b'SPRAY TIPS APPLICATORS & SPRAYERSCOMBO-JET 110 DEGREE MID RANGE SPRAY TIPSDRY MATERIALHANDLINGPart # DescriptionMR110-015 Thru MR110-20 110 Degree Flat Fan Nozzle, Mid RangeCombo-Jet 110 Spray Tip Charts For PWM Sprayers For full detailed application information, visit www.wilger.net.! The following charts are based on spraying water in controlled settings, and cannot be replicated in field application. For educational use only to compare different series of spray tips of the same size. TRAILERS VALVES &STRAINERS PLANTERSPRAYER Standard PWM valve specifications are used to illustrate pressure drop. Check with your PWM manufacturer to verify pressure drop specifications, and match chart with appropriate tip pressures.Quick Steps to Pick a Great PWM Spray Tip:Step 1: Size up your tip. Since your sprayer can adjust its duty cycle to accomodate changes in speed/pressure, you will find there are a lot more options to choose from for suitable tips. Select a nozzle that maintains a duty cycle above 50% over the majority of your travel speed, and ensure you can spray at your max speed.Step 2: Qualify the Spray Quality. Once your have your tip size(s), qualify the spray quality to ensure it complies with your chemical label, and then you can compared the different series amongst eachother with the extra information as far as driftable fines/%600 to find a suitable fit.! Disclaimer: These charts are published for comparative purposes to demonstrate the differences in the series of Combo-Jet spray tips.Data used TANKS &ACCESSORIESto populate this chart is extrapolated from third party testing data from a controlled conditions test with water as the testing solution.Actual spray applications with active chemical ingredients may change the spray dynamics and spray tip performance specifications. Wilger is not liable for any misuse or misrepresentation of this information, leading to (but not limited to) incorrect spray application, crop damage, or any other harm (Not limited to human, livestock or environmental).Speed Range (Rounded) Spray Class.; VMD (Droplet Size in ); %141 (Drift %); %600 (Small Droplets)FlowBoom TipSpray Tip & Part #Size RatePSI PSI @ US Gal/Acre; 20 SpacingSR110 Series MR110 Series DR110 Series UR110 SeriesUSGPM 5 GPA 7.5 GPA 10 GPA 12.5GPA 15 GPA Class VMD 141 600 Class VMD 141 600 Class VMD 141 600 Class UR Tip Usage Spray Tip Part #0.13 30 30 2-8 1-5 1-4 1-3 1-3 F 216 24% 98% C 323 11% 94% C 368 7% 92% SR110-015 40287-0150.15 40 40 2-9 1-6 1-4 1-4 1-3 F 200 28% 98% C 279 16% 97% C 329 10% 94% UR series is not yetMR110-015 40291-015PUMPS NOZZLES, TIPS & SPRAY GUNS015 0.17 50 50 2-10 2-7 1-5 1-4 1-3 F 188 32% 98% M 248 20% 98% C 302 12% 95% commercially available in theDR110-015 40286-0150.18 60 59 3-11 2-7 1-5 1-4 1-4 F 178 34% 98% M 226 23% 99% C 282 14% 96% 110-015 size.0.20 70 69 3-12 2-8 1-6 1-5 1-4 F 169 37% 98% F 209 25% 99% M 265 15% 97%0.17 30 29 3-10 2-7 1-5 1-4 1-3 M 220 22% 99% C 317 11% 95% VC 433 5% 82% SR110-02 40287-020.20 40 39 3-12 2-8 1-6 1-5 1-4 F 207 26% 