER: f 11J' _ CHAMBER COOLING ( N A PRESSURE PIPING TO SAFE AREA ,, F 12K) C. WATER COOLED HEAT EXCHANG�IB. JACKET VENT: G. LIQUID RING PUMP EXHAUST: K. CIP TANK VENT: i (I IK 1. b. f IO ` ' _.. ��i&EE:S OWIL es' S/0 $ VALVE G RELIEF ♦ � (2> D' S DRAIN LINE ` UNION, FLANGE — m1 va11RS a � tPEC1FIED , MOES rum STANDARD HULL COMPANY �� OR SANITARY GAS € K. CIP TANK: (J PIPE RUN TO DRAIN ' CLAMP I GASKET FRACTIOMw '11/1D DIVISION OF SP INDUSTRIES TE WO - DRA — 'Y K . C IP SYST DRAIN cn pure 2 MCIMAL. 1101 °t'") RAF I ii WARMINSTER, PA, 18974 7 D OECIINL. E MS CDO MOPS A)ar Alit o[CC DATE DATE TOIL '' - PIPING TO vlpEX(Aq /9CD2 MECHANICAL UTILITY - ' r '' r 1 ='-� SAFE AREA COOLING WATER T I £� ( 12U m MA"' W MIT RNE I SPASM CDX PIPING FA BR 1 CAT 10N. DETAILS n :�s \ y 1511 C APES CONS 2F L 3cOME2 WATER-YAL PM L'm.IKJ sArS/7/02 1/9/02 \ FEED (REF) I� y. IREA MEP Leas A1O MUM To (y I Ei L I 11u ■ f - (3) pD. 14111 B UPDATED CYG. ADDED CONS )IL I I3,A➢EI 13r B. ARCO SAT rm. 3 RAFS/7/02 /711/25/02 .1116/71@ ROM past DDDSDDSIC L. COMPRESSOR: PRESSURE RE LIEF VALVES L. JACKET STEAM: STEAM TRAP CREED Y , MLTI A ADM 2L DC (MATER Cm' G) 1 81 (D®! CASKET) 1 14RV1Q C100/3/12 C100/3 C095/310E 'Ills w1Om O n[ 1LL(O1wn CAD IM s1a R'G rA Ky AxD Mrs 0¢22111 DJICTNQ 1t TM 1m11IK YID PsO4 IETAR(' D 1 847735 I C DS REV N'R•IPTld OWVWMTE ON/DATE APPYD/MIE AE MIDI. Iaarx SAW. tar K R1KIRED ra ms11RED REV ISIOIS rTO g11SIR PAr1II. ®RCD /Of MID ETRII MOW CIE wITTER AUIMpIUTId Cr m.1.1. ME. SCALD XI! SHEET I 4 OF 3 7 DISK ra I I U. 8 7 i 6 I 5 4 4 I 3 I I 2 1 • 1 8 7 6 . 5 IF 4 3 . TABLE NO. I LINE SIZES TABLE NO. 2 MATERIALS TABLE NO. 3 TYPE CONNECTIONS REVISIONS ZONE REV OCSCR I Pi 1IN DRAWN/DATE CHVwiC APPV O/wiC A PIPE LINE SIZES SAME SIZE AS CONNECTION ON UNIT FOR UP TO A 1. PIPE, 316 ST STL, SCH 40 SA312 I SCR'D NIPPLE WI SCV' UNION _ A (SEE SW 11 _ _ _ _ 10 FT RUN IF RUN IS OVER 10 FT AND UP TO 20 FT INCREASE LINE 2, PIPE, 304 ST STL, SCH 40 SA312 2 SCV' D NIPPLE W/ SOCKET VELD UNION D6 B ADDED % 17 L 19 TO TOLE 3 Rnrv) / sRS/zs tu � xRSitsiot SIZE (I) P D INCREASE (I) P D FOR EACH ADDITIONAL 20 FT ob - 3 PIPE,CARB STL, SCH 40 SA106 GRADE B 3 SCV'0 NIPPLE V/ SOLDERED UNIONS B SAME PIPE SIZE AS CONN ON PUMP UP TO 15 FT ABOVE 15 FT UP — C (SEE SID I) — — — TO 25 FT INCREASE LINE ACA P TO PUMP (I) P. D. 4 TUBE, COPPER, HARD. TYPE K, ASTMB88 4 SANITARY TYPE W/ CLAMP FITTINGS C 3 X THE TOTAL CROSS SECTIONAL AREA OF BOTH RUNS 5 TUBE, ASTM A -269 OR A -270 5, 45' FLARE TYPE Y/ SOLDERED UNIONS GENERAL NOTES: D CONNECTING TO IT 316L ST STL,.065 WALL D MANIFOLD SIZE TO BE OF SAME EQUIVALENT AREA AS COMBINED AREA ORBITAL WELD GRADE 6 COMPRESSION TYPE Y/ FERRULE PIPING NOTES: D OF ALL FEEDS 6 TUBE, 316E ST STL,.065 WALL ® 7 AWF ORBITAL BUTTVELDED TUBE FITTINGS I. REFER TO EQUIPMENT GENERAL ARRANGEMENT OR ARRANGEMENT DETAIL DRAWING A213,A249 ® 8 BOLTED 150 LB FLANGE FOR CONNECTION POINT SIZES. 2. PIPING MATERIAL B FITTING CONFIGURATION CHOICES SHOWN ARE BASED ON D FIRST 10'-0' OF PIPE RUN FROM 'HULL' EQUIPMENT INSTALLED BY CONTRACTOR TABLE NO. 4 - TYPE F[NISH TABLE NO. 5 - GASKET MATERIALS: TABLE 6 INFORMATION AVAILABLE AT TIME OF EQUIPMENT DESIGN TO FALL WITHIN SCOPE OF 'HULL CO ' RESPONSIBILTY I UNDER TURNKEY NORMAL MAX RECOMMENDED SPACING CONTRACTOR OR USER TO OBSERVE ALL LOCAL CODES B RESTRICTIONS WITH CONTRACT EXCLUSIVE OF DRAIN, VENT 6 PRESSURE RELIE plPING UNLESS 1. STD MILL BETWEEN PIPE SUPPORTS 6 HANGERS REGARD TO PIPING DESIGN, MATERIAL COMPATABILITIES 6 ANY OTHER RESTRICTIONS OTHERWISE SPECIFIED 1 VITON 2 180 GRIT POLISHED ID (34 Ra) IMPOSED BY LOCAL AND OTHER PREVALING CODES. I> UNLESS SPECIFIED OTHERWISE ALL 'UNION' JOINTS TO BE USED ON PIPE SIZES UP 2 E P D. M. HORIZONTAL 'STEEL' PIPING 3. SILICONE MAXIMUM TO 6 INCLUDING 2' ONLY. OVER 2' INSTALL 150 LB. FLANGES WITH GASKETS 4, FLUOROSILICONE NOM. PIPE SIZE ROD SPAN 3 FOR ANY PIPE RUNS EXCEEDING MAXIMUM EQUIVALENT LENGTH, INCREASE PIPE SIZE SPECIFIED IN TABLE 5. 