FAST & FLEXIBLE EXPERTISE 100% ORDER FULFILLMENT LOW COST PROVIDER

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2 FAST & FLEXIBLE JDA Global LLC (EST. 0) serves as the world s largest & most experienced after-market diaphragm pump products provider. We leverage our deeply embedded industry knowledge each day to bring our worldwide distributor and customer network a low cost, high quality product, with rapid delivery & easy to do business with customer service. EXPERTISE 90 YEARS OF EXPERIENCE WITH DIAPHRAGM PUMPS AT OWNERSHIP LEVEL WE OWN THE TOOLS/MOLDS 00% ORDER FULFILLMENT LARGEST WORLDWIDE INVENTORY OF AFTER-MARKET DIAPHRAGM PUMP PARTS LOW COST PROVIDER PRICE POINT GOAL: % BELOW OEM DISTRIBUTOR NET PRICE 0,000 SQ. FT. WAREHOUSE (REDLANDS, CA)

3 AFTER-MARKET DIAPHRAGM PUMP PARTS THE NOMAD BRAND Features thousands of after-market parts in stock at our California USA Facility. NOMAD parts are produced in collaboration with the world s finest suppliers of AODDP Products. From investment casting to injection molding, JDA Global s supply chain network is second-to-none in providing high quality rubber, metal & plastic parts 3

4 LOW COST, HIGH QUALITY AIR DIAPHRAGM PUMPS PUMPS 6 SIZES: /,,.,, 3 & ALUMINUM ALUMINUM, DUCTILE & 36 S.S. MODELS CLAMP BAND CONSTRUCTION ALL MAJOR ELASTOMER OPTIONS SIMPLE, PROVEN DESIGN ASSEMBLED AND TESTED IN USA FASTEST DELIVERY IN THE INDUSTRY FEATURING 36 S.S. AIR DISTRIBUTION SYSTEM NON-STALLING *Also available in Ductile Iron PATENT PENDING DIFFERENTIAL CAP DESIGN

5 NTG / Air Inlet... 6 mm (/ ) Inlet...3 mm (/ ) Outlet... 3 mm (/ ) Suction Lift... m Dry ( ) 9. m Wet (30 ) Max. Flow Rate...9 Ipm (. gpm) Max. Size Solids...6 mm (/6 ) Height... mm (8.8 ) Width mm (8. ) Depth...8 mm (.0 ) Est. Ship Weight... Aluminum 6 kg (3 lbs) 36 S.S. 9 kg (0 lbs) PERFORMANCE DATA () [6.8] (8) [3.6] () [0.] (6) [.] GPM [ LPM ] [8] [] [3] [30] [38] [] [3] Water Discharge Flow Rates Example: To pump. lpm (6.0 gpm) against a discharge pressure head of. bar (0 psig) requires bar ( psig) and 0. Nm 3 /h (6 scfm) air Caution: Do not exceed 8.6 bar ( psig) air supply pressure. NTG Air Inlet... 6 mm (/ ) Inlet... mm ( ) Outlet... 9 mm (3/ ) Suction Lift...8 m Dry ( ) 9. m Wet (3 ) Max. Flow Rate...3 Ipm (3 gpm) Max. Size Solids mm (/8 ) Height...9 mm (.0 ) Width...6 mm (0. ) Depth...8 mm (.3 ) Est. Ship Weight... Aluminum kg (6 lbs) 36 S.S.. kg ( lbs) () [8.] (0) [] () [.] (0) [3] () [.] GPM [ LPM ] [9] [38] [] [6] [9] [] [33] Water Discharge Flow Rates Example: To pump 68. lpm (8.0 gpm) against a discharge pressure head of. bar (0 psig) requires. bar ( psig) and 8. Nm 3 /h ( scfm) air Caution: Do not exceed 8.6 bar ( psig) air supply pressure. Teflon Diaphragms: reduce flow by %

