Product Catalog. Standard. Refrigeration Company

Transcription

1 Product atalog WTR OO ONNSRS HIR RRS RFRIGRNT SUOORS IQUI RIVRS SUTION UMUTORS SUTION IN HT XHNGRS VVS, RKTS N SSORIS INUSTRI RFRIGRTION PROUTS Standard Refrigeration ompany 2004 Standard Refrigeration ompany. ll rights reserved.

2 T O F Pressure Vessel Fabrication Information 4 Water-ooled ondensers 5 HS Shell & Tube 6 SST Shell & Tube 8 HP High Pressure/High Pumpdown 10 Stainless Steel Shell & Tube 11 VS Shell & oil 12 T Tube in Tube 14 KHX Tube in Tube 15 MS Marine Shell & Tube 16 SS/SH oaxial 18 Replacement ondenser Gaskets & ndplates ross Reference hart 20 hiller arrels 26 hiller arrel Sizing 26 hiller arrel Ratings & esign Features 27 TX Ultra ompact Serviceable hiller arrels 28 R OM Single and Three-Pass Replacement hiller arrels 32 Ice Rink hiller arrels 33 Replacement hiller arrel Gaskets ross Reference hart 34 Refrigerant Subcoolers 35 ST Vertical Subcoolers 35 hiller uilder Kits 36 Kits ow-side chiller packages 36 iquid Receivers 38 Receiver Ratings & esign Features 38 HR Horizontal esign 39 RV Horizontal esign with Valves &rackets 40 UR Vertical esign 41 UV Vertical esign with Valves 42 ompact esign 43

3 O N T N T S Suction ccumulators 44 ccumulators 44 Suction ine Heat xchangers 45 S opper esign 45 SS arbon Steel esign 45 Valves, rackets and ccessories 46 Rotalock Valves 46 ompressor Valves & Indicator omponents 47 Indicators & larms 48 dapters 49 Fusible Plugs, Unions and Valves 50 Sightglasses 50 rackets 51 Industrial Refrigeration Products 52 OS oalescing Oil Separators 53 OSF Serviceable oalescing Oil Separators 53 TS Thermosyphon Oil oolers 54 OTW Water ooled Oil oolers 55 M mmonia ondensers 56 OP Oil Pots 57 FV mmonia Flooded vaporators 57 ustom Product Specification Forms Warranty ack over

4 Pressure Vessel Fabrication & odes Under six inches I Size of Vessel Six inches or greater I, but less than 1.5 cubic feet net internal volume Six inches or greater I, with over 1.5 cubic feet net internal volume onstruction and ertification generally acceptable, furnished unless otherwise specified U isting SM ode onstruction with UM ertification and U Recognition SM ode onstruction with U ertification and National oard Registration Notes U isting may be obtained for a vessel, typical samples of which can withstand five times the marked working pressure without failure for the gas side and three times the marked working pressure without failure for the fluid side. Initial tests are made at Underwriters aboratory and reexamination tests are made under U supervision, at the manufacturer s plant. SM ode onstruction is the same whether UM or U certified. ssentially, the vessel must have a calculated design strength capable of withstanding the maximum allowable working pressure (MWP) and tested pneumatically to 1.1 time the MWP or hydrostatically to 1.3 times the MWP. ertain details of construction must be observed, and chemical and physical test certification for all material must be on file. Welding procedures, equipment, and personnel must be qualified by performance tests. UM ertification means that the manufacturer s personnel have performed the necessary inspection and tests. The letters UM appear in the SM cloverleaf stamp on the tag. Only when requested, a certificate (Form U 3) is furnished, signed by the manufacturer. U Recognition of UM vessels. Their testing, and reexamination procedure is identical to that for listing. This recognition requirement comes about because U takes the position that someone other than the manufacturer should check the construction. The recognition list is not published as is the listing the records are kept by U and generally used only when granting listing to an assembly that includes the vessel. Notes National oard Registration means that in addition to the SM construction, an independant, licensed inspector has monitored the procedures, fabrication and testing of the vessel.the letter U appears in the SM cloverleaf stamp on the tag. We recommend referring to Nat. d., rather than U stamp, to avoid confusion between U and UM. Underwriters aboratory will automatically accept a National oard registered vessel when listing an assembly, because it has been inspected by an independent agent, to specifications more strict than their own. National oard certified vessel is accepted by all state and municipal codes in the United States. Most other countries will accept them also. ertain government or military requirements essentially parallel the SM code, but may specify approval and/or certification by inspectors from a government agency in addition to, or in place of SM code, or U requirements. International ode Stamps RN anadian registration is available on cataloged models. RN or special code requests should be made at time of order. Other international codes possibly available upon request include New Zealand, ustralia, Japan, hina and urope (). 4

5 ondensers design features & ratings HS SST HP VS T KHX Nominal Horsepower Rating asis 15,000 tu per 85 F. inlet water, additive fouling factor and 105 F. condensing temperature, with a three gallon per minute (gpm) water flow and refrigerant 22. Sizing by Nominal Horsepower condenser is properly sized when its capacity to transfer heat from the system is equal to the cooling load, plus the extra heat generated by the work of compressing the gas. This total is called the Total Heat of Rejection. For air conditioning or a high back pressure system, it s safe and convenient to size by nominal horsepower. However, matching nominal HP can result in over-sizing for low and very low temperature applications. When your application varies from nominal-air conditioning or normal operating conditions utilize Standard Refrigeration s SN selection software or condenser performance tables, which can be obtained at or from customer service. Pumpdown apacity Pumpdown figures have been compensated to provide capacity for R-22 based on 80% of condenser volume filled with liquid at 90 F. Pumpdown requirements relate to the amount of refrigerant storage available in a condenser during operation or servicing. pumpdown capacity of three pounds of refrigerant per ton will be sufficient for high back-pressure air conditioning, five pounds per ton for medium backpressure air conditioning and up to seven pounds per ton for commercial refrigeration/low back-pressure systems. Operating harge pproximately 10% of the pumpdown capacity is required for shell & tube models and 5% for shell & coil models for proper operation. Nominal Water Pressure rop Nominal pressure drops (psi) given are at nominal flow rates. To determine nominal flow rates multiply nominal horsepower (hp) by 3.0. Water pressure drops provided do not include any external fittings or valves. Pressure drop is defined as the loss of pressure due to friction and is the pressure difference between entering and leaving water sides. Water Flow Velocities of eight feet per second or higher risk premature impingement corrosion and tube failure. Operation below minimum flow rates may result in excessive fouling and poor heat transfer. ll values in this catalog section are limited to flows below eight feet per second. ustom esigns Standard Refrigeration is always happy to design and build customized condensers if an application calls for special materials, additional valves, water or refrigerant fittings, mounting brackets or other accessories. ontact customer service for a quotation. MS SH / SS 5

6 HS Horizontal Super fficient Water ooled ondensers Horizontal Super fficient Water ooled design features & ratings imensions (inches) onnections (inches) MOS Nominal hp F R P Q S T clean fouled (ids) (ids) (fpt) (fpt) HS ⅛ ⅝ 1.¾ 1.⅜.⅝.½.⅜.⅜ HS ⅛ ⅞ 1.¾ 1.⅜.⅞.⅝.⅜.⅜ HS ⅝ 27.⅞ 2.½ 21.½ 2 2.⅛ 1.¾ 1.⅛.⅝.½ 1. HS ⅝ 39.⅞ 2.½ 33.½ 2 2.⅛ 1.¾ 1.⅜.⅞.½ 1.¼ HS ⅝ 39.⅞ 2.½ 33.½ 2 2.⅛ 1.¾ 1.⅜.⅞.½ 1.¼ HS ⅝ 39.⅛ ⅛ 1.¾ 1.⅜ 1.⅝ 1.⅛.½ 2 HS ⅝ 51.⅛ ⅛ 1.¾ 1.⅜ 1.⅝ 1.⅛.½ 2 HS ⅝ 51.⅛ ⅛ 1.¾ 1.⅜ 2.⅛ 1.⅜.½ 2 HS ¾ 53.⅜ ⅛ 2.⅛ 1.¾ 2.⅛ 1.⅜.½ 2.½ HS ¾ 64.⅜ ⅛ 2.⅛ 1.¾ 2.⅛ 1.⅜.½ 3 HS ¾ 64.⅜ ⅛ 2.⅛ 1.¾ 2.⅝ 1.⅝.½ 3. HS ¾ 66.¾ 3.½ 56.½ 2.¾ 4.¼ 2.⅜ 2.⅝ 1.⅝.½ 4 HS ¾ 66.¾ 3.½ 56.½ 2.¾ 4.¼ 2.⅜ 3.⅛ 2.⅛.½ 4 HS ¾ 66.¾ 3.½ 56.½ 2.¾ 4.¼ 2.⅜ 3.⅛ 2.⅛.½ 4 HS ¾ 109.⅝ 3.½ 92.½ ⅝ 3.⅛ 2.⅛.¾ 5 HS ¾ 109.⅝ 3.½ 92.½ ⅝ 3.⅝ 2.⅛.¾ 5 HS ¾ 5.⅜ 90.⅝ 10.⅞ 8.⅞ 3.⅝ 2.⅝.¾ 6 flange HS ⅜ 90.⅝ 11.⅞ 9 4.⅛ 3.⅛.¾ 8 flange HS ⅜ 90.⅝ 12.⅞ 10 4.⅛ 3.⅛.¾ 8 flange HS ¾ 90.¼ 13.⅞ 10 4.⅛ 3.⅝.¾ 10 flange HS ¾ 90.¼ 13.⅞ 10 5.⅛ 3.⅝.¾ 10 flange HS ⅞ 90.⅛ 15.⅞ 13.½ 5.⅛ 4.⅛.¾ 12 flange HS ⅞ 90.⅛ 15.⅞ 13.½ 6.⅛ 4.⅛.¾ 12 flange lean ratings: s tested per RIStandard Fouled ratings: Include a additive fouling coefficient of as calculated per RIStandard Tubing has high performance extended surface onstructed with three water fittings. Parallel outer fittings for nominal flow. HS-3 has 1 2" center fitting R P refrig.inlet S safety F T fluid out HS2 & HS3 TG HS-2 thru HS 50 T fluid in T fluid out R refrig. outlet Q P refrig. inlet safety S F T fluid in T fluid out TG HS-60 HS-70 HS-80 6 refrig. outlet Q T fluid in

