AIR-OPERATED DOUBLE DIAPHRAGM PUMPS
Positive displacement pumps operated by compressed air, with double diaphragm, ATEX – IECEx certified, built in AISI316 / AISI316 L Electro-polished. They are pumps suitable for handling fluids with high apparent viscosity, even in the presence of suspended solid parts. The parts in contact with the fluid are in AISI316, AISI316 L and PTFE.
© 2023 Eccentric Drive Sdn. Bhd. All Rights Reserved
Air-operated double diaphragm pumps
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 Gb
II 2D Ex h IIIB T135°C Db
DATA
* The performances indicated refer to primed pumps (with water fluid at 20°C) at zero head and vary according to the materials of composition.
** Attention: average values of the different configurations of materials for ball and ball seats.
| Suction/delivery connections | 3/4″ Clamp connections |
| Air attack | G 3/8″ f |
| flow rate * | 17 l/min |
| Max. supply air pressure | 8 bars |
| Max head * | 80m |
| Max suction from negative head – dry ** | 3 m |
| Max suction from negative head – with pump primed | 9.5m |
| Max diameter of solids in suspension | 0.5mm |
| Noise ** | 65dB |
| Volume per stroke | 10.3cc |
AISI316 L – ELECTROPOLISHED
| Version | Weight | min | max |
| AISI316 L – ELECTROPOLISHED | 2.4kg | 3rd C | 95°C |
| Maximum dimensions | Steel |
| Height | 141mm |
| Length | 161mm |
| Depth | 80mm |
Air-operated double diaphragm pumps
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 Gb
II 2D Ex h IIIB T135°C Db
* The performances indicated refer to primed pumps (with water fluid at 20°C) at zero head and vary according to the materials of composition.
** Attention: average values of the different configurations of materials for ball and ball seats.
| Suction/delivery connections | 3/4″ – 1″ Clamp connections |
| Air attack | G 1/4″ f |
| flow rate * | 35 l/min |
| Max. supply air pressure | 8 bars |
| Max head * | 80m |
| Max suction from negative head – dry ** | 4 m |
| Max suction from negative head – with pump primed | 9.5m |
| Max diameter of solids in suspension | 2mm |
| Noise ** | 65dB |
| Volume per stroke | 30 cc |
AISI316 L – ELECTROPOLISHED
| Version | Weight | min | max |
| AISI316 L – ELECTROPOLISHED | 3.75kg | 3rd C | 95°C |
| Maximum dimensions | Steel |
| Height | 172mm |
| Length | 202mm |
| Depth | 120mm |
Air-operated double diaphragm pumps
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 Gb
II 2D Ex h IIIB T135°C Db
* The performances indicated refer to primed pumps (with water fluid at 20°C) at zero head and vary according to the materials of composition.
** Attention: average values of the different configurations of materials for ball and ball seats.
| Suction/delivery connections | 3/4″ – 1″ Clamp connections |
| Air attack | G 1/4″ f |
| flow rate * | 35 l/min |
| Max. supply air pressure | 8 bars |
| Max head * | 80m |
| Max suction from negative head – dry ** | 4 m |
| Max suction from negative head – with pump primed | 9.5m |
| Max diameter of solids in suspension | 2mm |
| Noise ** | 65dB |
| Volume per stroke | 30 cc |
AISI316 L – ELECTROPOLISHED
| Version | Weight | min | max |
| AISI316 L – ELECTROPOLISHED | 3.75kg | 3rd C | 95°C |
| Maximum dimensions | Steel |
| Height | 172mm |
| Length | 202mm |
| Depth | 120mm |
Air-operated double diaphragm pumps
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 Gb
II 2D Ex h IIIB T135°C Db
* The performances indicated refer to primed pumps (with water fluid at 20°C) at zero head and vary according to the materials of composition.
** Attention: average values of the different configurations of materials for ball and ball seats.
| Suction/delivery connections | 1″1/2 Clamp connections |
| Air attack | G 3/8″ f |
| flow rate * | 110 l/min |
| Max. supply air pressure | 8 bars |
| Max head * | 80m |
| Max suction from negative head – dry ** | 4 m |
| Max suction from negative head – with pump primed | 9.5m |
| Max diameter of solids in suspension | 4mm |
| Noise ** | 70dB |
| Volume per stroke | 100cc |
AISI316 – ELECTROPOLISHED
| Version | Weight | min | max |
| AISI316 – ELECTROPOLISHED | 10.6kg | 3rd C | 95°C |
| Maximum dimensions | Steel |
| Height | 275mm |
| Length | 305mm |
| Depth | 170mm |
Air-operated double diaphragm pumps
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 Gb
II 2D Ex h IIIB T135°C Db
* The performances indicated refer to primed pumps (with water fluid at 20°C) at zero head and vary according to the materials of composition.
