Fiberglass Windmill Sucker od Meets FDA and NSF equirements f Potable Water Applications
Components od Body - The pultruded rod bodies are made from the highest-quality fiberglass using a proven manufacturing process. The noncrosive and easy-to-handle rods are lighter and stronger than steel! Couplings - AquaFlex compression couplings are precision machined and constructed from FDA and NSF approved high-quality 416 stainless steel f lasting strength and cycle life. od Guides - The patented design of AquaFlex rod guides ensures smooth operation and efficiency by minimizing friction-loss and extending the life of the rod. The guides are molded from 10% silicon glass-filled polycarbonate f wear ability. Holes allow f fluid to pass through freely * Fully Patented Design od Body Adhesive fills in the rod guide cavity Grooves allow f less flow restriction od Body Machined 1 inch API flats f standard brake out wrenches elevats f ease of assembly and maintenance Non-crosive, durable, and high-quality 416 stainless steel 7/8 5/8 API pin f 3/4 and 5/8 rods Epoxy fills the socket around the rod body, fming a compressionon joint inside the coupling. This prevents the coupling from pulling off, even under extreme loads. 416 Stainless Steel el Coupling Exteri taper enhances ease of installation n and protects the coupling and drop tubing from damage during installation and operation. * Fully Patented Design The patented rod guide design calls f one end of the guide to flare outward, allowing f me adhesive to be applied in the tapered cavity. Adhesive od Body Adhesive od Guide Direction of Taper Direction of Taper This translates into extreme holding power as the rod string moves up and down in the drop pipe and extends the life of the rod.
Quality Control AquaFlex rods are put through strict quality control procedures in der to set the standard in water well sucker rod design and perfmance. F over 15 years, AquaFlex has been the brand leader in the industry due to the production of only the finest rods using the most efficient assembly processes. Every component from one end of the rod to the other is checked during the manufacturing process to ensure that each one meets exceeds the required specifications, and won t fail while operating once inside the pumping system. A fully assembled rod should be able to withstand operating loads far above what the field requires. A complete 3/4 AquaFlex rod is capable of holding 40,000 pounds of dead pull; and a complete 5/8 AquaFlex rod is capable of holding 20,000 pounds of dead pull,both without failure to the rod body couplings. The rod guides themselves are capable of holding a Each rod is facty minimum of 3,500 pounds of pressure in both pre-tested to a minimum: directions befe position release occurs. -7,500 lbs. of dead pull f 5/8 rods and -10,000 lbs. of dead pull f 3/4 rods Assembled rods are always given a though visual inspection throughout the assembly procedure, and once me befe they are securely fastened into easy to transpt bundles. Always look f the AquaFlex tag labeling the rod bundles as a sign of the genuine product. 5 YEA GUAANTEE AquaFlex pump rods are guaranteed f 5 years, up to 2200 feet against rod failure due to crosion, rod body separation from coupling, faulty material, wkmanship. We devote ourselves to providing the most efficient and longest lasting water well sucker rods in the industry. AquaFlex is the time tested and proven brand where: Quality is No Accident!