6 NTG0. Air Inlet... 3 mm (/ ) Inlet...38 mm (-/ ) Outlet...3 mm (-/ ) Suction Lift....9 m Dry (8 ) 8.3 m Wet (8 ) Max. Flow Rate...88 lpm (6 gpm) Max. Size Solids....8 mm (3/6 ) Height... mm (. ) Width...39 mm (. ) Depth...8 mm (. ) Est. Ship Weight... Aluminum kg (38 lbs) 36 S.S. 6 kg ( lbs) PERFORMANCE DATA (0) [] (0) [3] (30) [] (0) [68] (0) [8] () [0] GPM [ LPM ] [38] [6] [] [] [89] [] [6] [303] [30] Water Discharge Flow Rates Example: To pump 3.6 lpm (30 gpm) against a discharge pressure head of. bar (0 psig) requires. ( psig) and. Nm 3 /h ( scfm) air Caution: Do not exceed 8.6 bar ( psig) air supply pressure. Teflon Diaphragms: reduce flow by % 6 NTG0 Air Inlet... 9 mm (3/") Inlet... mm (") Outlet... mm (") Suction Lift...6. m Dry (') 9. m Wet (3') Max. Flow Rate...6 lpm (63 gpm) Max. Size Solids mm (/") Height mm (6.3") Width...0 mm (.9") Depth...33 mm (3.") Est. Ship Weight... Aluminum 33 kg ( lbs) 36 S.S. 8 kg ( lbs) Ductile 3 kg ( lbs) HO flow rates listed (0) [3] (0) [68] () [0] () [36] (00) [0] GPM 8 0 [ LPM ] [6] [] [] [303] [38] [] [30] [6] Water Discharge Flow Rates For best performance, run pump at center of curve protocol Example: To pump 38 lpm (8 gpm) against a discharge pressure head of. bar (30 psig) requires. bar ( psig) and 8 Nm 3 /h (0 scfm) air Caution: Do not exceed 8.6 bar ( psig) air supply pressure. Teflon Diaphragms: reduce flow by %

7 NTG 3 Air Inlet... 9 mm (3/") Inlet...6 mm (3") Outlet...6 mm (3") Suction Lift... m Dry (8') 9. m Wet (3') Max. Flow Rate...88 lpm (3 gpm) Max. Size Solids... 0 mm (3/8") Height... mm (3.9") Width...3 mm (.0") Depth...9 mm (.0") Est. Ship Weight... Aluminum 3 kg (6 lbs) Ductile 9 kg (00 lbs) 36 S.S 86 kg (90 lbs) PERFORMANCE DATA HO flow rates listed () [3] (0) [8] () [8] (00) [0] () [3] Water Discharge Flow Rates GPM [ LPM ] [] [303] [] [6] [8] [908] For best performance, run pump at center of curve protocol Example: To pump 30 lpm (0 gpm) against a discharge pressure head of. bar (30 psig) requires. bar ( psig) and 36 Nm 3 /h ( scfm) air Caution: Do not exceed 8.6 bar ( psig) air supply pressure. Teflon Diaphragms: reduce flow by % NT00 Height mm (3.") Width mm (3.0") Depth mm (3.0") Est. Ship Weight...Ductile 3 kg (00 lbs) Air Inlet... 9 mm (3/") Inlet... 0 mm (") Outlet... 0 mm (") Suction Lift m Dry (') 9. m Wet (30') Displacement/Stroke....6 l (. gal.) Max. Flow Rate...0 Ipm ( gpm) Max. Size Solids... 3 mm (-3/8") HO flow rates listed Water Discharge Flow Rates For best performance, run pump at center of curve protocol Example: To pump 0 GPM against a discharge pressure of PSIG requires 0 PSIG and 0 SCFM air consumption. (See dot on curve) Caution: Do not exceed 8.6 bar ( psig) air supply pressure.

8 LOW COST, HIGH QUALITY AIR DIAPHRAGM PUMPS PUMPS NON-METALLIC PUMPS SIZES: /,,.,, 3 POLYPROPYLENE BOLTED CONSTRUCTION ALL MAJOR ELASTOMER OPTIONS DURA-VALVE TM NON-STALLING FOR MULTIPLE CHEMICAL APPLICATIONS 8 FOR FURTHER INFORMATION, CONSULT FACTORY

9 LOW COST, HIGH QUALITY AIR DIAPHRAGM PUMPS PUMPS 6 SIZES: /, /,,., & 3 ASYMMETRICAL SPOOL DESIGN RELIABLE & EFFICIENT CLAMPED & BOLTED METALLIC & NON-METALLIC ALUMINUM, DUCTILE & STAINLESS STEEL POLYPROPYLENE 9