** Attention: average values of the different configurations of materials for ball and ball seats.
| Suction/delivery connections | 1″1/2 Clamp connections |
| Air attack | G 3/8″ f |
| flow rate * | 160 l/min |
| Max. supply air pressure | 8 bar |
| Max head * | 80 m |
| Max suction from negative head – dry ** | 4 m |
| Max suction from negative head – with pump primed | 9,5 m |
| Max diameter of solids in suspension | 4 mm |
| Noise ** | 75 dB |
| Volume per stroke | 222 cc |
AISI316 – ELECTROPOLISHED
| Version | Weight | Min | Max |
| AISI316 – ELECTROPOLISHED | 11,7 kg | 3° C | 95° C |
| Maximum dimensions | Steel |
| Height | 328 mm |
| Length | 334 mm |
| Depth | 202 mm |
Air-operated double diaphragm pumps
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 Gb
II 2D Ex h IIIB T135°C Db
* The performances indicated refer to primed pumps (with water fluid at 20°C) at zero head and vary according to the materials of composition.
** Attention: average values of the different configurations of materials for ball and ball seats.
APPLICATIONS
| Suction/delivery connections | 1″1/4 Clamp (ISO) connections for manifold size |
| Air attack | G 1/2″ f |
| flow rate * | 220 l/min |
| Max. supply air pressure | 8 bar |
| Max head * | 80 m |
| Max suction from negative head – dry ** | 4 m |
| Max suction from negative head – with pump primed | 9,5 m |
| Max diameter of solids in suspension | 5 mm |
| Noise ** | 75 dB |
| Volume per stroke | 340 cc |
AISI316 – ELECTROPOLISHED
| Version | Weight | Min | Max |
| AISI316 – ELECTROPOLISHED | 23 kg | 3° C | 95° C |
| Maximum dimensions | Steel |
| Height | 391 mm |
| Length | 443 mm |
| Depth | 220 mm |
Air-operated double diaphragm pumps
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 Gb
II 2D Ex h IIIB T135°C Db
* The performances indicated refer to primed pumps (with water fluid at 20°C) at zero head and vary according to the materials of composition.
** Attention: average values of the different configurations of materials for ball and ball seats.
APPLICATIONS
| Suction/delivery connections | 1″1/4 Clamp (ISO) connections for manifold size |
| Air attack | G 1/2″ f |
| flow rate * | 220 l/min |
| Max. supply air pressure | 8 bar |
| Max head * | 80 m |
| Max suction from negative head – dry ** | 4 m |
| Max suction from negative head – with pump primed | 9,5 m |
| Max diameter of solids in suspension | 5 mm |
| Noise ** | 75 dB |
| Volume per stroke | 340 cc |
AISI316 – ELECTROPOLISHED
| Version | Weight | Min | Max |
| AISI316 – ELECTROPOLISHED | 23 kg | 3° C | 95° C |
| Maximum dimensions | Steel |
| Height | 391 mm |
| Length | 443 mm |
| Depth | 220 mm |
Air-operated double diaphragm pumps
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 Gb
II 2D Ex h IIIB T135°C Db
* The performances indicated refer to primed pumps (with water fluid at 20°C) at zero head and vary according to the materials of composition.
** Attention: average values of the different configurations of materials for ball and ball seats.
APPLICATIONS
| Suction/delivery connections | 2″1/2 Clamp connections |
| Air attack | G 1/2″ f |
| flow rate * | 600 l/min |
| Max. supply air pressure | 8 bar |
| Max head * | 80 m |
| Max suction from negative head – dry ** | 5 m |
| Max suction from negative head – with pump primed | 9,5 m |
| Max diameter of solids in suspension | 8 mm |
| Noise ** | 80 dB |
| Volume per stroke | 1825 cc |
ALU AISI316 – ELECTROPOLISHED
| Version | Weight | Min | Max |
| AISI316 – ELECTROPOLISHED | 54 kg | 3° C | 95° C |
| Maximum dimensions | Steel |
| Height | 708 mm |
| Length | 470 mm |
| Depth | 350 mm |
Air-operated double diaphragm pumps
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 Gb
II 2D Ex h IIIB T135°C Db
Head / Flow rate guaranteed according to ISO 9906
* The performances indicated refer to primed pumps (with water fluid at 20°C) at zero head and vary according to the materials of composition.
** Attention: average values of the different configurations of materials for ball and ball seats.
APPLICATIONS
| Suction/delivery connections | 4″ Clamp connections |
| Air attack | G 3/4″ f |
| flow rate * | 800 l/min |
| Max. supply air pressure | 8 bar |
| Max head * | 80 m |
| Max suction from negative head – dry ** | 4 m |
| Max suction from negative head – with pump primed | 9,5 m |
| Max diameter of solids in suspension | 10 mm |
| Noise ** | 80 dB |
| Volume per stroke | 1825 cc |
AISI316 – ELECTROPOLISHED
| Version | Weight | Min | Max |
| AISI316 – ELECTROPOLISHED | 71 kg | 3° C | 95° C |
| Maximum dimensions | Steel |
| Height | 836 mm |
| Length | 526 mm |
| Depth | 350 mm |
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials.