Operating ange Chart This chart represents the operating range f AquaFlex fiber rods only. Due to the unique patented coupling design, AquaFlex rods may be used under these loads f maximum rod life as well as increase the life and efficiency of the pumping unit. T o t a l D y n a m i c H e a d I n F e e t 2200 2100 2000 1900 1800 1700 1600 1500 1400 1300 1200 1100 1000 900 800 700 600 500 400 300 200 100 75 50 25 0 Stainless Sinker Bars are available to increase the pump stroke and alignment of the wking check, ensuring maximum efficiency and increasing the life of the rod and pump cups (leathers). When exceeding these depths with Deep Well Pump Jacks, please contact AquaFlex f engineered design guarantee. 0 2 2 ½ 3 3 ½ 4 5 6 8 Diameter of Cylinder (Inches)
Diameter of Cylinder (inches) Pumping Capacities 5/8 FIBEGLASS SUCKE ODS Table of Pumping Capacities and Maximum Operating Elevations Pumping Pumping Elevation (Feet) Capacity (Gallons per Hour) Wheel Diameter 6 Ft. 8-16 Ft. 6 8 10 12 14 16 LONG STOKE 1 3/4 105 150 152 216 328 491 702 1170 1 7/8 125 180 140 205 304 456 655 1076 2 130 190 111 164 252 374 538 878 2 1/4 180 260 90 129 199 293 421 690 2 1/2 225 325 76 111 164 246 351 573 2 3/4 265 385 66 94 140 211 304 467 3 320 470 55 80 117 181 257 421 3 1/4 370 550 48 68 105 152 216 357 3 1/2 440 640 41 59 89 135 187 310 3 3/4 500 730 35 51 76 117 170 269 4 570 830 32 46 68 99 146 234 4 1/4 *** 940 *** 40 60 89 129 211 4 1/2 725 1050 25 35 54 80 117 187 4 3/4 *** 1170 *** *** 48 71 105 164 5 *** 1300 20 29 43 64 94 152 5 3/4 *** 1700 *** *** *** 47 70 117 6 *** 1875 *** 20 29 44 64 99 7 *** 2550 *** *** 22 33 48 76 8 *** 3300 *** *** 16 26 36 59 SHOT STOKE 1 3/4 79 113 205 287 439 655 936 1562 1 7/8 94 135 187 275 404 608 872 1433 2 98 143 146 216 333 497 714 1170 2 1/4 135 195 117 170 263 392 562 918 2 1/2 169 244 99 146 216 328 468 766 2 3/4 199 289 88 123 187 281 404 661 3 240 353 74 105 158 240 345 562 3 1/4 278 413 64 90 140 205 287 474 3 1/2 330 480 55 78 117 181 252 415 3 3/4 375 548 47 68 99 158 228 357 4 428 623 42 61 90 135 193 310 4 1/4 *** 705 *** 53 80 117 170 281 4 1/2 544 788 33 47 71 105 158 252 4 3/4 *** 878 *** *** 64 94 140 216 5 675 975 27 39 57 85 123 205 5 3/4 *** 1275 *** *** *** 62 94 158 6 *** 1406 *** 27 39 60 85 135 7 *** 1912 *** *** 29 43 64 99 8 *** 2475 *** *** 22 34 48 78 Table of Pumping Capacities Capacities are approximate and based on the mill operating in nmal wind speeds. In 12 MPH winds, capacity is reduced about 20%; in 10 MPH winds, about 38%. If prevailing winds are low, use of a cylinder smaller than the one shown will permit your mill to operate in lower winds. Never use pipe smaller than the size specified f the cylinder.
Diameter of Cylinder (inches) Pumping Capacities 3/4 FIBEGLASS SUCKE ODS Table of Pumping Capacities and Maximum Operating Elevations Pumping Pumping Elevation (Feet) Capacity (Gallons per Hour) Wheel Diameter 6 Ft. 8-16 Ft. 6 8 10 12 14 16 LONG STOKE 1 3/4 105 150 146 207 314 470 672 1120 1 7/8 125 180 134 196 291 437 627 1030 2 130 190 106 157 241 358 515 840 2 1/4 180 260 86 123 190 280 403 661 2 1/2 225 325 73 106 157 235 336 549 2 3/4 265 385 63 90 134 202 291 476 3 320 470 53 76 112 174 246 403 3 1/4 370 550 46 65 101 146 207 342 3 1/2 440 640 39 56 85 129 179 297 3 3/4 500 730 34 49 73 112 162 258 4 570 830 30 44 65 95 140 224 4 1/4 *** 940 *** 38 57 85 123 202 4 1/2 725 1050 24 34 52 76 112 179 4 3/4 *** 1170 *** *** 46 68 101 157 5 900 1300 19 28 41 62 90 146 5 3/4 *** 1700 *** *** *** 45 67 112 6 *** 1875 *** 19 28 43 62 95 7 *** 2550 *** *** 21 31 46 73 8 *** 3300 *** *** 16 25 35 56 SHOT STOKE 1 3/4 79 113 196 274 420 627 896 1495 1 7/8 94 135 179 263 386 582 834 1372 2 98 143 140 207 319 476 683 1120 2 1/4 135 195 112 162 252 375 538 879 2 1/2 169 244 95 140 207 314 448 734 2 3/4 199 289 84 118 179 269 386 633 3 240 353 71 101 151 230 330 538 3 1/4 278 413 62 86 134 196 274 454 3 1/2 330 480 53 75 112 174 241 398 3 3/4 375 548 45 65 95 151 218 342 4 428 623 40 58 86 129 185 297 4 1/4 *** 705 *** 50 76 112 162 269 4 1/2 544 788 31 45 68 101 151 241 4 3/4 *** 878 *** *** 62 90 134 207 5 675 975 26 37 55 82 118 196 5 3/4 *** 1275 *** *** *** 59 90 151 6 *** 1406 *** 26 37 57 82 129 7 *** 1912 *** *** 28 41 62 95 8 *** 2475 *** *** 21 32 46 75 Table of Pumping Capacities Capacities are approximate and based on the mill operating in nmal wind speeds. In 12 MPH winds, capacity is reduced about 20%; in 10 MPH winds, about 38%. If prevailing winds are low, use of a cylinder smaller than the one shown will permit your mill to operate in lower winds. Never use pipe smaller than the size specified f the cylinder.