10 NPF0 / Air Inlet... 3.mm (/8 ) Inlet... 6.mm (/ ) Outlet... 6.mm (/ ) Suction Lift m Dry (0 8 ) 9.3 m Wet (30 6 ) Displacement/Stroke l (0.00 gal) Max. Flow Rate lpm ( gpm) Max. Size Solids.... mm (/6 ) Height... 8 mm (.8 ) Width mm (6. ) Depth....3 mm (. ) Est. Ship Weight... Aluminum.8 kg ( lbs) 36 S.S..0 kg (8.9 lbs) PERFORMANCE DATA () [.] () [3.] (3) [.] () [6.8] () [8.] GPM 3 [ LPM ] [3.8] [.6] [.3] [.] [8.9] Water Discharge Flow Rates Displacement per storke was calcualted at 0 psig (.8 bar) air inlet pressure against a 30 psig ( bar) head pressure Example: To pump.6 lpm ( gpm) against a discharge pressure head of.8 bar (0 psig) requires. bar (6 psig) and. Nm 3 /h (. scfm) air Caution: Do not exceed 8.6 bar ( psig) air supply pressure. NPF / Air Inlet... 6mm (/ ) Inlet... 3mm (/ ) Outlet... 3mm (/ ) Suction Lift.... m Dry (.0 ) 8. m Wet (8. ) Displacement/Stroke l (0.0 gal) Max. Flow Rate lpm (.8 gpm) Max. Size Solids....6 mm (/6 ) Height... mm (0.9 ) Width... 3 mm (9. ) Depth... 0 mm (.9 ) Est. Ship Weight... Aluminum 6 kg (3 lbs) 36 S.S. 9 kg (0 lbs) () [6.8] (8) [3.6] () [0.] (6) [.] (0) [3.0} GPM [ LPM ] [.6] [.] [.] [30.3] [3.9] [.] [3.0] [.6] Water Discharge Flow Rates For PRFE Fitted, reduce flow rates by 0% Displacement per storke was calcualted at 0 psig (.8 bar) air inlet pressure against a 30 psig ( bar) head pressure Example: To pump 3.9 lpm (8. gpm) against a discharge pressure head of. bar ( psig) requires. bar ( psig) and. Nm 3 /h (6 scfm) air Caution: Do not exceed 8.6 bar ( psig) air supply pressure.

11 NPF PERFORMANCE DATA Air Inlet... 6 mm (/ ) Inlet... mm ( ) Outlet... 9 mm (3/ ) Suction Lift....9 m Dry (9 ) 8.3 m Wet (8 ) Displacement/Stroke l (0.09 gal) Max. Flow Rate... 0 lpm ( gpm) Max. Size Solids mm (/8 ) Height... 9 mm (.0 ) Width... 6 mm (0. ) Depth... 0 mm (.9 ) Est. Ship Weight... Aluminum kg (6 lbs) Stainless Steel 6 kg (36 lbs) [LPM] Displacement per storke was calcualted at 0 psig (.8 bar) air inlet pressure against a 30 psig ( bar) head pressure Example: To pump 6 lpm (0 gpm) against a discharge pressure head of. bar (0 psig) requires. bar ( psig) and Nm 3 /h (3 scfm) air Caution: Do not exceed 8.6 bar ( psig) air supply pressure. NPF Air Inlet... 9 mm (3/ ) Inlet mm (-/ ) Outlet... 3 mm (-/ ) Suction Lift....8 m Dry (9 ) 8.0 m Wet (6 ) Displacement/Stroke l (0.6 gal) Max. Flow Rate lpm (6 gpm) Max. Size Solids....8 mm (3/6 ) Height... 9 mm (6.9 ) Width mm (. ) Depth mm (. ) Est. Ship Weight... Aluminum 3 kg (9 lbs) 36 Stainless Steel 0 kg ( lbs) Displacement per storke was calcualted at 0 psig (.8 bar) air inlet pressure against a 30 psig ( bar) head pressure Example: To pump 0 lpm ( gpm) against a discharge pressure head of. bar (0 psig) requires. bar ( psig) and Nm 3 /h (3 scfm) air Caution: Do not exceed 8.6 bar ( psig) air supply pressure.

