Page 285 - Demo

Fairbank Equipment, Inc. www.fairbankequipment.com L283 SPRAY TIPS & NOZZLES61SR, MR, DR, UR spray tips include pre-orifice(s). Pre-orifices are not interchangeable between different spray tips of different series.2Shown application information is based on water @ 80%u00b0F in a controlled environment and should not be considered actual. Information is provided for comparison to other Combo-Jet%u00ae spray tips, for educational purposes only. Repeat testing results can vary.3NOTE:Combo-Jet %u00ae 80%u00b0 Spray Tips For full-detailed application information, visit www.wilger.net.Premium viton options available: change part# to XXXXX-VXXXe.g. [Standard] 40280-015 // [viton] 40280-V015. See note3 for viton upcharge.! Disclaimer: These charts are published for comparative purposes to demonstrate the differences in the series of Combo-Jet%u00ae spray tips. Data used to 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). Always verify these charts with the most recent charts found on the www.wilger.net, and ALWAYS follow chemical label nozzle requirements.Tip Cap SizeFlow Rate USGPMPSIApplication Rate - US Gallons/Acre @ 20%u201d Spray Classification, VMD (in %u00b5); %<141%u00b5 (% Driftable Fines); %<600%u00b5 (% of Small Droplets) Spray Tip, Part # & MSRPSprayer Speed - Miles/Hour ER 80%u00b0 Series SR 80%u00b0 Series MR 80%u00b0 Series DR 80%u00b0 Series Description Part # MSRP 5 7.5 10 12.5 15 17.5 20 Cat VMD <141 <600 Cat VMD <141 <600 Cat VMD <141 <600 Cat VMD <141 <6000050.043 30 2.6 1.7 1.3Reminder: Comprehensive rate & speed charts for any nozzle spacing is available on Tip Wizard.F 149 41% 100%Not sure which nozzle strainer to use?Use 100 Mesh for tip sizes smaller than -02.Use 50 Mesh for tip sizes from -02 to -06.M 236 17% 100% C 276 11% 100% ER80-005 40270-005 $13.89 0.050 40 3.0 2.0 1.5 F 137 55% 100% F 201 26% 100% M 230 19% 100% - - - 0.056 50 3.3 2.2 1.7 F 128 63% 100% F 178 33% 100% F 200 25% 100% MR80-005 40290-005 $20.49 0.061 60 3.6 2.4 1.8 F 121 68% 100% F 161 39% 100% F 178 31% 100% DR80-005 40280-005 $15.96 00670.058 30 3.4 2.3 1.7 F 180 35% 100% F 211 24% 100% C 308 9% 100% ER80-0067 40270-007 $13.89 0.067 40 4.0 2.6 2.0 F 153 45% 100% F 182 33% 100% M 267 13% 100% - - - 0.075 50 4.4 3.0 2.2 F 141 52% 100% F 162 40% 100% M 239 17% 100% MR80-0067 40290-007 $15.96 0.082 60 4.9 3.2 2.4 F 131 58% 100% F 148 46% 100% M 218 20% 100% DR80-0067 40280-007 $15.96 010.09 30 5.1 3.4 2.6 2.1 1.7 1.5 1.3 F 156 41% 100% M 233 21% 97% M 218 23% 97% C 312 10% 94% ER80-01 40270-01 $10.79 0.10 40 5.9 4.0 3.0 2.4 2.0 1.7 1.5 F 143 49% 100% F 199 29% 97% F 191 30% 97% C 274 14% 96% SR80-01 40288-01 $15.96 0.11 50 6.6 4.4 3.3 2.7 2.2 1.9 1.7 F 134 56% 100% F 176 36% 98% F 173 36% 97% M 248 17% 98% MR80-01 40290-01 $15.96 0.12 60 7.3 4.8 3.6 2.9 2.4 2.1 1.8 F 128 62% 100% F 159 41% 98% F 159 40% 97% M 229 19% 99% DR80-01 40280-01 $15.96 0150.13 30 7.7 5.1 3.9 3.1 2.6 2.2 1.9 F 180 29% 100% M 262 16% 95% C 323 10% 94% VC 418 4% 87% ER80-015 40270-015 $10.79 0.15 40 8.9 5.9 4.5 3.6 3.0 2.5 2.2 F 167 34% 100% M 230 22% 96% C 283 14% 96% C 380 6% 90% SR80-015 40288-015 $15.96 0.17 50 10.0 6.6 5.0 4.0 3.3 2.8 2.5 F 158 39% 100% F 207 26% 97% M 256 17% 97% C 353 7% 92% MR80-015 40290-015 $15.96 0.18 60 10.9 7.3 5.5 4.4 3.6 3.1 2.7 F 151 42% 100% F 191 30% 97% M 236 20% 98% C 332 8% 94% DR80-015 40280-015 $15.96 020.17 30 10.3 6.9 5.1 4.1 3.4 2.9 2.6 F 170 34% 100% M 257 16% 95% C 326 8% 94% XC 454 3% 80% ER80-02 40270-02 $10.79 0.20 40 11.9 7.9 5.9 4.8 4.0 3.4 3.0 F 161 38% 100% M 233 20% 96% C 298 11% 94% VC 419 4% 84% SR80-02 40288-02 $15.96 0.22 50 13.3 8.9 6.6 5.3 4.4 3.8 3.3 F 155 42% 100% M 216 24% 97% C 277 14% 95% VC 394 5% 87% MR80-02 40290-02 $15.96 0.24 60 14.5 9.7 7.3 5.8 4.8 4.2 3.6 F 150 45% 100% F 203 27% 98% M 262 16% 95% C 375 6% 88% DR80-02 40280-02 $15.96 0250.22 30 12.9 8.6 6.4 5.1 4.3 3.7 3.2 F 209 23% 100% C 296 11% 93% VC 425 5% 81% XC 460 3% 77% ER80-025 40270-025 $10.79 0.25 40 14.9 9.9 7.4 5.9 5.0 4.2 3.7 F 194 28% 100% M 268 15% 94% C 382 6% 85% VC 430 4% 81% SR80-025 40288-025 $15.96 0.28 50 16.6 11.1 8.3 6.6 5.5 4.7 4.2 F 182 31% 100% M 248 18% 95% C 353 8% 87% VC 408 5% 83% MR80-025 40290-025 $15.96 0.31 60 18.2 12.1 9.1 7.3 6.1 5.2 4.5 F 174 34% 100% M 233 20% 96% C 330 9% 89% C 391 6% 85% DR80-025 40280-025 $15.96 030.26 30 15.4 10.3 7.7 6.2 5.1 4.4 3.9 F 228 23% 99% C 344 9% 89% VC 432 5% 81% XC 481 3% 72% ER80-03 40270-03 $10.79 0.30 40 17.8 11.9 8.9 7.1 5.9 5.1 4.5 F 215 26% 99% C 309 12% 91% C 390 7% 85% VC 447 4% 77% SR80-03 40288-03 $15.96 0.34 50 19.9 13.3 10.0 8.0 6.6 5.7 5.0 F 205 29% 99% C 285 15% 92% C 360 8% 88% VC 422 5% 80% MR80-03 40290-03 $15.96 0.37 60 21.8 14.5 10.9 8.7 7.3 6.2 5.5 F 197 32% 99% M 266 17% 93% C 337 9% 89% C 403 6% 83% DR80-03 