Diameter of Cylinder (inches) Pumping Capacities 1 1/8, 1 3/8, 1 5/8 Wood 1/2 #1 Steel Airtight 7/16 Solid Steel Sucker ods Table of Pumping Capacities and Maximum Operating Elevations Pumping Pumping Elevation (Feet) Capacity (Gallons per Hour) Wheel Diameter 6 Ft. 8-16 Ft. 6 8 10 12 14 16 LONG STOKE 1 3/4 105 150 130 185 280 420 600 1000 1 7/8 125 180 120 175 260 390 560 920 2 130 190 95 140 215 320 460 750 2 1/4 180 260 77 110 170 250 360 590 2 1/2 225 325 65 95 140 210 300 490 2 3/4 265 385 56 80 120 180 260 425 3 320 470 47 68 100 155 220 360 3 1/4 370 550 41 58 90 130 185 305 3 1/2 440 640 35 50 76 115 160 265 3 3/4 500 730 30 44 65 100 145 230 4 570 830 27 39 58 85 125 200 4 1/4 *** 940 *** 34 51 76 110 180 4 1/2 725 1050 21 30 46 68 100 160 4 3/4 *** 1170 *** *** 41 61 90 140 5 900 1300 17 25 37 55 80 130 5 3/4 *** 1700 *** *** *** 40 60 100 6 *** 1875 *** 17 25 38 55 85 7 *** 2550 *** *** 19 28 41 65 8 *** 3300 *** *** 14 22 31 50 SHOT STOKE 1 3/4 79 113 175 245 375 560 800 1335 1 7/8 94 135 160 235 345 520 745 1225 2 98 143 125 185 285 425 610 1000 2 1/4 135 195 100 145 225 335 480 785 2 1/2 169 244 85 125 185 280 400 655 2 3/4 199 289 75 105 160 240 345 565 3 240 353 63 90 135 205 295 480 3 1/4 278 413 55 77 120 175 245 405 3 1/2 330 480 47 67 100 155 215 355 3 3/4 375 548 40 58 85 135 195 305 4 428 623 36 52 77 115 165 265 4 1/4 *** 705 *** 45 68 100 145 240 4 1/2 544 788 28 40 61 90 135 215 4 3/4 *** 878 *** *** 55 80 120 185 5 675 975 23 33 49 73 105 175 5 3/4 *** 1275 *** *** *** 53 80 135 6 *** 1406 *** 23 33 51 73 115 7 *** 1912 *** *** 25 37 55 85 8 *** 2475 *** *** 19 29 41 67 Table of Pumping Capacities Capacities are approximate and based on the mill operating in nmal wind speeds. In 12 MPH winds, capacity is reduced about 20%; in 10 MPH winds, about 38%. If prevailing winds are low, use of a cylinder smaller than the one shown will permit your mill to operate in lower winds. Never use pipe smaller than the size specified f the cylinder.
