MAXIMUM FREE PASSAGE FULLJET SPRAY NOZZLES UNIQUE DESIGN MINIMIZES CLOGGING, PROVIDES SUPERIOR PERFORMANCE

Size: px

Start display at page:

Download "MAXIMUM FREE PASSAGE FULLJET SPRAY NOZZLES UNIQUE DESIGN MINIMIZES CLOGGING, PROVIDES SUPERIOR PERFORMANCE"

James Mathews
6 years ago
Views:

1 MAXIMUM FREE PASSAGE FUJET SPRAY NOZZES UNIQUE DESIGN MINIMIZES COGGING, PROVIDES SUPERIOR PERFORMANCE

2 The liquid comes in contact with the vane as it enters the nozzle. The unique vane design stabilizes the fluid before it enters the swirl region. The swirling liquid passes through the nozzle and breaks up as it exits the nozzle orifice. The spray pattern produced is a well-defined full cone spray pattern. How the MFP FullJet Nozzle Works The large open passages in the nozzle minimize clogging. REDUCE COSTY COGGING PROBEMS WITH MFP FUJET NOZZES UNIQUE DESIGN PROVIDES ARGEST FREE PASSAGE OF ANY FU CONE NOZZE If you re using a conventional full cone nozzle or a competitive maximum free passage nozzle and are challenged by clogging problems, it s time to make a change. Our MFP FullJet nozzles feature a unique vane design and provide the largest free passage available in a full cone nozzle. You ll experience benefits like: Minimized risk of clogging even when using debris-filled or recirculated liquid COMPARING FREE PASSAGE BETWEEN MFP FUJET NOZZES AND STANDARD FUJET NOZZES Particulates that are 30 to 75% larger in diameter can pass through MFP FullJet nozzles without clogging. argest particle to pass through standard full cone nozzles argest particle to pass through maximum free passage full cone nozzles Reduced unscheduled downtime due to clogged nozzles Improved product/process quality by eliminating problems caused by distorted spray patterns due to contaminants trapped in the nozzle spray.com spray Intl. Tel:

MFP FullJet Nozzle More uniform distribution throughout the spray True full cone spray pattern UNIQUE DESIGN PRODUCES A MORE UNIFORM SPRAY PATTERN FOR SUPERIOR PERFORMANCE Competitor A arge Free

3 MFP FullJet Nozzle More uniform distribution throughout the spray True full cone spray pattern UNIQUE DESIGN PRODUCES A MORE UNIFORM SPRAY PATTERN FOR SUPERIOR PERFORMANCE Competitor A arge Free Passage Nozzle Center of spray is light Outer edges of spray are heavy Similar appearance to a hollow cone spray pattern SPRAY PATTERN UNIFORMITY ACROSS THE ENTIRE SPRAY COVERAGE AREA IS ESSENTIA TO OPTIMIZING APPICATION RESUTS Our MFP FullJet nozzles eliminate coverage problems associated with other large free passage nozzles. Competitive nozzles produce a spray pattern more like a hollow cone pattern with heavy edges and light centers. MFP FullJet nozzles produce a true full cone pattern with consistent coverage throughout the entire spray to ensure better cleaning, cooling, quenching, dust suppression and more. Side-by-side testing shows the performance differences between our MFP FullJet nozzles and competitive nozzles. Nozzles tested are of identical size, capacity and spray angle (90 ) and were spraying at 0 psig (.38 bar). Spray pattern photography (above) shows the visible differences in the pattern and distribution data (right), collected while the nozzles were spraying, quantifies the performance differences. Volume Volume MFP FullJet Nozzle Number of collection tubes filled Competitor A arge Free Passage Nozzle Number of collection tubes filled spray.com spray Intl. Tel:

4 -/4" -/" male or female inlet connection, 36 stainless steel " 3" male or female inlet connection, 36 stainless steel A BROAD RANGE OF CAPACITIES, CONNECTIONS AND SPRAY ANGES ENSURES YOU FIND THE PERFORMANCE YOU NEED /8" /4" male inlet connection, brass, 303 stainless steel or 36 stainless steel NEW /8" AND /4" SIZES FOR OW FOW OPERATIONS /8" and /4" threaded male connections. Choice of brass, 303 stainless steel or 36 stainless steel. Vane material same as body material Plus: 3/8" to " threaded male and female connections with 36 stainless steel vane and choice of brass or 36 stainless steel bodies -/4" to 3" threaded male and female connections in 36 stainless steel Spray angles: 60, 90 or 5 Flow rates up to 705 gpm (670 lpm) Operating pressures up to 80 psi (6 bar) MFP FUJET NOZZES ARE IDEA FOR: Applications plagued by clogging problems Washdown of mist eliminator blades, filter pads and distribution plates Washing coal, sand and other minerals Process cooling Gas cooling and flue gas desulfurization Blanching machines Dust suppression Fire protection of off-shore platforms, storage tanks and hazardous loading areas Flooding/deluge fire protection systems Foam control Aerating waste water ORDERING INFORMATION MAXIMUM FREE PASSAGE (MFP) FUJET NOZZE Inlet Conn. Nozzle Type Example Material Spray Capacity Code Angle Size HHMFP SS BSPT connections require the addition of a B prior to the inlet connection. No material code required for brass. Use SS as material code for 36 stainless steel MFP nozzles.

5 PERFORMANCE DATA Inlet Conn. Nozzle Type HMFP HHMFP Capacity Size Approx. Free Passage Dia. Flow Rate Capacity gallons per minute (liters per minute) 0 psi 0 psi (.5 bar) 80 psi (6 bar) ( ) 60 Series 90 Series 5 Series 0 psi 0 psi 0 psi (.) 0.7 (0.7) 0.3 (0.9) 0.30 (.) 0.4 (.5) / (.6) 0.35 (.3) 0.47 (.8) 0.63 (.5) 0.84 (3.) (.0) 0.43 (.6) 0.58 (.3) 0.77 (3.0).03 (3.9) / (.4) 0.70 (.7) 0.94 (3.7).5 (4.9).68 (6.3) (3.). (4.6).6 (6.3).5 (8.4).87 (0.9) (3.).4 (5.3).8 (7.).4 (9.5) 3. (.6) /8.56 (4.0). (8.4).9 (.4) 3.8 (5.0) 5. (9.8) (4.8) 3. (.) 4. (6.5) 5.6 () 7.4 (9) (4.8) 3. (.) 4. (6.5) 5.6 () 7.4 (9) / 5.9 (5.5) 5. (9.4) 6.7 (6) 8.9 (35).7 (46) (6.4) 5.7 () 7.5 (9) 9.9 (39) 3. (5) (7.) 7.0 (7) 9. (36). (48) 6. (63) (7.9) 8.4 (3). (43) 4.6 (57) 9.3 (76) (8.7) 0.0 (38) 3. (5) 7.4 (68) 3 (90) (9.5).0 (46) 5.8 (6) (8) 8 (08) (9.5).0 (46) 5.8 (6) (8) 8 (08) (0.3) 5.0 (57) 9.5 (76) 5 (99) 33 (9) (.) 7.0 (65) (86) 9 (3) 37 (46) (.) 7.0 (65) (86) 9 (3) 37 (46) (.9) 0 (76) 6 (0) 34 (3) 44 (7) / (.7) (84) 9 () 37 (46) 48 (89) (3.5) 4 (9) 3 () 4 (59) 53 (07) (4.3) 6 (99) 34 (3) 44 (7) 57 (4) (3.7) 4 (9) 3 (6) 43 (70) 58 (7) (4.) 6 (99) 35 (37) 47 (84) 63 (46) (4.5) 8 (07) 38 (47) 50 (98) 68 (65) / (5.0) 30 (4) 4 (64) 58 (6) 80 (33) (6.0) 35 (33) 48 (9) 67 (64) 93 (365) (6.8) 40 (53) 55 (8) 77 (30) 06 (48) (7.8) 45 (7) 6 (45) 86 (339) 9 (470) (9.3) 50 (9) 70 (74) 97 (38) 35 (533) (0.8) 60 (9) 84 (39) 6 (459) 6 (639) (.8) 70 (67) 98 (384) 36 (535) 89 (746) (4.6) 80 (305) (439) 55 (6) 6 (85) (5.4) 00 (38) 37 (539) 88 (739) 58 (03) / 00. (30.7) 0 (457) 65 (647) 6 (887) 309 (6) (34.5) 40 (534) 9 (755) 63 (035) 36 (49) (35.8) 70 (648) 33 (97) 30 (57) 438 (73) (5.4) 80 (686) 4 (949) 35 (74) 436 (7) (43.9) 00 (76) 69 (054) 36 (46) 485 (90) (55.9) 40 (94) 3 (65) 433 (699) 58 (8) Maximum free passage diameter is the maximum diameter as listed of foreign matter that can pass through the nozzle without clogging. spray.com spray Intl. Tel:

6 DIMENSIONS AND WEIGHTS HHMFP (M) FUJET /8", /4" Hex. /8.7, 3.5, (7.8) 7/ (0.0) /4 7, 0.87 (.) 9/ (0.0) HMFP (F) FUJET 3/8", /", ", ", -/4" AND -/" SIZES 3/8 / -/4 -/ Hex. 4, 3 3 5, , 0 0, 50, 70 70, 00, 0, 40, 60 40, 60, 80, 300, 350, 400, (37.).70 (43.).770 (45.0).0 (53.9).400 (6.0).637 (67.0) (78.0) 3.50 (8.6) (95.3) (.3) 3/6 3/6 -/4-3/8-3/8 - -3/6.4 (0.07).5 (0.07) 4.5 (0.3) 4.6 (0.3) 8.9 (0.5).6 (0.36) 3.3 (0.38).5 (0.64) 30.5 (0.86) 35.3 (.0) Dia. HMFP (F) FUJET ", -/" AND 3" SIZES 500, 600, 700, (65.8) (.5) -/ 000, 00, 400, (03.) 3-3/ (.65) 3 800, 000, (39.8) 4-3/6 4.6 (3.5) HHMFP (M) FUJET 3/8", /", ", ", -/4" AND -/" SIZES 3/8 / -/4 -/ Hex. 4, 3 3 5, , 0 0, 50, 70 70, 00, 0, 40, 60 40, 60, 80, 300, 350, 400, (5.4).70 (43.).5 (3.).98 (55.8).80 (46.0).73 (68.9) 3.00 (78.7) 3.50 (8.6) (95.3) (.3) /6 7/8 -/8-3/8-3/8 - -3/6.4 (0.04) (0.06).4 (0.07) 4.9 (0.4) 5 (0.4).5 (0.33). (0.34).5 (0.64) 3 (0.9) 36.7 (.04) Dia. HHMFP (M) FUJET ", -/" AND 3" SIZES 500, 600, 700, (65.8) (.5) -/ 000, 00, 400, (03.) 3-3/ (.65) 3 800, 000, (39.8) 4-3/6 4.6 (3.5) Based on largest/heaviest version of each type. North Avenue and Schmale Road, P.O. Box 7900, Wheaton, I USA Tel: SPRAY Fax: SPRAY Intl. Tel: Intl. Fax: Bulletin No. 703C Printed in the U.S.A. Spraying Systems Co. 07

F o a m C o n t r o l C l e a n i n g

Full Cone s Absorption Fire Protection Chemical Injection Rinsing F o a m C o n t r o l C l e a n i n g Gas Treatment esuperheating Mist Elimination Cooling ust Control B Full Cone s Introduction CHOOE