Control your coverage. Control your drift. All with one tip.

Transcription

1 Control your coverage. Control your drift. All with one tip. COMBO-JET ER, SR, MR & DR Droplet Selective Tip-Caps deliver consistent and proven drift reduction while providing a choice level of coverage 80 & 1 Tip Charts - Litres/Hectare on Spacing For Standard and PWM Sprayer Systems Revised 17

2 COMBO-JET Tip-Caps and Strainers Are you spending more time cleaning nozzles than spraying? The COMBO-JET Tip-Cap with snap-in strainer plugs less, is easier to clean, and stays clean longer. The COMBO-JET Advantage 40% Longer Strainers that snap into place SR / MR / DR Drift Reduction Series } How to remove strainers for cleaning SR, MR, & DR Series Easier Handling with snap-in design To clean stainless tip Pull strainer (with pre-orifice) up and out To clean plastic pre-orifice Push strainer sideways to release from pre-orifice Fits all nozzle bodies [with adapters] Easy to read cap label (MR1-06 = MR Series, 1 tip, 0.6 USGPM flow rate) Droplet Size Selective Tip Options Cap Color matches international flow rates Permanent Stainless Steel Tip ER Series Push strainer sideways to remove To use/replace strainer Push strainer down to snap in strainer Best Tips for Pulse Width Modulation Systems (i.e. Case AIM Command PRO, Capstan Sharpshooter, Raven Hawkeye) COMBO-JET Drift Reduction - Closed Chamber Design Unlike air-induction nozzles, COMBO-JET SR, MR, and DR series of tip-caps do not rely on a steady stream of air to reduce drift. Wilger uses a unique pre-orifice and closed chamber design that reduces drift while creating more meaningful droplets. Each of the COMBO-JET drift reduction series (SR/MR/DR) provide different levels of drift reduction and coverage, so you have more flexibility in choosing a tip that fits your application. Without needing consistent airflow for controlling drift, COMBO-JET tips have become the preferred tip for Pulse Width Modulation (PWM) spraying systems. Pre-orifice Closed Chamber For an example of comparison between the four COMBO-JET tip-cap series, see the next page, or use Tip Wizard found on the wilger.net website or Tip Wizard smartphone app. Exit Orifice If you are tired of picking parts out of the dirt, you will really like COMBO-JET Tip-Caps! Since the strainer, O-ring, and tip-cap all snap together tightly, dislodged debris cannot plug the tip while changing or cleaning. COMBO-JET tip-caps handle as one piece, so they are safer & easier to use. Not sure which tips to use? Make it easy with Tip Wizard. Tip Wizard is available on the wilger.net website as well as a FREE smartphone app. Enter your application to receive crucial information to help you make your tip selection and spraying decisions. 2 TIP WIZARD

3 Better Engineered Sprayer Components for Over 40 Years COMBO-JET ER, SR, MR, & DR Tip-Caps What is the difference? Each chemical, crop, and application are different. For best application efficacy, each might use a different spray tip. Wilger engineered four series of tip-caps to best match any application to its ideal spray tip. As an example of how each tip series (ER/SR/MR/DR) compare, see the below chart, referencing the -06 tip size: COMBO-JET ER / SR/ MR / DR Series Performance & Specifications Comparison Comparison Factor Droplet Size1 % <141µ (Driftable) % <0µ3 Coverage Drift Potential Design Serviceability 2 ER Series Extended Range SR Series Small Reduction MR Series Mid Range DR Series Drift Control Smallest (6µ VMD*) Medium (371µ VMD*) Large (474µ VMD*) Largest (529µ VMD*) % of volume < 141µ 94% of volume <0µ 8% of volume < 141µ 89% of volume <0µ 4% of volume < 141µ 74% of volume <0µ 2% of volume < 141µ 64% of volume <0µ Best Excellent Very good Good Most likely to drift Lower drift potential Major reduction Least likely to drift Single orifice flat fan Dual orifice flat fan Dual orifice flat fan Dual orifice flat fan All-in-one Tip-Cap. Strainer & Pre-orifice (SR, MR, & DR) snap into Tip-Cap. Based on an XX psi (2.75 BAR) Droplets smaller than 141µ are more likely to drift. 141µ is used as a standard for determining driftable fines. 3 Droplets smaller than 0µ will provide better coverage. Droplets larger than 0µ use more spray volume, potentially reducing coverage. 