7 Horizontal, cleanable shell and tube design New high tech enhanced copper tube geometry Smaller foot-print equals less space requirement Removable, epoxy coated, water plates to facilitate cleaning poxy coated tube sheets to prevent pitting caused by galvanic action ustom models available thru 800 horsepower 23 HS models, 2 thru 500 horsepower Pumpdown Waterflow Water Shipping Working MOS apacity (gpm) Pressure Weight Pressure (psi) (lbs) Min. Max. rop (psi) (lbs) Shell Side Tube Side HS HS HS HS HS HS HS HS HS HS HS HS HS HS HS HS HS HS HS HS HS HS HS R P refrig. inlet safety S R TG HS-100 HS-125 T fluid outlet refrig. outlet Q T fluid inlet R P refrig. inlet safety S R W HS-150 HS-200 HS-250 HS-300 HS-350 HS-400 HS NPT drain 3 4 NPT drain T fluid outlet 78" 18" T fluid inlet 13" 3 4 NPT drain refrig. outlet Q (2) 9 16" dia. 7

8 SST High Pumpdown Shell & Tube ondensers Horizontal Super fficient Water ooled design features & ratings imensions (inches) onnections (inches) MOS Nominal hp F R P Q S T clean fouled (ids) (ids) (fpt) (fpt) SST ⅞ ⅝ 1.½.⅝.½.½.⅜.⅜ SST ⅜ 2.⅛ 15.⅞ 1.⅞ 1.⅝.⅝.⅝.½.⅜.½ SST ⅝ 21.⅜ ⅝.⅞.⅝.⅜.¾ SST ⅝ 27.⅜ ⅝.⅞.⅝.⅜.¾ SST ⅝ ⅝ 21.½ 1.½ 2.¼ 1. 1.⅛.⅝.½ 1.¼ SST ⅝ 28.½. 2.½ 21.½ 1.½ 2.¼ 1. 1.⅜.⅞.½ 1.¼ SST ⅝ 40.½ ½ 1.½ 2.¼ 1. 1.⅜.⅞.½ 1.¼ SST ⅝ 46.½ ½ 2.⅛ 2.¼ 1. 1.⅜.⅞.½ 1.¼ SST ⅝ ½ 2.⅛ 2.¼ 1. 1.⅜ 1.⅛.½ 1.½ SST ¾ 53.¼ ¾ 2.½ 3. 1.⅜. 1.⅝ 1.⅛.½ 1.½ SST ¾ 65.¼ ½ 2.½ 3. 1.⅜. 2.⅛ 1.⅛.½ 2 SST ¾ 65.¼ 3.¼ 56.½ 2.½ 3. 1.⅜. 2.⅛ 1.⅛.½ 2 SST ¾ 65.½ ½ 2.⅛ 3.¼ 1.⅜. 2.⅛ 1.⅜.½ 2.½ SST ¾ 65.½ 3.¼ 56.½ 2.⅛ 3.¼ 1.⅜. 2.⅛ 1.⅜.½ 2.½ SST ¾ 65.¼ 3 56.½ 2.⅛ 3.¼ 1.⅜. 2.⅝ 1.⅜.½ 2.½ SST ¾ 65.½ 3.¼ 56.½ 2.⅛ 3.¼ 1.⅜ 2.⅝ 1.⅜.½ 2.½ SST ¾ 65.½ 3.¼ 56.½ 2.⅛ 3.¼ 1.⅜. 2.⅝ 1.⅜.½ 2.½ SST ¼ 56.½ 2.¾ 4.¼ 2.⅜ 2.⅝ 1.⅜.½ 3 SST ¼ 56.½ 2.¾ 4.¼ 2.⅜ 2.⅝ 1.⅝.½ 3 SST ¼ 56.½ 2.¾ 4.¼ 2.⅜ 2.⅝ 1.⅝.½ 4 SST ¼ ¾ 4.¼ 2.⅜ 3.⅛ 1.⅝.½ 4 SST ¼ 56.¾ 2.¾ 4.¼ 2.⅜ 3.⅛ 2.⅛.½ 4 SST ¾ 3.¼ ¾ 4.¼ 2.⅜ 3.⅛ 2.⅛.½ 4 SST ¾ 3.¼ ¾ 4.¼ 2.⅜ 3.⅛ 2.⅛.½ 4 SST ¾ 3.½ ¾ 3.⅛ 2.⅝.¾ 5 SST ¾ 3.½ ¾ 3.⅝ 2.⅝.¾ 5 SST ¾ 3.½ 115.½ ¾ 3.⅝ 2.⅝.¾ 5 SST ½ 4.⅛ 3.⅛.¾ 6 flange lean ratings: s tested per RI Standard Fouled ratings: Include a additive fouling coefficient of as calculated per RI Standard Tubing has high performance extended surface R P refrig.inlet S safety F T fluid in SST100 T fluid out T fluid out TG SST-75 thru SST R TG P refrig. inlet refrig. outlet Q SST-4005 SST-5005 SST-6005 SST-7005 SST-8005 refrig. outlet Q safety S F F T fluid in fluid in T T fluid out T fluid in

9 Industry s most widely used and trusted model Heavy duty, horizontal, shell and tube design Nominal ratings and sizes to handle the most demanding requirements Removable, epoxy coated, water plates to facilitate cleaning ll copper, heavy wall, straight tube water channels poxy coated tube sheets to prevent pitting caused by galvanic action Generous pumpdown capacities ustom models available thru 800 horsepower 28 SST models, 3 4 thru 200 horsepower Pumpdown Waterflow Water Shipping Working MOS apacity (gpm) Pressure Weight Pressure (psi) (lbs) Min. Max. rop (psi) (lbs) Shell Side Tube Side SST SST SST SST SST SST SST SST SST SST SST SST SST SST SST SST SST SST SST SST SST SST SST SST SST SST SST SST F P refrig. inlet safety S F TG SST SST SST T fluid outlet refrig. outlet Q T fluid inlet F P refrig. inlet safety S F SST T fluid outlet refrig. outlet Q T fluid inlet 9

10 HP High Pressure/High Pumpdown ondensers Horizontal Super fficient Water ooled ondensers design features & ratings Ideal for high-rise building applications High Performance, horizontal, shell and tube design High Pressure, specially designed removable water plates and gaskets provide for a 300 psi waterside working pressure High Pumpdown, for containment of greater refrigerant charges New high tech enhanced heat transfer tube surface poxy coated tube sheets and water plates to prevent pitting caused by galvanic action 8 HP models, 10 thru 80 horsepower imensions (inches) onnections (inches) MOS Nominal hp F R P Q S T clean fouled (ids) (ids) (fpt) (fpt) HP ⅝ 40.⅝ 3.¼ 32.⅝ 1.⅜ 2.½ 1.⅜ 1.⅜.⅞.½ 1.½ HP ½ 14.½ 8.⅝ 52.⅝ 3.¼ 44.⅝ 1.⅝ 2.½ 1.⅜ 1.⅜.⅞.½ 1.½ HP ⅝ 64.⅝ 3.¼ 56.⅝ 1.⅝ 2.½ 1.⅜ 1.⅜.⅞.½ 1.½ HP ¾ 77 3.½ 68.⅝ 2.⅜ 2.½ 2.⅜ 2.⅝ 1.⅝.½ 2 HP ¾ 77 3.½ 68.⅝ 2.⅜ 2.½ 2.⅜ 2.⅝ 1.⅝.½ 2 HP ¾ 77.⅝ 3.½ 68.⅝ 2.⅝ 3.⅛ 2.⅜ 2.⅝ 1.⅝.½ 3 HP ¾ 77.⅝ 3.½ 68.⅝ 2.⅝ 3.⅛ 2.⅜ 2.⅝ 1.⅝.½ 3 HP ⅜ 3.½ 68.⅝ 2.⅞ 2.¾ 2.½ 3.⅛ 2.⅛.½ 4 lean ratings: s tested per RI Standard Fouled ratings: Include a additive fouling coefficient of as calculated per RI Standard Tubing has high performance extended surface enterline on fittings is located 1 3 8" to the left of centerline on vessel Pumpdown Waterflow Water Shipping Working MOS apacity (gpm) Pressure Weight Pressure (psi) (lbs) Min. Max. rop (psi) (lbs) Shell Side Tube Side HP HP HP HP HP HP HP HP psi.shell side on request R P refrig.inlet S safety F T fluid out TG refrig. outlet Q T fluid in 10

11 Stainless Steel/orrosive Fluid ondensers Horizontal Super fficient Water ooled ondensers design features & ratings 316 stainless steel tubes 304 stainless tubesheets, water plates and waterside fittings for use with corrosive fluids. specially suitable for pulp and paper mill applications Heavy duty, horizontal, shell and tube design Rolled tube to tube sheet joints Removable water plates to facilitate cleaning 6 models, 5 thru 30 horsepower imensions (inches) onnections (inches) MOS Nominal hp F R P Q S T clean fouled (ids) (ids) (fpt) (fpt) ½ 5 6.⅝ 39.¼ ⅛ 2.⅜.⅞ 1.⅛.⅞.½.¾ ½ 7 8.⅝ 39.⅝ ½ 2.⅝ 1. 1.⅜.⅞.½ 1.¼ ⅝ 39.⅝ ½ 2.⅝ 1. 1.⅜.⅞.½ 1.¼ ¾ 40.⅛ ½ 3.⅛.⅞ 1.⅝ 1.⅛.½ 1.½ ⅝ 76.⅛ ⅛ 3.⅛ 1. 2.⅛ 1.⅛.½ 1.½ ¾ 76.¾ ½ 3.¾.⅞ 2.⅝ 1.⅜.½ 2.½ lean ratings: s tested per RI Standard Fouled ratings: Include a additive fouling coefficient of as calculated per RI Standard (.0005 total) Tubing has high performance extended surface Pumpdown Waterflow Water Shipping Working MOS apacity (gpm) Pressure Weight Pressure (psi) (lbs) Min. Max. rop (psi) (lbs) Shell Side Tube Side psi.shell side on request R P refrig.inlet safety S F T fluid out TG refrig.outlet Q T fluid in 11

