HAGO - sprayernozzle.com.tw

1 100% TESTED100% GUARANTEED100% STAINLESS STEELHAGOPRECISIONOIL BURNERNOZZLESPRECISION MANUFACTURINGis a way of life at hago . From our beginnings in 1937,craftsmanship and innovation havemade quality and reliability the cornerstone of our are one of the few nozzlemanufacturers who fabricates allof its components in-house -even designing and building mostof the machinery that producesour nozzles. This gives us totalcontrol over the quality of ourproducts, and is a key r eason whyour nozzles remain the standar din the industr y. Every hago nozzleis individually tested and guaran-teed against defects in materialand one of the world's largest nozzle manufacturers, Hagomakes them for virtually everytype of oil bur ner, including spe-cialty nozzles for aerospace andindustrial applications. And wenever stop searching for betternozzle designs. Our exclusiveRibbed Filter is a r ecent innova-tion that provides the largest filtration area in the industr , craftsmanship and innovation - a way of life at hago .

2 (Left) A sampling of the exotic machinecomponents, pneumatic controls andstepping motors used in the constructionof hago s highly automated productionmachinery. (Below) Precision grinding of the tiny orifice cutting tools used on hago sproduction lines is also done in-house to maintain total quality control, fromstart to SIMPLEX OIL BURNER NOZZLESD eveloped and refined over many decades, hago nozzles represent the state-of-the-artin the industr y. They are fabricated entirely(except for filtration materials) of a specialhigh chrome, heat and corrosion resistingstainless steel. Our quality control programis second to none ever y hago nozzle isoil-tested for uniform flow rate, sprayangle, spray concentricity, spray balanceand spray quality. Our Simplex nozzles areavailable in flow rates from .40 to in standard sizes and angles. Specialsizes, angles and materials are also avail-able on request. 2 CRAFTED WITH PRIDE IN THE USAHAGO: INNOVATION SINCE 1937BY-PASSING OIL BURNER NOZZLESAlso known as variable flow nozzles, these are nozzlescapable of producing turndown ratiosof 4:1.

3 hago 's by-passing nozzles areunique in that they maintain a ver ysteady spray angle across the entireturndown range. Other brands oftenvar y as much as 15 degrees fromopen to closed by-pass , our nozzles produce astraight line cur ve of pressure vsflow, thereby allowing an enhancedcontrol of flow modulation. HUMIDIFYING NOZZLESHago specializes in low flow, fine atomizing nozzles, so ourexpertise is valuable in producing humidifying nozzles forhome, agriculture and industr y. Atomizing nozzles are avail-able in various grades of stainless steel as well as are commonly produced in the same basic configura-tion as oil burnernozzles, but arerated on #4023 nozzlehas a built incheck-valve toshut off the ori-fice during the offcycle, eliminating after drip . Our Mini nozzle,available in brassor stainless steel is widely used in green houses and forpoultr y and hog fogging. When it comes to humidifying nozzles, we have the solution.

4 INDUSTRIALOIL BURNERNOZZLESHago offers a complete line of AirOperated or DirectPressure nozzlesfor firing rates upto 600 GPH. Thesenozzles embodythe expertisegained from overfive decades ofdesigning and manufacturing oilburner NOZZLE ANTI-DRIP VALVEThis simply designed device is the answer to the longsought after solution to the problems associated with nozzleafter-drip. This combination strainer/check valve screwsdirectly on to the nozzle in place of the normal nozzle filteror strainer. Without requiring any adjustments of the pumpand without changing the nozzle s spray characteristics inany way, the EcoValve produces a razor sharp cutoff of thespray at burner shutdown. No more after-drip caused bypressure dissipation or air bubbles and after-drip caused byheat expansion of the oil is tremendously reduced, as the shutoff is right at the nozzle, instead of in thepump or 6 back at the solenoid, the closure is instanta-neous and greatly more effective.

5 The EcoValve features awide differential between opening and closing points and isequally effective over a wide range of flow rates and operat-ing NOZZLE DESIGN & MANUFACTURINGHago frequently accepts the challenge of working with firmsto develop solutions for specialized nozzle applications. Ourteam of experienced nozzle experts, working with the latestin computer-aided design and manufacturing technologies,including CNC precision machine tools and our unique sprayanalysis lab, has given us the ability to succeed where oth-ers have failed. For example, when no other nozzle companyproved capable, NASA and hago engineers developed andare now producing a highly complex specialty nozzleemployed on all Space further information about any of the above ser vices,please call our Customer Ser vice at (908) AND CAPABILITIES3 Models/Pressure RangesModel LC -For operation at Low pressures. Opens @ 90psi ( Bar), closes @ 55 psi ( Bar).

6 Model MC - For operation at Medium pressures. Opens @ 115 psi ( Bar), closes @ 70 psi ( Bar). Model HC -For operation at High pressures. Opens @ 135psi ( Bar), closes @ 80 psi ( Bar).FeaturesEver y valve isindividuallytest-ed and calibrat-ed for openingand closingpoints. Largeinternal pas-sages resistclogging. At 100psi: Zero pres-sure drop to One psipressure drop GPH. Fivepsi pressuredrop to 15 GPH. Uncomplicatedreliable BURNER NOZZLE SERIES H - HOLLOW cone - RED CAPSThis series distributes the atomized oil particles evenlytoward the outside of the spray cone . These nozzles are particularly well suited for low firing rates and burners witha hollow air pattern. Normally used in wider spray angles. ES - SOLID cone - GREEN CAPSOur original solid cone series for low flow rates. Availablefor applications specifying a solid ES pattern. P - SOLID cone - GREEN CAPSThe P type is an extension of our B and ES series forfiring rates of GPH and above.