1 2 Protect yourself by using the correct spray tip. Minimizing crop damage and maximizing chemical efficacy means more than just impacting the crop. Proper spraying is an important aspect of every farm s bottom line, both financially and environmentally. Each field s spray conditions can differ greatly, so it is imperative that spray tips match those conditions. To achieve the best application control, ER/SR/MR/DR COMBO-JET tip-caps can match the ideal droplet size for any spraying conditions. A word or two on multi-tip spraying. Using a single spray tip to apply high volume applications produces larger droplets, that can result in poor coverage. This is especially true with faster sprayers and higher application rates. To maintain effective application while minimize coverage loss, use multiple spray tips at the same time. Effectively, each tip makes more meaningful droplets [for coverage], resulting in finer coverage. When used with COMBO-JET drift reduction tip-caps, you have the ultimate configuration for any application. Aside from coverage-sensitive chemicals, multi-tip spraying is also useful for hard to reach applications, such as spraying both sides of a head of wheat. For applying chemical on both sides of a head of wheat, use a dual tip adapter [left], or for hard to reach applications like pigweed (amaranth), use COMBO-RATE stacking nozzle bodies [right] to maximize canopy penetration. Did you know that size matters? A 500 micron(µ) droplet contains the same volume as 8x 0µ diameter droplets, and halving those 8 droplets would make 64x 1µ droplets. That is why with smaller droplets, with the same flow rate, you get finer coverage. 3

4 COMBO-JET 80 Tip-Cap Performance Specifications FOR STANDARD SPRAYERS sizes are shown. For specifications for 005, 0067,, 40, 50 & size Tip-Caps, visit our website. Tip Flow Cap Rate BAR No. L/min Application Rate - 50CM Sprayer Speed - KM / Hour BAR (-70 PSI) VMD BAR (-0 PSI) BAR (-0 PSI) BAR (-0 PSI) VMD (Droplet Size in μ); %<141μ (Drift %); %<0μ (Drift %); %<0μ (Small Droplets) 80 ER Series 80 SR Series 80 MR Series 80 DR Series <141 <0 <0 VMD <141 <0 <0 VMD <141 <0 <0 VMD <141 <0 <0 % 66% 0% % % % 40% 73% 0% % 37% % % % % 3 9% % 94% 52% 83% 0% 190 % 55% % 1 % % % % % % 61% 90% 0% 2 40% 67% 98% 1 40% 66% % % 38% 99% 67% % 0% % % 98% % 74% % 1 22% 44% 0% 73% 0% 0% 9 53% % 98% 1 50% 80% % 194 % 49% 0% 22% 52% 0% 5 % % 94% % 58% 0% 267 % % 95% 3 % % 94% 2 4% 9% 86% % 67% 0% 2 % 43% % % % % 9 6% 13% 91% % 73% 0% % 53% % 2 19% 37% 98% 3 8% 17% 93% 46% 78% 0% 175 % % 98% 6 22% 43% 99% 2 9% % 95% 50% 82% 0% 0 37% 65% 98% 199 % 47% 99% 294 % 22% % 29% 58% 0% 7 % 23% 93% % 62% 0% 2 15% % 95% 9 8% 17% 94% 4 3% 7% 80% 40% % 0% % 40% % 290 % % 94% 4 5% 11% 85% 44% 72% 0% 6 27% % % % % 95% 378 6% 13% 88% 47% 75% 99% 191 % 53% 98% 7 18% 35% 95% 355 7% 15% 90% 50% 77% 99% % 58% 98% 233 % 38% % 338 8% 17% 91% 18% % 0% 3 7% 17% 90% 23% 45% 0% % 23% 92% 4 4% % 80% 4 3% 7% 77% 29% 53% 0% 2 % % 95% 371 7% 15% 86% 1 5% 11% 82% % % 0% 2 % 38% % 3 9% 19% 88% 4 6% 13% % 37% % 0% 8 23% 43% % 8 % 22% 90% 373 7% 15% 86% 40% 66% 99% 5 % 47% % 9 % % 91% 358 8% % 88% 18% 40% 99% 388 6% 11% 87% 22% 44% 99% 9 9% 17% 89% 437 4% % 80% 5 3% 7% 71% 27% 50% 99% 0 13% % 91% 378 7% 15% 86% 437 5% % 78% % 55% 99% 269 % % 93% 1 9% 19% 89% 406 6% 13% 82% % 58% 99% 2 19% % 93% 5 % % 91% 3 7% 15% 85% % 61% 99% 2 % 38% 94% 295 % % 92% 6 8% % 87% 17% 35% 99% 387 4% 13% % % 40% 99% 3 7% 18% 87% 4 5% 11% 80% 547 2% 4% 61% % 46% 99% 0 11% 26% 90% 3 8% % 85% 4 3% 7% 70% % 50% 99% % % 91% 5 % 19% 87% 4 4% 9% 75% % 53% 99% 9 15% 35% 93% 2 11% 22% 89% 4 5% % 78% % % 99% % 38% 93% 5 13% % 91% 1 5% 11% 80% % 26% 95% 4 4% 9% 79% % % 95% 386 7% 14% 82% 508 3% 6% 67% 579 2% 4% 55% % 38% 95% 3 11% % 86% 455 5% % 75% 5 3% 6% 64% % 43% 95% 2 13% 26% 89% 1 6% % 79% 495 3% 7% 69% 27% 46% 95% % % 90% 6 7% 14% 82% 471 4% 9% 73% 29% 50% 95% 5 17% 33% 91% 3 7% 15% % 452 4% % 75% 13% % 92% 4 3% 8% % % % 91% 3 5% 11% 80% 5 2% 5% % 0 1% 4% % % % 91% 381 7% 15% 85% 3 4% 8% 71% 555 2% 6% 58% % % 90% 354 9% 18% 88% 452 5% % % 5 3% 7% % 26% 37% 90% 3 % % 89% 9 5% % 79% 502 3% 9% 66% % % 89% 9 11% 22% 91% 411 6% 13% 81% 4 4% % 69% Tip-Cap & Part No. Tip-Cap Part # Strainer ER SR MR DR Mesh - Green ER SR MR DR Mesh - Green ER SR MR DR ER SR MR DR ER SR MR DR ER SR MR DR ER SR MR DR ER SR MR DR Droplet Categories as per ASABE S572.1 Classification (09-current) Extremely Fine Very Fine Fine Medium Coarse Very Coarse Extremely Coarse Ultra Coarse < VMD Volume Median Diameter 4 Size of the median droplet in microns (µ) for a sprayed volume. Half of the volume is made up of droplets smaller than the VMD; half is made up of droplets larger. -5µ 6-235µ 2-0µ 1-403µ µ µ % <141µ % <0µ % <0µ % Useful Droplets Percentage of volume which is likely to drift. 141µ is now replacing 0µ as the new standard for driftable fines. Percentage of volume which is likely to drift. 0µ is shown for reference. 141µ is used as the new standard for driftable fines. Percentage of volume which is made up of useful droplets. As the distribution of useful droplets lowers, coverage is reduced. >665µ Strainer Mesh & Tips Recommended Strainer mesh Mesh of strainer determined by the size of a tip. For larger tips (08+), strainers are not required.