12 VS Vertical Shell & oil ondensers design features & ratings imensions (inches) onnections (inches) MOS Nominal hp H P Q S W T clean fouled (ids) (ids) (fpt) (fpt) (fpt) VS- 1 2.½ ¼ 3.¼ 1.½.½.½.⅜ ½ VS ½ 1.½ 3.⅝ 1.½.⅝.½.⅜ ½ VS ½ 8.⅝ 6.⅜ 2 4.⅜ 2.⅝.½.⅜ ¾ VS ¾ 7.¼ 2.⅛ 4.¾ 2.⅝.⅝.½ ¾ VS-3 3.½ 3 6.⅝ ⅝ 1.⅝ 11.⅛.⅞.⅝.⅜.¾ VS ⅝ 13.½ 1.¾ 4.⅝ 11.½ 1.⅛.⅝.½ 1. VS ¾ 16.¼ 2.⅝ 6.½ 13.⅜ 1.⅜.⅞.½ 1.¼ VS ¾ 4.½ 9 13.¾ 1.⅜.⅞.½ 1.¼ VS-10T ⅝ 19.½ 1.¾ 4.⅝ 17.½ 1.⅜.⅞.½ 1. 1.½ VS-15T ¾ 22.¼ 2.⅝ 6.½ 19.⅜ 1.⅝ 1.⅛.½ 1.¼ 1.½ VS-20T ¼ 4.½ 9 18.¼ 2.⅛ 1.⅜.½ 1.½ 2 lean ratings: s tested per RI Standard Fouled ratings: Include a additive fouling coefficient of as calculated per RI Standard Tubing has high performance extended surface refrig.outlet Q VS-1/2 through VS-2 (3) legs equally spaced 120 apart S safety refrig.inlet P H fluid inlet T T fluid outlet 12

13 Sealed construction, vertical, shell and coil design Greatest refrigerant pumpdown capacity in a upright compact package Special "T" models have auxiliary connection for tower applications or to reduce pressure drops Size and efficiency make it ideal for use in small package units; ice makers, vending machines, self contained refrigeration cases 11 VS models, 1 2 thru 20 horsepower Pumpdown Waterflow Water Shipping Working MOS apacity (gpm) Pressure Weight Pressure (psi) (lbs) Min. Max. rop (psi) (lbs) Shell Side Tube Side VS VS VS VS VS VS VS VS VS-10T VS-15T VS-20T psi.shell side on request VS-3 through VS-20T safety S W fluid outlet 3 legs equally spaced 120 apart H T fluid outlet P refrig. inlet Q refrig. outlet W fluid inlet 13

14 T ompact Tube-in-Tube ondensers design features & ratings Specially designed removable water plates and gaskets allow unsurpassed ease of servicing or cleaning without disconnecting water or refrigerant lines ll copper water channels Rugged steel construction to resist tubing damage Our smallest horizontal, tube in tube design xceptional heat transfer utilizing enhanced tube surfaces Highest water pressure ratings, and lowest water pressure drop offered in a cleanable tube in tube condenser design 7 T models, up to 10 horsepower NW SIGN! MOS imensions (inches) Nominal hp H onnections (inches) P Q T (ids) (ids) (ids) T / / / /8. 1 /2. 7 /8 T ½ 2. 7 / / / / /8. 1 /2. 7 /8 T / / / / /8. 1 /2. 7 /8 T / / / / /8. 5 / /8 T / / / / /8. 7 / /8 T / / / / / /8. 7 / /8 T / / / / / / /8. 7 / /8 Nominal HP: s tested per RI standard Waterflow Nom l. Water Shipping Working MOS (gpm) Pressure Weight Pressure (psi) Min. Max. rop (psi) (lbs) Shell Side Tube Side T T T T T T T T 100 / T 150 / T 300 T 500 / T 800 / T 1000 T 200 T fluid outlet P refrig. inlet T fluid outlet P refrig. inlet H H Q refrig. outlet T fluid inlet Q refrig. outlet T fluid inlet 14

15 KHX Heavy uty Tube-in-Tube ondensers design features & ratings nhanced copper water tubes inside a series of four steel refrigerant tubes Ideal for replacement usage in narrow packages Threaded water connections for easy pipe fit-up Removable end plates allows access to remove mineral scale and sludge deposits 6 models,1 1 2 thru 10 horsepower MOS imensions (inches) Nominal hp H onnections (inches) P Q T (IS) (IS) (FPT) KH X 1.½ 4.⅜ 21.¼ 13.½ 16.⅝.½. 3 8.½ KH-2X 2 4.⅜ 26.⅜ 13.½ 21..½. 3 8.¾ KH-3X 3 4.⅜ 32.¾ 13.½ 27..⅝.½.¾ KH-5X 5.½ 5 32.⅜ 16.¼ 27..⅞.⅝ 1 KH-7½X 8 5.½ 35.⅝ 17.¾ 27..⅞.⅞ 1.¼ KH-10X 10.½ 5.½ 38.⅝ 17.¾ ⅛.⅞ 1.¼ Nominal horsepower per RI Standard Tubing has high performance extended surface Water Waterflow Shipping Working MOS Pressure rop (gpm) Weight Pressure (psi) (psi) Min. Max. (lbs) Shell Side Tube Side KH X KH-2X KH-3X KH-5X KH-7½X KH-10X T water outlet P refrig.inlet H T water inlet 2" 3 8 x 1" long slots Q refrig.outlet 15

16 MS Marine Service Shell & Tube ondensers Horizontal Super fficient Water ooled ondensers design features & ratings MOS Nominal hp clean fouled imensions (inches) F R onnections (inches) P Q S T (ids) (ids) (fpt) (fpt) MS / / / / /8. 5 /8. 1 /2. 3 /8. 1 /2 MS / / / / /8. 7 /8. 5 /8. 3 /8. 1 /2 MS / / /4. 7 /8. 5 /8. 3 /8. 3 /4 MS / / / / /8. 5 /8. 3 /8. 3 /4 MS / / / /8. 7 /8. 3 / /4 MS / / / /8. 7 /8. 3 / /4 MS / / / / / / / /8. 1 /2 2 MS / / / / / / /8. 1 /2 2 MS / / / / / / /8. 1 /2 2 MS / / / / / /8. 1 / /2 MS / / / / / / /8. 1 / /2 MS / / / / / / /8. 1 / /2 MS / / / / / / /8. 1 / /2 MS / / / / / / /8. 1 / /2 MS / / / / / / / / /8. 1 /2 4 MS / / / / / / / / /8. 1 /2 4 MS-100HP / / / / / / / /8. 1 /2 5.mpt MS-120HP / / / / / / / /8. 1 /2 5.mpt Tubing has high performance extended surface Zinc plates are available for all MS models. Indicate by adding Z after model number (MS-750Z) lean ratings: s tested per RI standard Fouled ratings: Include fouling factor coefficient of as calculated per RI standard R P refrig. inlet S safety F T fluid out TG MS100 through MS5005 refrig. outlets Q T fluid in 16

17 Marine service Heavy duty, horizontal, shell and tube design Nominal ratings and sizes to handle the most demanding requirements poxy coated solid cupronickel tube sheets to prevent pitting caused by galvanic action Removable, cupronickel clad or solid brass water plates to facilitate cleaning ll 90/10 cupronickel, heavy wall, straight tube water channels Sacrificial zinc anode available upon request Generous pumpdown capacities ual refrigerant outlets, provides liquid seal in heavy seas ustom designs to 500 horsepower on request 18 MS stock models, 1 to 125 horsepower Pumpdown Waterflow Water Shipping Working MOS apacity (gpm) Pressure Weight Pressure (psi) (lbs) Min. Max. rop (psi) (lbs) Shell Side Tube Side MS MS MS MS MS MS MS MS MS MS MS MS MS MS MS MS MS-100HP MS-120HP Tubing has high performance extended surface Zinc plates are available for all MS models. Indicate by adding Z after model number (MS-750Z) R P refrig. inlet safety S F T fluid out TG MS6505 MS7505 refrig. outlets Q T fluid in R P refrig. inlet safety S F TG MS-100HP MS-120HP T fluid outlet refrig. outlet Q T fluid inlet 17

18 SH SS oaxial Style Water ooled ondensers design features & ratings High efficiency counterflow design Ideal for domestic heat pumps, and water coolers Replacement models for most manufactures opper and 90/10 upronickel tube models stocked U and S listed 18 coaxial models from, 1 3 to 7 hp MOS imensions (inches) onnections Ship Nom'l Refrig. Fluid Wt. hp G H J R (ods) F (ods) (lbs) SH SH SH SH SH SS SS SS SS SS SS SS imensions (inches) onnections Working upronickel Nom'l Refrig. Fluid Ship Wt. Pressure (psi) MOS hp G H J R (ods) F (ods) (lbs) Shell Tube SH-12N SH-18N SS-24N SS-36N SS-48N SS-60N Nominal HP ratings as per RI standard Helix SH models Spiral SS models J F fluid H J F fluid G R refrig G refrig R H 18

19 Notes 19

20 Gasket & ndplates ross Reference ondenser *SST *SST *SST *SST *SST *SST *SST *SST *SST *SST *SST *SST *SST *SST *SST *SST *SST *SST *SST *SST *SST *SST *SST *SST *SST *SST *SST *SST *SST *SST *SST *SST *SST *SST M *SST *SST M *SST *SST M *SST *SST M *SST *SST M *SST *SST M *SST *SST M *SST *SST M *SST *SST M *SST *SST M *SST *SST M Front Gasket GSK Rear Gasket GSK Front ndplate NP Rear ndplate NP ondenser *SST *SST M l H1039 l H1039 *SST *SST M l H1048 l H1048 *SST M l H1057 l H1057 *SST M l H1066 l H1066 *SST M l H1066 l H1066 *SST M l H1921 l H1921 *SST M l H1921 l H1921 *HS *HS *HS *HS *HS *HS *HS *HS *HS *HS *HS *HS *HS *HS *HS *HS *HS *HS *HS *HS *HS *HS l H1039 l H1039 *HS l H1048 l H1048 *HS l H1057 l H1057 *HS l H1066 l H1066 *HS l H1066 l H1066 *HS l H1921 l H1921 *HS l H1921 l H1921 *HS l H1921 l H1921 HP 10 HP 15 HP 20 HP 30 HP 40 HP 50 HP 60 HP 80 Front Gasket GSK Rear Gasket GSK all Factory all Factory all Factory all Factory all Factory all Factory all Factory all Factory Front ndplate NP v v v Rear ndplate NP This chart is to be used for reference purposes only. For replacement parts contact customer service with your condenser model and serial numbers. 20 * Indicates that model is obsolete and no longer manufactured. H prefix indicates Head (flange) style endplate.