99% C 281 15% 97% VC 394 6% 87% UR series is not yetMR110-02 40291-0202 0.22 50 49 3-13 2-9 2-7 1-5 1-4 F 197 28% 99% M 256 18% 97% C 364 8% 90% commercially available in the DR110-02 40286-020.24 60 59 4-14 2-10 2-7 1-6 1-5 F 189 31% 99% M 237 21% 98% C 339 9% 91% 110-02 size.FITTINGS & HOSE EQUIPMENT CONTROLS & 0.26 70 69 4-16 3-10 2-8 2-6 1-5 F 182 32% 99% M 222 23% 98% C 318 10% 93%0.21 30 29 3-13 2-8 2-6 1-5 1-4 M 237 19% 98% C 353 8% 90% VC 437 5% 79% NEW UR110-025 SR110-025 40287-0250.25 40 39 4-15 2-10 2-7 1-6 1-5 M 223 22% 98% C 322 11% 93% VC 401 6% 86% Droplet Classification &MR110-025 40291-025025 0.28 50 49 4-16 3-11 2-8 2-7 1-5 F 213 25% 98% C 299 13% 95% C 373 8% 89% Information to come in 2020.DR110-025 40286-025Visit website for most up to 0.30 60 58 4-18 3-12 2-9 2-7 1-6 F 204 27% 98% C 280 15% 96% C 350 9% 91% date charts. UR110-025 40292-0250.33 70 68 5-19 3-13 2-10 2-8 2-6 F 196 28% 98% M 263 16% 96% C 331 10% 93%0.26 30 29 4-15 3-10 2-8 2-6 1-5 C 307 11% 95% VC 399 6% 86% XC 484 3% 73% NEW UR110-03 SR110-03 40287-030.29 40 39 4-17 3-12 2-9 2-7 1-6 C 282 14% 96% C 364 8% 90% VC 447 5% 79% MR110-03 40291-032-10 2-8 2-7 M 263 17% 97% C 337 10% 93% VC 419 6% 83% Droplet Classification &DR110-03 COMBO-JET Spray Tips Engineered for New Dicamba Herbicide Formulations 03 0.33 50 48 5-20 3-13 COMBO-JET Spray Tips Engineered for New Dicamba Herbicide Formulations(contd) (contd)Information to come in 2020. 40286-03Visit website for most up to 0.36 60 58 5-21 4-14 3-11 2-9 2-7 M 247 19% 97% C 315 11% 94% C 396 6% 86% date charts. UR110-03 The only spray tips recommended for Pulse Width Modulation Spraying0.39 70 68 6-23 4-15 The only spray tips recommended for Pulse Width Modulation Spraying 40292-033-12 2-9 2-8 M 234 20% 97% C 297 13% 95% C 376 7% 88%PWM Duty CycleIMPORTANT DISCLAIMER FOR GENERAL & DICAMBA-TOLERANT CROP SPRAYING APPLICAIMPORTIONS: TANT DISCLAIMER FOR GENERAL & DICAMBA-TOLERANT CROP SPRAYING APPLICATIONS: (Effective on-time of solenoid) ! VMD(in ) % 141(% Driftable Fines) % 600(% Useful Droplets) (ASABE S572.2 Standard) ! Fine (F)ASABE Spray ClassificationPWM systems adjust rates by the length of time the solenoid(Volume Median Diameter) Percentage of volume which is likelyPercentage of volume which is madeMedium (M)stays open, in order to keep pressure constant for controlled spraySize of the median droplet (in ) forto drift. As wind conditions and boomup of small droplets. As % of usefulSpray quality is categorized based on Always verify the sprant ay tips you intend to use are listed as approved nozzles on your chemicals label for dicamba-tolerantAlways verify the spray tips you intend to use are listed as approved nozzles on your chemicals label for dicamba-tolerCoarse (C)quality. Duty cycle is calculated by dividing your travel speeda sprayed volume. Half of the volumeheight increase, observed spray driftdroplets lowers, coverage is reduced.herbicide applications. The belo and the w PWM tip charts are based on commonly used Pulse Width Modulation (PWM) spray