5 80 Tip-Cap Specifications Standard Spray Systems COMBO-JET 80 High Flow Tip-Cap Performance Specifications FOR STANDARD SPRAYERS sizes are shown. For specifications for 005, 0067,, 40, 50 & size Tip-Caps, visit our website. Tip Flow Cap Rate BAR No. L/min Application Rate - 50CM Sprayer Speed - KM / Hour BAR (-70 PSI) VMD BAR (-0 PSI) BAR (-0 PSI) BAR (-0 PSI) VMD (Droplet Size in μ); %<141μ (Drift %); %<0μ (Drift %); %<0μ (Small Droplets) 80 ER Series 80 SR Series 80 MR Series 80 DR Series <141 <0 <0 VMD <141 <0 <0 VMD <141 <0 <0 VMD <141 <0 <0 13% % 87% 5 6% % 49% 17% 29% 90% 495 7% % 58% 545 6% % % 623 3% 5% % 7% % 22% 35% 93% 437 % 15% % 8 8% 15% 71% 575 4% % 40% 95% 5 11% 18% 73% 452 % 18% 75% 543 5% 9% 64% % 43% % 3 % 19% 77% 6 11% % 79% 9 6% % % % 46% % % % 80% 405 % 22% 81% 500 6% 11% 70% 9% 17% 79% 5 5% 8% 45% % % 81% 6 6% % 54% 550 5% 8% 62% 615 4% 6% 52% 15% % 85% 4 8% 14% 65% 504 6% % % 574 5% 8% 58% 17% 29% 87% 0 9% % 70% 473 7% 14% 72% 547 6% % % 19% % 88% 389 % 18% 74% 4 8% % 75% 527 7% 11% 65% % % 89% 4 11% 19% 77% 433 9% 18% 77% 1 7% % % % 18% 77% 5 5% 9% % 11% % 80% 3 7% 11% 54% 588 5% 9% 55% 6 4% 6% 49% 13% % % 464 8% 14% 62% 5 7% % 61% 587 5% 8% 55% 15% 27% 86% 9 % % 67% 522 8% 14% 65% 5 6% % % % 29% 88% % 17% 71% 502 8% 15% % 5 6% 11% 62% 17% % 89% 381 % 19% 73% 6 9% 17% 70% 523 7% % 64% 8% 15% 77% 2 5% 7% 40% % 18% 79% 558 6% 9% 47% 7 7% % 66% 641 3% 4% 47% 13% 23% 81% 509 6% 11% 55% 471 9% % 71% 6 3% 6% 54% 15% 27% 83% 475 7% % % 441 % 18% 75% 6 4% 7% % 17% 29% % 4 8% 13% 64% % % 77% 544 5% 9% 62% 18% % 85% 6 8% 14% 67% 402 % % 79% 526 5% % 64% 7% 13% % 2 5% 7% 40% 9% 15% 73% 555 5% 8% 47% 9 5% 8% 58% 3 3% 5% 50% 11% 19% 77% 504 6% % % 2 6% % 65% 575 4% 7% 58% 13% 22% 80% 4 7% % 61% 4 8% 14% 70% 537 5% 9% % 14% % 82% 440 7% 13% 65% 449 8% % 73% 509 5% % 67% 15% 26% % 417 8% 14% 67% 8 9% 18% 75% 8 6% % 69% 8% 13% 69% 547 5% 7% % 9% % 72% 5 5% 9% 53% 8 4% 6% 54% 662 2% 4% 45% % % % 470 7% 11% % 5 5% 8% 61% 5 3% 6% 54% 13% 23% 78% 438 7% % 64% 5 5% % 65% 7 4% 7% % 15% % 80% 413 8% 13% 67% 4 6% 11% % 540 4% 8% % % 27% 81% 3 8% 14% 69% 477 6% 13% 70% 8 4% 9% 66% Tip-Cap & Part No. Tip-Cap Part # Strainer not req d ER SR MR DR ER80- SR80- MR80- DR ER80-1 SR80-1 MR80-1 DR ER80-15 SR80-15 MR80-15 DR ER80- SR80- MR80- DR ER80- SR80- MR80- DR *Droplet categories: The above chart is based on the ASABE Standard Refer to chemical label to verify which ASABE S572.1 categories should be followed. Droplet Categories as per ASABE S572.1 Classification (09-current) Extremely Fine Very Fine Fine Medium Coarse Very Coarse Extremely Coarse Ultra Coarse < -5µ 6-235µ Combo-Jet Adapters Square Lug Compatibility ASABE Droplet Categories Color Classifications Combo-Jet tip-caps use a radialock O-ring seal to secure the cap to the nozzle body. Adapters are available to mount a radialock cap on a non-radialock nozzle body. The colors associated with the VMD is based on an ASABE standard for droplet size categorization. See categories and colors above. Refer to wilger.net for older ASABE standard S572. New for µ 1-403µ Recommended Pressure Pressure Range for Tips For applications which require a uniform pattern, the recommended pressure range is provided. Specified pressure in chart is boom pressure µ µ >665µ Pre-orifice Length & Color Differences in tip pre-orifices Pre-orifice color and length vary for some tips. SR-series pre-orifices will vary in color from the color of the cap. MR & DR pre-orifices will be the same color as the cap. Pre-orifices for high volume tips use a longer pre-orifice. Lock Nut Adapter (#404-00) Have you tried the TIP WIZARD? An easy to use spray tip calculator that helps find the best spray tip for your application. It is as easy as entering your application, and seeing the results. Tip Wizard is available on the wilger.net website, FREE smartphone app, and Wilger USB. TIP WIZARD 5

6 COMBO-JET 80 Tip-Cap Performance Specifications for PWM Systems Tip Cap No FOR PWM SPRAYERS sizes are shown. For specifications for 005, 0067, 15,,,, 40, 50 & size Tip-Caps, visit our website. 5. PWM Solenoids may have inherent flow limitations. Flow Rate BAR L/min -70 PSI -0 PSI -0 PSI 35-0 PSI Sprayer Speed Range (Rounded) VMD (Droplet Size in μ); %<141μ (Drift %); %<0μ (Drift %); %<0μ (Small Droplets) Tip-Cap & Part Application Rate 50cm 80 ER Series 80 SR Series 80 MR Series 80 DR Series Tip-Cap Part # VMD <141 <0 <0 VMD <141 <0 <0 VMD <141 <0 <0 VMD <141 <0 <0 Strainer % 66% 0% 0 11% % % ER % 73% 0% % 37% % % % % 7 9% % 94% SR % 83% 0% 190 % 55% % 1 % % % % % % MR % 90% 0% 2 40% 67% 98% 2 % 66% % % 38% 99% DR % % 0% % % 98% % 74% % 1 22% 44% 0% 0 Mesh - Green % 0% 0% 9 52% % 98% 1 50% 80% % 195 % 49% 0% % 52% 0% 6 % % 94% ER % 58% 0% 2 15% % 95% 9 % % 94% 4 4% 9% 86% SR % 67% 0% % 43% % % % % 371 6% 13% 91% MR % 73% 0% % 52% % 0 19% 37% 98% 337 8% 17% 93% DR % 77% 0% 175 % % 98% 7 22% 43% 99% 3 9% 19% 95% 0 Mesh - Green % 81% 0% 1 37% 65% 98% 0 % 47% 99% 295 % 22% % % 58% 0% 8 % 23% 93% ER % 62% 0% % % 95% 3 8% 17% 93% 461 3% 7% 80% SR % 67% 0% 2 22% 40% % 291 % % 94% 4 5% % 85% MR % 71% 0% 7 26% 47% % % % 95% 380 6% 13% 88% DR % 75% 99% 