** Attention: average values of the different materials configurations for ball and ball seat.
APPLICATIONS
| Viscosity | up to 600 cps |
| Max flow rate * | 70 l/min |
| Dip tube | Ø 42 mm |
| Hose holder | Ø 25 mm |
| Operating temperature | da 3° a 65° C |
| Total weight in kg | 1,4 for lenght of 900 mm · 1,7 for lenght of 1200 mm |
| Material dip tube | Polypropylene |
| Material shaft | HASTELLOY or AISI 316 |
| Material impeller | ECTFE |
| Material suction outlet | Polypropylene |
| Material seal gasket in contact with the fluid – MIM | Viton® |
| Lenght mm | 900 or 1200 |
PP
| Power | 0,42 HP (300 Watt) |
| Max flow rate | 70 l/min |
| Viscosity | 600 cps |
| Density | 1,2 g/cm3 |
| Weight in kg | 1,1 |
ATEX motor available on request – for information contact the sales office.
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials.
** Attention: average values of the different materials configurations for ball and ball seat.
APPLICATIONS
| Viscosity | up to 600 cps |
| Max flow rate * | 70 l/min |
| Dip tube | Ø 40 mm |
| Hose holder | Ø 25 mm |
| Operating temperature | da 3° a 95° C |
| Total weight in kg | 1,6 for lenght of 900 mm · 1,9 for lenght of 1200 mm |
| Material dip tube | PVDF |
| Material hose holder | HASTELLOY |
| Material impeller | ECTFE |
| Material suction outlet | ECTFE |
| Material seal gasket in contact with the fluid – MIM | Viton® |
| Lenght mm | 900 o 1200 |
PVDF
| Power | 0,42 HP (300 Watt) |
| Max flow rate | 70 l/min |
| Viscosity | 600 cps |
| Density | 1,2 g/cm3 |
| Weight in kg | 1,1 |
ATEX motor available on request – for information contact the sales office
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials.
** Attention: average values of the different materials configurations for ball and ball seat.
APPLICATIONS
| Viscosity | up to 600 cps |
| Max flow rate* | 70 l/min |
| Dip tube | Ø 42,5 mm |
| Hose holder | Ø 25 mm |
| Operating temperature | da 3° a 95° C |
| Total weight in kg | 4,3 for lenght of 900 mm · 5,3 for lenght of 1200 mm |
| Dip tube material | AISI 316 |
| Material Shaft | AISI 316 |
| Material impeller | ECTFE |
| Material suction outlet | ECTFE |
| Material seal gasket in contact with the fluid – MIM | Viton® |
| Lenght mm | 900 o 1200 |
AISI 316
| Power | 0,42 HP (300 Watt) |
| Max flow rate | 70 l/min |
| Viscosity | 600 cps |
| Density | 1,2 g/cm3 |
| Weight in kg | 1,1 |
ATEX motor available on request – for information contact the sales office.
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials.
** Attention: average values of the different materials configurations for ball and ball seat.
| Viscosity | fino a 900 cps |
| Max flow rate * | 90 l/min |
| Dip tube | Ø 42 mm |
| Hose holder | Ø 25 mm |
| Operating temperature | da 3° a 65° C |
| Total weight in kg | 1,4 for lenght of 900 mm · 1,7 for lenght of 1200 mm |
| Material dip tube | Polypropylene |
| Material shaft | HASTELLOY or AISI 316 |
| Material impeller | ECTFE |
| Material suction outlet | Polypropylene |
| Material seal gasket in contact with the fluid – MIM | Viton® |
| Lenght mm | 900 or 1200 |
PP
| Power | 800 Watt |
| Voltage | 230 V monofase |
| Protection rating | IP54 |
| Class | F |
| Max flow rate | 90 l/min |
| Viscosity | 900 cps |
| Density | 1,6 g/cm3 |
| Weight in kg | 3,8 |
NB: The electric cable is supplied without socket.
ATEX motor available on request – for information contact the sales office
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials.
** Attention: average values of the different materials configurations for ball and ball seat.
| Viscosity | up to 900 cps |
| Max flow rate * | 90 l/min |
| Dip tube | Ø 40 mm |
| Hose holder | Ø 25 mm |
| Operating temperature | da 3° a 95° C |
| Total weight in kg | 1,6 for lenght of 900 mm · 1,9 for lenght for 1200 mm |
| Mat dip tube | PVDF |
| Material shaft | HASTELLOY |
| Material impeller | ECTFE |
| Material suction outlet | ECTFE |
| Material seal gasket in contact with the fluid – MIM | Viton® |
| Lenght mm | 900 o 1200 |
PVDF
| Power | 800 Watt |
| Voltage | 230 V singlephase |
| Protection rating | IP54 |
| Class | F |
| Max flow rate | 90 l/min |
| Viscosity | 900 cps |
| Density | 1,6 g/cm3 |
| Weight in kg | 3,8 |
NB: The electric cable is supplied without socket.