systems, and the herbicide applications. The below PWM tip charts are based on commonly used Pulse Width Modulation (PWM) spray systems,Dv0.1 and VMD droplet sizes by Very Coarse (VC)into the max speed of the spray tip at your pressure. Min/Maxis made up of droplets smaller thanwill increased substantially. Try maintaining highest %600, while3rd party testing from inherent pressure drops that occur through the solenoid associated with them. ENSURE your PWM system follows the same gauge and tip inherent pressure drops that occur through the solenoid associated with them. ENSURE your PWM system follows the same gauge and tip Extr. Coarse (XC)operating duty cycles are 40-100%. (confirm with PWM mfg.) VMD, with half made of droplets larger. Try keep the %141 to a minimum. keeping %141 as low as possible. spray spectrum recording equipment. Ultra Coarse (UC)pressure relationships. ALWAYS confirm pressure at spray tip corresponds with label requirements PRIOR to sprpressure relationships.WAYS confirm pressure at spray tip corresponds with label requirements PRIOR to spraying any chemical. Proper aying any cALhemical. Proper maintenance and observation of system performance to maintain accurate pressures is recommended.maintenance and observation of system performance to maintain accurate pressures is recommended.FlowSprayer Speed Range (Rounded) Spray Class.; VMD (Droplet Size in ); %141 (Drift %); %600 (Small Droplets)BOOM TIPSpray Tip & Part #Size RatePSI PSI @ US Gallons/Acre on 20 Spacing SR110 Series MR110 Series DR110 Series UR110 Series COMBO-JET MR Series Spray Tips: 2nd Stage Drift Reduction for Balanced Drift & CoverageUSGPM COMBO-JET MR Series Spray Tips: 2nd Stage Drift Reduction for Balanced Drift & Coveragey Tip Pthe MR series spr5 GPA 7.5 GPA 10 GPA 15 GPA 20 GPA ClassVMD 141600ClassVMD 141600ClassVMD 141600Class UR Tip Usage Spra ! NOTE: Note, art # e driftable fines.ay tips are certified for use with only a few of the Dicamba Herbicide chemical labels, as they provide finer coverage (compared to the UR & DR series) at the cost of more driftable fines.! NOTE: Note, the MR series spray tips are certified for use with only a few of the Dicamba Herbicide chemical labels, as they provide finer coverage (compared to the UR & DR series) at the cost of morAlways review and follow chemical label requirements for nozzle selection, min/max tip pressure, and all nozzle appliication requirements. Always review and follow chemical label requirements for nozzle selection, min/max tip pressure, and all nozzle appliication requirements.0.34 30 28 5-20 3-13 2-10 2-7 1-5 C 319 10% 93% VC 425 4% 83% - - - - - UR tips are specialty spray tipsSR110-04 40287-040.39 40 37 6-23 4-15 Standard Spray System Specifications XC 478 4% Pulse Width Modulation System Spray Specifications Pulse Width Modulation System Spray Specifications3-12 2-8 1-6 C 294 13% 95% C 386 6% 88% 74% UC to produce ultra coarse spray. MR110-04 Standard Spray System Specifications40291-0404 0.43 50 47 6-26 4-17 3-13 2-9 2-6 C 275 