5 NEOPRENE DIA FEET TO MAINTAIN LINE VELOCITIES B. FLOW RATES CONSISTENT WITH PIPING SERVICE, UP TO 1 I /4' 3/8' 8 6. TEFLON 11/2. 6 2' 3/8' ID OR CONTACT HULL ENGINEERING FOR RECOMMENDATION BASED ON PRESSURE DROP > UNION 6 NIPPLE LOCATIONS SHOWN FOR ILLUSTRATION PURPOSES. ACTUAL LOCATIONS 2 1/2 6 3 1/2' I /2• 12 TO BE DETERMINED BY CONTRACTOR. 4' 6 5' 5/8' IS 6' 3/4' 17 D VALVES (MULTIPLE DISCHARGE POINTS) CAN BE 'GROUPED' TO ACCOMMODATE COMMON 8' TO 12' 7/8• 22 DISCHARGE. IF SO SEE TABLE NO. 1 FOR LINE SIZE HORIZONTAL 'COPPER TUBING' LINES MAXIMUM NOM PIPE SIZE ROD SPAN > ALL HORIZONTAL DRAIN PIPING TO SLOPE MIN I/8' PER FOOT TOWARDS DRAIN DIA. FEET UP TO t' 3/8' 6 6D THE TERM 'SAFE AREA' IS USED TO DEFINE THAT AREA DESIGNATED AND DESIGNED I I/4 6 t tiz• 3/6• a BY USER TO HANDLE THE DISCHARGE OF PRESSURE RELIEF VALVES OR SYSTEM VENTS 2' 3/B' 9 2 1/2' 1/2• 9 AND DRAINS. DESIGN MUST CONSIDER DISCHARGE SUBSTANCE, FLOW POTENTIAL 3' AND 4' 1/2' 10 AND SAFETY OF SUCH DEVICES AS MAY BE USED TO TRANSMIT, CONTAIN OR OTHER - C WISE HANDLE SUCH DISCHARGE. ALL LOCAL, STATE I. FEDERAL CODES AND C RESTRICTIONS AS' APPLICABLE MUST BE OBSERVED. VERTICAL PIPING ABOVE LEVEL OF VALVE OR ANY TRAPS, BAFFLES OR LINE RESTRICTIVE DEVICES WHICH WOULD RISER TO BE SUPPORTED OVERHEAD ACCUMULATE CONDENSATE THEREBY ELEVATING VALVE RELIEF SET -POINT OR ROUTE TO SAFE AREA, 1. 6 OTHERWISE IMPEDE SAFE OPERATION OF VALVE ARE NOT PERMITTED HULL • SIZE 'A'.CD PD'S (REF TABLE NO 1) CORPORATION OR IT'S CONTRACTORS ASSUMES NO RESPONSIBILITY FOR CODE ■ RELIEF VALVE ' COMPLIANCE, DESIGN, FABRICATION OR ASSEMBLY BEYOND THE PRESSURE RELIEF miliiiME' RISER DIA « (3) PO'S DEVICE, VENT OR DRAIN TERMINATION POINT SUPPLIED WITH EQUIPMENT 1 SHIELD OPENING FOR PERSONNEL PROTECTION FROM SPLASHING, ETC 7D RECOMMEND THAT "IN LINE FILTER-REGULATOR-LUBRICATOR' III DO NOT SEAL BE FILLED WITH A NON- DETERGENT, PETROLEUM BASE OIL THAT BREAKS INTO A MIST EASILY. THE OIL SHOULD BE NO HEAVIER THAN SAE 10 OR ABOUT 90 SSU. j SHORT AS POSSIBLE ' 3) RISER PD'S ( A GOOD OIL THAT MEETS THE ABOVE CRITERIA IS MOBIL D T.E. OR EQUAL) Q i ;I I i FOR OPTIMUM OPERATION THE RECOMMENDED OIL DROPLET FLOW RATE SHOULD BE w ' ' ONE (I) DROP OF OIL FOR EVERY ONE (I) SCFM AIR DELIVERED @ 80 P510 i DRIP PAN SPECIAL INSTRUCTIONS J I ALL DOTTED PIPING AND SPECIALTIES TO BE SUPPLIED BY USER OR J RELIEF VALVE BY 'HULL' USER'S FABRICATOR. c BALANCE OF DETAIL BY __ p Willi. 3D 2. REFER TO. TABLE NO l - LINE SIZES CUSTOMER :: TABLE NO. 2 - MATERIAL CHART V TABLE NO. 3 - TYPE OF CONNECTION rn if NIPPLE (SIZE OF VALVE DI° TABLE NO.4 - TYPE OF FINISH FOR LINE 1 B DISCHARGE) TABLE NO.5 - GASKETS REQUIRED TO SEAL REQUIRED JOINTS B g' TABLE NO.6 - SPACING BETWEEN PIPE SUPPORTS AND SUPPORT AS NEEDED INSULATED LINE TO DRAIN SPACING BETWEEN PIPE HANGERS Lb TO ELIMINATE 'FORCE' SUPPORT L HANGER: NOTES: 10' ON RELIEF VALVE S ! 