40280-03 $15.96 040.35 30 20.6 13.7 10.3 8.2 6.9 5.9 5.1 M 230 21% 99% C 344 7% 87% VC 420 5% 80% XC 543 2% 62% ER80-04 40270-04 $10.79 0.40 40 23.8 15.8 11.9 9.5 7.9 6.8 5.9 M 216 24% 99% C 310 10% 89% C 385 7% 84% XC 507 3% 68% SR80-04 40288-04 $15.96 0.45 50 26.6 17.7 13.3 10.6 8.9 7.6 6.6 F 206 26% 99% C 286 12% 91% C 360 9% 86% XC 480 4% 72% MR80-04 40290-04 $15.96 0.49 60 29.1 19.4 14.5 11.6 9.7 8.3 7.3 F 198 28% 99% M 267 14% 92% C 341 10% 88% XC 460 4% 75% DR80-04 40280-04 $15.96 050.43 30 25.7 17.1 12.9 10.3 8.6 7.3 6.4 M 267 16% 95% C 381 7% 83% XC 504 3% 68% XC 574 2% 56% ER80-05 40270-05 $10.79 0.50 40 29.7 19.8 14.9 11.9 9.9 8.5 7.4 M 248 20% 95% C 342 10% 86% VC 466 4% 73% XC 538 2% 62% SR80-05 40288-05 $15.96 0.56 50 33.2 22.1 16.6 13.3 11.1 9.5 8.3 M 235 22% 95% C 314 12% 87% VC 438 5% 77% XC 512 3% 67% MR80-05 40290-05 $15.96 0.61 60 36.4 24.2 18.2 14.5 12.1 10.4 9.1 M 224 25% 95% C 293 14% 89% VC 417 6% 79% XC 492 3% 70% DR80-05 40280-05 $15.96 060.52 30 30.9 20.6 15.4 12.3 10.3 8.8 7.7 C 296 17% 91% VC 420 5% 81% XC 526 2% 64% XC 596 1% 51% ER80-06 40270-06 $10.79 0.60 40 35.6 23.8 17.8 14.3 11.9 10.2 8.9 C 279 20% 91% C 390 7% 84% XC 492 3% 70% XC 564 2% 57% SR80-06 40288-06 $15.96 0.67 50 39.8 26.6 19.9 15.9 13.3 11.4 10.0 C 267 22% 90% C 368 8% 86% VC 468 4% 73% XC 540 2% 61% MR80-06 40290-06 $15.96 0.73 60 43.6 29.1 21.8 17.5 14.5 12.5 10.9 M 257 24% 90% C 351 9% 88% VC 448 5% 76% XC 521 3% 64% DR80-06 40280-06 $15.96 080.69 30 41.2 27.4 20.6 16.5 13.7 11.8 10.3 C 317 17% 90% UC 490 8% 59% UC 540 6% 63% UC 619 3% 52% ER80-08 40270-08 $10.79 0.80 40 47.5 31.7 23.8 19.0 15.8 13.6 11.9 M 286 21% 93% XC 449 9% 66% UC 500 8% 69% UC 585 4% 58% SR80-08 40288-08 $15.96 0.89 50 53.1 35.4 26.6 21.3 17.7 15.2 13.3 M 264 23% 94% XC 417 10% 71% XC 470 9% 73% UC 559 5% 62% MR80-08 40290-08 $15.96 0.98 60 58.2 38.8 29.1 23.3 19.4 16.6 14.5 F 247 26% 95% XC 390 11% 74% XC 448 10% 76% UC 539 5% 65% DR80-08 40280-08 $15.96 100.87 30 51.4 34.3 25.7 20.6 17.1 14.7 12.9 XC 405 12% 82% UC 512 7% 55% UC 546 5% 62% UC 611 4% 52% ER80-10 40270-10 $10.79 1.00 40 59.4 39.6 29.7 23.8 19.8 17.0 14.9 C 371 14% 84% XC 472 8% 63% UC 513 6% 67% UC 582 5% 57% SR80-10 40288-10 $15.96 1.12 50 66.4 44.3 33.2 26.6 22.1 19.0 16.6 C 346 16% 86% XC 441 9% 67% UC 489 7% 70% UC 561 6% 60% MR80-10 40290-10 $15.96 1.22 60 72.7 48.5 36.4 29.1 24.2 20.8 18.2 M 328 18% 87% XC 415 10% 71% XC 470 8% 72% XC 544 6% 63% DR80-10 40280-10 $15.96 1251.08 30 64.3 42.9 32.2 25.7 21.4 18.4 16.1 XC 413 11% 81% UC 509 7% 55% UC 585 5% 56% UC 624 4% 50% ER80-125 40270-125 $10.79 1.25 40 74.3 49.5 37.1 29.7 24.8 21.2 18.6 VC 383 13% 83% XC 474 8% 61% UC 556 6% 60% UC 595 5% 54% SR80-125 40288-125 $15.96 1.40 50 83.0 55.3 41.5 33.2 27.7 23.7 20.8 VC 362 14% 85% XC 447 9% 65% UC 535 7% 63% UC 574 5% 57% MR80-125 40290-125 $15.96 1.53 60 90.9 60.6 45.5 36.4 30.3 26.0 22.7 C 345 15% 87% XC 425 10% 68% UC 519 8% 66% UC 557 6% 59% DR80-125 40280-125 $15.96 151.30 30 77.2 51.4 38.6 30.9 25.7 22.0 19.3 XC 412 10% 79% UC 554 6% 47% UC 513 7% 66% UC 637 3% 48% ER80-15 40270-15 $10.79 1.50 40 89.1 59.4 44.6 35.6 29.7 25.5 22.3 VC 379 12% 81% UC 519 6% 53% UC 480 8% 70% UC 605 3% 53% SR80-15 40288-15 $15.96 1.68 50 99.6 66.4 49.8 39.8 33.2 28.5 24.9 C 355 14% 82% UC 492 7% 58% XC 456 9% 73% UC 581 4% 57% MR80-15 40290-15 $15.96 1.84 60 109.1 72.7 54.6 43.6 36.4 31.2 27.3 C 337 15% 83% XC 471 7% 61% XC 438 10% 75% UC 562 4% 59% DR80-15 40280-15 $15.96 201.73 30 103 68.6 51.4 41.2 34.3 29.4 25.7 XC 460 9% 73% UC 551 5% 48% UC 564 5% 58% UC 628 3% 50% ER80-20 40270-20 $10.79 2.00 40 119 79.2 59.4 47.5 39.6 33.9 29.7 XC 427 11% 76% UC 515 6% 54% UC 523 6% 64% UC 587 4% 56% SR80-20 40288-20 $15.96 2.24 50 133 88.5 66.4 53.1 44.3 37.9 33.2 VC 403 12% 79% UC 487 7% 58% UC 494 7% 68% UC 556 4% 61% MR80-20 40290-20 $15.96 2.45 60 145 97 72.7 58.2 48.5 41.6 36.4 C 385 13% 81% XC 464 7% 62% XC 472 8% 71% UC 533 5% 64% DR80-20 40280-20 $15.96 252.17 30 129 85.7 64.3 51.4 42.9 36.7 32.2 XC 462 10% 72% UC 511 5% 54% UC 604 4% 55% UC 657 3% 46% ER80-25 40270-25 $10.79 2.50 40 149 99 74.3 59.4 49.5 42.4 37.1 XC 427 11% 75% UC 479 6% 59% UC 566 4% 60% UC 617 3% 52% SR80-25 40288-25 $15.96 2.80 50 166 111 83 66.4 55.3 47.4 41.5 VC 402 12% 77% XC 454 7% 62% UC 539 5% 63% UC 587 3% 57% MR80-25 40290-25 $15.96 3.06 60 182 121 91 72.7 60.6 52.0 45.5 C 383 13% 79% XC 434 7% 65% UC 518 5% 66% UC 563 4% 60% DR80-25 40280-25 $15.96 Upcharge for VITON%u00ae O-RINGs..................................................................... $1.75 TIP WIZARDUpdated as of January 1, 20212020-21 USD$ Pricelist - Effective November 1, 2020 - October 31, 202161SR, MR, DR, UR spray tips include pre-orifice(s). Pre-orifices are not interchangeable between different spray tips of different