15% 96% C 355 8% 91% VC 447 5% 79% UC Refer to chemical applicationDR110-04 40286-040.47 60 56 7-28 5-19 4-14 2-9 2-7 TipFLOWC 330 9% 93% VC 421 6% PWMUC 15 US Gallon/Acre Application 20 US Gallon/AcrTip e ApplicationFLOWSprayer Speed @PWM15 US Gallon/Acre Application 20 US Gallon/Acre Applicationlabel for maximum pressures, SPRAY TIP M 259 17% 96% Sprayer Speed @82% speeds and applicationUR110-04 SPRAY TIPGUIDANCE40292-04information. Pres.RATE0.51 70 66 8-30 5-20 4-15 3-10 2-8 Pres.RATE C Application Rate400 6% GaugeSPEED (MPH) @ % DUTY CYCLE SPEED (MPH) @ % DUTY CYCLE Application RateGaugeSPEED (MPH) @ % DUTY CYCLE SPEED (MPH) @ % DUTY CYCLEPICTURE & PART # (US GPA) UR tips are specialty spray tipsPICTURE & PART # (US GPA)M 245 18% 97% 309 10% 95% C 84% UC0.48 40 36 7-28 5-19 4-14 2-9 2-7 (PSI) (US GPM) VC 459 4% 76% XC 513 3% Pres. UC 25% 50% 75% 100% 25% 50% (PSI)75%(US GPM)100% Pres. 25% 50% 75% 100% 25% 50% 75% 100%C 334 10% 93% 66% SR110-05 40287-05to produce ultra coarse spray.05 0.53 50 45 8-32 5-21 4-16 - #40291-06 Specifications VC 15 GPA 80% XC A 492 3% PSI UC MR110-06 @ 15 US GPA 40291-05 SpecificationsA 15 GPA 20 GPA PSI MR110-06 @ 15 US GPA MR110-06 @ 20 US GPAMR110-06MR110-06 @ 20 US GPMR110-063-11 2-8 C 308 12% 94% 427 5% 20 GP 70% Refer to chemical applicationMR110-05 - #40291-060.58 60 54 9-35 6-23 4-17 3-12 2-9 C 287 14% 95% C 400 6% 83% XC 475 3% 73% UC label for maximum pressures,DR110-05 40286-05MR SINGLE PRE-ORIFICE DESIGN 25 0.47 9.4MPH 7.0MPH 29 2.3 4.7 7.0 - Patented - 9.4 1.8 3.5 255.3 0.477.0 9.4MPH 7.0MPH 29 2.3 4.7 7.0 9.4 1.8 3.5 5.3 7.0MR SINGLE PRE-ORIFICE DESIGN- Patented - speeds and application 0.63 70 63 9-37 6-25 5-19 3-12 2-9 M 269 15% 96% C 378 7% 85% XC 460 4% 75% UC information. UR110-05 40292-0530 0.52 10.3MPH 7.7MPH 34 2.6 5.1 7.7 10.3 1.9 3.9 305.8 0.527.7 10.3MPH 7.7MPH 34 2.6 5.1 7.7 10.3 1.9 3.9 5.8 7.70.56 40 35 8-33 6-22 4-17 3-11 2-8 C 393 7% 87% XC 490 3% 71% XC 547 2% 61% UC UR tips are specialty spray tipsSR110-06 40287-060.63 50 43 9-37 6-25 5-19 3-12 2-9 35 358 0.56 11.1MPH 8.3MPH 519 3% 40 UC 2.8 5.6 y.8.3 11.1 2.1 4.2 356.3 0.568.3 11.1MPH 8.3MPH 40 2.8 5.6 8.3 11.1 2.1 4.2 6.3 8.3to produce ultra coarse spra06 C 9% 90% XC 465 4% 76% XC 65% Refer to chemical applicationMR110-06 40291-060.69 60 52 10-41 7-27 5-20 3-14 3-10 C 330 0.60 VC 443MPH 8.9XC 496 3% 46 UC 3.0 5.9 8.9 11.9 2.2 4.5 406.7 0.608.9 11.9MPH 8.9MPH 46 3.0 5.9 8.9 11.9 2.2 4.5 6.7 8.940 11% 92% 11.95% 79% MPH 69% label for maximum pressures, DR110-06 40286-06speeds and application 0.74 70 61 11-44 7-29 5-22 4-15 3-11 C 306 12% 93% VC 426 5% 81% XC 476 3% 71% UC 3.3 6.6 10.0 13.3 2.5 5.0 507.5 0.67 13.3MPH 10.0MPH 57 3.3 6.6 10.0 13.3 2.5 5.0 7.5 10.050 0.67 13.3MPH 10.0MPH 57 information. UR110-06 40292-06 10.00.71 40 32 11-42 7-28 5-21 4-14 3-11 XC 445 6% 68% UC 522 4% 54% UC 606 3% 42% UC UR tips are specialty spray tipsSR110-08 40287-08 MPH MPH60 0.73 14.5MPH 10.9MPH 69 3.6 7.3 10.9 14.5 2.7 5.5 608.2 0.73 14.510.969 3.6 7.3 10.9 14.5 2.7 5.5 8.2 10.9to produce ultra coarse spray. 