11 NOMINAL AIR GAP, SHIELD FOR PERSONNEL PROTECTION I . PIPING HANGERS AND SUPPORTS SHALL BE DESIGNED TO MEET ALL PIPING, STATIC, a I t F DO NOT SEAL SEISMIC AND OPERATIONAL CONDITIONS TO WHICH THE PIPING AND EQUIPMENT MAY BE SUBJECTED ,,THE SUPPORTING SYSTEMS SHALL PROVIDE FOR AND CONTROL c (SUBJECT TO THE REQUIREMENTS OF THE PIPING CONFIGURATION) THE FREE in ai / OR INTENDED MOVEMENT DUE TO THE THERMAL EXPANSION AND CONTRACTION OF r'. THE PIPING AND CONNECTED EQUIPMENT. REFER TO TABLE 6 FOR NORMAL SUPPORT '''� I HANGER SPACING., TV _ DRAIN 2. LOCATE SUPPORTS CLOSE ENOUGH TO HEAVY VALVES (OR OTHER COMPONENTS)TO REDUCE H. - GRAVITATIONAL LOAD CAUSING LINE SAG, POCKETING OR OVERLOADING OF THE PIPE SECTION. NOTE TYP CHAMBER B. CONDENSER PRESSURE RELIEF VALVE 3 STRESSES 6 STRAINS CAUSED BY TWISTING OR TORSION MUST BE SATISFACTORILY o RESOLVED SO THAT NO UNDUE STRESS IS PLACED ON PIPELINE. m DETAIL 'A' 4 NORMALLY ALLOW A,I3•I RATIO BETWEEN 'DESIGN CAPABILITIES' OF SUPPORTS r P. ACTUAL LOAD 11 A IILESS DTIERWISE SPECIFIED — Emu K/ DINENSIENS TA ARE IN IIIDEI I ia HULL COMPANY EPANCESI I STANDARD A rRACTIDV4 O LLCIIML 4 .1/64 . Dos DIVISION OF SP INDUSTRIES v z DECI CDI I RAF 1 /4 /0 2 WARMINSTER, PA 18974 MLLE Cl/R' 11 /E MECHANICAL UTILITY - II CDD 1/9/02 MTI1LC IT m TOT SCALE DRAWL APPROVED DATE SIMILAR ` DD 1/9/D2 PIPING FABRICATION DETAILS e9EAB MP EDGES AND REMOVE ALL BURRS II CAD rLL SIZE DWG NO. REY MIS DRANIIL IS TIE PROPENE or or HILL CONN U � 2ITENTS NEEI D 847735 C DISCLOSED Z TIE w1I2N wilN�iunw �p INUIT vn101i SCALE ./1'- SHEET z a 3 I DISC ID TY w 8 7 6 5 4 3 R 2 1 V u 'I I, 8 7 I 6 I 5 4 3 2 1 COMPRESSED AIR COOLING WATER NITROGEN,■CLEAN AIR, AIRGON REYI =IDS IDA REV IESCRIPTIfM DRAWN/DATE [WOVE APPVD/DATE TECHNICAL DATA NITROGEN (OR OTHER INERT, TON - CORROSIVE, NON- — A I=CE LR 17 TECHNICAL DATA AIR FOR CONTROLS AND VALVE OPERATORS, TECHNICAL DATA SERVILE HATER FOR WILING (RETURNED FLA1Q( NW -EXPLOSIVE. N- EXPLOSIVE. ION- OXIDIZING GAS) — — — CLEAN, DRY, AND SLIGHTLY LUBRICATED TO LUSOOMENS FACILITY ISM INSURED AND (MADAM AND DRY) FOR GAS INJECTION QPDTROL OF -- 1 (SEE Mn•s I L a — — — SENT TO DRAIN) DUMBER PRESSURE (MACU AND FOR VACUUM BREAK, COI OH 17 SEE ALSO SHELF RUID FOR NITROGEN PADDING — — — DESIGN PRESSURE/ l25 PSIG, 160•F MAX NON SHIT( SERVICE DESIGN PRESSURE/ 125 PSIG. 160'F MAX NON SHOD( SERVICE DESIGN PRESS/ MAXIMUM ALLOWANCE WORKING PRESSURE OF CHAMBER, D TEMPERATURE FOR PIPE. FITTINGS, AND VALVES TEMPERATURE FOR PIPE. FITTINGS, AND VALVES TEMPERATURE 120'F NOR 01W SERVICE RR PIPE. FITTINGS, DRAIN CLEAN STEAM AND VALVES OPERATING PRESSURE/ 80 PSIG MINIMUM, 100 PSIG N1%11BIMI OPERATING PRESSURE/ 30 TO 125 PSIG SUPPLY, 05•F N1X1 OPERATING PRESSURE/ MAL ALLOWABLE WORKING PRESSURE OF CHAMBER OR COD. TEMPERATURE 50 MINIMA, 100'F MAXIMUM TEMPERATURE 20 PSID MINIMUM REQUIRED BETWEEN TECIDIICAL DATA DRAINAGE E R1M OIAI18ER NDENS ENSEW END TFE FIRST TECIDdICAL DATA STEAM FOR STERILIZATION UP TO CHAMBER SUPPLY AND RETURN TEMPERATURE MAXIMUM DESIGN TEMPERATURE OF CHAMBER VALVE AFTER CHAMBER(CONDENSER) TO END (CONDENSER) AND THROUGH DRAIN TO THE MATERIAL PIPE BRASS ASTM B43 MATERIAL PIPE BRASS ASTM STAINLESS STEEL . B43 DESIGN PRESSURE/ MAXIIDM ALLOWABLE TEMPERATURE L PRESSURE FIRST VALVE STAINLESS STEEL SA 312 SA 312 MATERIAL PIPE T EMPERATURE OF VESSEL NO SH OCK SERVILE UM • KAXIM ALUNABLE TEMPERATURE I PRESSURE CARBON STEEL SAI06 GR B LARHCARBON STAI BRASS ASTM 847 DESIGN PRESSURE/ STEEL 511106 AR B STAINLESS STEEL SA 312 FOUR PIPE, FITTINGS, AND VALVES OF VESSEL, NON SHOCK SERVICE PIPE FLANGES BRASS ANSI B16. 