192 % 53% 98% 2 18% 35% 95% 357 7% 15% 90% % 77% 99% % 57% 98% 2 19% 38% 95% 3 8% 17% 91% % % 0% 3 7% % 90% ER % 45% 0% 2 11% 22% 92% 4 4% 9% 80% 466 3% 7% % SR % 52% 0% 2 % % 95% 374 7% 15% 85% 4 5% % 81% MR % 58% 0% 238 % 37% % 337 9% 18% 88% 6 6% 13% % DR % 62% 0% 2 22% % % 1 % % 90% 3 7% 15% 86% % 66% 99% 7 % 46% % % % 91% 0 8% % 87% % % 99% 3 5% % 87% ER % 43% 99% 353 9% % 89% 443 4% 9% 80% 9 3% 6% 70% SR % 50% 99% 4 13% % 91% 383 7% 14% 86% 441 4% % 78% MR % 54% 99% 273 % 29% 92% 6 9% 18% 89% 4 6% % 82% DR % 58% 99% 2 18% % 93% 9 % % 91% 387 7% 14% % % 61% 99% 235 % 37% 94% % 23% 92% 370 8% % 86% % % 99% 6 3% % 83% ER % % 99% 357 6% 17% 86% 433 5% % 79% 5 2% 4% % SR % 45% 99% 8 % % 89% 383 7% 15% % 504 3% 7% % MR % 49% 99% % % 91% 3 9% 19% 87% 471 4% 8% 74% DR % 52% 99% 5 15% % 92% 9 11% % 89% 446 5% % 77% % 55% 99% 2 17% 37% 93% 1 % % 90% 7 5% 11% 79% % % 95% 447 3% 8% 78% ER % 29% 95% 401 6% 13% 81% 522 2% 6% 65% 2 1% 3% 52% SR % % 95% 4 % % 85% 467 4% 9% 73% 540 2% 5% 62% MR % 41% 95% 8 % % 88% 4 5% 11% 78% 506 3% 7% 67% DR % 45% 95% 3 15% % 89% 407 6% 13% 81% 2 4% 8% 71% % % 95% 265 % % 91% 387 7% 15% 83% 462 4% 9% 74% % 19% 92% 473 3% 6% 73% ER % 23% 91% 4 4% 9% 78% 5 2% 4% % 617 1% 3% % SR % % 91% 5 6% 14% 83% 499 3% 7% 69% 570 2% 5% % MR % % 90% 7 8% 17% 86% 467 4% 9% 74% 5 2% 7% 61% DR % 35% 90% 7 9% 19% 88% 443 5% 11% 77% 6 3% 8% 64% % 38% 90% 3 % % 90% 5 6% % 79% 498 3% 9% 67% 6 Droplet Categories as per ASABE S572.1 Classification (09-current) Extremely Fine Very Fine Fine Medium Coarse Very Coarse Extremely Coarse Ultra Coarse < -5µ 6-235µ 2-0µ 1-403µ µ µ >665µ VMD Volume Median Diameter Size of the median droplet in microns (µ) for a sprayed volume. Half of the volume is made up of droplets smaller than the VMD; half is made up of droplets larger. % <141µ Percentage of volume which is likely to drift. 141µ is now replacing 0µ as the new standard for driftable fines. % <0µ Percentage of volume which is likely to drift. 0µ is shown for reference. 141µ is used as the new standard for driftable fines. % <0µ % Useful Droplets Percentage of volume which is made up of useful droplets. As the distribution of useful droplets lowers, coverage is reduced. Strainer Mesh & Tips Recommended Strainer mesh Mesh of strainer determined by the size of a tip. For larger tips (08+), strainers are not required. For PWM systems, typically 80 mesh inline strainers are used as well.

7 80 Tip-Cap Specifications Pulse Width Modulation Spray Systems COMBO-JET 80 Tip-Cap Performance Specifications for PWM Systems sizes are shown. For specifications for 005, 0067, 15,,,, 40, 50 & size Tip-Caps, visit our website. 5. PWM Solenoids may have inherent flow limitations. Tip Cap No Flow Rate BAR L/min Sprayer Speed Range (Rounded) VMD (Droplet Size in μ); %<141μ (Drift %); %<0μ (Drift %); %<0μ (Small Droplets) Tip-Cap & Part Application Rate 50cm 80 ER Series 80 SR Series 80 MR Series 80 DR Series Tip-Cap Part # VMD <141 <0 <0 VMD <141 <0 <0 VMD <141 <0 <0 VMD <141 <0 <0 Strainer % % 88% 529 6% % % 580 5% 8% 57% 654 2% 3% 45% ER % % 91% 470 8% 13% 62% 5 7% % 66% 3 3% 6% 55% SR % % 93% 9 % % 69% 2 9% 15% 72% 9 4% 8% % MR % 40% 95% 3 11% 17% 73% 454 % 18% 75% 544 5% 9% 64% DR % 43% 95% 371 % 19% % 4 11% % 78% 5 6% % 67% % % 78% 5 5% 8% 43% 3 4% 5% 55% 652 3% 4% 45% ER % % 82% 508 7% 11% % 543 5% 9% % 9 4% 6% 53% SR % % % 4 8% 13% % 0 6% 11% 67% 580 5% 8% 57% MR % 27% 86% 437 9% 15% % 6 7% 13% 70% 5 6% 9% 61% DR % 29% 87% 4 % % 71% 467 8% 15% 73% 5 6% % % % % 74% 573 5% 7% % 6 3% 5% 46% 2 3% 4% 41% ER % % 79% 5 6% % 52% 8 5% 8% 54% 8 4% 6% % SR % 22% 82% 490 8% % 58% 9 6% % 58% 8 4% 7% 52% MR % % % 4 9% 14% % 547 7% % 62% 586 5% 8% 55% DR % 26% 86% 441 9% 15% 66% 5 7% 13% 64% 9 5% 9% 58% % % 74% 7 4% 5% 29% 1 4% 7% 55% 722 1% 1% % ER % 15% 77% 588 5% 7% 41% 5 6% % 62% 671 2% 3% % SR % 19% 79% 554 6% 9% 47% 3 7% 13% 66% 7 3% 4% % MR % % 81% 527 6% % 52% 7 8% 14% 69% 6 3% 5% 52% DR % 23% 82% 505 7% 11% % 467 9% % 72% 3 4% 6% 55% *Droplet categories: The above chart is based on the ASABE Standard Refer to chemical label to verify which ASABE S572.1 categories should be followed. Droplet Categories as per ASABE S572.1 Classification (09-current) Extremely Fine Very Fine Fine Medium Coarse Very Coarse Extremely Coarse Ultra Coarse < -5µ 6-235µ 2-0µ 1-403µ µ µ >665µ Recommended Pressure Pressure Range for Tips For PWM systems, the pressure loss through system components is accounted for in these charts. Specified pressure in chart is boom pressure. Additional solenoid wear may occur for pressures above PSI. ASABE Droplet Categories Color Classifications The colors associated with the VMD is based on an ASABE standard for droplet size categorization. See categories and colors above. Refer to wilger.net for older ASABE standard S572. Duty Cycles Effective run time of PWM Since PWM systems hold pressure constant, they adjust rates by the length of time the solenoids stay open (the duty cycle). Duty cycle is calculated by dividing your current speed into the max speed for that tip. Ideal operating duty cycles are 40-0%. Pre-orifice Length & Color Differences in tip pre-orifices