10.90.79 50 39 12-47 8-31 6-24 4-16 3-12 XC 410 7% 74% UC 486 5% 61% UC 571 4% 47% UC Refer to chemical applicationMR110-08 40291-08label for maximum pressures,MR110-08 -MR110-08 @ 20 US GP08 MR110-08 -#40291-08 Specifications 15 GPA 20 GPA PSI MR110-08 @ 15 US GPA #40291-08 SpecificationsA 15 GPA 20 GPA PSI MR110-08 @ 15 US GPA MR110-08 @ 20 US GPA0.87 60 47 13-52 9-34 6-26 4-17 3-13 XC 382 8% 78% XC 455 6% 65% UC 543 4% 50% UC DR110-08 40286-080.94 70 55 14-56 MR SINGLE PRE-ORIFICE DESIGN 25 359 0.63 12.5MPH 9.4MPH 519 4% 32 UC 3.1 6.3 9.4 12.5 2.3 4.7 257.0 0.639.4 12.5MPH 9.4MPH 32 3.1 6.3 9.4 12.5 2.3 4.7 7.0 9.4speeds and applicationMR SINGLE PRE-ORIFICE DESIGN9-37 7-28 5-19 3-14 VC 9% 80% XC 430 6% 69% UC 53% information. UR110-08 40292-08- Patented - - Patented -0.84 40 28 12-50 8-33 6-25 4-17 3-12 UC 480 6% 60% UC 533 4% 51% - - - 38 - 3.4 6.9 y tipsSR110-10 40287-10 5.1 30 7.7 0.69 13.7MPH 10.3MPH 38 3.4 6.9 10.3 13.7 2.6 5.1 7.7 10.330 0.69 13.7MPH 10.3MPH - UR tips are specialty spra 10.3 13.7 2.6 10.3to produce ultra coarse spray.10 0.94 50 35 14-56 9-37 7-28 5-19 3-14 XC 444 7% 67% UC 497 5% 57% UC 651 3% 35% UC Refer to chemical applicationMR110-10 40291-10 358.3 0.75 14.8MPH 11.1MPH 44 3.7 7.4 11.1 14.8 2.8 5.6 8.3 11.135 0.75 14.8MPH 11.1MPH 44 3.7 7.4 11.1 14.8 2.8 5.6 11.1NH3 PRODUCTS1.03 60 42 15-61 10-41 8-31 5-20 4-15 XC 414 8% 72% XC 468 5% 61% UC 628 3% 38% UC label for maximum pressures,DR110-10 40286-1040 0.80 15.8MPH 11.9MPH 51 4.0 7.9 11.9 15.8 3.0 5.9 408.9 0.80 15.8MPH 11.9MPH 51 4.0 7.9 11.9 15.8 3.0 5.9 8.9 11.9speeds and application11.91.11 70 49 17-66 11-44 8-33 6-22 4-17 XC 389 8% 75% XC 444 6% 64% UC 608 4% 40% UC information. UR110-10 40292-1050 0.89 17.7MPH 13.3MPH 63 4.4 8.9 13.3 17.7 3.3 6.6 5010.0 0.89 17.7MPH 13.3MPH 63 4.4 8.9 13.3 17.7 3.3 6.6 10.0 13.313.360 0.98 19.414.576 4.8 9.7 14.5 19.4 3.6 7.3 6010.9 0.98 19.4MPH 14.5MPH 76 4.8 9.7 14.5 19.4 3.6 7.3 10.9 14.514.5ADAPTER CAPS MPH MPH #40204-00 #40204-00#40203-00#40203-00 Part # Description Cap Adapter for Square Lug Nozzle BodiesCap Adapter for Square Lug Nozzle Bodies Square Lug Cap Adapter for Square Lug Cap Adapter forTECHNICAL INFORMATION40204-00 SQ Lug (TeeJet) To Combo-Jet Adapter-Lock Ring (New) , Arag, etc.)(TeeJet, Hypro, Arag, etc.)Combo-Jet Nozzle Bodies (TeeJet, Hypro Combo-Jet Nozzle BodiesIf you have a square lug nozzle body (brandshave a square lug nozzle body (brands 40203-00 Combo-Jet To SQ Lug (TeeJet) Adapter If youy, and needIf you have a Combo-Jet nozzle body, and need If you have a Combo-Jet nozzle bodlike TeeJet, Hypro, Arag), you will need an adapterto adapt it to a square lug sprlike Tay tipeeJet,, using theHypro, Arag), you will need an adapterto adapt it to a square lug spray tip, using the QJ-W-PP Wilger Combo-Jet Body To TeeJet/Hypro Tip/Cap ay tips. Combo-Jet to square lug cap adapter is easy.to use Combo-Jet spray tips. Combo-Jet to square lug cap adapter is easyto use Combo-Jet spr.55240-CELR Hardi To Quick Jet Simply put the adapter on