18 CARBON STEEL SA 106 GR B TEMPERATURE FOR PIPE, FITTINGS, AND VALVES STAINLESS STEEL SA 182 PIPE FENCES BRASS ANSI 81619 PIPE FLANGES OPERATING PRESSURE/ KM. ALLDVABLE WORKING PRESSURE OF CHAMBER OR CONDENSER S STEEL SA 1A1 STAINLESS STEEL SA 102 BRASS ANSI Bl6 LAB TEMPERATURE MAXIMUM DESIGN TEMPERATURE OF CHAMBER �ERAT LNG PRESSURE/ 20 PSIG max IRA CARBON STEEL SA RBI STAINLESS STEEL SA 182 TEMPERATURE 280'F MAXIMUM CARBON STEEL SA 191 PIPE FITTINGS BRASS FORGED AND BAR STOCK 1501 PIPE FITTINGS RRASS FORGED AND BAR STOCK 1501 PIPE FITTINGS BRASS FORGED AND BAR STOCK 1501 MATERIAL PIPE STAINLESS STEEL SA 312 STAINLESS STEEL 1501 AND 30001 STAINLESS STEEL 1501 AND 30001 CARBON STEEL 1501 AND 30001 CARBON STEEL 1501 AND 30008 STAINLESS STEEL ISOtl MO 30001 MATERIAL PIPE STAINLESS STEEL SA 312 COMPRESSION, PARKER - HANNIFIN OR EQUAL IIQRESSION, PARKER-HANNIFIN 316 ST STL SIA ST COMPRESSION, 1 30001 C0PRESSION, PIPE FLANGES STAINLESS STEEL SA 182 716 ST STL, BRASS . PIPE FENCES STAINLESS STEEL SA 182 PIPE FITTINGS STAINLESS STEEL 30001. STANDARD AND LIGHT WEIGHT D TUBE HARD COPPER ASTM BAB TUBE HARD COPPER ASTM B88 TUBE HARD COPPER ASTM BBB PIPE FITTII(S STAINLESS STEEL 30001, STANDARD AND LIGHT SERVICE TUBE (ACLR) ASTM ST 8280 SERVICE TUBE (ACID) AM 8280 COPPER SERVICE TUBE (ACID) ASTM B280 TUBE STAINLESS STEEL, SANITARY f316L, I' WEIGHT STAINLESS STEEL, SANITARY 5316L, I' THRU T COPPER 4' BY 065' HALL TUBE STAINLESS STEEL. SANITARY T3I6L, 1' 4' BY .065' HALL HARD COPPER ASTM 888 THRWCWI 4' BY .065' PALL TUBE FIANCES CAST BRONZE ANSI 81618 TUBE FLANGES CAST BRONZE ANSI B16. 18 CAST NBE FLN(IED BRONZE ANSI 816 18, TUBE FLNS'Ej S SNIITARY TRICLOVER I EQUAL TUBE FLANGES SANITARY TRICLOVER OR EQUAL TUBE FITTINGS SOLDER, WROT ANSI 16 22 TUBE Flirt= SOLDER, WROT ANSI 16.22 TUBE FITT TIC SANITARY TRICLOVER OP EQUAL CAST BRONZE ANSI 816 18 FLARED, ANSI 816 26 FLARED, VR ANSI 1 22 TUBE FITTINGS SANITARY 316E AWE, 1' DRUG' 4• BY 065' WALL FLARED. ANSI 816 26 FLARED, ANSI B16 26 SOLDER, THREADED. CAST 816 18 SOLDER. TRREAED, CAST BIG l8 SOLDER, THREAED, CAST 1316.113 TUBE FITTINGS SANITARY 316L AVF. r THROUGH 4' BY .065' HALL GASKETS STEAM RESISTANT VITON GUSSETS NEOPRENE, BONA, VITON GASKETS NEOPRENE, BONA, VITON CASKETS SANITARY 3165. AVF. 1' THROUGH 4' BY .065' HALL SOLDER, VROT ANSI 1622 NEOPRENE, BONN, VITON, VALVES BALL 316 Si STL, CLEAN VALVES WITH AVF DR STEAM RESISTANT VITON TRICLOVER FLANGED. TEFLON POLYFILL SEAT C VALVES FATE, GLOBE GASKETS STEM RESISTANT VITON (SANITARY) AND STEM, SEAL, EPR BODY SEAL. VALVES GATE. WE BRONZE, BRASS, SOLDER OR THREADED VALVES FATE. GLOBE MUELLER OR EQUAL, BRONZE, BRASS. BRONZE, BRASS. SOLDER OR THREADED UM (PIPE FLANGES) C OLDER OR THREADED BALL BRASS, SOLDER OR THREADED ENDS. REINFORCED TERM, RELIEF MAXIMIRI ALLOWABLE HORKING PRESSURE PSI, l• POLYFILL STEM SEAL, EPR BOOM SEAL. VALVES BALL . .316 ST GEL, 0.EAN VALVES WITH AWE STAMPED 'Ur, VITA VISOR O-RING FOR HALLAIM BALL BRASS, SOLDER OR THREADED ENDS, OR TRICLOVER FLANGED, POLYFILL SEAT L STEM SERVICE REISS S TEFLON H RE A • D ENDS. BALL WORCESTER, BRASS, SOLDER DR THREADED 316 ST STL. AYF OR TRICLOVER FLANGED, POLFILL SEAT SEAL, EPR BODY SEAL. ENDS( REINFORCED TEFLON SEAT, POLYFILL L STEM SEAL. EPR BODY SEAL. STEN SEAL, EPR BODY SEAL STEM SEAL, EPR BODY SEAL. HYDRAULIC VACUUM SHELF FLUID TECHNICAL DATA HYDRAULIC FLUID FOR OP M OPERATING TECHNICAL DATA VACU LINES FROM FIRST ISOLATION VALVE AFTER (SILICONE OIL, LEXSOL, HULL XFD -90, REFRIGERATION SHELF STIPERIMG SYSTEM, AUTKDIATIC CHAMBER HR CONDENSER THROIFWI VACIAR POD'S HULL INERT - I TRICHLDRETHYLENE) T CLOSED, VAPOR LOPRESSION HEAT DOOR. OR OTHER RELATED SYSTEMS TECHNICAL DATA TRANSFER SYSTEM, R502, R22 DESIGN PRESSURE/ 3000 PSIG. 200•F MAXIMUM TECHNICAL DATA CLOSED, RECIRCULATED HEAT TRANSFER TEMPERATURE FOR TUBING, PIPE. FITTINGS, AND VALVES