EF 8 EF 9. Company name Idemitsu Nippon Oil Cosmo Oil Showa Shell Sekiyu TonenGeneral Sekiyu Japan Energy

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5 8 9 Company name Idemitsu Nippon Oil Cosmo Oil Showa Shell Sekiyu TonenGeneral Sekiyu Japan Energy Turbine oil P-32 Turbine oil 32 Turbine 32 Turbine oil 32 R turbine oil 32 Turbine oil 32 Discharge flow Series rate per cycle -08 Approx Approx Approx Approx Approx Approx. 0.6

6 10 11 Length of Joints and Valves Corresponding to Straight Pipe Table 1 (Liquid: clear water) Unit: m Pipe dia. 1/4 3/8 1/2 3/4 1 11/2 2 21/2 Name 90 elbow elbow Check valve and foot valve bend bend Sluice valve

7 12 13 Parameters to be checked when placing an order Fluid nameconcentrationspecific gravityph 1. Fluid to be handled Liquid viscosity(at working temperature) Inclusion of slurry, etc. 2. Fluid temperature 3. Required flow rate /min 4. Heads and conditions 5. Air source Suction side Discharge side Suction head (m) Piping diameter (A) and total length (m) Discharge head (m) Piping diameter (A) and total length (m) PressureMPaair capacity/minanr [or compressor output (kw)] Note) If the fluid viscosity varies depending on the temperature, the piping resistance on the suction and discharge sides changes, and, as a result, the discharge flow rate may change.

8 14 15 Table of Compatibility between Pump Materials and Fluids(Reference)/Metal body type Fluid compatibility table (reference) Body material (equivalent to SUS316) Cast iron (only 40 type) Diaphragm material N nitrile rubber/t PTFE/C chloroprene rubber/f fluorocarbon/e ethylene propylene rubber/u urethane rubber Wetted part material symbol AN AT AC AF AE SN ST SC SF SE FN FT FC FF FE Fluid name Sulfurous acid Asphalt Ammonia Ethyl alcohol (ethanol) Ethylene oxide Ethylene glycol Ethylene chloride (dichloroethane) Vinyl chloride Methyl chloride (chloromethane) Hydrochloric acid Seawater Hydrogen peroxide solution Caustic soda 30 Gasoline Gasoline (with high acid content) Xylene (xylol) Chromium plating solution 25 Sewage water Ketone Acetic acid 5 to 20 Acetic acid 50 Acetic acid 80 Ethyl acetate Vinyl acetate Butyl acetate Sodium hypochlorite 20 Heavy oil Nitric acid 5 to 10 Sodium nitrate Hydrated lime Turbine oil Toluene Brake oil Benzene (benzol) Boric acid Sulfuric acid 85 Aluminum sulfate Copper sulfate 10 Metal body Notes) Some pumps may be unusable depending on the temperature, density, viscosity, concentration and manufacturer of the fluid. For an abrasive fluid, select an abrasion-resistant type. For hydraulic fluids not listed above, contact us. Table of Compatibility between Pump Materials and Fluids(Reference)/Plastic type Fluid compatibility table (reference) Plastic body Body material Polypropylene Polyvinylidene-fluoride Diaphragm material T PTFE/C chloroprene rubber/f fluorocarbon/u urethane rubber Wetted part material symbol PU PF KU KF PT PC PC-D KT KC (only 15) (only 25) (only 15) (only 25) Fluid name Sulfurous acid Asphalt Ammonia Ethyl alcohol (ethanol) Ethylene oxide Ethylene glycol Ethylene chloride (dichloroethane) Vinyl chloride Methyl chloride (chloromethane) Hydrochloric acid Seawater Hydrogen peroxide solution Caustic soda 30 Gasoline Gasoline (with high acid content) Xylene (xylol) Chromium plating solution 25 Sewage water Ketone Acetic acid 5 to 20 Acetic acid 50 Acetic acid 80 Ethyl acetate Vinyl acetate Butyl acetate Sodium hypochlorite 20 Heavy oil Nitric acid 5 to 10 Sodium nitrate Hydrated lime Turbine oil Toluene Brake oil Benzene (benzol) Boric acid Sulfuric acid 85 Aluminum sulfate Copper sulfate 10 Notes)Some pumps may be unusable depending on the temperature, density, viscosity and concentration of the fluid. For hydraulic fluids not listed above, contact us.