Competit Comparison Comparison 5/8 Facty Pull Tested To: Competit #1 7,500 lbs. Do Not Test Competit #2 Do Not Test 3/4 Facty Pull Tested To: 10,000 lbs. Do Not Test Do Not Test 5/8 od Destruction Point: 20,000 lbs. 10,350 lbs. 17,900 lbs. 3/4 od Destruction Point: 40,000 lbs. od Size Not Offered 17,900 lbs. Non- Flow estricting od Guides? Yes No No 416 Stainless Steel Couplings? Yes No No 5 Year Guarantee? Yes No No The We pull test our rods, when the others don t! Advantage! Our rod has a substantially higher destruction point, meaning that you can count on AquaFlex rod to pull deeper and have a longer cycle life! The non flow-restricting rod guides allow the rod strings to operate smoothly (at a minimum fty-two strokes per minute) without flotation of the rod string on the down stroke, which could create a loss in efficiency and possible premature failure of pumping equipment. 416 Stainless Steel Couplings provide superi rust prevention and meet FDA and NSF requirements f potable water applications. Finally, every AquaFlex rod is backed by a 5 year guarantee, something the others wouldn t even dream about!
Products Fiberglass Water Well Sucker ods - With (2) od Guides Length Description X (Feet) Pin Size 5/8 od X 15.75 5/8 5/8 od X 20 5/8 5/8 od X 21 5/8 3/4 od X 15.75 7/8 3/4 od X 21 7/8 Note: 5 ods Per Bundle Fiberglass Water Well Sucker ods - Without od Guides Length Description X (Feet) Pin Size 5/8 od X 21 5/8 (Less Guides) 3/4 od X 21 7/8 (Less Guides) Note: 5 ods Per Bundle Usually a sht rod with precision aligned rod couplings used f alignment of the wking check( plunger) in the cylinder. Length Description X (Feet) Fiberglass Water Well Sucker ods Pony ods Pin Size 5/8 od X 2 5/8 5/8 od X 3 5/8 5/8 od X 5 5/8 5/8 od X 7 5/8 Length Pin Description X (Feet) et Size 5/8 od X 2 5/8 5/8 od X 3 5/8 5/8 od X 5 5/8 5/8 od X 7 5/8
Accessies A variety of accessies are offered to help with the repair adaptation of AquaFlex rods and their components to meet any specific requirements. This can range from making custom length rods, to on-site repair, even connecting two different rod string sizes together in one string. Coupling Kits Description 5/8 Male 5/8 Female 3/4 Male 3/4 Female Comes with: Coupling (Not shown), 2 oz. Plastic Welder, 50ML Cartridge ridge Plunger, Mixing Nozzle, and Sandpaper p Field eplacement od Guides Description 5/8 X 2 5/8 X 2 1/2 eplacement Guides are made to slide onto the rod body using the two halves, and hammered closed f a tight fit. 3/4 X 2 3/4 X 1/2 od Couplings / Adapters Description 7/16 F/M X 7/16 FM 7/16 M X 5/8 FM** 7/16 F/M X 5/8 FM** 5/8 M X 7/16 FM** 5/8 M X 7/8 FM** 7/8 M X 5/8 FM** Description 3/8 F/M X 3/8 FM 1/2 MP X 7/16 F 1/2 MP X 5/8 F 1/2 FP X 7/16 M 1/2 FP X 5/8 M Note: Items with ** are Stainless Steel Couplings are used to connect solid steel sucker rods together, to go from one rod size to another rod size. Adapters are used to screw the sucker rod into a different sized plunger assembly, to tie together different rod sizes in one string.
anchers are finding the missing link to a me cost efficient pumping system. The reasons are obvious: - Patented FDA and NSF approved stainless steel couplings. - Patented low friction, facty installed rod guides. - Lightweight and easy to handle. - educes wear and load on the pumping cylinder, the windmill mot, and even a pump jack mot. - Selection of size and length. - Time tested and proven. - AquaFlex rods have a five year guarantee to depths of 2200 feet. - Cost effective. F the Highest Endurance and Efficiency in Wind-to-Water Production Around, Choose AquaFlex Every Time!