series.2Shown application information is based on water @ 80%u00b0F in a controlled environment and should not be considered actual. Information is provided for comparison to other Combo-Jet%u00ae spray tips, for educational purposes only. Repeat testing results can vary.3NOTE:Combo-Jet %u00ae 80%u00b0 Spray Tips For full-detailed application information, visit www.wilger.net.Premium viton options available: change part# to XXXXX-VXXXe.g. [Standard] 40280-015 // [viton] 40280-V015. See note3 for viton upcharge.! Disclaimer: These charts are published for comparative purposes to demonstrate the differences in the series of Combo-Jet%u00ae spray tips. Data used to 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). Always verify these charts with the most recent charts found on the www.wilger.net, and ALWAYS follow chemical label nozzle requirements.Tip Cap SizeFlow Rate USGPMPSIApplication Rate - US Gallons/Acre @ 20%u201d Spray Classification, VMD (in %u00b5); %<141%u00b5 (% Driftable Fines); %<600%u00b5 (% of Small Droplets) Spray Tip, Part # & MSRPSprayer Speed - Miles/Hour ER 80%u00b0 Series SR 80%u00b0 Series MR 80%u00b0 Series DR 80%u00b0 Series Description Part # MSRP 5 7.5 10 12.5 15 17.5 20 Cat VMD <141 <600 Cat VMD <141 <600 Cat VMD <141 <600 Cat VMD <141 <6000050.043 30 2.6 1.7 1.3Reminder: Comprehensive rate & speed charts for any nozzle spacing is available on Tip Wizard.F 149 41% 100%Not sure which nozzle strainer to use?Use 100 Mesh for tip sizes smaller than -02.Use 50 Mesh for tip sizes from -02 to -06.M 236 17% 100% C 276 11% 100% ER80-005 40270-005 $13.89 0.050 40 3.0 2.0 1.5 F 137 55% 100% F 201 26% 100% M 230 19% 100% - - - 0.056 50 3.3 2.2 1.7 F 128 63% 100% F 178 33% 100% F 200 25% 100% MR80-005 40290-005 $20.49 0.061 60 3.6 2.4 1.8 F 121 68% 100% F 161 39% 100% F 178 31% 100% DR80-005 40280-005 $15.96 00670.058 30 3.4 2.3 1.7 F 180 35% 100% F 211 24% 100% C 308 9% 100% ER80-0067 40270-007 $13.89 0.067 40 4.0 2.6 2.0 F 153 45% 100% F 182 33% 100% M 267 13% 100% - - - 0.075 50 4.4 3.0 2.2 F 141 52% 100% F 162 40% 100% M 239 17% 100% MR80-0067 40290-007 $15.96 0.082 60 4.9 3.2 2.4 F 131 58% 100% F 148 46% 100% M 218 20% 100% DR80-0067 40280-007 $15.96 010.09 30 5.1 3.4 2.6 2.1 1.7 1.5 1.3 F 156 41% 100% M 233 21% 97% M 218 23% 97% C 312 10% 94% ER80-01 40270-01 $10.79 0.10 40 5.9 4.0 3.0 2.4 2.0 1.7 1.5 F 143 49% 100% F 199 29% 97% F 191 30% 97% C 274 14% 96% SR80-01 40288-01 $15.96 0.11 50 6.6 4.4 3.3 2.7 2.2 1.9 1.7 F 134 56% 100% F 176 36% 98% F 173 36% 97% M 248 17% 98% MR80-01 40290-01 $15.96 0.12 60 7.3 4.8 3.6 2.9 2.4 2.1 1.8 F 128 62% 100% F 159 41% 98% F 159 40% 97% M 229 19% 99% DR80-01 40280-01 $15.96 0150.13 30 7.7 5.1 3.9 3.1 2.6 2.2 1.9 F 180 29% 100% M 262 16% 95% C 323 10% 94% VC 418 4% 87% ER80-015 40270-015 $10.79 0.15 40 8.9 5.9 4.5 3.6 3.0 2.5 2.2 F 167 34% 100% M 230 22% 96% C 283 14% 96% C 380 6% 90% SR80-015 40288-015 $15.96 0.17 50 10.0 6.6 5.0 4.0 3.3 2.8 2.5 F 158 39% 100% F 207 26% 97% M 256 17% 97% C 353 7% 92% MR80-015 40290-015 $15.96 0.18 60 10.9 7.3 5.5 4.4 3.6 3.1 2.7 F 151 42% 100% F 191 30% 97% M 236 20% 98% C 332 8% 94% DR80-015 40280-015 $15.96 020.17 30 10.3 6.9 5.1 4.1 3.4 2.9 2.6 F 170 34% 100% M 257 16% 95% C 326 8% 94% XC 454 3% 80% ER80-02 40270-02 $10.79 0.20 40 11.9 7.9 5.9 4.8 4.0 3.4 3.0 F 161 38% 100% M 233 20% 96% C 298 11% 94% VC 419 4% 84% SR80-02 40288-02 $15.96 0.22 50 13.3 8.9 6.6 5.3 4.4 3.8 3.3 F 155 42% 100% M 216 24% 97% C 277 14% 95% VC 394 5% 87% MR80-02 40290-02 $15.96 0.24 60 14.5 9.7 7.3 5.8 4.8 4.2 3.6 F 150 45% 100% F 203 27% 98% M 262 16% 95% C 375 6% 88% DR80-02 40280-02 $15.96 0250.22 30 12.9 8.6 6.4 5.1 4.3 3.7 3.2 F 209 23% 100% C 296 11% 93% VC 425 5% 81% XC 460 3% 77% ER80-025 40270-025 $10.79 0.25 40 14.9 9.9 7.4 5.9 5.0 4.2 3.7 F 194 28% 100% M 268 15% 94% C 382 6% 85% VC 430 4% 81% SR80-025 40288-025 $15.96 0.28 50 16.6 11.1 8.3 6.6 5.5 4.7 4.2 F 182 31% 100% M 248 18% 95% C 353 8% 87% VC 408 5% 83% MR80-025 40290-025 $15.96 0.31 60 18.2 12.1 9.1 7.3 6.1 5.2 4.5 F 174 34% 100% M 233 20% 96% C 330 9% 89% C 391 6% 85% DR80-025 40280-025 $15.96 030.26 30 15.4 10.3 7.7 6.2 5.1 4.4 3.9 F 228 23% 99% C 344 9% 89% VC 432 5% 81% XC 481 3% 72% ER80-03 40270-03 $10.79 0.30 40 17.8 11.9 8.9 7.1 5.9 5.1 4.5 F 215 26% 99% C 309 12% 91% C 390 7% 85% VC 447 4% 77% SR80-03 40288-03 $15.96 0.34 50 19.9 13.3 10.0 8.0 6.6 5.7 5.0 F 205 29% 99% C 285 15% 92% C 360 8% 88% VC 422 5% 80% MR80-03 40290-03 $15.96 0.37 60 21.8 14.5 10.9 8.7 7.3 6.2 5.5 F 197 32% 99% M 266 17% 93% C 337 9% 89% C 403 6% 83% DR80-03 40280-03 $15.96 040.35 30 20.6 13.7 10.3 8.2 6.9 5.9 5.1 M 230 21% 99% C 344 7% 87% VC 420 5% 80% XC 543 2% 62% ER80-04 40270-04 $10.79 0.40 40 23.8 15.8 11.9 9.5 7.9 6.8 5.9 M 216 24% 99% C 310 10% 89% C 385 7% 84% XC 