9 16 17 Series Body material Cast iron Max. discharge flow rate 13r/min 35r/min 54r/min 128r/min 341r/min Pump size Suction port Discharge port Rc1/4 Rc1/2 Rc3/4 G1 G11/2 Rc1/4 Rc1/2 Rc3/4 G1 G11/2 Air supply port size Rc1/4 Rc1/4 Rc1/4 Rc1/4 Rc1/2 Range of diameter of solid particles in fluid Weight 1.8kg 3.8kg 4.1kg 7.1kg 5.5kg 11.5kg 8.4kg 15.3kg 19.9kg 33.1kg 34.5kg Notes) The table shows the max. discharge flow rates obtained with clear water at an working pneumatic pressure of 0.7 MPa and a head of 0. In the case of rubber diaphragms Diaphragm material Model Pump size Rc1/8 Rc1/2 Rc3/4 G1 G11/2 Ball material Pump body material Cast iron -08 to to 40 Nitrile rubber Nitrile rubber Nitrile rubber PTFE PTFE PTFE Chloroprene Ethylene propylene rubber Fluorocarbon rubber Santoprene25 to 40 Chloroprene rubber Fluorocarbon Ethylene propylene rubber Chloroprene rubber Fluorocarbon25 Teflon40 Santoprene Note) : Standard : Semi-standard

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11 20 21 Check method Ball check type Model number Material Max. discharge flow rate Body(wetted parts) Diaphragm block Check block r/min 42-15PT PTFE PTFE -15PC Polypropylene Chloroprene rubber Chloroprene rubber -15PU Urethane rubber Urethane rubber -15KT PTFE PTFE Polyvinylidenefluoride -15KC Chloroprene rubber Chloroprene rubber -15KU Urethane rubber Urethane rubber Duckbill type -15PC-D Polypropylene Chloroprene rubber Chloroprene rubber -25PT PTFE PTFE -25PC Polypropylene Chloroprene rubber Chloroprene rubber Ball check -25PF Fluorocarbon Fluorocarbon type -25KT PTFE PTFE Polyvinylidenefluoride -25KC Chloroprene rubber Chloroprene rubber -25KF Fluorocarbon Fluorocarbon Range of diameter of solid particles in fluid 1.6mm or less 3.0mm or less Pump size (suction port and discharge port) NPT1/2 1 flange ANSI 150 # Air port size Weight Supply port Exhaust port kg NPT1/4 NPT1/4 With builtin silencer NPT3/8 (With silencer) The -marked products are standard type. Note)The table shows the max. discharge flow rates obtained with clear water at an working pneumatic pressure of 0.7 MPa and a head of Model Pump size Pump body material Polypropylene NPT1/2 Polyvinylidene-fluoride 1 flange Polypropylene (ANSI Standard) Polyvinylidene-fluoride Ball material Note) : Standard : Semi-standard PTFE PTFE Diaphragm material Chloroprene rubber Urethane rubber Fluorocarbon Chloroprene rubber Urethane rubber Fluorocarbon

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13 Model Max. discharge flow rate Max. working viscosity Max. suction head Working pressure range Working temperature range Pump size Air supply port size Range of diameter of solid particles in fluid Body material Diaphragm material Ball material Weight 2-25AN 2-25SN 2-25AN-M(wear-resistant type) 2-25SN-M(wear-resistant type) Approx. 1 /min 3000 mpas 6 m max. (in the case of clear water) (PTFE type: 3 m max.) 0.2 to 0.7 MPa 0 to (No freezing) Rc1 f3mm or less /stainless steel 2-25AT 2-25ST Nitrile rubber Nitrile rubber PTFE Nitrile rubber Urethane rubber PTFE : approx. 14 kg : approx. 25 kg Rc1 Rc1 2-25T 2-25N 2-25N-M Rc1 Rc1 2-25T-V 2-25N-V 2-25N-MV R R R R

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17 E2 32 E2 33 R/L1 S/L2 T/L3 U/T1 V/T2 W/T3

18 34 E2 E2 35 Model number Check ball external diameter Number of cycles (at Hz) E2 2004T 17 E2 2004T 11 E2 2507T 17 E2 2515T mm 20.6 mm 34.9 mm 34.9 mm Approx. 106 cycles/min Approx. 158 cycles/min Approx. 106 cycles/min Approx. 158 cycles/min