SYSTEM WITH NITROGEN PADDING DESIGN PRESSURE/ LOY SIDE 162 PSIG 80'F DESIGN PRESSURE/ MAXIMUM YOwING PRESSURE OF WIDER TEMPERATURE (OR CONDENSER) 120•F NON SHOO( SERVICE TEMPERATURE HIGH SIDE 300 PSIG, 105 F OPERATING PRESSURE/ 2000 PSIG HAKIM/II FOR PIPE, FITTINGS, AND VALVES DESIGN PRESSURE/ EXPANSION TA 15 PUG, OF TOI20'F PER 111.207 STANDARD RE TANK TEMPERATURE 50•F MINIMUM, 140•F MAXIMUM TEMPERATURE BALANCE OF SYSTEM 55 PSIG, -60'F TO 170•F OPERATING PRESSURE/ LOW SIDE BETWEEN 0 ASIA AND 3D PSIG OPERATING, OPERATING PRE SSURE / MAXIMA ALLOWABLE HOCKING PRESSURE NOTE. 40 PSIG COINCIDENT WITH CHAMBER VACUUM TEMPERATURE AM. 100 PSIG IDLE OR FOR PRESSURE TESTING U MATERIAL PIPE STAINLESS STEEL SA 312 TEMPERATURE OF CHAMBER (OR CONDENSER) - 50'F MINIMUM, 100•E MAKURDI TYPICAL SIDE 200 PSIG PILAL CARBON STEEL SA106 GR B MATERIAL PIPE BRASS ASTM B43 OPERATING PRESSURE/ E %PANISIDR TMAI 2 TO IS PSIG AT AMBIENT MATERIAL PIPE BRASS ASTM 843 STAINLESS STEEL SA 312 TEMPERATURE (NOTE TANK IS 'DEAD LEG', NOT CIRCULATED STAINLESS STEEL DA 312 i PIPE FITTING STAINLESS STEEL 30001 CARBON STEEL SA106 GR B CARBON STEEL 30001 BALANCE OF SYSTEM LESS THAN 55 PSIG. PIPE FITTINGS BRASS FORGED AND BAR ST00( 1501 cn PIPE FENCES BRASS ANSI 816 LAB - 60'F TO 170'F (SUBJECT TO CIRCULATING STAINLESS STEEL ,SOB AND 70000 15 STAINLESS STEEL SA 182 PIBP HE Eras law TANK PRESSURE, CARBON STEEL 1501 AND 70008 B TUBE CARB, STEEL, WELDED HYDRAULIC AND QIAMBER VALIRDO D TUBING. ANSI -893.4 MATERIAL PIPE BRASS ASTM B43 TUBE HARD ASTM 888 PIPE FITTINGS BRASS FORGED AND BAR STOOL 1501 SERVICE TUBE (ACED) ASTM B280 B STAINLESS STEEL 1501 AND 30001 CAREEN STEEL STEEL 06 312 , TUBE FITTI►Gf COMPRE SSION, PARKER - HANNIFIN OR EQUAL COMPRESSION, PARKER - HANNIFIN 316 ST STL [ARBOR STEEL SA106 GR B d VALVES AS REQUIRED FOR SERVICE. TUBE HARD UPPER AST P IPE FLANGES BRASS ANSI 816. 18 TUBE FORGES PROPRIETARY. HENRY, RDTALOCX SUITABLE FOR R502, X 888 STAINLESS STEEL SR 182 R507,(A2 -50) HP -80, P62, R22 SERVICE E DIRECTIONAL PILOT OPERATED SPIEL TYPE. 3000 PSIG I%HP( COPPER SERVICE TUBE (ADA) ASTM 8280 CARBON STEEL SA RBI APT, SAE FTG ENDS STAINLESS STEEL, SANITARY T316L, 1' THROUGH 4• BY 065' WALL PIPE FITTINGS BRASS 'URGED MD BAR STOOL 1501 TUBE FITTINGS SOLDER. VROT ANSI 1622 9 STOP L NEEDLE TYPE BAR STOCK. 5000 PSIG MVP( TUBE FENCES CAST BRONZE ANSI B1618. STAINLESS STEEL 1501 AND 30001 FLARED. ANSI 816 26 MN CpRTRa APT, SAE FTG ENOS SANITARY TRICLOVER OR EQUAL CARBON STEEL 1501 AND 30001 COMPRESSION, PARKER- HANNIFIN 316 ST STL GUSSETS AURA, NEOPRENE, UPPER, NVLIBV, TEFLON RELIEF SPRING LOADED DIRECT OPERATED, TUBE FITTIICiS SOLDER, VROT ANSI 16.22 3000 PSIG MAVP( APT, SAE FTG ENDS FLARED. ANSI 816. 26 VALVES RELIEF, CON HENRY OR EQUAL, 300 PSIG, BRASS SOLDER, THREAED, CAST BY .065' HALL 1116 TUBE HARD ASTM BBB l8 N SANITARY 316E AVF, I' Al A. 8 i 4' SERVICE TUBE (ACM) ASTM B280 DENREQIRE EVER ANSI B9. I, ACME NATIONAL BOARD � CERTIFIED AND STAMPED 'UV' GASKETS NEOPRENE BUM. VIM. .r STEAM RESISTANT VITON TUB( FLANGES CAST BRONZE ANSI BIG. 19 GLOBE HENRY I EQUAL, BRASS, STEEL, IL LISTED 500 PSIG TUBE FITTINGS DARER, VROT ANSI 1622 0 Sj VALVES WYE. GLOBE SOLDER OR THREADED ff• S. FLARED. ANSI 81626 SRTIOIDS ARGILS EYANS, OR EQUAL. BRASS. STEEL, gE UL LISTED 500 PSIG GRIEFS FLANGE. V ITOR DANA WORCESTER, STEEL THREADED. SOCKET WELD, OP BUTT VELD ENDS. REINFORCED TEFLON SEAT, POLYFILL STEP OTTER LUDERLIALLY AVAILABLE RFFRIGERATI@1 SEAL, EPR BODY SEAL. VALVES RELIEF. EX - CIRcLE SEAL. 15 PSIG, BRASS PNRIOI TANT BODY, STAINLESS STEEL SPRING, DEVICES