7 It produces a solidcone pattern in the low rates and becomes more hollow asthe flow rate increases. Specially designed with a pocketeddisc to reduce combustion noises and pulsation. S-S - SEMI SOLID cone - BLUE CAPSMost suitable for general applications where exact air pat-tern or spray pattern requirements can t be distribution is relatively even across spray cone insmaller flow rates, but becomes more hollow as flow ratesincrease. LC - LARGE CAPACITY - BLUE CAPST hese nozzles are uniquely designed for outstanding combustion in large commercial burners. They have largeinternal passageways to accommodate high flow produce a semi-solid universal pattern. B - SOLID cone - BLACK CAPSD esigned to give optimum combustion efficiency on highstatic pressure flame retention burners which specify a B pattern. As compared to our ES pattern, somewhat morefuel is concentrated towards the center of the .65 - GPH45 .40 - GPH60.

8 40 - GPH70 .40 - GPH80 .40 - GPH90 .50 - GPH30 .65 - GPH45 .40 - GPH60 .40 - GPH70 .40 - GPH80 .40 - GPH90 .50 - GPH30 .40 - GPH45 .40 - GPH60 .40 - GPH70 .40 - GPH80 .40 - GPH90 .40 - GPH30 .40 - GPH45 .40 - GPH60 .40 - GPH70 .40 - GPH80 .40 - GPH30 - GPH45 - GPH60 - GPH70 - GPH80 - GPH45 - GPH60 - GPH80 - GPH EH - EXTRA HOLLOW cone - RED CAPSThe type EH is an extension of our hollow cone from GPH through GPH. It is specifiedin many commercial - GPH70 - GPHSPRAY PATTERNDESCRIPTIONSPRAY ANGLEFLOW RATE RANGE**FOR AVAILABLE STANDARD FLOW RATE INCREMENTS, SEE TABLE OPPOSITE ON P. 54 DFN - DUAL FILTRATION - YELLOW CAPSA vailable in hollow (DFN-H) and solid cone (DFN-B) patterns,the DFN nozzles give enhanced protection against cloggingin the ver y low flow .30 - GPH60 .30 - GPH70 .30 - GPH80 .30 - GPHSPECIFICATIONSNOZZLE SPECIFICATIONSN ozzles are provided with hago 's unique ribbed sintered bronze filters onsizes up through GPH.

9 Larger sizes are equipped with 120 meshstrainers. Large Capacity (LC) nozzles are supplied as tips only . All nozzle components are fabricated entirely of a special high chrome, heatresistant grade of stainless steel. Sintered filters are made of bronze andare nominally rated for filtration to 40 microns. Mesh screens are of Type304 stainless steel on brass support SPECIFICATIONSAll hago oil burner nozzles are 100% tested on oilfor accuracy of flowrate, spray angle, concentricity and spray quality. This individual testing isyour assurance of top quality and consistency. Test Conditions:35 SSUviscosity oil ( Cstk) @ 100 F.; specific gravity = .825 @ 60 F., testpressure = 100 Tolerances:.30 - .45 GPH: = +10%/-0%.50 - .85 GPH: = +5%/-3% - GPH = +5%/-2% GPH & up = + of Inspection: 100%ORDERING INFORMATIONFor nozzles: Specify quantity, flow rate, spray angle and : (12) .85 80 adapters: Specify quantity, pipe connection, model and : (15) 1/4"standard brass Flow Rate Increments(Gallons per hour @ 100 psi) AAB3/4 HEX9/16-24 NEF 3/8-40 UNS-2A spray Angle Tolerances:30 & 45 = +10 /-0 60 , 70 , 80 & 90 = +5 /-0 5/8 HEX1-5 NEF 2 ANOZZLE TIPNOZZLE DISCPOROUS BRONZE FILTERS tandard DimensionsSHORT1 STANDARD1-3/8 LONG21/8-27 NPTor1/4-18 NPTABSHORT3/8 STANDARD17/32 LONG1-3/32 ASIMPLEX OIL BURNER - - - - - - - - - - - - - - - - - - - - - - - - - - - 100 Blue CapsBrand InterchangeHAGODELAVANMONARCHDANFOSSSTEI NENNOTICE: The Interchanges shown above are Rule of Thumb recommendations only.

10 Combustion tests must be made on ever yinstallation to assure proper per formance. Burner manufacturer srecommendations should always be Burner Nozzle Flow Rates at Various Operating PressuresTECHNICAL INFORMATION6 Pressure vs FlowFor general purposes, change in flow rate due to change inpressure can be estimated as being approximately equal tothe square root of the pressure ratio. Therefore:Flow @ the desired pressure = rated flow @ 100 psi F2= FR xP2/PRExample 1:To determine the flow rate of a gph nozzle@ 145 psi, multiply times the square root of 145 or XTherefore the flow rate would be about :Another way to describe the relationship of pressure vsflow is to remember that in order to double the nozzle flow,you would have to quadruple the line what if you want to make the reverse calculation?Suppose you have a gph nozzle but you want to adjustthe pressure to obtain a flow rate of gph and you arewondering what pressure is 2:Required pressure = (Desired flow rate/Ratednozzle flow rate) P2= (F2/FR)2.