19 36 E2 E2 37 Model number Body material Diaphragm/ball material Max. discharge pressure Pump size Working fluid temperature range Ambient temperature Range of diameter of solid particles in material Power supply Motor output Rated current Motor specification Protective structure/enclosure structure Insulation class E2-2004AT-17 E2-2004ST-17 E2-2004AT-11 E2-2004ST-11 E2-2507AT-17 E2-2507ST-17 E2-2515AT-11 E2-2515ST-11 PTFE 0.4 MPa Rc 3420 A 0.4 Kw 2.0 A 0 to 0 to 40 2 mm or less 200 V50/ Hz220 V Hz 0.75 Kw 3.4 A IP44 (indoors), totally-enclosed fan-cooled type Class E Rc 125 A 1.5 Kw 6.2 A E A T 17 S E 1 20 Rc 3/4 25 Rc kw kw E kw D A S S Working frequency range (inverter control range) 20 to 70 Hz 30 to 70 Hz 20 to 80 Hz 20 to 100 Hz Discharge rate per cycle (at Hz and discharge pressure of 0.4 MPa) Approx /min Approx /min Approx /min Approx /min

20 E2 38 E Rc3/ Rc3/ Rc3/4 Rc3/ Rc3/ Rc3/ Discharge flow rate /min Discharge pressurempa Frequency Hz Discharge flow rate /min Discharge pressurempa Frequency Hz Rc3/ Rc3/ Rc3/4 Rc3/ Rc3/4 Rc3/4

21 E2 40 E2 41 Discharge flow rate /min Discharge pressurempa Frequency Hz Discharge flow rate /min Discharge pressurempa Frequency Hz Rc3/ Rc3/ Rc3/ Rc3/ Rc3/4 Rc3/ Rc3/4 Rc3/ Rc3/4 Rc3/ Rc3/4 Rc3/4 4-15

22 E2 42 E2 43 Discharge flow rate min Discharge pressurempa Frequency Hz Discharge flow rate min Discharge pressurempa Frequency Hz Rc1 Rc Rc1 Rc Rc Rc Rc1 Rc Rc1 Rc Rc1 Rc1

23 E2 44 E2 45 Discharge flow rate /min Discharge pressurempa Frequency Hz Discharge flow rate /min Discharge pressurempa Frequency Hz Rc1 Rc Rc1 Rc Rc1 Rc Rc1 Rc Rc1 Rc Rc1 Rc

24 46 E2 Model number Input voltage class Frequency setting range Applicable motor output Capacity Rated output current Output voltage Power supply/frequency Allowable fluctuation of power supply Protection structure Cooling method Standard/explosion-proof type (class eg3) VFNC1 2004P Deceleration ratio1130 to 70Hz Deceleration ratio1720 to 70Hz VFNC1 2007P 3-phase, 200 V 20 to 80Hz 0.4Kw 1.0kVA 2.4A 0.75Kw 1.6kVA 4.0A 1.5Kw 2.9kVA 7.5A 3-phase, 200 to 240 V50/Hz 3-phase, 200 to 240 V50/Hz Voltage 10%, frequency 5% Enclosed type IP20 Self-cooling VFNC1 2015P 20 to 100Hz Explosion-proof type (class d2g4) VFZ12004P VFZ1 2007P VFZ1 2015P 3-phase, 200 V Deceleration ratio1130 to 70Hz Deceleration ratio1720 to 70Hz 0.75Kw 1.8kVA 4.8A 1.5Kw 3.0kVA 8.0A 3-phase, 200 to 240 V50/Hz 3-phase, 200 to 240 V50/Hz Voltage 10%, frequency 5% Enclosed type IP20 Forced-air cooling 20 to 80Hz 20 to 100Hz A B 0.4kw 0.75kw

25 48 Model number Applicable diaphragm pump models -AC AC Air sealing pressure Working pressure range Proof test pressure Body material Port size Ambient temperature Installing direction Accumulator capacity Atmospheric pressure 0.2 to 0.7 MPa 0.8 MPa /stainless steel 2 positions on side: One position on bottom: Rc1/2 0 to Vertical Weight kg No. Name Material Qty. No. Name Material Qty. Cover A Cover 1 1 Knob Stopper bolt Resin 1 2 Fixture Tube 1 1 Baffle plate O-ring Fluorocarbon 1 2

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