12 NPF0 Air Inlet... 3 mm (/ ) Inlet... mm ( ) Outlet... mm ( ) Suction Lift m Dry (. ) 8.6 m Wet (8. ) Displacement/Stroke....6 l (0.0 gal) Max. Flow Rate lpm (6. gpm) Max. Size Solids mm (/ ) Height mm (6.3 ) Width... 0 mm (.9 ) Depth mm (3. ) Est. Ship Weight... Aluminum 3 kg (0 lbs) 36 Stainless Steel kg ( lbs) Ductile kg (0 lbs) PERFORMANCE DATA Displacement per storke was calcualted at 0 psig (.8 bar) air inlet pressure against a 30 psig ( bar) head pressure Example: To pump 0 GPM against a discharge pressure head 0 psig requires psig and 8 scfm air consuption Caution: Do not exceed 8.6 bar ( psig) air supply pressure. NPF 3 Air Inlet... 9 mm (3/ ) Inlet... 6 mm (3 ) Outlet... 6 mm (3 ) Suction Lift m Dry (.6 ) 9.3 m Wet (30.6 ) Displacement/Stroke....3 l (.6 gal) Max. Flow Rate lpm (0 gpm) Max. Size Solids mm (3/8 ) Height mm (3. ) Width... 0 mm (9.9 ) Depth mm (6.0 ) Est. Ship Weight... Aluminum kg ( lbs) 36 Stainless Steel 8 kg (8 lbs) Ductile 93 kg (0 lbs) GPM (0) [68] () [0] () [36] (00) [0] (0) [0] [LPM] [6] [] [] [303] [39] [] [30] [6] [68] [] [833] [908] [98] Displacement per storke was calcualted at 0 psig (.8 bar) air inlet pressure against a 30 psig ( bar) head pressure Example: To pump 386 lpm (0 gpm) against a discharge pressure head of.8 bar (0 psig) requires. bar ( psig) and 3 Nm 3 /h (8 scfm) air Caution: Do not exceed 8.6 bar ( psig) air supply pressure.

13 NPF0 / PERFORMANCE DATA Air Inlet... 3 mm (/8 ) Inlet...6 mm (/ ) Outlet...6 mm (/ ) Suction Lift....9 m Dry (6. ) 9.3 m Wet (30.6 ) Displacement/Stroke l (0.0 gal) Max. Flow Rate lpm (. gpm) Max. Size Solids...0. mm (/3 ) Height... 3 mm (6.8 ) Width... 3 mm (6.8 ) Depth... mm (.0 ) Est. Ship Weight... Polypropylene kg ( lbs) Displacement per storke was calcualted at 0 psig (.8 bar) air inlet pressure against a 30 psig ( bar) head pressure Example: To pump.3 lpm (0.6 gpm) against a discharge pressure head of 6. bar (90 psig) requires 6.9 bar (00 psig) and 3. Nm 3 /h ( scfm) air Caution: Do not exceed 8.6 bar ( psig) air supply pressure. NPF / Air Inlet... 6 mm (/ ) Inlet...3 mm (/ ) Outlet...3 mm (/ ) Suction Lift.... m Dry (.0 ) 8. m Wet (8. ) Displacement/Stroke l (0.0 gal) Max. Flow Rate lpm (.8 gpm) Max. Size Solids...6 mm (/6 ) Height... mm (0.9 ) Width... 3 mm (9. ) Depth... 0 mm (.9 ) Est. Ship Weight... Polypropylene kg (8 lbs) Displacement per storke was calcualted at 0 psig (.8 bar) air inlet pressure against a 30 psig ( bar) head pressure Example: To pump 3.9 lpm (8. gpm) against a discharge pressure head of. bar ( psig) requires. bar ( psig) and. Nm 3 /h (6 scfm) air Caution: Do not exceed 8.6 bar ( psig) air supply pressure. 3

14 NPFA PERFORMANCE DATA HEAD Feet Meters Air Pressure Air Consumption in SCFM Air Pressure in PSI Liters Capacity per Minute Gallons Air Inlet... 6 mm (/ ) Inlet.... mm ( ) Outlet.... mm ( ) Suction Lift m Dry (0 ).89 m Wet (6 ) Max. Flow Rate... 3 lpm (3 gpm) Max. Size Solids mm (/8 ) Height mm (6 ) Width... 3 mm (.68 ) Depth...0 mm (8.03 ) Est. Ship Weight... Polypropylene 8.8 kg (9 lbs) Displacement per storke was calcualted at 0 psig (.8 bar) air inlet pressure against a 30 psig ( bar) head pressure Example: To pump 68 lpm (8 gpm) against a discharge pressure head of 3. bar (0 psig) requires. bar ( psig) and 3 Nm 3 /h (0 scfm) air Caution: Do not exceed 8.6 bar ( psig) air supply pressure. NPF0. Air Inlet...3 mm (/ ) Inlet mm (-/ ) Outlet mm (-/ ) Suction Lift.... m Dry (8. ) 9.0 m Wet (9. ) Displacement/Stroke.... l (0.330 gal) Max. Flow Rate... lpm (0 gpm) Max. Size Solids mm (/ ) Height mm (6.3 ) Width... 8 mm (8.8 ) Depth... mm (.8 ) Est. Ship Weight... Polypropylene 9 kg ( lbs) Displacement per storke was calcualted at 0 psig (.8 bar) air inlet pressure against a 30 psig ( bar) head pressure Example: To pump lpm ( gpm) against a discharge pressure head of.0 bar (0 psig) requires 6.9 bar (00 psig) and 36 Nm 3 /h ( scfm) air Caution: Do not exceed 8.6 bar ( psig) air supply pressure.