507 3% 68% SR80-04 40288-04 $15.96 0.45 50 26.6 17.7 13.3 10.6 8.9 7.6 6.6 F 206 26% 99% C 286 12% 91% C 360 9% 86% XC 480 4% 72% MR80-04 40290-04 $15.96 0.49 60 29.1 19.4 14.5 11.6 9.7 8.3 7.3 F 198 28% 99% M 267 14% 92% C 341 10% 88% XC 460 4% 75% DR80-04 40280-04 $15.96 050.43 30 25.7 17.1 12.9 10.3 8.6 7.3 6.4 M 267 16% 95% C 381 7% 83% XC 504 3% 68% XC 574 2% 56% ER80-05 40270-05 $10.79 0.50 40 29.7 19.8 14.9 11.9 9.9 8.5 7.4 M 248 20% 95% C 342 10% 86% VC 466 4% 73% XC 538 2% 62% SR80-05 40288-05 $15.96 0.56 50 33.2 22.1 16.6 13.3 11.1 9.5 8.3 M 235 22% 95% C 314 12% 87% VC 438 5% 77% XC 512 3% 67% MR80-05 40290-05 $15.96 0.61 60 36.4 24.2 18.2 14.5 12.1 10.4 9.1 M 224 25% 95% C 293 14% 89% VC 417 6% 79% XC 492 3% 70% DR80-05 40280-05 $15.96 060.52 30 30.9 20.6 15.4 12.3 10.3 8.8 7.7 C 296 17% 91% VC 420 5% 81% XC 526 2% 64% XC 596 1% 51% ER80-06 40270-06 $10.79 0.60 40 35.6 23.8 17.8 14.3 11.9 10.2 8.9 C 279 20% 91% C 390 7% 84% XC 492 3% 70% XC 564 2% 57% SR80-06 40288-06 $15.96 0.67 50 39.8 26.6 19.9 15.9 13.3 11.4 10.0 C 267 22% 90% C 368 8% 86% VC 468 4% 73% XC 540 2% 61% MR80-06 40290-06 $15.96 0.73 60 43.6 29.1 21.8 17.5 14.5 12.5 10.9 M 257 24% 90% C 351 9% 88% VC 448 5% 76% XC 521 3% 64% DR80-06 40280-06 $15.96 080.69 30 41.2 27.4 20.6 16.5 13.7 11.8 10.3 C 317 17% 90% UC 490 8% 59% UC 540 6% 63% UC 619 3% 52% ER80-08 40270-08 $10.79 0.80 40 47.5 31.7 23.8 19.0 15.8 13.6 11.9 M 286 21% 93% XC 449 9% 66% UC 500 8% 69% UC 585 4% 58% SR80-08 40288-08 $15.96 0.89 50 53.1 35.4 26.6 21.3 17.7 15.2 13.3 M 264 23% 94% XC 417 10% 71% XC 470 9% 73% UC 559 5% 62% MR80-08 40290-08 $15.96 0.98 60 58.2 38.8 29.1 23.3 19.4 16.6 14.5 F 247 26% 95% XC 390 11% 74% XC 448 10% 76% UC 539 5% 65% DR80-08 40280-08 $15.96 100.87 30 51.4 34.3 25.7 20.6 17.1 14.7 12.9 XC 405 12% 82% UC 512 7% 55% UC 546 5% 62% UC 611 4% 52% ER80-10 40270-10 $10.79 1.00 40 59.4 39.6 29.7 23.8 19.8 17.0 14.9 C 371 14% 84% XC 472 8% 63% UC 513 6% 67% UC 582 5% 57% SR80-10 40288-10 $15.96 1.12 50 66.4 44.3 33.2 26.6 22.1 19.0 16.6 C 346 16% 86% XC 441 9% 67% UC 489 7% 70% UC 561 6% 60% MR80-10 40290-10 $15.96 1.22 60 72.7 48.5 36.4 29.1 24.2 20.8 18.2 M 328 18% 87% XC 415 10% 71% XC 470 8% 72% XC 544 6% 63% DR80-10 40280-10 $15.96 1251.08 30 64.3 42.9 32.2 25.7 21.4 18.4 16.1 XC 413 11% 81% UC 509 7% 55% UC 585 5% 56% UC 624 4% 50% ER80-125 40270-125 $10.79 1.25 40 74.3 49.5 37.1 29.7 24.8 21.2 18.6 VC 383 13% 83% XC 474 8% 61% UC 556 6% 60% UC 595 5% 54% SR80-125 40288-125 $15.96 1.40 50 83.0 55.3 41.5 33.2 27.7 23.7 20.8 VC 362 14% 85% XC 447 9% 65% UC 535 7% 63% UC 574 5% 57% MR80-125 40290-125 $15.96 1.53 60 90.9 60.6 45.5 36.4 30.3 26.0 22.7 C 345 15% 87% XC 425 10% 68% UC 519 8% 66% UC 557 6% 59% DR80-125 40280-125 $15.96 151.30 30 77.2 51.4 38.6 30.9 25.7 22.0 19.3 XC 412 10% 79% UC 554 6% 47% UC 513 7% 66% UC 637 3% 48% ER80-15 40270-15 $10.79 1.50 40 89.1 59.4 44.6 35.6 29.7 25.5 22.3 VC 379 12% 81% UC 519 6% 53% UC 480 8% 70% UC 605 3% 53% SR80-15 40288-15 $15.96 1.68 50 99.6 66.4 49.8 39.8 33.2 28.5 24.9 C 355 14% 82% UC 492 7% 58% XC 456 9% 73% UC 581 4% 57% MR80-15 40290-15 $15.96 1.84 60 109.1 72.7 54.6 43.6 36.4 31.2 27.3 C 337 15% 83% XC 471 7% 61% XC 438 10% 75% UC 562 4% 59% DR80-15 40280-15 $15.96 201.73 30 103 68.6 51.4 41.2 34.3 29.4 25.7 XC 460 9% 73% UC 551 5% 48% UC 564 5% 58% UC 628 3% 50% ER80-20 40270-20 $10.79 2.00 40 119 79.2 59.4 47.5 39.6 33.9 29.7 XC 427 11% 76% UC 515 6% 54% UC 523 6% 64% UC 587 4% 56% SR80-20 40288-20 $15.96 2.24 50 133 88.5 66.4 53.1 44.3 37.9 33.2 VC 403 12% 79% UC 487 7% 58% UC 494 7% 68% UC 556 4% 61% MR80-20 40290-20 $15.96 2.45 60 145 97 72.7 58.2 48.5 41.6 36.4 C 385 13% 81% XC 464 7% 62% XC 472 8% 71% UC 533 5% 64% DR80-20 40280-20 $15.96 252.17 30 129 85.7 64.3 51.4 42.9 36.7 32.2 XC 462 10% 72% UC 511 5% 54% UC 604 4% 55% UC 657 3% 46% ER80-25 40270-25 $10.79 2.50 40 149 99 74.3 59.4 49.5 42.4 37.1 XC 427 11% 75% UC 479 6% 59% UC 566 4% 60% UC 617 3% 52% SR80-25 40288-25 $15.96 2.80 50 166 111 83 66.4 55.3 47.4 41.5 VC 402 12% 77% XC 454 7% 62% UC 539 5% 63% UC 587 3% 57% MR80-25 40290-25 $15.96 3.06 60 182 121 91 72.7 60.6 52.0 45.5 C 383 13% 79% XC 434 7% 65% UC 518 5% 66% UC 563 4% 60% DR80-25 40280-25 $15.96 Upcharge for VITON%u00ae O-RINGs..................................................................... $1.75 TIP WIZARDUpdated as of January 1, 20212020-21 USD$ Pricelist - Effective November 1, 2020 - October 31, 2021For more in-depth Guides, Videos or Reading on how to pick your best spray tip, visit www.wilger.net3Beginner%u2019s Guide to using Tip WizardTIP WIZARDTip Wizard shows great info like:Boom Pressure (PSI)Speed RangeDuty Cycle(for PWM)Spray QualityFor matching spray tips to chemical label requirements% of Volume < 141%u00b5 For an estimate of driftable fines in ideal conditions% of Volume < 600%u00b5 For a relative factor of small droplets in ideal conditionsAdaptable ChartsAdjusts to alternate units & spacingDOWNLOADTIP WIZARD TODAY!Have More Questions?CANADA 1 (833) 242-4121USA 1 (877) 968-76951 Choose application units, spray system type, and search function (e.g. Search for tips)2 Enter application rate, spraying speed1, nozzle spacing, and spray tip angle2. 