21 ondenser *MS *MS *MS *MS *MS *MS 1005 all Factory *MS *MS *MS *MS *MS *MS *MS *MS *MS *MS *MS 100Hp *MS 120Hp *MS *MS *MS *MS *MS *MS *MS *MS *MS *MS *MS *MS *MS *MS *MS *MS *MS *MS M *MS M *MS M *MS M *MS M *MS M *MS M *MS M *MS M *MS M *MS M *MS M (MS Units with Zinc node) *MS 100Z *MS 150Z *MS 200Z *MS 300Z *MS 500Z *MS 750Z *MS 755Z *MS 1000Z *MS 1501Z *MS 1555Z *MS 2005Z *MS 2026Z *MS 2505Z *MS 2527Z Front Gasket GSK Rear Gasket GSK Front ndplate NP Rear ndplate NP Front Gasket GSK Rear Gasket GSK Front ndplate NP *MS 3005Z *MS 3028Z *SM *SM *SM *SM *SM *SM *SM 21S *SM *SM 26S *SM *SM 31S *SM *SM 36S *SM *SM *SM *SM T T T T T T T *T *T *T *T *T *T *T *T *T * TNT * TNT * TNT * TNT * TNT * KH 1 1 / 2 X * KH 2X * KH 3X * KH 5X * KH 7 1 / 2 X * KH 10X *SWT *SWT *SWT *SWT *SWT *SWT *SWT Rear ndplate NP 21

22 ondenser Gasket I /4 ia. 12 Studs /8 ia /8 ia /8 ia. 12 Studs /4 ia. 12 Studs /4 ia. 9 Studs /4 ia. 12 Studs /4 ia. 12 Studs /4 ia. 9 Studs ia. 12 Studs ia. 4 Studs ia. 4 Studs /16 ia ia. 4 Studs ia. 4 Studs /16 ia /8 ia /8 ia /8 ia /8 ia /8 ia /8 ia /8 ia /4 ia. 9 Studs /8 ia /4 ia. 9 Studs /8 ia /8 ia /8 ia /4 ia. 9 Studs /8 ia /8 ia /4 ia. 12 Studs 2074 tube-in-tube gasket No picture available 22

23 2083 tube-in-tube gasket No picture available /8 ia /8 ia /16 x 9 1/ /4 ia. 9 Studs /8 ia /16 x 6 5/ /8 ia /16 x 9 1/ /16 x 15 3/4 ia /8 ia /16 x 15 3/4 ia /4 ia. 9 Studs /16 ia /8 ia /16 ia /8 ia ia ia. 4 Studs /4 x 20 1/4 ia ia. 4 Studs /4 x 13 1/2 ia ia. 4 Studs 23

24 ondenser Front ndplate I /2 ia. 6 5/8 ia. 12 3/4 ia. 12 Studs 10 3/4 ia. 9 Studs 49 H ia. 4 Studs 17 7/8 ia. 14 ia /4 ia. 12 Studs 67 H ia. 4 Studs 19 7/8 ia. 8 5/8 ia. 12 3/4 ia. 12 Studs 85 H /8 ia. 22 ia. 10 3/4 ia. 9 Studs 12 3/4 ia. 12 Studs 120 H /8 ia. 24 ia. 12 3/4 ia. 12 Studs 8 5/8 ia. 148 H /4 ia. 9 Studs 28 ia. 8 5/8 ia. 6 5/8 ia /8 ia. 6 5/8 ia. 6 5/8 ia. 8 5/8 ia /4 ia. 9 Studs 8 5/8 ia. 12 Studs 8 5/8 ia. 8 5/8 ia /4 ia. 12 Studs 8 5/8 ia. 12 Studs 8 5/8 ia. 10 3/4 ia. 9 Studs ia. 4 Studs 10 3/4 ia. 12 Studs 8 5/8 ia. 10 3/4 ia. 9 Studs 24

25 /8 ia. 10 3/4 ia. 9 Studs 8-5/8 ia. 8-5/8 ia /4 ia. 12 Studs 10 3/4 ia. 9 Studs 6-3/4 ia. 10-3/4 ia. 9 Studs /4 ia. 9 Studs 6 ia. 4 Studs 10-3/4 ia. 9 Studs 8-5/8 ia /8 ia. 6 ia. 4 Studs 8-5/8 ia. 6 ia. 4 Studs /8 ia. 10-3/4 ia. 9 Studs 10-3/4 ia. 9 Studs /4 ia. 12 Studs 8-5/8 ia. 6-3/4 ia /8 ia. 6-3/4 ia. 6-5/8 ia /8 ia. 8-5/8 ia. 6-5/8 ia /8 ia. 10-3/4 ia. 9 Studs 5 ia. 4 Studs /4 ia. 9 Studs 8-5/8 ia. 6 ia. 4 Studs 25

26 hiller arrel Sizing Selecting the proper chiller barrel for your application depends on four basic sizing considerations: Range The desired temperature drop of the fluid measured as the difference between incoming and outgoing fluid temperatures. pproach The desired temperature difference between outgoing fluid and the refrigerant evaporating temperature. Pressure rop cceptable level of fluid pressure drop through the chiller barrel at computed gallons per minute (gpm) flow rate. apacity Necessary heat removal (tonnage) at maximum operating load fter determining fluid temperature drop (Range), find the capacity table identified for the particular range. (If no table exists for that specific point, use the next lowest temperature range for which a table exists.) t the top of the table, various approach temperatures are given. Find the approach desired and read down the tons column until you reach a capacity adequate to do the job. The water pressure drop (psi) is listed next to the capacity figure. To determine gpm, multiply tons by the gpm factor, which is noted below each range chart. hiller barrels may be sized by other methods as well. Where the desired temperature range is known (difference between incoming and outgoing fluid), determine the tu/hr capacity needed by multiplying the temperature range by gpm flow and convert to pounds of water per hour using the multiplier 500. Range x gpm x 500 = tu/hr nother sizing method is by compressor capacity. Manufacturer curves showing compressor tu/hr values serve as a simple guideline for selecting chiller barrels for a given system. lso, Standard chiller barrels are rated to RI standards and can be selected on a nominal system tons basis using the capacity charts in this catalog. This method, however, is recommended only for high temperature (air conditioning) systems. Water Nozzle ocation The standard water nozzle location is on the right as you are facing the refrigerant connections. Special top, and left side connections can be ordered. Technical ssistance and ustom esigns Standard offers custom design services and computer performance projections on all heat exchange products to help you match product and application accurately. You are invited to contact your nearest sales representative or our office headquarters for prompt assistance. 26

27 hiller arrels design features & ratings TX R onformance Standard chiller barrels 6" and smaller O shell are U.. listed for 225 psi tube side and 225 psi shell side working pressures. Units with 6 5/8" and larger shell are constructed to SM oiler and Pressure Vessel ode Section VIII, iv. 1. TX units are rated for 225 psi tube side and 150 psi shell side working pressures. R Units are rated at 300 psi tube side and 200 psi shell side (non-code). ach unit is tested before shipment and ratings are developed through extensive laboratory testing and computer modeling. Nominal Tonnage Rating asis Nominal ratings are based on RI standard 480, specific conditions being: 1 ton = 12,000 tu/hr 100 F. liquid entering TXV 54 F. inlet water 7 superheat 44 F. outlet water 35 F R22 Saturated Suction ft2 hr F/tu fouling factor Sizing by Nominal Tons Sizing by nominal tons is done according to RI standards. hillers can be selected on a nominal system tons basis, as shown in the catalog, or reflected in the model name. For example, a TX 50 2 is a nominal 50 ton dual circuit barrel. This method is reasonably accurate for sizing air conditioning systems. However, it is not recommended for evaporating temperature below 34 F, or when the fluids used are other than water and R 22. ll heat exchangers have capacity limits and careless sizing of chiller barrels leads to needless performance problems. Undersizing can lead to insufficient cooling and inefficient compressor operation. Oversizing can lead to control valve hunting, poor performance, oil logging, and refrigerant slugging. When your application varies from nominal-air conditioning conditions, such as brine, lowtemperature and process cooling applications, utilize Standard Refrigeration s HIY selection software or evaporator performance tables, which can be obtained at or from customer service. imitations 1. For cooling water applications a minimum evaporating temperature of 32 F. should be maintained in the evaporator to prevent freezing. 2. Maximum water entering temperature of 70 F. 3. Minimum outgoing water temperature of 36 F. 4. Minimum approach 5 (for approaches 6 or less, system should be designed to insure proper oil return). Note: For brine, low temperature and special design applications, please consult factory. Note: o not exceed maximum stated flow rate. Technical ssistance and ustom esigns Standard offers custom design services and computer performance projections on all heat exchange products to help you match product and application accurately. You are invited to contact your nearest sales representative or our office headquarters for prompt assistance. 27