Pre-orifice color and length vary for some tips. SR-series pre-orifices will vary in color from the color of the cap. MR & DR pre-orifices will be the same color as the cap. Pre-orifices for high volume tips use a longer pre-orifice. Multi-tip spraying with Pulse Width Modulation Technology Pulse Width Modulation (PWM) provides the ability to hold tip pressure constant; therefore, holding the droplet size constant as well. This holds true with multi-tip spraying as well. As a standard, PWM systems use one solenoid per nozzle body. For best utilization of PWM technology, a dual tip adapter [left] is used. Spraying with two seperate outlets [right] is possible, but the outlet not controlled by a solenoid will be controlled by the auto-rate controller. To use Tip Wizard to help select a multi-tip setup, simply split the total flow rate into two (or more) parts and ensure the tips selected can operate within the same duty cycle range and pressures. FOR PWM SPRAYERS Using Tip Wizard Same search, different results PWM systems use plumbing components that cause more in pressure loss when compared to standard spray systems. Tip Wizard accounts for those pressure drops, and also provides crucial duty cycle information as well. Example Rate: 0 Litres/Hectare; Speed: KPH; Nozzle Spacing: 50cm; Target Droplet Size: 400 microns (Systemic Herbicide) If the total application is 0L/Ha, the effective rates per tip must add up to 0L/Ha. For simplicity, split the flow in equal parts; for example, two tips applying 50L/Ha. While consulting the tip charts, a suitable choice might be the MR80-04 at ~2.8BAR with an effective volume of 50L/Ha per tip. The droplet size is right around 400µ, and travel speed at max speed (MPH) is roughly at a 70% duty cycle. 7

8 COMBO-JET 1 Tip-Cap Performance Specifications FOR STANDARD SPRAYERS sizes are shown. For specifications for 005, 0067,, 40, 50 & size Tip-Caps, visit our website. Tip Flow Cap Rate BAR No. L/min Application Rate - Litres Sprayer Speed - km/h (rounded) PSI -0 PSI -0 PSI -0 PSI VMD (Droplet Size in μ); %<141μ (Drift %); %<0μ (Drift %); %<0μ (Small Droplets) 1 ER Series 1 SR Series 1 MR Series 1 DR Series VMD <141 <0 <0 VMD <141 <0 <0 VMD <141 <0 <0 VMD <141 <0 < % 85% 0% 140 % 87% 0% 1 57% 90% 0% 1 62% 92% 0% 1 65% 94% 0% 1 % 95% 0% 1 % 78% 0% % 80% 0% 7 23% 44% 98% 7 11% % 94% 371 7% 14% 91% % % 0% 195 % 52% 98% % % 98% 8 11% 22% 94% 1 58% 87% 0% 179 % 58% 98% % 41% 99% 2 13% 27% % 7 61% 89% 0% 7 37% % 98% 4 26% 47% 99% 261 % % % 1 64% 91% 0% % 67% 98% % 52% 0% 3 17% % % % 64% 0% 1 % % 0% 2 22% 43% 99% 3 11% 22% 95% 4 4% % 82% 1 46% 75% 0% 2 27% 50% 99% % % % 380 7% 15% 88% 1 52% 80% 0% 189 % 55% 99% 238 % 38% 98% 1 9% 18% 91% 1 % 83% 0% % 58% 99% 7 % 43% 98% 0 % % 93% 6 % 86% 0% % 61% 99% 1 26% 47% 99% 6 % 23% 94% % 54% 0% % % 0% % 38% 98% 354 8% 17% 90% 438 5% % 79% 179 % 58% 0% 8 % 44% 98% 1 % % 94% 387 7% 14% 87% 174 % % 0% 4 27% 49% 98% 0 15% % % 3 9% 18% 91% 9 % 61% 0% % 52% 98% 7 17% % % 3 % % 93% 6 % 62% 0% 185 % 55% 98% % 35% % 1 11% 22% 95% 195 % 52% 99% 185 % % 99% 6 11% 23% 95% 9 6% 13% 86% 4 3% 8% 73% 170 % 61% 98% 272 % % % 350 9% 18% 92% 4 5% 11% 82% 0 % 65% % 7 19% % % 5 11% 22% 94% 5 6% 13% 86% 152 % % % 2 % 40% 98% 8 13% 26% % 7 7% 15% 89% % 70% % 2 23% 44% 98% % % % 4 8% 17% 91% % 37% % % 41% % 7 11% 22% 94% 1 5% 11% % 4 3% 7% % 1 % 46% % 1 14% 29% 95% 5 7% % 90% 457 5% % 77% 1 % 50% % 6 17% 33% % 6 9% % 94% 417 6% % 82% % 53% 95% 2 19% 37% % 2 11% 23% 95% 386 6% 14% 85% 185 % 55% 95% 2 % 40% % 271 % % % 0 7% 15% 87% 3 19% 37% 95% 2 22% 41% 95% 3 8% 17% 91% 491 3% 7% 71% 533 2% 5% 62% 8 27% 47% 95% 2 % % 94% 4 5% 11% 80% 495 3% 7% 69% 195 % % 95% % 29% % 1 6% 14% % 469 3% 8% 74% 186 % 54% 95% 3 17% % % 358 7% % 87% 4 4% 9% 77% 9% 79% 179 % 57% 95% 2 18% 35% % 3 8% 18% 89% 4 4% % 29% 94% 2 17% 33% 94% 1 6% % 83% 1 3% 7% 67% 9 2% 4% % 2 % % 95% 358 9% 19% 90% 464 4% 9% % 8 3% 6% 65% 227 % 43% 95% 4 % 23% 93% 4 5% 11% 80% 2 3% 7% 71% 6 26% 46% 95% % 27% 95% 405 5% % % 454 4% 8% 74% 6 27% % 95% 2 15% % % 3 6% 13% 86% 4 4% 9% 77% Tip-Cap & Part No. Tip-Cap Part # Strainer ER Mesh - Green ER SR MR DR Mesh - Green ER SR MR DR ER SR MR DR ER SR MR DR ER SR MR DR ER SR MR DR ER SR MR DR Droplet Categories as per ASABE S572.1 Classification (09-current) Extremely Fine Very Fine Fine Medium Coarse Very Coarse Extremely Coarse Ultra Coarse < VMD Volume Median Diameter 8 Size of the median droplet in microns (µ) for a sprayed volume. Half of the volume is made up of droplets smaller than the VMD; half is made up of droplets larger. -5µ 6-235µ 2-0µ 1-403µ µ µ % <141µ % <0µ % <0µ % Useful Droplets Percentage of volume which is likely to drift. 141µ is now replacing 0µ as the new standard for driftable fines. Percentage of volume which is likely to drift. 0µ is shown for reference. 141µ is used as the new standard for driftable fines. Percentage of volume which is made up of useful droplets. As the distribution of useful droplets lowers, coverage is reduced. >665µ Strainer Mesh & Tips Recommended Strainer mesh Mesh of strainer determined by the size of a tip. For larger tips (08+), strainers are not required.