DESIGNED FOR 8502, ROD APPLICATIONS _ A WORCESTER, 316 ST STL, CLEAN YAI,VE WITH AVE !R m ATIQSPIERE VITON SEAT ALES 180 ARE SPECIFIED FINS1 KM HULL COMPANY B 51100113.5 ARE Ix RILES. OVER FLANfiEI POLYFILL SEAT t STEM EPR TMFPANL STANDARD RELIEF. SHELF NUPRD, 38PS IC. BRASS BO DY. A TRICLOVER BODY SEAL FRA CTIO N/ - ' .1/64 mow, BATE OF SP INDUSTRIES a 1:05 RAF 1/4/02 WARMINSTER, PA. 18974 p11a.E TO STAINLESS STEEL SPRING. BIRO- RAF DECIMALS I 1.01 E .2 ETpNGIOI TAM, SILICONE SEAT DUI. LIZ ma, DATE TITLE BMA IORCESTER, BRASS, SOLDER ENDS. VENTED BALL I, Woo 1/9/02 MECHANICAL UTILITY - CAVITY, REINFORCED TEFLON SEAT, POLYFILL STEM HOT REAL OWVIM APMMPE DATE _ SEAL. TEFLON COATED ST STL • r BODY GASKET. REM SHARP, EROS MD =IM(uvl C o° 1'9N2 PIPING FABRICATION DETAILS L ALL Milo CRIER N.ELLER BRASS, STEEL RETR[GERATI@! THIS MAUL CIS THE PRd[RTY Di Art HALL COPAN CAD IN SIZE DR. M M Z DUTY WITH SEAL CAP ma ITS =SINCE IS 01f MINN NO (RD91ETART. 1.,I • M CDTD173 MEIN IDYLL I07 DE MAIMED OUR 1100. ST0 D 847735 C K TO =RC PARTIES, ®16ED FOIE THEIR ®OILY R N ITM TIE nrniA AYTIRi(IATfIN OF MU 1914411. SCALE 'f/' MELT 3 IF 3 I DISH MI 8 7 I 6 5 /7a 4 �+ 3 I c 2 I 1 i.i . i • 8 7 6 5 v 4 3 DAN RV D®mnal 1--.- y .-.1E an/oNE Nsw/DNE D D 06d CLEAN ST4 Ian S/S A 0 11A VENT Y P (De 011) VENT riew ring L EAPACIT 0 S ET R TIERNC ma / , I P NAMEETER e e GAGE ' ►: L' V � SET B �� © e g I PSI, 0 4 '' 0► e e C S `� H y �/ ` Solt H n d S S c1 d d d d d ` ne 3) d.- A, M iu d el N d d _ I I ._ I a d d di by -. - - grN oq 7 © n - I 3 an S /S ow IOU ® VAL IDATIWI C 8 BD NITROGEN Ian S/S I: 0 t all s/ S •I 1 -I/2 a s vs I 7 VALIDATION S/ C s. LW d I Z. q d N H VA NITROGEN> I/4 NON sn • O Q - CHAMBER CONDENSER I LT WO e e C ® e b d es N ADP B a D SEA B 2 1/ INSTALL RID e IN RUN OF TEE e B 10 130 VENT 0 ABOVE FAST @aa8 re 0 q� 1 1/2 NON °� - e EAWST MAIN / : . T 2 1/B an .____Ii I) JUL E DRNYING L813397 FOR PAID SYMBOL LEGEND 0120 1RAIN a 112 )01 • 2) ALL ID D AWING CT CLOSED UNLESS SPECIFIED ERERYISC. — 3) ALL a n TUBE MATERIAL UPPER UNLESS SPECIFIED OTIERVISE 4) ALL POL PIPE MATERIAL CARBON STEEL UNLESS SPECIFED UTERYISE — PL - � e 5) ALL DUMBER AND CONDENSER PEIETRATIDG STAINLESS STEEL 0 a d - © UNLESS SPECIFIED OTIERVISE o) emA °E s to a 6) ALL ELBOWS LING RADIUS UNLESS SPECIFIED OTHERWISE © 7) ALL HYDRAULIC PIPING RATED AT 3000 PSI. 0 50 YAICR > 5/B a a 11,1 D 4 _ •I t I DEDUCED DIA. CONDENSATE Y012B DRAIN TRAP (RETURN BEND) BELOW FAST E10W1Si MAIN A MISS COMM SPOTTED FRTT N/D MODEM DE 6 VIDES. HEMCON I S 9 35 1 M E D ARRN S S TR O D IDARECED ' TI M awn o"rz U ` ` WARMWSTER, PA 18974 2 Dm :ENS cw n/s/a A RIDE 21/7 °RaC DATE PROCESS & INSTRUMENT DIAGRAM DD ER SORE RENAL "°"iNM MET SIP / DRAIN / GAS BLEED PIPING ORAL swP EtIDS NO mw 10- EXTERNAL CONDENSER WITH SIP ONLY Root a 5w6 TO NEM 6 DE DEWITT Q no Mu D)mN t. VD TN SUE TAG IO AD NO m DEMO 6 COMMIE Nn PMNICDNT. D 891621 DE MEWS Boas DOLL RE! IN P196621 DI DM= O 8 I A WINS PAM a DAD TN not EMIT MOD 6 DE IINPID2 NIAGVAp1 or TIE ION COMP= SCWE 1.1 19 1 OF 4 I DU N0. I 4 3 2 FED 1 . 8 7 6 5 IF 4 3 1 , REVERES am REV rc5cipTDl STARR/bAI[ DR/MTE APPVO/6122 D D - - TEST POINT FOR I — 1 - PRESSURE GAUGE 9 181 1. 1/2 C D STL SET e y � 7 ^ Pyv, 2800 PSIG ' v SET a - - — - - ' 890 PSIG 9 �` r . 1/2 O. D. STL L__ _ _ ___J - TEST POINT FOR 1 © w PRESSURE GAUGE - - p - - 919N fY. , s 17,,E - 1 1/2 0 D STL A 11110? SET e AL 1000 PSIG a �� , eow I/O 0.0. STL © IL Mill ■ e VA r 52F_ I ; it ' 6' NOM S /S 4• NOM S /S : 1..1 0 (41 i! 0 SET COUNTERBALANCE PILOT PRESS DOOR POSITION = 600 PSIG [5 X 6 SHELF) ' :1 - r` = 500 PSIG [4 X 5 SHELF) 0 00 • 4810 PSIG (3 % SHELF) 0 r 0 8 1(© imp - :: :i P--- 24 WM S/S . 