28 TX Ultra ompact Serviceable hiller arrels design features & ratings onnections Specifications Working MOS Nominal Tons** Ref. Ref. W T Fluid Tube Shell Shipping Pressure ircuits clean fouled In Out Fluid (ftp) Volume ength iameter Weight (psig) 1-IRUIT (ids) (ids) onn. (gal) (inches) (inches) (lbs) Shell Side Tube Side TX FPT TX FPT TX FPT TX FPT TX FPT TX FPT TX FPT TX FPT TX FPT TX FPT TX MPT TX MPT TX "FNG TX "FNG TX "FNG TX "FNG TX "FNG IRUIT TX FPT TX FPT TX FPT TX FPT TX FPT TX MPT TX MPT TX "FNG TX "FNG TX "FNG TX "FNG TX "FNG TX "FNG TX "FNG TX "FNG TX "FNG TX "FNG TX "FNG TX "FNG MUTI-IRUIT TX FPT TX FPT **lean ratings: s tested per RI standard Fouled ratings: Include a additive fouling coefficient of ft2 hr F/tu over clean rating per RI standard

29 Serviceable 30% - 50% smaller than comparable models asier to handle and position New advanced design U listed or SM 3 4 insulation Single and dual circuit designs 3 and 4 circuit designs available 33 TX models from 2 thru 500 tons Ideal for OM replacements New TX designs for 30 thru 75 Tons MOS imensions (Inches) 1-IRUIT H F G I J K M N O Fig. TX TX TX TX TX TX TX TX TX TX TX TX TX TX TX TX TX IRUIT TX TX TX TX TX TX TX TX TX TX TX TX TX TX TX TX TX TX TX / TX / MUTI-IRUIT TX na na TX F 29

30 TX Ultra ompact Serviceable hiller arrels Horizontal Super fficient Water ooled ondensers TX2-1 TX2-1thru TX25-1 Figure 1-ircuit Q refrigerant outlet with 1 4 fpt equalizer W fluid inlet fluid outlet W K M I 3 4" J H P refrigerant inlet G TX2-1 TX2-1thru TX " insulation T drain F TX30-1 thru TX120-1 Figure 1-ircuit G Q ref. outlet with 1 4" fpt equalizer W fluid in W fluid out H K M TX30-1 thru TX120-1 I P ref. inlet F T drain Figure 2-ircuit 0 0 NN Q refrigerant outlet with 1 4 fpt equalizer TX10-2 thru TX25-2 W fluid inlet fluid outlet W K M I 3 4" J H P refrigerant inlet G 3 4" insulation T drain F imensions shown do not include the 3 4 factory insulation. 30

31 TX30-2 thru TX500-2 Figure 2-ircuit H K M O O G Q ref. outlet with 1 4" fpt equalizer W fluid in W fluid out TX30-2 thru TX500-2 N N I P ref. inlet F T drain TX15-3 Figure 3-ircuit W fluid outlet T drain W fluid inlet 1/4 FPT rotated 45 H J I K M 3/4 G TX15-3 T drain F 1-3/4 2 P refrigerant inlet Q refrigerant outlet with 1/4" FPT equalizer Figure F 4-ircuit TX20-4 T drain N N W fluid outlet W fluid inlet 7/8 7/8 7/8 H J K M I G TX20-4 T drain F 1-3/4 P refrigerant inlet Q refrigerant outlet with 1/4" FPT equalizer 31

32 R One-Pass or Three-Pass Replacement vaporators Water Flow Rates There is one baffle configuration per R model. s a result, the water flow rate at the job site will need to be adjusted to obtain the design water flow rate. t a range of 10 F, the water flow rate should be 2.4 gpm/ton. design features & ratings onstruction Materials R evaporator shells are constructed with SM grade carbon steel. nhanced copper tubing is mechanically expanded for a superior seal into machined carbon steel tubesheets. Tubing wall thickness is 0.018". Removable endplates, refrigerant and water connections are constructed from carbon steel. ll baffles are made from corrosion resistant materials. Nom. Pressure Water In Refrig. Refrig. Working MOS ap. rop & Out Inlet Outlet Pressure (psi) 1-ircuit Tons. (psi) K (mpt) (ids) (ids) Shell Side Tube Side RS /8*. 5 / / RS /8*. 7 / / RS /8*. 7 / / RS /8*. 7 / / RS / /8*. 7 / / RS / / / RS / / / RS / / / RS / / / RS / / / RS / / / RS / / / RS / / / RS / / / RS / / / RS / / / RS / / / RS / / ircuit R / / / R / / / R / / / R / / / R / / / R / / / R / / / R / / / R / / / R / / / R / / / R / / / R / / Refrigerant onnections The refrigerant side configuration for the R evaporators is 3-Pass with nozzles at opposite ends. s a result, the refrigerant nozzles are on the same ends, but may not be in the same locations as the other OM Single Pass evaporators. *ids

33 RS 1-ircuit water outlet water inlet K refrig. inlet refrig. outlet R 2-ircuit water outlet water inlet K refrig. inlet refrig. outlet I RINK HIR RRS Standard Refrigeration can design special chiller barrels for Ice Rink applications special for your needs. esigns are available with enhanced copper tubing for ethelene glycol solutions or special cupronickel tubing for calcium chloride brines which are commonly used in Ice Rink systems Our models are designed to boost efficiency, reduce corrosion and inrease the life of your chiller. Special baffle designs are incorporated to reduce the pressure drops associated with the high flow conditions found in Ice Rinks and similar applications. ll chiller come with standard features like insulation, lifting lugs and feet for easy mounting. Standard's ice rink chillers are available in single and dual circuit designs and can be customized to meet your physical and performance requirements. all the factory or your local sales representative for sizing and selection information. 33

34 HIR RR gasket cross reference 34 MOS Front Rear Single ual Quad (GSK-) (GSK-) ircuit ircuit ircuit TX Fig. N N TX Fig. N N TX Fig. N N TX Fig. N N TX Fig. N N TX Fig. Fig. N TX Fig. Fig. N TX Fig. Fig. N TX Fig. Fig. N TX Fig. Fig. N TX Fig. Fig. N TX Fig. Fig. N TX Fig. Fig. N TX Fig. Fig. N TX Fig. Fig. N TX Fig. Fig. N TX Fig. Fig. N TX N Fig. N TX N Fig. N TX N Fig. N TX N Fig. N TX N Fig. N TX N Fig. N TX N Fig. N TX N Fig. N FSX Fig. N N FSX Fig. Fig. N FSX Fig. Fig. N FSX Fig. Fig. N FSX Fig. Fig. N FSX Fig. Fig. N FSX Fig. Fig. N FSX Fig. Fig. N FSX Fig. Fig. N FSX Fig. Fig. N FSX Fig. Fig. N FSX Fig. Fig. N FSX Fig. Fig. N FSX Fig. Fig. N Figure Single ircuit ual Pass Front Rear Figure Single ircuit Four Pass Front Figure ual ircuit ual Pass Front Rear Rear Figure ual ircuit Four Pass Front Rear Figure Quad ircuit ual Pass Front Rear

35 ST Vertical Subcooler design features & ratings Vertical installation for smaller footprint Welded and sealed construction onforms to SM or U requirements 3 4" insulation Rugged shell and coil design 6 ST models from 2 thru 18 tons Increase TU oading ecrease lectrical Usage imensions onnections Shipping MOS Nom l H P Q R S Weight Tons* (ids) (ids) (ids) (ids) (fpt) (lbs) ST ST ST ST / / ST ST * based on R-22 liquid inlet at 100 F. and 50 F. outlet temperature with R-22 evaporating at 40 F. Refrigerant fittings 1 3 4" length 120 Working Pressures: 450 psig dimensions shown do not include the 3 4" factory insulation X suction gas outlet Q R inlet liquid to be subcooled X suction gas outlet Q H R inlet liquid to be subcooled ST12 ST18 ST2 thru ST9 H outlet subcooled liquid S X liquid inlet P 6 S outlet subcooled liquid X liquid inlet P 35

36 KIT ow-side hilleruilder Kits Horizontal Super fficient Water ooled ondensers Kits Now vailable up to 75 Tons design features & ratings Uses super compact TX chiller barrel rand name components One, two, three and four circuit options NW three and four circuit models available, ideal for achieving up to 20 tons with single phase compressors vailable in ranges from two to 75 tons ntire kit can be assembled in less than one hour hiller barrel included Included components Framework Temperature controls ow pressure switch xpansion valve Solenoids ontrol power supplies Freezestat Flow switch Sight glasses ustom piping hilleruilder Kit imensions W P Q KIT 1-IRUIT Nominal Tons* ircuits TX Model TX-Kit H Water iquid onn. onn. Suction onn. KIT TX2-1 TXKIT KIT TX 3-1 TXKIT KIT TX 5-1 TXKIT KIT TX 6-1 TXKIT KIT TX TXKIT KIT TX10-1 TXKIT KIT TX12-1 TXKIT KIT15-1** 15 1 TX15-1 TXKIT KIT20-1** 20 1 TX20-1 TXKIT KIT25-1** 25 1 TX25-1 TXKIT KIT TX30-1 TXKIT5 FTORY KIT TX40-1 TXKIT6 FTORY IRUIT KIT TX10-2 TXKIT KIT TX12-2 TXKIT KIT TX15-2 TXKIT KIT TX20-2 TXKIT KIT TX25-2 TXKIT KIT TX30-2 TXKIT 30 FTORY KIT TX40-2 TXKIT 40 FTORY KIT TX50-2 TXKIT 50 FTORY KIT TX60-2 TXKIT 60 FTORY KIT TX75-2 TXKIT 75 FTORY MUTI IRUIT KIT TX15-3 TXKIT KIT TX20-4 TXKIT volts required to operate Kits. * Tonnage capacities based on TXV capacities at 35 F suction, 115 F condensing temperature, 54 F inlet water, and 44 F outlet water using R-22 ** Pumpdown cycle included with KIT15-1, KIT20-1, and KIT25-1 Kits 30 through 75 tons include unloading feature. Kits with no unloading feature are also available. ll KITs include chiller barrel. hilleruilder kits without chiller barrel are available. all the factory for more information. 36