1Since PWM systems can modulate flow by changing the spray duration, enter the MAX typical spraying speed.2Spray tip angle required is based on nozzle spacing and boom height. Always maintain 100% overlap.3 Enter target spray quality or target droplet size (microns). Each chemical used in agricultural spraying has different spray quality requirements for best efficacy and also to maintain tolerable levels of driftable fines for spraying in ideal conditions. Using the droplet size (VMD) allows a more advanced way to filter through series of tips.Where to find target spray quality or droplet size?Depending on the chemical, as well as the different methods and modes of applications, some chemical labels may have less/more information. In general, chemical labels will have a description of how it should be applied, in the form of an ASABE spray classification recommendation, or a minimum spray classification (e.g. Spray at least ASABE Coarse)Application Information:%u2022 Water Volume: Minimum 22 L per acre.%u2022 Nozzles and Pressure: 30 to 40 psi (210 to 275 kPa) when using conventional flat fan nozzles. Low drift nozzles may require higher pressures for proper performance. Use a combination of nozzles and pressure designed to deliver thorough, even coverage of ASABE coarse spray.Spray Categories as per ASABE S572.1 Classification%uf06e Extremely Fine %uf06e Very Fine %uf06e Fine %uf06e Medium %uf06e Coarse %uf06e Very Coarse %uf06e Extremely Coarse %uf06e Ultra CoarseFor the example chemical label application information, we%u2019d have a classification of COARSE droplet size to follow. Considering the mode of application as well as the action (e.g. systemic herbicide vs. contact herbicide), you can choose the spray quality that would suit your conditions as best as possible. REMEMBER: the larger the droplet size/VMD, the coarser the spray, resulting in less coverage.For advanced users, using a VMD droplet size can further filter into a spray quality to make it easier to compare one series to another.For an example, we might find we typically have windier conditions, so try filter our results to stay around 375%u00b5-400%u00b5 for our targeted droplet size.4 Select the Best Spray Tip for your needs.Based on the operating speed, pressure, spray quality, and while also gauging the last few columns (VMD, % drift, % of small droplets for coverage), make a selection.Minimum water requirement on chemical label by law Reference max pressure for conventional nozzles like ER series. Try avoid non-drift reduction tips.Droplet spectrum recommendation for balance of drift & coverage.We aim to have all sorts of ways to help make the best educated decision in picking and using spray tips, so if there is something you find would be helpful, don%u2019t hesitate to reach out and ask. Often, we cannot provide EVERYTHING there is to know in our guides, as it can be overwhelming, so if you are wanting to get more information from an expert, contact WILGER.It%u2019s FREE!A First-timer%u2019s look at Tip WizardA Quick-start guide to picking spray tips1 STEP 1: Size Your Tip Since the application rate is intended to be the most consistent across the application, selecting a tip sized to properly apply a required rate over the actual sprayer speed range is critical. It is recommended to use Tip Wizard, as it will adjust the chart specifically for any application rate, not just common pairs of rate & speed.FOCUS ON: SPEED & PRESSURE for a required APPLICATION RATESince it is the speed and pressure that will dictate a spray tips ability to match a rate, we must ensure our typical travel speed is met within a reasonable pressure range for our application. Anticipate meeting your minimum speed (e.g. turning) within the operational pressure range. Having pressure too low in slow spots can lead to spotty coverage.Once you have referenced your chart to find your applied rate to your speed, you will find a certain nozzle size will be most effective.Quick-Start Example: 10 US GPA @ 14 MPH on 20%u201dSYSTEMIC HERBICIDE (glyphosate)STEP 1: SIZE THE TIPFor the best option for a tip size, it%u2019d likely be the 110-04 size.It would apply 10 US GPA, 14MPH at ~55 PSI, allowing reasonable room to keep pressure up into turns.STEP 2: QUALIFY THE SPRAYSince the chemical label for glyphosate requires a %u2018even coverage of ASABE