1 B 1 • B CHAMBER CONDENSER at t 0,12A) VENT ®[ 12A) VENT S it it `• ..%,, y,,w S STANDARD NOTES. Q 1) SEE HULL DRAWING C843397 FOR PLID SYMBOL LEGEND. 2) ALL VALVES NORMALLY CLOSED UNLESS SPECIFIED OTHERWISE. VACUUM "UM" YAWN PUMP 3) ALL 6 U. TUBE MATERIAL COPPER UNLESS SPECIFIED OTHERWISE 4) ALL NON. PIPE MATERIAL CARBON STEEL UNLESS SPECIFED OTHERWISE. — ry 5) ALL CHAMBER AND CONDENSER PENETRATIONS STAINLESS STEEL n UNLESS SPECIFIED OTHERWISE. 6) ALL ELBOWS LONG RADIUS UNLESS SPECIFIED OTHERWISE 7) ALL HYDRAULIC PIPING RATED AT 3000 PSI. 6 ` 111111 ® 7 LUBRICATED AIR / PNEUMATIC SOLENOID --4 VALVE ACTUATORS> ry VALVE BAN[ IN tAi 111111 UNLESS 0112:21115E SPEWED a A SBTD I6 Farr H EMCON 8 �� SP INDUSTRIES ` ti l l 935 MEARNS ROAD 0€DIM * '"` coo 11 %5 /a �> WARMINSTER, PA 78979 "4E S)g OWE MR PROCESS & INSTRUMENT DIAGRAM A 00 M0f 0°"'"A AF5110FECF •..— wTE HYDRAULIC / VACUUM PIPING BIRAR RIARP EDGES Alm SAAR ID: L MI5 EXTERNAL CONDENSER WITH ROTARY DISK VALVE 13 y NHS cease 6 NNE Amur or TRW HAL WH'ANv, CAO N0. SR OR E . TEL RV I M9 ITS 52155J CE 5 COMM Alm PIWIREEM D 891 621 w OE • TO � 9911 WO � WWI AA X1811811 AUTI�ADON AT TNT HAL WRATH SOME 1:1 I am 2 Of 4 I OCR NO. 8 I 7 I 6 I 5 4 I 3 2 I 1 j 1 . 8 I 7 I 6 I 5 NI7 4 I 3 I 2 I 1 R(Y ®NS IOW ILLY own= DRA►N/DRE MOVE PP+D/GAIE D _ D _e _ e d 3 i1 e � T 2 1/8 0. 0 Q +i+o - + -- ,2,,, I \ 4 I \ ,— I - -� -� �m 21/B00. e T d — — I I I I I I Ya:1 1RA1 114Yi —I I I - - — NJ— - - —I I I— C I ____1— YauRylR ■ r I 1-- C CHAMBER CONDENSER — (E I ■ .Milt e xc. 0 INSTALL RT+' - d IN RUN OF T n. 1:411 o ing Mit X 11\ �� M�M� T[ - ®_ m +rc '''''-'6-'"- m xv • ~ , F g pL C. �„� T /^ !A ss� CTCI I I H I-+7 e i Ts M li • • Ti I I �� z1/9 o.n (IIU e e • B :iiY U I I I--I 7 Q U ° SET AT • • Q + u I 2 a 4 +� 4D PRIG (8E) .. B e f1 z ve a n DT1 LOCATE W-1 _ e /4 N11/10 p1 /4 NIM I 2 1/B a D. I I 2 1/ a a Q LOWEST SIDE OF I I N.C. e e Nig - r� PUMP MP) I / ��YYY/// I II ) , e EN, I /�C ► �� 1 i V ! ! W H I T. !E FaA U - - -- e 1 �- I/? NTDI - I [a; 0 v TA 5201 n ° a � : �� PRESS. Y/ N2 TO 2 PSIG e I), O '1 0 ° \/ WITH SYSTEM B -60'C " + Q T i + + ° •• 1/2 P' 1 I I LOCA O d COYEST 510E TE N ff Ain + PUMP I TYP) ■ 0 2 N 1 p l STANDARD NOTES °p I) SEE HULL DRAWING 0843397 FOR PLID SYMBOL LEGEND 1>'l'1 OMFRIIH SPEfiRD FIRST N/O OTHERWISE. ONENSONS u¢ IN Nara - HEMCON I O A I 3) ALL a 0 TUDOR TERIAL TLESS OTHERWISE Tames u l I $ 9 5 1N M ARKS R F 8 4) ALL NONE PIPE MATERIAL CARBON STEEL UNLESS SPECIFED OTHERWISE. ) An Dom' DATE \ J WARMINSTER, PA 18974 L 5) ALL CHAMBER AND CONDENSER PENETRATION STAINLESS STEEL i OFIDW. 1.125 000 11/5/04 UNLESS SPECIFIED OTHERWISE INCI 11/7 MOM DUE PROCESS & INSTRUMENT DIAGRAM A g � 6) ALL ELBOWS LONG RADIUS (MESS SPECIFIED OTHERWISE 7) ALL HYDRAULIC PIPING RATED AT 30m PSI. DD 1°T Scut hum APA1INED 6110 HEAT TRANSFER PIPING anw( Saw FOCUS MO MAR III FLUID CONDENSER NNW NI BURRS THE MRS 6 D4 PROPERTY Of SC Mil COIaNR, CAD NC SIZE 014 HE ROY el AND RS 9.132TNNE 5 OaanEWAR BE MIRO OR DIS02622 MO PROPRIETARY D 891621 10 WIDE NOTES, OR USED P DON BD= NOWT INC rand A01 .A1GY Cr 1/11 +lAl 10/222111. SCALE 1 9EIT 3 OF 4 me m' & 8 7 6 5 ° 4 3 2 1 s Ir 8 7 6 5 v 4 3 1 REV646 201E REV OE5CRP971 DRARN/D.rt C1@/DATE APW9 /90.11 1 D A L YOPHIL IZER D r f� L YMPHIL 11ER #1 COMPRESSORS N O I U I MO V = 1I III 172 � —__ _�� _ 7 L LJ I 11111.111 _ 9p II ii.- -___ , am 11 ,'�!