9 1 Tip-Cap Specifications Standard Spray Systems COMBO-JET 1 High Flow Tip-Cap Performance Specifications FOR STANDARD SPRAYERS sizes are shown. For specifications for 005, 0067,, 40, 50 & size Tip-Caps, visit our website. Tip Flow Cap Rate BAR No. L/min Application Rate - Litres Sprayer Speed - km/h (rounded) PSI -0 PSI -0 PSI -0 PSI VMD (Droplet Size in μ); %<141μ (Drift %); %<0μ (Drift %); %<0μ (Small Droplets) 1 ER Series 1 SR Series 1 MR Series 1 DR Series VMD <141 <0 <0 VMD <141 <0 <0 VMD <141 <0 <0 VMD <141 <0 <0 9 15% 27% 91% % % 93% 458 6% % 66% 537 4% 8% 52% 6 3% 5% 40% 7 % 37% 95% 6 8% 15% % 469 5% 11% % 5 4% 7% 49% 2 23% 41% % 3 % 18% 81% 2 6% % 70% 1 4% 8% 54% 1 % 45% % 7 11% % 85% 385 7% 14% 74% 4 5% 9% 58% % 47% % 9 % % 87% 355 8% 15% 77% 4 5% % 61% % % 89% 3 14% 29% 90% 4 6% 11% 61% 529 4% 7% 52% 6 3% 4% % % % 92% 4 8% 14% 72% 464 5% % 61% 6 3% 6% 38% 264 % 37% 93% 3 9% 17% 78% 418 6% 11% 67% 587 4% 7% % 3 22% 40% 94% 7 % 19% 82% 383 7% 13% 71% 5 5% 7% 45% 226 % % 95% % % % 354 7% 14% 73% 535 5% 8% % 413 9% 17% 71% 387 % 18% % 4 5% % 61% 623 4% 5% % 6 3% 6% % 9 % % 81% 409 6% 13% 71% 558 5% 8% 49% 7 4% 7% 40% 3 13% % % 1 7% % 77% 1 5% 9% 55% 575 5% 8% 44% 2 14% 22% 86% 3 8% 18% 81% 475 6% % % 5 5% 9% 47% 5 14% 23% 88% 293 9% 19% 83% 446 6% 11% 62% 5 6% 9% 49% 9 9% % 66% 401 % 18% 71% 543 5% 8% 50% 6 4% 7% 40% 6 3% 5% % 1 % % 77% 3 6% % % 4 5% 8% 47% 614 4% 6% 47% % 22% 80% 441 7% % 67% 5 5% 9% % 579 4% 7% 52% 1 15% 23% 83% 407 7% 13% 71% 504 5% % 54% 552 4% 8% % 294 % % % 380 8% 15% 74% 3 5% % 57% 5 5% 9% % 8 7% 11% 57% 457 8% 13% % 522 6% % 54% 8 4% 7% % 413 9% 15% 70% 467 7% % 64% 547 5% 9% 49% 383 % 17% 74% 8 8% 14% 70% 1 6% % 54% 3 % 18% % 8 8% 15% 74% 3 6% 11% 57% 3 11% 19% 79% 373 9% % 77% 4 7% % % 7 6% 11% % 4 7% % 64% 507 6% % 55% 414 8% 13% 72% 458 7% % 64% 383 8% 14% 77% 3 8% 13% % 0 8% 15% 80% 5 8% 15% 72% 1 9% % 82% 373 9% % 74% - Tip-Cap & Part No. Tip-Cap Part # Strainer ER SR MR DR ER1- SR1- MR1- DR ER SR MR DR ER1-15 SR1-15 MR1-15 DR ER SR MR ER SR *Droplet categories: The above chart is based on the ASABE Standard Refer to chemical label to verify which ASABE S572.1 categories should be followed. Droplet Categories as per ASABE S572.1 Classification (09-current) Extremely Fine Very Fine Fine Medium Coarse Very Coarse Extremely Coarse Ultra Coarse < -5µ 6-235µ Combo-Jet Adapters Square Lug Compatibility ASABE Droplet Categories Color Classifications Combo-Jet tip-caps use a radialock O-ring seal to secure the cap to the nozzle body. Adapters are available to mount a radialock cap on a non-radialock nozzle body. The colors associated with the VMD is based on an ASABE standard for droplet size categorization. See categories and colors above. Refer to wilger.net for older ASABE standard S572. New for µ 1-403µ Recommended Pressure Pressure Range for Tips For applications which require a uniform pattern, the recommended pressure range is provided. Specified pressure in chart is boom pressure µ µ >665µ Pre-orifice Length & Color Differences in tip pre-orifices Pre-orifice color and length vary for some tips. SR-series pre-orifices will vary in color from the color of the cap. MR & DR pre-orifices will be the same color as the cap. Pre-orifices for high volume tips use a longer pre-orifice. Lock Nut Adapter (#404-00) Have you tried the TIP WIZARD? An easy to use spray tip calculator that helps find the best spray tip for your application. It is as easy as entering your application, and seeing the results. Tip Wizard is available on the wilger.net website, FREE smartphone app, and Wilger USB. TIP WIZARD 9