COARSE droplets%u2019, we will filter out any series in the 110-04 size that do not qualify within our operational pressure range.This filters out the ER and the SR series, leaving us with the MR and DR series. Note: DR series is coarser than required, but might be suitable for applicators who have to apply into more drift-sensitive areas.For the purpose of the example, we will single out the MR110-04 as our best tip.STEP 3: DOUBLE CHECK MR110-04Ideal Condition Spraying @ 14MPH:@55PSI: COARSE Spray Class@55PSI % < 141%u00b5: ~9%@55PSI % < 600%u00b5: ~93%Drift Sensitive Spraying @ 10MPH: @30PSI: VERY COARSE Spray Class@30PSI % < 141%u00b5: ~5%@30PSI % < 600%u00b5: ~84%For PWM Sprayers: You can actively select pressure at any* speed, allowing more flexibility on drift reduction & coverage.*within the capabilities of the system2 STEP 2: Qualify Your Spray Quality Since each chemical will require a certain spray quality to be met (for labels that do not, consult chemical representative or agronomist, or general guide based on mode of application), since you have selected your tip size (e.g. 110-04) you can now qualify the series available within that size. The ER/SR/MR/DR/UR series differ based on spray quality & drift reduction.FOCUS ON: %u2019ASABE S572%u2019 SPRAY CLASSIFICATIONSince the pressure is dictating the spray quality, you%u2019ll want to filter out any tip series that cannot apply the recommended spray quality.*FOR PWM SPRAYERS (Pressure Selection): Since you ultimately have more control of your pressure, your spray quality can be changed as needed (within capabilities of the tip). This means instead of maintaining the required quality through a fixed operating pressure range, you can maintain a more flexible pressure range (provided duty cycle is OK).*FOR PWM SPRAYERS (DUTY CYCLE): Since you have more control of your pressure, your sprayer will typically allow for a wider selection of tip size. Try to pick a size that allows a duty cycle of 60-80% at your typical sprayer speed, allowing sufficient speed up/down.3 STEP 3: Double Check Once you have selected your best spray tip for your application, it is worthwhile to review some of the extra information provided for the spray tip, and re-evaluate if necessary. While the extra information in extrapolated from lab conditions, with no active ingredients, it cannot be considered actual, but it does lend to paint a picture of differences between series.[ADVANCED] FOCUS ON: Spray % <141%u00b5, Spray % <600%u00b5, VMD (%u00b5)The extra columns reinforce the different spray qualities between different series, but also give the ability to make a rough spray plan for managing real life spraying conditions.Spray % <141%u00b5: % of total spray that can be considered driftable fines. In ideal conditions, it would be reasonable to assume this spray is NOT going where you want it to go. Due to evaporation before absorption, off-target spray or inversion, very small droplets will not likely hit target. Ideally have a spray tip that minimizes driftable fines, BUT ensure you maintain an acceptable level of coverage.As speed, wind conditions & boom height increase, observed spray drift will increase substantially.Spray % <600%u00b5: % of total spray that can be considered small droplets. As % of these useful droplets lowers, coverage is reduced.Consider it the %u2018other half%u2019 of the spray application, focusing on small droplets for coverage. Whereas you should maintain a low %<141%u00b5, try to keep a %<600%u00b5 as high as possible, to maintain better coverage. As a very rough guideline with some usually chemical applications, aim for ~80+% <600%u00b5 for systemic applications; or ~90+% <600%u00b5 for contact applications; provided drift reduction levels are met and are satisfactory. VMD (%u00b5): The volumetric median diameter is the middle-point of spray distribution, and can be used to estimate between different series of the same size spray tips (tested on the same laboratory equipment). It is not for comparing between brands of tips. If you are familiar with using a VMD in tip searches, you can use it as an intensive filter to further focus in on tips that might work for your application. For example, if you are happy with spray application with the MR110-04 at 50PSI (346%u00b5 VMD), the spray quality might be comparable to an SR110-06 at 50 PSI (337%u00b5 VMD). Bear in mind, VMD is used for educational purposes only, and should not dictate application.ExcellentOKGoodExcellentVMD (in %u00b5) Median Droplet Diameter for comparing series of the same tip size[ Advanced ]For more in-depth Guides, Videos or Reading on how to pick your best spray tip, visit www.wilger.net3Beginner%u2019s Guide to using Tip WizardTIP WIZARDTip Wizard shows great info like:Boom Pressure (PSI)Speed RangeDuty Cycle(for PWM)Spray QualityFor matching spray tips to chemical label requirements% of Volume < 141%u00b5 For an estimate of driftable fines in ideal conditions% of Volume < 600%u00b5 For a relative factor of small droplets in ideal conditionsAdaptable ChartsAdjusts to alternate units & spacingDOWNLOADTIP WIZARD TODAY!Have More Questions?CANADA 1 (833) 242-4121USA 1 (877) 968-76951 Choose application units, spray system type, and search function (e.g. Search for tips)2 Enter application rate, spraying speed1, nozzle spacing, and spray tip angle2. 