37 OFF ON OFF ON 1-ircuit control switches control box flow switch temperature probe water fittings freeze protection low pressure switch solenoid valve Q refrig. outlet W fluid outlet evaporator (included with kit) W fluid inlet sight glass expansion valve H P refrig. inlet 2-ircuit control switches freeze protection low pressure switch W fluid outlet evaporator ( included with kit) control box OMP 2 ONTRO SWITH OMP 1 IRUIT ONTRO RKR SWITH W fluid inlet flow switch temperature probe solenoid valve sight glass water fittings Q refrig. outlet expansion valve H P refrig. inlet W fluid in W fluid out flow switch temperature probe 3 & 4 ircuit Note: onnection locations vary between 3 & 4 circuit models evaporator (included) control switch KIT15-3 freeze protection low pressure switches (3) sight glass solenoid valve (3) expansion valve (3) Q refrig. out control box H P refrig. inlet KIT20-4 freeze protection low pressure switches (4) sight glass solenoid valve (4) expansion valve (4) control ONTRO OX box Q refrig. out H P refrig. inlet 37

38 iquid Receivers design features & ratings RV onformance ach Standard stock receiver conforms to U, S or SM requirements for 450 psi maximum working pressure. Models with an internal diameter under six inches are U listed; all larger models are made according to SM code and tagged appropriately. Pumpdown & Refrigerant harge ll pumpdowns are calculated at 80% capacity of liquid. pproximately 10% of pumpdown capacity is required to operate receiver properly. ustom and mmonia onstruction ustom receivers for halocarbons and ammonia can be built based on application and construction criteria. Receivers may be ordered with or without extra features such as mounting brackets, fusible plugs, special fittings, liquid level indicators and alarm switches, to assure reliable service on virtually any application involving halocarbon type refrigerants. Selection UV Pumpdown alculation Procedure Refer to table for calculating pumpdown capacity of any Standard receiver design with elliptical ends. Pumpdown figures shown have been compensated to directly give capacity on 80% of the receiver volume filled with liquid at 90 F. To figure pumpdown capacity, locate the receiver O in the first column and read across to find the values for length correction and pounds of pumpdown for refrigerant used. Substitute those values in this formula: Pumpdown = (overall length - length correction) x (pumpdown per inch) To calculate overall length required for the given O and specified pumpdown capacity, follow the same procedure given above, using this formula: Overall length = (pumpdown required pumpdown per inch) + (length correction) Pumpdown apacity Table 38 Receiver ength Pumpdown apacity nd to O orrection pounds per inch effective length Weld (inches) (inches) R-22 R-134 R404 (inches) ⅞ ⅞ ⅜ 6. ⅝ ⅞ 7. ⅝ ⅜ 8. ⅝ ⅛ 9. ¾ ½ 10. ¾ ½ 12. ¾ ½ ⅞ ⅜ ¾ ¼ ½ ½

39 HR Horizontal Receivers design features & ratings Pumpdown* imensions (inches) onnections (inches) Shipping MOS (lbs) P Q S Weight R-22 R-134 (ids) (ids) (fpt) (lbs) ⅝. ⅝. ⅜ ⅝ 26. ⅜. ⅝. ⅝. ⅜ ⅝ 32. ⅜. ⅝. ⅝. ⅜ ⅝ ⅜ 33. ⅝. ⅞. ⅝. ½ ⅝ ⅝ 23. ⅜ 1. ⅛. ⅞. ½ ⅝ ⅝ 31. ⅜ 1. ⅛. ⅞. ½ ⅝ ⅝ 37. ⅜ 1. ⅛. ⅞. ½ ⅝ ⅝ 43. ⅜ 1. ⅛ 1. ⅛. ½ ⅝ ⅝ 55. ⅜ 1. ⅛ 1. ⅛. ½ ¾ ½ 29. ½ 1. ⅜ 1. ⅜. ½ ¾ ½ 41. ½ 1. ⅜ 1. ⅜. ½ ¾ ½ 53. ½ 1. ⅜ 1. ⅜. ½ ¾ ½ 65. ½ 1. ⅜ 1. ⅜. ½ ¾ ½ 89. ½ 1. ⅝ 1. ⅜. ½ ¾ ⅝ 1. ⅜. ½ ¾ ⅝ 1. ⅜. ½ ¾ ⅛ 1. ⅜. ½ ¾ ⅛ 1. ⅜. ½ ⅜ 63. ⅝ 2. ⅛ 1. ⅝. ½ ⅜ 87. ⅝ 2. ⅝ 2. ⅛. ½ ⅞ 51. ⅛ 2. ⅝ 2. ⅛. ½ ⅞ 63. ⅛ 2. ⅝ 2. ⅛. ½ ⅞ 87. ⅛ 2. ⅝ 2. ⅛. ½ ⅞ 62. ⅛ 3. ⅛ 2. ⅛. ½ ½ 61. ½ 3. ⅛ 2. ⅝. ½ ½ 73. ½ 3. ⅛ 2. ⅝. ½ ½ 85. ½ 3. ⅛ 2. ⅝. ½ ,285 1, ½ 83. ½ 3. ⅝ 3. ⅛. ¾ ,624 1, ⅛ 3. ⅝. ¾ ,576 2, ⅛ 3. ⅝. ¾ 1800 * ll pumpdowns are calculated at 80% of receiver volume Use the following multipliers for refrigerants other than shown above: Safety fitting located 30 above centerline below refrigerant outlet R-12= R-22 capacity x 1.10 R-502= R-22 capacity x 1.01 R-404= R-22 capacity x 0.89 R-507= R-22 capacity x 0.88 Working Pressure: 450 psi P inlet outlet Q S safety S safety tag HR 30 Tag location may vary per model. 39

40 RV Horizontal with rackets and Valves Pumpdown* imensions (inches) onnections Valve Ship MOS (lbs) P & Q S Part Wt F R-22 R-134 (ids) (fpt) Number (lbs) RV ½. ⅜ V04ST 24 RV ⅝ 32. ⅜ ½. ⅜ V04ST 35 RV ⅝ ⅝ 33. ⅝ 9. ½ 28. ½. ⅝. ½ V05ST 45 RV ⅝ ⅝ 31. ⅜ ⅞. ½ V07ST 69 RV ⅝ ⅝ 37. ⅜ 10. ½ 31. ½ 1. ⅛. ½ V09ST 75 RV ¾ ½ 29. ½ ⅛. ½ V09ST 117 RV ¾ ½ 41. ½ ⅛. ½ V09ST 145 RV ¾ ½ 53. ½ ⅛. ½ V09ST 170 RV ¾ ⅜. ½ V11ST 186 RV ¾ ⅜. ½ V11ST 224 RV ⅜ 63. ⅝ ⅝. ½ valve RV ⅜ 87. ⅝ ⅝. ½ valve RV ⅞ 87. ⅛ ⅛. ½ valve * ll pumpdowns are calculated at 80% of receiver volume Use the following multipliers for refrigerants other than shown above: Safety fitting located 30 above centerline below refrigerant outlet R-12= R-22 capacity x 1.10 R-502= R-22 capacity x 1.01 R-404= R-22 capacity x 0.89 R-507= R-22 capacity x 0.88 Working Pressure: 450 psi S safety P inlet outlet Q RV S safety tag 30 F Tag location may vary per model. 40

41 UR Vertical Receivers design features & ratings Pumpdown* imensions (inches) onnections Ship MOS (lbs) P Q S Weight H R-22 R-134 (ids) (ids) (fpt) (lbs) UR / /8. ⅝.3/8 29 UR / /8. ⅝.3/8 35 UR / /2 1.1 /8. ⅞ 1/2 60 UR / / /8 1.1 /8 1.1 /8.1/2 80 UR / / /8 1.1 /8 1.1 /8.1/2 88 UR / / /8 1.1 /8 1.1 /8.1/2 98 UR / /2 1.3 /8 1.3 /8.1/2 111 UR /8 1.3 /8.1/2 140 UR / / /2 1.3 /8 1.3 /8.1/2 170 UR / /4 1.5 /8 1.5 /8.1/2 175 UR / /2 1.5 /8 1.5 /8.1/2 210 UR / /8 1.5 /8.1/2 245 UR / /8 2.1 /8.1/2 300 UR /2 2.5 /8 2.1 /8.1/2 435 * ll pumpdowns are calculated at 80% of receiver volume Use the following multipliers for refrigerants other than shown above: R-12= R-22 capacity x 1.10 R-502= R-22 capacity x 1.01 R-404= R-22 capacity x 0.89 R-507= R-22 capacity x 0.88 Working Pressure: 450 psi safety S 3 legs equally spaced 120 apart H refrig. inlet P refrig. outlet Q tag Tag location may vary per model. 41

42 UV Vertical Receivers with Valves design features & ratings Pumpdown* imensions (inches) onnections Valve Ship MOS (lbs) P & Q S Part Weight H R-22 R-134 (ids) (fpt) Number (lbs) UV / / /8.1/2.3/8 H04ST 40 UV / / /8.5/8.3/8 H05ST 47 UV / / /4.7/8.3/8 H07ST 60 UV / /2 1.1 /8.1/2 H09ST 90 UV / /2 1.1 /8.1/2 H09ST 120 UV / / /8 1.1 /8.1/2 H09ST 160 UV / / /2 1.1 /8.1/2 H09ST 175 UV / /2 1.3 /8.1/2 H11ST 215 UV / /8.1/2 valve UV / /8.1/2 valve UV / /2 1.5 /8.1/2 valve * ll pumpdowns are calculated at 80% of receiver volume Use the following multipliers for refrigerants other than shown above: R-12= R-22 capacity x 1.10 R-502= R-22 capacity x 1.01 R-404= R-22 capacity x 0.89 R-507= R-22 capacity x 0.88 Working Pressure: 450 psi safety S 3 legs equally spaced 120 apart H refrig. inlet P tag refrig. outlet Q Tag location may vary per model. 42