15 NPF0 PERFORMANCE DATA Air Inlet...3 mm (/ ) Inlet... mm ( ) Outlet... mm ( ) Suction Lift m Dry (0. ) 8.6 m Wet (8. ) Displacement/Stroke.... l (0. gal) Max. Flow Rate... 6 lpm (6 gpm) Max. Size Solids mm (/ ) Height... mm (3. ) Width... mm (3.8 ) Depth mm (3.9 ) Est. Ship Weight... Polypropylene 3 kg (0 lbs) Displacement per storke was calcualted at 0 psig (.8 bar) air inlet pressure against a 30 psig ( bar) head pressure Example: To pump 6 lpm (6 gpm) against a discharge pressure head of.8 bar (0 psig) requires. bar ( psig) and Nm 3 /h (0 scfm) air Caution: Do not exceed 8.6 bar ( psig) air supply pressure. NPF 3 HEAD Feet Meters Air Pressure * For TEFLON diaphragms, reduce water discharge figures by 0%. 0 Air Consumption in SCFM Air Pressure in PSI Capacity per Minute Liters Air Inlet.... mm (/ ) Inlet mm (3 ) Outlet mm (3 ) Suction Lift m Dry (0 ).6 m Wet ( ) Displacement/Stroke.... l (0. gal) Max. Flow Rate lpm (38 gpm) Max. Size Solids...0 mm (3/8 ) Height mm (. ) Width mm (.9 ) Depth...38 mm (3. ) Est. Ship Weight... Polypropylene 6 kg (8 lbs) Gallons Displacement per storke was calcualted at 0 psig (.8 bar) air inlet pressure against a 30 psig ( bar) head pressure Example: To pump 68 gpm against a discharge pressure head of 0 psig requires psig and scfm air Caution: Do not exceed 8.6 bar ( psig) air supply pressure.

16 SPECIALTY PRODUCTS ELASTOMER KITS MULTIPLE VARIATIONS AVAILABLE FOR THE LARGEST OEM S IN THE INDUSTRY GARLOCK ONE-UP ONE PIECE COMPOSITE DESIGN WITH A PROPRIETARY 00% PTFE WETTED SIDE. AVAILABLE FOR ALL MAJOR MANUFACTURERS NON-METALLIC PUMPS (CLAMPED) EASY-TO-DISASSEMBLE FOR FIRE RESISTANT, ANTI-STATIC MINING ELECTRO-POLISHED PUMPS FOR S.S. PUMPS IN SANITARY APPS. TRI-CLAMP NON-THREADED CONNECTIONS 6

17 SPECIALTY PRODUCTS FLAP VALVE PUMP MOVES LARGE SOLIDS IN MINING AND CONSTRUCTION APPLICATIONS SCREEN BASE PUMP FAMILY OF ALUMINUM MODELS IDEAL FOR RUGGED OUTDOOR USE ALUMINUM PUMPS BOLTED STAINLESS STEEL PUMPS BOLTED

18 GLOBAL DISTRIBUTOR NETWORK BRAND NAME END USERS HR. SERVICE EASY TO DO BUSINESS WITH (ETDBW) OVER 000 SKU S IN STOCK OUR MOTTO: 0 NEW PARTS EVERY 6 MONTHS 8

19 WHY SELECT AIR OPERATED DOUBLE DIAPHRAGM PUMPS NOMAD pumps are self-priming, can handle viscous and abrasive products and can run dry without damage. NOMAD pumps do not employ costly motors, variable speed drives, by-pass plumbing or mechanical seals. Please see the matrix below for a comparison of the NOMAD air operated Diaphragm pumps versus Rotary and Centrifugal pumps: SOLIDS PASSAGE SHEAR SENSITIVITY ABRASIVES HANDLING SOLVENT HANDLING DRY PRIMING VISCOUS FLUIDS HANDLING MAINTENANCE COSTS NOMAD Diaphragm Pumps Vane Pumps Internal Gear Pumps External Gear Pumps Lobe Pumps Centrifugal Pumps Progressive Cavity Pumps Piston/Plunger Pumps - Excellent, - Good, - Average, - Poor SUGGESTED INSTALLATION Note: In the event of a power be closed, if the restarting of the pump is not desirable once power is regained. 9

20 A JDA Global Company 6 W. Park Ave., Suite 00 Redlands, CA USA 933 (909) 98-93