1Since PWM systems can modulate flow by changing the spray duration, enter the MAX typical spraying speed.2Spray tip angle required is based on nozzle spacing and boom height. Always maintain 100% overlap.3 Enter target spray quality or target droplet size (microns). Each chemical used in agricultural spraying has different spray quality requirements for best efficacy and also to maintain tolerable levels of driftable fines for spraying in ideal conditions. Using the droplet size (VMD) allows a more advanced way to filter through series of tips.Where to find target spray quality or droplet size?Depending on the chemical, as well as the different methods and modes of applications, some chemical labels may have less/more information. In general, chemical labels will have a description of how it should be applied, in the form of an ASABE spray classification recommendation, or a minimum spray classification (e.g. Spray at least ASABE Coarse)Application Information:%u2022 Water Volume: Minimum 22 L per acre.%u2022 Nozzles and Pressure: 30 to 40 psi (210 to 275 kPa) when using conventional flat fan nozzles. Low drift nozzles may require higher pressures for proper performance. Use a combination of nozzles and pressure designed to deliver thorough, even coverage of ASABE coarse spray.Spray Categories as per ASABE S572.1 Classification%uf06e Extremely Fine %uf06e Very Fine %uf06e Fine %uf06e Medium %uf06e Coarse %uf06e Very Coarse %uf06e Extremely Coarse %uf06e Ultra CoarseFor the example chemical label application information, we%u2019d have a classification of COARSE droplet size to follow. Considering the mode of application as well as the action (e.g. systemic herbicide vs. contact herbicide), you can choose the spray quality that would suit your conditions as best as possible. REMEMBER: the larger the droplet size/VMD, the coarser the spray, resulting in less coverage.For advanced users, using a VMD droplet size can further filter into a spray quality to make it easier to compare one series to another.For an example, we might find we typically have windier conditions, so try filter our results to stay around 375%u00b5-400%u00b5 for our targeted droplet size.4 Select the Best Spray Tip for your needs.Based on the operating speed, pressure, spray quality, and while also gauging the last few columns (VMD, % drift, % of small droplets for coverage), make a selection.Minimum water requirement on chemical label by law Reference max pressure for conventional nozzles like ER series. Try avoid non-drift reduction tips.Droplet spectrum recommendation for balance of drift & coverage.We aim to have all sorts of ways to help make the best educated decision in picking and using spray tips, so if there is something you find would be helpful, don%u2019t hesitate to reach out and ask. Often, we cannot provide EVERYTHING there is to know in our guides, as it can be overwhelming, so if you are wanting to get more information from an expert, contact WILGER.It%u2019s FREE!A First-timer%u2019s look at Tip WizardA Quick-start guide to picking spray tips1 STEP 1: Size Your Tip Since the application rate is intended to be the most consistent across the application, selecting a tip sized to properly apply a required rate over the actual sprayer speed range is critical. It is recommended to use Tip Wizard, as it will adjust the chart specifically for any application rate, not just common pairs of rate & speed.FOCUS ON: SPEED & PRESSURE for a required APPLICATION RATESince it is the speed and pressure that will dictate a spray tips ability to match a rate, we must ensure our typical travel speed is met within a reasonable pressure range for our application. Anticipate meeting your minimum speed (e.g. turning) within the operational pressure range. Having pressure too low in slow spots can lead to spotty coverage.Once you have referenced your chart to find your applied rate to your speed, you will find a certain nozzle size will be most effective.Quick-Start Example: 10 US GPA @ 14 MPH on 20%u201dSYSTEMIC HERBICIDE (glyphosate)STEP 1: SIZE THE TIPFor the best option for a tip size, it%u2019d likely be the 110-04 size.It would apply 10 US GPA, 14MPH at ~55 