43 ompact Vertical Receivers Pumpdown* imensions (inches) onnections W Ship MOS (lbs) P Q S Weld Weight H R-22 R-502 (flare) (fpt) Screw (lbs) na X X / X / X / X /8. ⅝ X 1 29 * ll pumpdowns are calculated at 80% of receiver volume Use the following multipliers for refrigerants other than shown above: R-12= R-22 capacity x 1.10 R-502= R-22 capacity x 1.01 R-404= R-22 capacity x 0.89 R-507= R-22 capacity x 0.88 S safety w/430 fusible plug Working Pressure: 500 psi 408 Model Only H refrig. inlet Q (ids) P refrig. outlet with brazed on flare valve refrig. inlet Q (flare) P refrig. outlet with brazed on flare valve S safety w/430 fusible plug W weld screw W weld screw 43

44 Suction ccumulators design features & ratings Vertical installation for smaller footprint Prevents compressor damage due to slugging of refrigerant and oil Positive oil return at all rated conditions esigned for low temperature application ow pressure drop cts as a suction muffler orrosion resistant paint Fusible relief device available on larger models.s.m.. oded onstruction Refrig. imensions Shipping Recommended Tons of Refrigeration ap. Weight Suction vaporator Temp. ( F ) MOS (lbs) (lbs) R-22 R-22 (ids) (ids) N 26 MX ⅝ ⅛ MIN N 26 MX ⅝ ⅜ MIN N ⅝ ⅝ MX N 42 MIN ⅝ ⅝ N ⅝ ⅛ MX N 65 MIN ¾ ⅛ N 66 MX ¾ ⅝ MIN N ¾ ⅛ MX N 92 MIN ¾ ⅛ N 157 MX ⅛ MIN Use the following multipliers for refrigerants other than shown above: R-404= R-22 capacity x 0.89 Models with suffix include boil-out coil heat exchanger for R-507= R-22 capacity x 0.88 Working Pressure: 450 psi additional protection. inlet outlet 3 legs equally spaced 120 apart oil out coils available only on models with suffix. 1/4" drain available only on models with suffix 1/2 safety on boil-out coil models only 44

45 Suction ine Heat xchangers opper onstruction design features & ratings Patented spiral tube design with enhanced surface produces optimum turbulent flow and the highest heat transfer coefficients. The tightly-jacketed outer tube works in tandem with the enhanced surface spiral inner tube to produce minimum pressure drop and maximum heat transfer efficiency. Two-piece construction with rugged, hightemperature braze joints for fast, easy installation. road product range includes 10 S (copper) models from 1/2 hp to 20 hp, plus 5 SS (carbon steel) models from 25 to 50 hp. ustom designs in copper or carbon steel are available to precisely fit your most exacting application requirements. ll models are U and S listed. ll copper construction. Suitable for halocarbons. High temperature braze. Painted copper. Nom l F G pprox. WP HP WGT PSIG MOS (IS) (IS) (lb) S S S S S S S S S S F S H F SS G G Steel onstruction ll steel construction. Suitable for halocarbons. For ammonia applications please contact the factory. ll joints heliarc welded. Painted black. Nom l F G H pprox. WP HP WGT PSIG MOS (IS) (IS) (lb) SS SS SS SS SS For other sizes, materials and other special applications, please contact the factory. 45

46 Valves Rotalock gage port design features & ratings use stem end of valve & coupling connection as reference when determining gage port position body body connection coupling connection onnections Top eft Right imensions (inches) ody oupling Gage Gage Gage ody Port Port Port Size ⅜ flare ¾ 16 H03FT H03F H03FR ¾ hex ½ flare 1 14 H04FT H04F H04FR ⅞ sq 4. ⅛ ¾ ⅝ flare 1 14 H05FT H05F H05FR ⅞ sq 4. ⅜ ¾ ½ ids 1 14 H04ST H04S H04SR ⅞ sq ⅝ ¾ ⅝ ids 1 14 H05ST H05S H05SR ⅞ sq ⅞ ¾ ⅞ ids 1. ¼ 12 H07ST H07S H07SR 1. ⅛ sq 5. ⅜ ⅛ ids 1. ¼ 12 H09ST H09S H09SR 1. ⅛ sq 5. ⅝ ⅜ ids 1. ¾ 12 H11ST H11S n/a 1. ⅜ sq use stem end of valve & body connection as reference when determining gage port position gage port body body connection coupling connection onnections Top eft Right imensions (inches) ody oupling Gage Gage Gage ody Port Port Port Size ⅜ flare ¾ 16 V03FT V03F V03FR ¾ hex ⅛ 1 ½ flare 1 14 V04FT V04F V04FR ⅞ sq ⅞ ⅝ flare 1 14 V05FT V05F V05FR ⅞ sq ⅞ ½ ids 1 14 V04ST V04S V04SR ⅞ sq ⅞ ⅝ ids 1 14 V05ST V05S V05SR ⅞ sq ⅞ ⅞ ids 1. ¼ 12 V07ST V07S V07SR 1. ⅛ sq ¾ ⅛ ids 1. ¼ 12 V09ST V09S V09SR 1. ⅛ sq ¾ ⅜ ids 1. ¾ 12 V11ST V11S n/a 1. ⅜ sq

47 ompressor Valves/ Indicator omponents horizontal refrigerant valves part number valve-85 used on RV & RV UV 275, UV350, UV 450 part number valve-621 used on RV oth valves utilize the four (4) bolt mating flanges installed on these receivers dia.to 4 bolt flange part imensions (inches) number valve ⅝ 2. ⅛ ½ valve ⅛ ⅜ I / H components part number GSK 995 Neoprene flat gasket. Fits current indicator and alarm adaptor on units manufactured after 1972 part number INI 21 Replacement dial for I indicators part number INI 49 Replacement switch for H alarms 47

48 Indicators liquid level indicator I Magnetic liquid level indicators are an inexpensive, effective means of gauging the refrigerant level in a horizontal receiver. The dial reads percent of pumpdown capacity of the receiver: when the pointer indicates 100%, the receiver is 80% full of liquid. Pounds of refrigerant can be determined by taking the indicated percentage of the specified pumpdown capacity of the receiver. Normal location is on the side of the receiver, centered between the liquid inlet and outlet connections. Other locations may be provided if specified. Note that at least six inches are required between centers of adjacent liquid level indicator flanges, and also between a unit and the liquid outlet pickup tube. These can be mounted in the center of either end, provided the respective inlet or outlet fitting is moved to 1½ tank diameters from that end. Float and assembly dial are included. liquid level alarm part number INI 58 liquid-level indicator is a single pole, single throw switch on which contacts close upon the decrease of the liquid level at 20% pumpdown. Movement of the seamless aluminum float rotates a magnet on the inner side of the solid aluminum alloy head. The indicator pointer, or switch contacts, are on the outer side and are operated by a small magnet which follows the position of the inner magnet. There is no connection, except the magnetic field, between the inside and outside. Internal gears and bearings are stainless steel. In case of external damage, the indicator dial or switch cartridge may be replaced from outside the refrigerant charge is not disturbed. Switch uty Max. Volts 120/240 Max. mps 1 (inductive) Max. Watts 75/150 liquid level indicator alarm part number INI 210 This indicator alarm with selectable low level point is designed for use in applications where low liquid level protection is desirable. It provides a relay circuit that closes at one of five user selectable levels of from 10 to 50%. The relay circuit can be used to drive a variety of applications from alarms to pumps. The indicator alarm also provides a direct, visual indication of the liquid level in the tank. ach indicator alarm uses highly reliable and accurate, three wire, voltage divider technology to send the level signal to the level alarm, relay circuitry. The voltage divider uses thick film element in conjunction with a multi fingered contact to ensure accuracy and reliability. The connector built into the indicator alarm mates with a standard Packard automotive type, rubber sealed connector for easy installation and reliable connections. Temperature -20 to 70 (-4 F to 185 F), operating Working Pressuer 410 PSIG Power Rating 5 amps, 240 V max. Voltage Input 110 or 220 V Gauge Mounting Rochester Senior dapter U Status U recognized for refrigeration ll indicators require a factory installed flange and are available for O and larger horizontal receivers, only. Flange cost is not included in cost of indicator alarm. 48

49 Rotalock omponents coupling connection ids connection onnections part ids coupling number ody (inches). ⅜ ¾ 16 S03. ⅞ hex ½ 1 14 S04. ⅞ hex ⅝ 1 14 S05. ⅞ hex straight adapter. ⅞ 1. ¼ 12 S07 1. ⅛ hex body 1. ⅛ 1. ¼ 12 S09 1. ⅛ hex ⅜ 1. ¾ 12 S11 1. ¾ hex onnections part angle adapter ids conn. ids coupling number (inches) (inches). ⅜ ¾ ½. ½ ⅝ coupling conn.. ⅞ 1. ¼ ⅛ 1. ¼ ⅜ 1. ¾ ⅝ onnections part brass adapter thread connection ids ods thread number (inches). ⅜. ½. ¾ 16 03x ⅜. ½ x ½. ⅝ x ⅝. ⅞ x ⅝. ⅞ 1. ¼ 12 05x ⅞ 1. ⅛ 1. ¼ 12 07x ids ods 1. ⅛ 1. ⅜ 1. ¼ 12 09x ⅛ 1. ⅜ 1. ¾ 12 09x ⅜ 1. ⅝ 1. ¾ 12 11x imensions (inches) use with part teflon fiber seal O I I O thread number ¾ 16 TS ⅝. ¾ TS ⅞ ¼ 12 TS ⅜ 1. ½ ¾ 12 TS valve and component notes Steel valves and adapters with ids connections are electrotin plated and can be silver soldered. The valve stem packing can withstand considerable heat, but should be kept as cool as possible. Valves should be slightly open while soldering. Teflon seals should be installed only after all soldering is completed. seal is furnished with each valve, adapter or connection supplied on a vessel. Order additional seals for replacement only. Steel valves with flare connections are cadmium plated. The stem packing will not withstand soldering temperatures, and the valve body must be protected if soldering is done near the valve. 49