10 COMBO-JET 1 Tip-Cap Performance Specifications for PWM Systems Tip Cap No FOR PWM SPRAYERS sizes are shown. For specifications for 005, 0067, 15,,,, 40, 50 & size Tip-Caps, visit our website. 5. PWM Solenoids may have inherent flow limitations. Flow Rate BAR L/min -70 PSI -0 PSI -0 PSI 35-0 PSI Sprayer Speed Range - km/h (Rounded) VMD (Droplet Size in μ); %<141μ (Drift %); %<0μ (Drift %); %<0μ (Small Droplets) Tip-Cap & Part Application Rate 50cm 1 ER Series 1 SR Series 1 MR Series 1 DR Series Tip-Cap Part # VMD <141 <0 <0 VMD <141 <0 <0 VMD <141 <0 <0 VMD <141 <0 <0 Strainer % 85% 0% ER % 87% 0% % 90% 0% % 92% 0% % 94% 0% Mesh - Green % 95% 0% % 78% 0% ER % 80% 0% 8 23% 44% 98% 9 11% % 94% 372 7% 14% 91% SR % % 0% % 52% 98% % % 98% 9 11% 22% 94% MR % 87% 0% 180 % 58% 98% 2 22% 40% 99% 5 13% 27% % DR % 89% 0% 7 37% % 98% 5 26% 47% 99% 262 % % % 0 Mesh - Green % 91% 0% % 66% 98% % 52% 0% 4 17% % % % 64% 0% ER % % 0% 2 22% 43% 99% 2 11% 22% 95% 438 4% 9% 81% SR % 75% 0% 3 27% 49% 99% 271 % % % 383 7% 14% 88% MR % 79% 0% 190 % 54% 99% 0 % 38% 98% 3 9% 18% 91% DR % 83% 0% % 58% 99% 8 23% 43% 98% 3 % % 93% % 86% 0% % 61% 99% 2 26% 47% 99% 8 11% 23% 94% % 54% 0% ER % % 0% 2 19% 37% 98% 3 8% 17% 90% 441 4% % 78% SR % 58% 0% 9 23% 44% 98% 4 % 23% 94% 0 7% 14% 87% MR % % 0% 5 26% % 98% 3 15% % 95% 354 9% 17% 91% DR % 61% 0% % 52% 98% 2 17% % % 7 % % 93% % 62% 0% 186 % 55% 98% 0 18% % % 4 11% 22% 95% % 52% 99% ER % 55% 99% 9 11% 22% 94% 403 6% % 85% 8 3% 7% 72% SR % 61% 98% % % % 354 9% 18% 91% 437 5% 11% 81% MR % 64% % 0 18% 35% % 9 11% 22% 94% 400 6% 13% 86% DR % 67% % 2 % % 98% % % 95% 372 7% 15% 88% % 69% % 5 23% 43% 98% % % % 3 8% % 90% % 37% % ER % 40% % 2 % % 93% 9 4% % 82% 5 3% 6% 66% SR % 46% % 7 14% % 95% 374 7% 15% 90% 467 4% 9% % MR % 49% % % % % 335 9% 19% 93% 6 5% 11% 81% DR % 52% % 2 19% % % 4 % 22% 95% 5 6% 13% 85% % 55% 95% 226 % % % 0 11% % % 9 7% 15% 87% % 35% 95% ER % 40% 95% 371 7% 15% 90% 505 3% 6% % 543 2% 5% % SR % 45% 95% 3 11% 22% 93% 447 5% % 78% 505 3% 6% % MR % 50% 95% % 27% 95% 405 6% 13% 83% 478 3% 7% 72% DR % 53% 95% 265 % % % 373 7% 15% 86% 457 4% 8% 75% % 55% 95% 4 17% % % 6 8% 17% 88% 440 4% 9% 78% % 27% 94% ER % % 94% 443 4% % 80% 527 3% 6% % 587 2% 4% 53% SR % 37% 94% 380 8% % 88% 1 4% 8% 73% 5 2% 5% % MR % 41% 95% 335 % % 92% 447 4% % 78% 500 3% 7% % DR % 44% 95% 1 % % 94% 2 5% 11% 82% 472 3% 7% 72% % 46% 95% % % 95% 400 5% % % 449 4% 8% 75% Droplet Categories as per ASABE S572.1 Classification (09-current) Extremely Fine Very Fine Fine Medium Coarse Very Coarse Extremely Coarse Ultra Coarse < -5µ 6-235µ 2-0µ 1-403µ µ µ >665µ VMD Volume Median Diameter Size of the median droplet in microns (µ) for a sprayed volume. Half of the volume is made up of droplets smaller than the VMD; half is made up of droplets larger. % <141µ Percentage of volume which is likely to drift. 141µ is now replacing 0µ as the new standard for driftable fines. % <0µ Percentage of volume which is likely to drift. 0µ is shown for reference. 141µ is used as the new standard for driftable fines. % <0µ % Useful Droplets Percentage of volume which is made up of useful droplets. As the distribution of useful droplets lowers, coverage is reduced. Strainer Mesh & Tips Recommended Strainer mesh Mesh of strainer determined by the size of a tip. For larger tips (08+), strainers are not required. For PWM systems, typically 80 mesh inline strainers are used as well.