PSI, allowing reasonable room to keep pressure up into turns.STEP 2: QUALIFY THE SPRAYSince the chemical label for glyphosate requires a %u2018even coverage of ASABE COARSE droplets%u2019, we will filter out any series in the 110-04 size that do not qualify within our operational pressure range.This filters out the ER and the SR series, leaving us with the MR and DR series. Note: DR series is coarser than required, but might be suitable for applicators who have to apply into more drift-sensitive areas.For the purpose of the example, we will single out the MR110-04 as our best tip.STEP 3: DOUBLE CHECK MR110-04Ideal Condition Spraying @ 14MPH:@55PSI: COARSE Spray Class@55PSI % < 141%u00b5: ~9%@55PSI % < 600%u00b5: ~93%Drift Sensitive Spraying @ 10MPH: @30PSI: VERY COARSE Spray Class@30PSI % < 141%u00b5: ~5%@30PSI % < 600%u00b5: ~84%For PWM Sprayers: You can actively select pressure at any* speed, allowing more flexibility on drift reduction & coverage.*within the capabilities of the system2 STEP 2: Qualify Your Spray Quality Since each chemical will require a certain spray quality to be met (for labels that do not, consult chemical representative or agronomist, or general guide based on mode of application), since you have selected your tip size (e.g. 110-04) you can now qualify the series available within that size. The ER/SR/MR/DR/UR series differ based on spray quality & drift reduction.FOCUS ON: %u2019ASABE S572%u2019 SPRAY CLASSIFICATIONSince the pressure is dictating the spray quality, you%u2019ll want to filter out any tip series that cannot apply the recommended spray quality.*FOR PWM SPRAYERS (Pressure Selection): Since you ultimately have more control of your pressure, your spray quality can be changed as needed (within capabilities of the tip). This means instead of maintaining the required quality through a fixed operating pressure range, you can maintain a more flexible pressure range (provided duty cycle is OK).*FOR PWM SPRAYERS (DUTY CYCLE): Since you have more control of your pressure, your sprayer will typically allow for a wider selection of tip size. Try to pick a size that allows a duty cycle of 60-80% at your typical sprayer speed, allowing sufficient speed up/down.3 STEP 3: Double Check Once you have selected your best spray tip for your application, it is worthwhile to review some of the extra information provided for the spray tip, and re-evaluate if necessary. While the extra information in extrapolated from lab conditions, with no active ingredients, it cannot be considered actual, but it does lend to paint a picture of differences between series.[ADVANCED] FOCUS ON: Spray % <141%u00b5, Spray % <600%u00b5, VMD (%u00b5)The extra columns reinforce the different spray qualities between different series, but also give the ability to make a rough spray plan for managing real life spraying conditions.Spray % <141%u00b5: % of total spray that can be considered driftable fines. In ideal conditions, it would be reasonable to assume this spray is NOT going where you want it to go. Due to evaporation before absorption, off-target spray or inversion, very small droplets will not likely hit target. Ideally have a spray tip that minimizes driftable fines, BUT ensure you maintain an acceptable level of coverage.As speed, wind conditions & boom height increase, observed spray drift will increase substantially.Spray % <600%u00b5: % of total spray that can be considered small droplets. As % of these useful droplets lowers, coverage is reduced.Consider it the %u2018other half%u2019 of the spray application, focusing on small droplets for coverage. Whereas you should maintain a low %<141%u00b5, try to keep a %<600%u00b5 as high as possible, to maintain better coverage. As a very rough guideline with some usually chemical applications, aim for ~80+% <600%u00b5 for systemic applications; or ~90+% <600%u00b5 for contact applications; provided drift reduction levels are met and are satisfactory. VMD (%u00b5): The volumetric median diameter is the middle-point of spray distribution, and can be used to estimate between different series of the same size spray tips (tested on the same laboratory equipment). It is not for comparing between brands of tips. If you are familiar with using a VMD in tip searches, you can use it as an intensive filter to further focus in on tips that might work for your application. For example, if you are happy with spray application with the MR110-04 at 50PSI (346%u00b5 VMD), the spray quality might be comparable to an SR110-06 at 50 PSI (337%u00b5 VMD). Bear in mind, VMD is used for educational purposes only, and should not dictate application.ExcellentOKGoodExcellentVMD (in %u00b5) Median Droplet Diameter for comparing series of the same tip size[ Advanced ]WILGER COMBO-JET