��1�� `�- Q :Hi ■ It ■ 11 -u' 41 ■ u i..,r= ` — I -- d I I Q NOTE IR 200 *- 76 1 ALL ROOK AND EOOPNENI LOCUM 151%546 TO BE VERSED 01 J /�// CUSTOMER. CH // ck 2. SEE RELWddY1 U7U1 DUPLS. 9 VAST REVISOR. FOR WINCE CONNECTOR ENFDRI1JQ1 PUMPS 7 AFL .on. A. ou■ERRAn1Awlc PULP SLID . 20.030 LEG 120 B. CRCOSER ASV . 6.003 WS E1PIr C 7000 18S 000 FULD L 5/ CE I G 107M0/IWi TAAN9ER 5103 .15,000 IBS C 0 ED (ILA) m i (11 10 i E> ED 1 (i 1 _ - -7 1 �'(' 1 O FD ►J — 11111,111r I I -- :� i� a �� — I iI• E � II cu® .4› , r �iiii " ,- II... ' i 11'_ �IJ i Q L. 1 ,I L YUPHIL IZER #P 0 a �s N B ° FD '---l._ `? B X I I 1 :..X- ----- -- s d g , ■co 1 1 — m o 'a (114® :' (2N(tRl -------------' E i •. (tE1(YJ0311PI�OR OR. Alm 110115 COOLING - t i – AK SFP/RAmr TO RAa KENO 7 70 93 RIM c , i � CI 155 y L V I. I111'I■ I U1/15S 01101125 SPEWED Fesr R/9 DOE6D1b ARE W 9CRS HULL COMPANY m A 99 C _ Ai , 1 R UC 1 '.1 1 HEMCON H . � � – I � � , ,. ,� DMSION OF SP INDUSTRIES 1fl I 2 oECnu :041 ° °"E WARMINSTER. PA. 18974 Z d l ; 11 7 OECTVAL EROS • A 1 / am ,' I \1 F0 ' \1 mo 1116/04 ' II ■= = I `� �� • I 1 Jill - """ _'" °E°` art GENERAL ARRANGEMENT IP 27 -- _ III 1 II'= . 1 ■ 1 C i �h L i ■ ■■ . III■ co 577 E pRAIOL APPRDV art I �I 225FXS450 -SSO FREEZE DRYER A 7 S°"" HEMCON INC. REM Al OARS i N" 6 031/1001115 M® P1 L115 DAD N9 D 02C 891898 Kv if (ma ( 1W� ' TO OUTSIDE 11(00 < OR 16E0 MR ROI MATT WHOA 8 I 7 I 6 I 5 T ( ■ 4 I 3 115 05010 5/1100290171 OF R[ 1111 MEW SCALE 1:1 I I Gal 1 OF 1 1 061 !A 2 1 0 I 8 I 7 I 6 I 5 'CI7 4 I 3 I 2 I 1 via A[YR)IS 1 REV TE I70I/OME APPVO/OAIE 331.130.00 /411110 CO D `' SET MR I ta AN D r iels W \, W 1 e�a� - TM alter I,_I 1 C3 e_l 1 I 5/8 a a n „,�„o„ e 0 e ( ,� o A I \ I I � .... .. I J I `' o 560, kr2 4 erlk - 1 0 5/8 a s T ® I ve a s j Iwea. iaa O si - allstaAl,al ! - ■ 1, P _ ■" � d p ® 11L A • e d • I Q d .1 < >� , e 0 1 L ' +1� _ RA wT a�0 ® ..Via 4.. ._ i I Z ' �, m 611a1® H ' 1 , , \ VV _ C �- FAO tA 1 ■ ri r"t _ t _ „ A _ , a 5 /8 0. D. t o 7 Nt 1 za - e i C a). ,c)ra 5/8 a a -. - : - . ' 0 .. IN COMPRESSORS B AND C Ng e IDENTICAL EXCEPT FOR 0 o id d ' ` [[ ( � TAG SUBSCRIPT (E. G. ' B' OR 'C') 1 4 Q _ 2 5/e a s 1+ n 5/e BSPT ®® 1 p ® 1/4 NON . e ©j7 �� rJ �o ={ g Al '- e J e ° e e 0 wil I A A i-1 1 &-il - _ _ i MORA ■ r—, ° v AA 0 d L:.ti11 __ „ bu9M1® S 3 S c 2E) YATER� 2 I/8 a s fl Fti1 _ 1 1/8 a s ,. S 2 A a 1 m I 'A ,,11 Ay •, : 1 B *30 VATER� .2 1/e a s I] 11/8 a II w ig-' Q ' I :yam a B eki i1J A l 0 11 o 0 , ' p ..11 • a R PSC as MO d m� a 0 — V V COMPRESSOR A ®,DENSER/RECEIVER a I S 2- STAGE, SEMI - HERMETIC, SCREW WITH SMART Q o S — COOL ELECTRONIC REFRIGERATION CONTROL i � :' /��I i d J(3A) WATER) ll a ^ CF 4 Nell U // RmI CiHPRESSORS sic .7-•i Om) CATER ) 4 NON Q TO t»I BUC t STEEL PIPE MATERIAL CARBON Pal STANDARD KITES. I) SEE HULL GRAYING 0843397 FOR PAID SYNC LEWI 1° '� °"°� SPERM) MST VD SP INDUSTRIES O MUM A6 ° 1211193. ' li 3) ALL A a D. TUBE MATERIAL OMER LN SS SPECIFIED G7IERISE : IRV HEMCON 935 M FN2NS ROAD CARBON IAU.ESS SPECIFm OiHERY1SE ! omAV: 2.01 �ttni MI 8 4) ALL MARMIN PA 18974 . ® 5) ALL CHANGER AND =DENSER PE ETRATIIDIS STAIN.ESS STEEL AI LAM . ate 11/04 A UILESS w CUM RADIUS UNLESS SPECIFIED OTHERWISE PROCESS & INSTRUMENT DIAGRAM 7) ALL HYDRAULIC PIPING RATED AT 3000 PSI. A'IYIF ouzo A OAII 8) DSPr = BRITISH STANDARD PIPE THREAD SWAT MP ELMS •C - m COMPRESSORS A AND 8 Im 0 IA ouE All. IOW° 215 ORA= I ° n[ NRf4R Of 11[ KILL COMA RED ®. sin on w In NHC 1 "° ° IRE3 I CA®° "A� D 891621 C2212323 Of6f I IR t N A M MI I T ®® Lama Awn OOil IRO FOR MN 111214 VOW 6 >K ,mmlll R,0�61 a III nu mMR. sou[ 1:1 I 5117 4 or 4 1 AN ILL 8 I 5 4 I 3 I 2 I 1 U