50 Protection / Indicators fusible unions part onnections temperature number flare mpt setting union-184.⅜.⅜ 212 F union-58.⅜.½ 212 F union-319.⅜.⅝-18unf 212 F union-67.⅜.½ 275 F union-76.⅜.⅜ 283 F fusible plugs part thread temperature number size (mpt) setting plug-148.⅛ 212 F plug-175.⅜ 212 F plug-265.⅝-18unf 212 F plug-166.⅛ 283 F plug-337.⅜ 283 F plug-364.⅝-18unf 283 F relief valves part onnections pressure number mpt flare setting valve-58.⅜.⅜ 350 psi valve-67.⅜.⅜ 400 psi valve-94.½.⅝ 350 psi valve-102.½.⅝ 400 psi valve-764.½.⅝ 450 psi valve-771.⅜.⅜ 450 psi protection notes Relief valves are installed in a refrigeration system primarily to protect the vessel in the event of fire or other emergency high pressure condition. Fusible unions and plugs protect only in the event of fire. The ⅝ 18UNF union or plug seats in a special ⅜" coupling with a copper zinc coated flare gasket, exactly as an S flare fitting. conventional ⅜" mpt pipe threaded union, plug, or safety valve will also seal on the dryseal pipe thread of the coupling if ever necessary. ll systems must have a relief valve or fuse plug installed in order to comply with the NSI 9.1 code. sight glasses part thread bulls eye number size type SG04.½ mpt float ball SG06.¾ mpt float ball SG08 1.¾ mpt float ball SG10 1.¼ mpt float ball SG11 2.¾ mpt float ball SG12 1.¼ -12 float ball ¾ ROTOK 50

51 rackets F universal dia. mtg holes 5 8 part imensions (inches) number F ½ ½ ⅝ 5.½ ⅝ ⅞ ¾ ¾ 11.⅝ 13 4.⅛ ½ ¼ 14.½ 4.⅛ ½ ¾ 17 4.⅛ ½ (4).4 x 1.9 slots x slots compressor / condenser dia x slots (2) 5 8 dia. holes part imensions (inches) number R R3 6.⅝ 14 R5 8.⅝ 14 R7 10.¾ 14 R9 12.¾ 14 part imensions (inches) number R R R R

52 Industrial Refrigeration Products OS OSF TS OTW M OP FV Standard Refrigeration designs and manufactures a wide variety of industrial refrigeration products. Most cataloged products have been designed for use with R-717 ammonia. Products for industrial applications with halocarbons are also available. ustom esigned Product ue to the highly application-specific nature of most industrial refrigeration systems, many of Standard Refrigeration s heat exchangers and vessels are custom designed to meet our customer s needs. omponents can be designed specifically to meet refrigerant, media and temperature requirements and a wide variety of materials can be specified as well. Vessels can be constructed to diameter sizes up to 60 inches. Reciprocating ompressor oalescing Oil Separators vailable in both hermetic and serviceable designs, coalescing oil separators provide oil separation and limit oil carry-over to approximately 3 10 pounds of oil per million pounds refrigerant depending on system characteristics such as operating conditions, refrigerant, start/stop and load/unload frequency, etc. Typical oldstyle mesh pad separators have carry-over rates on the order of over 10 times that amount. The coalescing oil separator provides a product that will assist in alleviating these concerns. The OS and OSF line of coalescing separators is designed for reciprocating refrigeration compressors and suitable for ammonia (R-717), halocarbons (R-22, R-134a) and hydrocarbons such as propane (R-290). Screw ompressor oalescing Oil Separators Screw compressors require increased oil flow and often require larger separator volume and additional separation methods. Oil separators can be custom designed to your screw compressor application. Oil oolers Standard catalogs both ammonia themosyphon and water-cooled oil cooler designs. mmonia themosyphon models are rated for use with 4GS oil at 130 F out and 95 F R-717 saturation, R- 4:1 overfeed and fouling factor. Water-cooled oil coolers are rated for use with 4GS oil at 180 F inlet and 135 F outlet, 85 F water inlet and 95 F water outlet. ustom units are available upon request. mmonia Flooded vaporators Flooded evaporators are available and can be custom designed to meet your application needs. Units can be custom designed with surge tanks, flange and special connections, waterboxes, sightglasses, oil skimmers, oil pots and level indicator connections. Flooded evaporators are generally built with carbon steel shell and tubing. Stainless steel or titanium tubing options are available as well. mmonia Water-ooled ondensers M water-cooled condensers are constructed with carbon steel shells and tubing and are cataloged for use with ammonia from 5 HP to 1,500 HP. mmonia Oil Pots OP oil pots are contructed with carbon steel shells and are built to 400 psi working pressure. 52

53 OS OSF oalescing Oil Separators specification information MOS Gas Gas S ia Inlet Outlet NPTF OS / / /8 4 1 /2 3 1 /2 OS /2 2 1 /2 1/ / /8 4 1 /2 4 OS / /8 4 1 /2 5 1 /4 OS / / / /4 OS / /4 9 5 /8 6 6 OSF 037* 2 1 /2 2 1 /2 1/ / /2 5 3 /8 4. OSF 147* 3 3 1/ / / /4 OSF 217* 4 4 1/ / /8 7 7 /8 5 1 /4 OSF 252* 5 5 1/ / / * OSF models have removeable flanged heads and replacement filters. Note: use F suffix for optional flange gas fittings (eg. OS-145F). OS models feature welded sealed construction to eliminate gaskets OSF models feature removeable flanged head design for easy changing of coalescer element Models to 250 FM mmonia For use with mmonia or Halocarbon refrigerants Horizontal or space saving vertical installation MOS Replacement Replacement Replacement oalescer oalescer oalescer Gasket Flange oalescer O I ength OSF SPR OSF SPR OSF SPR OSF SPR OSF SPR gas inlet S OS S S gas inlet S dia. NOT: Horizontal or Vertical Installation will determine the functions of the 1/2" NPTF connections. Fittings can serve as oil out, float vent, or safety. Refer to the OS/OSF intallation manual for correct usage. gas outlet S OSF 1/4-18 NPTF Service onnection NOT: OS & OSF models are designed for reciprocating compressor use. ontact factory for screw compressor applications. gas inlet S dia. 53

54 TS mmonia Thermosyphon Oil oolers specification information Materials: Tubes.035 wall carbon steel Shell carbon steel S53 RW Fittings carbon steel onstruction: ode SM Tubes rolled Working Pressures: 400 psi shell side +20 F to 200 F 350 psi tube side +20 F to 200 F Performance Ratings: The oil coolers listed are rated under the following conditions. 4GS oil, 130 F out, 95 F ammonia saturation. Refrigerant R 4:1 overfeed, fouling factor omplete performance data is available from the factory. ustom esigns: ustom designs with special materials are available from the factory. MOS imensions onnections Shipping refrig oil Weight ia ength epth inlet outlet inlet outlet (lbs) TS TS TS TS TS TS TS TS TS ll connections are pipe connections unless otherwise noted. Standard Industrial Refrigeration Products reserves the right to change dimensions without notice. ontact the factory for a final drawing before ordering. ength 1/2 fpt refrig. outlet 1/2 fpt refrig. inlet dia. depth 1/4 fpt oil inlet 3/4 fpt oil outlet 3/4 fpt 1/2 fpt 54

55 Water ooled Oil oolers OTW specification information Materials: Tubes.065 wall carbon steel RW Shell carbon steel S53 RW Fittings carbon steel onstruction: ode SM or U Tubes sealed welded Working Pressures: 400 psi shell side +20 F to 200 F 225 psi tube side +20 F to 200 F Performance Ratings: The water cooled oil coolers listed are rated at the following conditions. 180 F 4GS oil in, 135 F 4GS oil out, 85 F water in, 95 water out. MOS imensions onnections Shipping Water Oil Weight ia ength W F fpt fpt (lbs) OTW OTW * OTW OTW OTW OTW * * water box flange ll connections are pipe connections unless otherwise noted. Standard Industrial Refrigeration Products reserves the right to change dimensions without notice. ontact the factory for a final drawing before ordering. water out water in oil inlet ength 3/4 fpt oil outlet ia F W 3/4 fpt water water oil inlet ength 3/4 fpt oil outlet water-box design ia F W OTW with waterbox 3/4 fpt 55

56 M mmonia Service ondensers Horizontal Super fficient Water ooled ondensers design features & ratings mmonia service arbon steel tubes, tubesheets, shell, water plates and fittings Horizontal, shell and tube design Manufactured per SM pressure vessel code, section VIII 11 M models MOS imensions onnections Shipping ia. ength Height Refrig. (nom l) Water Weight Inlet Outlet (flange) (lbs) M M M M M M M M M M M fpt water box Horizontal or vertical water box fittings are available. Please specify. Standard Refrigeration reserves the right to change dimensions without notice. ontact the factory for a final drawing before ordering. Working Pressures: 350 psi. shell side + 20 F to 200 F 225 psi. tube side +20 F to 200 F ength 1 4" fpt vent refrig. inlet safety 3 4" fpt Height water outlet ia 1 4" fpt drain refrig. outlet water inlet 56

57 OP mmonia Oil Pots design features & ratings Materials: Shell carbon steel S53RW onstruction: ode SM Working Pressures: 400 psi ustom designs available. MOS In Out Vent Shipping H I fpt mpt fpt Weight OP OP OP vent inlet 1 2" npt relief out H I FV mmonia Flooded vaporators ustom designed ammonia evaporators are available. Please contact local sales representative or the factory for more information 57