the square lugs, thenSimply put the adapter on the square lugs, then turn the lock-ring to seal the nozzle. Easy! turn the lock-ring to seal the nozzle. Easy!COMMON QUESTIONS ABOUT USING PWM SPRAYERS & COMBO-JET SPRAY TIPSCOMMON QUESTIONS ABOUT USING PWM SPRAYERS & COMBO-JET SPRAY TIPS ! ! With Pulse Width Modulation spray systems increasing in use, it is incredibly important to use correctly sized drift reduction sprayWith Pulse Width Modulation spray systems increasing in use, it is incredibly important to use correctly sized drift reduction spray INDEXtips with the systems. Wilgers TIP WIZARD spray tip calculator provides the most versatile calculator for pulse width modulation sprtips with the systems. Wilgers TIP ayWIZARD sprers,ay tip calculator provides the most versatile calculator for pulse width modulation sprayers, allowing users to see exceptional information relating to % drift, % of small droplets (coverage), as well as calculates your duty callowing users to see exceptional inforycle at any mation relating to % drift, % of small droplets (coverage), as well as calculates your duty cycle at any speed range.323 speed range. For a few commonly asked questions, regarding the use of Combo-Jet spray tips with PWM systems:For a few commonly asked questions, regarding the use of Combo-Jet spray tips with PWM systems:1. Can all Combo-Jet spray tips be used on PWM spray systems? 1. Can all Combo-Jet spray tips be used on PWM spray systems?Yes. The way Wilgers drift reduction spray tips are designed allow them to maintain similar and greater levels of drift reduction compared to an air Yes. The way Wilgers drift reduction spray tips are designed allow them to maintain similar and greater levels of drift reduction compared to an air induction spray tip; however, with the closed chamber design, it allows for the PWM spray system to continue operainduction sprating like normal.y tip; however, with the closed chamber design, it allows for the PWM spray system to continue operating like normal. 2. What is my ideal duty cycle when choosing a PWM spray tip? 2. What is my ideal duty cycle when choosing a PWM spray tip?The duty cycle modulates the flow of a tip to keep a rate consistent across speed ranges, while applying the same pressure aThe duty cycle modulat the tip (ftes the for identical low of a tip to keep a rate consistent across speed ranges, while applying the same pressure at the tip (for identical coverage). As long as the duty cycle is maintained above 50% and under 100%, it should be suitable, but an coveraideal duty cycle might be around the 70-ge). As long as the duty cycle is maintained above 50% and under 100%, it should be suitable, but an ideal duty cycle might be around the 70-80% mark, as it allows significant increased speed (e.g. down a hill), as well as allows significant decreased speed without ra80% mark, as it allows significant increased speed (e.g.te shortages/overages.down a hill), as well as allows significant decreased speed without rate shortages/overages.'