11 1 Tip-Cap Specifications Pulse Width Modulation Spray Systems COMBO-JET 1 Tip-Cap Performance Specifications for PWM Systems sizes are shown. For specifications for 005, 0067, 15,,,, 40, 50 & size Tip-Caps, visit our website. 5. PWM Solenoids may have inherent flow limitations. Tip Flow Cap Rate PSI No. USGPM Sprayer Speed Range - km/h (Rounded) VMD (Droplet Size in μ); %<141μ (Drift %); %<0μ (Drift %); %<0μ (Small Droplets) Tip-Cap & Part Application Rate 50cm 1 ER Series 1 SR Series 1 MR Series 1 DR Series Tip-Cap Part # VMD <141 <0 <0 VMD <141 <0 <0 VMD <141 <0 <0 VMD <141 <0 <0 Strainer not req d % % 92% 494 4% % 58% 5 3% 7% 43% 657 2% 4% % ER % % 94% 4 7% 14% 70% 509 5% 9% 57% 3 3% 6% 44% SR % 38% 95% 388 8% % 77% 461 6% 11% 65% 5 4% 7% 50% MR % 41% % 353 9% 18% 81% 4 6% % 69% 3 4% 8% 54% DR % 44% % 3 11% 19% % 4 7% 14% 73% 5 5% 9% 57% % % 88% 5 4% 8% % 5 3% 5% % 7 2% 3% 26% ER % 29% 91% 467 6% % % 5 4% 8% 53% 669 3% 4% 33% SR % 33% 92% 0 8% 14% 71% 474 5% 9% % 2 3% 5% 37% MR % % 93% 3 9% % % 438 6% 11% 65% 3 4% 6% 40% DR % 38% 94% 354 9% 17% 79% 409 6% % % 580 4% 7% 43% % % 67% 5 3% 5% 43% 704 3% 3% 23% 706 2% 4% 26% ER % 18% 74% 492 4% 9% 58% 8 4% 5% % 661 3% 5% 33% SR % 19% 79% 444 5% 11% 66% 2 4% 6% 44% 0 4% 6% 37% MR % % 81% 407 6% 13% 72% 5 5% 8% 49% 6 4% 7% 40% DR % % 83% 377 7% 15% 75% 527 5% 9% 53% 586 5% 8% 43% % 14% 58% 641 3% 4% % 9 4% 5% 26% 744 3% 2% 22% ER % % 66% 581 4% 6% 41% 6 4% 6% 35% 695 3% 3% 33% SR % 18% 71% 5 5% 8% % 8 4% 7% 40% 6 3% 5% 40% MR % 19% 75% 505 5% 9% 57% 582 4% 8% 44% 2 4% 6% 44% DR % % 77% 478 6% % 61% 5 5% 8% 47% 6 4% 6% % *Droplet categories: The above chart is based on the ASABE Standard Refer to chemical label to verify which ASABE S572.1 categories should be followed. Droplet Categories as per ASABE S572.1 Classification (09-current) Extremely Fine Very Fine Fine Medium Coarse Very Coarse Extremely Coarse Ultra Coarse < -5µ 6-235µ 2-0µ 1-403µ µ µ >665µ Recommended Pressure Pressure Range for Tips For PWM systems, the pressure loss through system components is accounted for in these charts. Specified pressure in chart is boom pressure. Additional solenoid wear may occur for pressures above PSI. ASABE Droplet Categories Color Classifications The colors associated with the VMD is based on an ASABE standard for droplet size categorization. See categories and colors above. Refer to wilger.net for older ASABE standard S572. Duty Cycles Effective run time of PWM Since PWM systems hold pressure constant, they adjust rates by the length of time the solenoids stay open (the duty cycle). Duty cycle is calculated by dividing your current speed into the max speed for that tip. Ideal operating duty cycles are 40-0%. Pre-orifice Length & Color Differences in tip pre-orifices Pre-orifice color and length vary for some tips. SR-series pre-orifices will vary in color from the color of the cap. MR & DR pre-orifices will be the same color as the cap. Pre-orifices for high volume tips use a longer pre-orifice. Multi-tip spraying with Pulse Width Modulation Technology Using Tip Wizard Same search, different results PWM systems use plumbing components that cause more in pressure loss when compared to standard spray systems. Tip Wizard accounts for those pressure drops, and also provides crucial duty cycle information as well. Pulse Width Modulation (PWM) provides the ability to hold tip pressure constant; therefore, holding the droplet size constant as well. This holds true with multi-tip spraying as well. As a standard, PWM systems use one solenoid per nozzle body. For best utilization of PWM technology, a dual tip adapter [left] is used. Spraying with two seperate outlets [right] is possible, but the outlet not controlled by a solenoid will be controlled by the auto-rate controller. To use Tip Wizard to help select a multi-tip setup, simply split the total flow rate into two (or more) parts and ensure the tips selected can operate within the same duty cycle range and pressures. FOR PWM SPRAYERS Example Rate: 0 Litres/Hectare; Speed: KPH; Nozzle Spacing: 50cm; Target Droplet Size: 400 microns (Systemic Herbicide) If the total application is 0L/Ha, the effective rates per tip must add up to 0L/Ha. For simplicity, split the flow in equal parts; for example, two tips applying 50L/Ha. Consult the tip charts. A suitable choice might be the MR1-04 at ~2.8BAR with an effective volume of 50L/Ha per tip. The droplet size is right around 400µ, and travel speed at max speed (MPH) is roughly at a 70% duty cycle. 11

12 Spray Tips Drift vs. Efficacy Generally speaking, smaller droplets deposit on the target more effectively than larger droplets, but larger droplets will drift less. So, when balancing drift control and efficacy, ensure to consider chemical labels and guidelines to designate the required droplet size/category. Find the below chart as an illustration showing the general differences in how different droplet sizes are required for different applications. Droplet Size VMD Range ASABE S Classification Category Color Code Under Extremely Fine (XF) Purple -5 Very Fine (VF) Red Fine (F) Orange 2-0 Medium (M) Yellow Coarse (C) Blue Very Coarse (VC) Green Extremely Coarse (XC) White Over 665 Ultra Coarse (UC) Black Contact Insecticide & Fungicide Systemic Contact Foliar Systemic Foliar Soil-Applied Insecticide & Herbicide Herbicide Herbicide Fungicide Incorporated Soil-Applied Herbicide Fertilizer The above table provides general guidelines regarding chemical efficacy vs. droplet size. It is always recommended that you carefully read and follow the chemical manufacturers application label and instructions. Minimum Spray Tip Height Minimum Spray Tip Height Tip Spacing Tip Spacing ER, SR, MR & DR 80 Tips ER Series 1 Tips SR, MR & DR Series 1 Tips cm cm 22cm 33cm 50cm 43cm 38cm cm 75cm 66cm 50cm 61cm Spray Tip Height For additional information on droplet sizes and considerations, visit the Knowledge Center section of the website, or contact Wilger. COMBO-JET Fertilizer Streamer Tips COMBO-JET Nozzle Bodies CANADA Wilger Industries Ltd. Box 0, Site 4, RR#4 71st. St. & Highway W Saskatoon, SK, Canada S7K 3J7 Phone: (6)2-41 Fax: (6) info@wilger.net COMBO-RATE Stacking Nozzle Bodies O-ring Seal (ORS) Wilger Boom End Flush Valves Manifolds & Components UNITED STATES Wilger Inc. 5 Seahorse Drive Lexington, TN, USA Phone:(877)9-95 / (7)9-95 Fax: (877)9-13 / (7) wilgeresc@bellsouth.net ARGENTINA Wilger Argentina Mitre 6, San Nicolas (2900) Buenos Aires, Argentina Phone: cjporras@gmail.com FLOW VIEW Ball Flow Indicators Publication #0-LHA Printed In Canada