ATEX motor available on request – for information contact the sales office
DATA
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials.
** Attention: average values of the different materials configurations for ball and ball seat.
APPLICATIONS
| Viscosity | up to 900 cps |
| Max flow rate * | 90 l/min |
| Dip tube | Ø 42,5 mm |
| Hose holder | Ø 25 mm |
| Operating temperature | da 3° a 95° C |
| Total weight in kg | 4,3 for lenght of 900 mm · 5,3 for lenght of 1200 mm |
| Material dip tube | AISI 316 |
| Material shaft | AISI 316 |
| Material impeller | ECTFE |
| Material suction outlet | ECTFE |
| Material Seal gasket in contact with the fluid – MIM | Viton® |
| Lenght mm | 900 o 1200 |
AISI 316
| Power | 800 Watt |
| Voltage | 230 V monofase |
| Protection rating | IP54 |
| Class | F |
| Max flow rate | 90 l/min |
| Viscosity | 900 cps |
| Density | 1,6 g/cm3 |
| Weight in kg | 3,8 |
NB: The electric cable is supplied without socket.
ATEX motor available on request – for information contact the sales office.
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 Gb
II 2D Ex h IIIB T135°C Db
| Product fitting | G 3″ f |
| Air fitting | Ø 8 mm |
| Operating pressure | Min 2 Bar – Max 8 Bar |
| Application | Boxer 503 |
| Weight | 23 kg |
| Operating temperature | from +3°C to +65°C |
| Dimension (mm) | 398 x 516 |
| Product fitting | G 3″ f |
| Air fitting | Ø 8 mm |
| Operating pressure | Min 2 Bar – Max 8 Bar |
| Application | Boxer 503 |
| Weight | 23 kg |
| Operating temperature | from +3°C to +65°C |
| Dimension (mm) | 398 x 516 |
| Product fitting | G 3″ f |
| Air fitting | Ø 8 mm |
| Operating pressure | Min 2 Bar – Max 8 Bar |
| Application | Boxer 503 |
| Weight | 28,5 kg |
| Operating temperature | from +3°C to +95°C |
| Dimension (mm) | 398 x 516 |
PP PP+CF PVDF ALU
| Product fitting | G 3″ f |
| Air fitting | Ø 8 mm |
| Operating pressure | Min 2 Bar – Max 8 Bar |
| Application | Boxer 503 |
| Weight | 29 kg |
| Operating temperature | from +3°C to +95°C |
| Dimension (mm) | 356 x 352 |
– Central Boxer 502/503 (PP)
– NBR
– EPDM
– Hytrel
– Santoprene
– PTFE
– PP (with glass additive)
– PP (with carbon additive)
– PVDF
– PPS-V
– Aluminium
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 Gb
II 2D Ex h IIIB T135°C Db
| Product fitting | G 2″ f |
| Air fitting | Ø 8 mm |
| Operating pressure | Min 2 Bar – Max 8 Bar |
| Application | Boxer 552 |
| Weight | 23 kg |
| Operating temperature | from +3°C to +65°C |
| Dimension (mm) | 398 x 516 |
| Product fitting | G 2″ f |
| Air fitting | Ø 8 mm |
| Operating pressure | Min 2 Bar – Max 8 Bar |
| Application | Boxer 552 |
| Weight | 23 kg |
| Operating temperature | from +3°C to +65°C |
| Dimension (mm) | 398 x 516 |
| Product fitting | G 2″ f |
| Air fitting | Ø 8 mm |
| Operating pressure | Min 2 Bar – Max 8 Bar |
| Application | Boxer 552 |
| Weight | 28,5 kg |
| Operating temperature | from +3°C to +95°C |
| Dimension (mm) | 398 x 516 |
| Product fitting | G 2″ f |
| Air fitting | Ø 8 mm |
| Operating pressure | Min 2 Bar – Max 8 Bar |
| Application | Boxer 502 |
| Weight | 26 kg |
| Operating temperature | from +3°C to +95°C |
| Dimension (mm) | 56 x 352 |
PP PP+CF PVDF ALU AISI 316
| Product fitting | G 2″ f |
| Air fitting | Ø 8 mm |
| Operating pressure | Min 2 Bar – Max 8 Bar |
| Application | Boxer 502 |
| Weight | 32 kg |
| Operating temperature | from +3°C to +95°C |
| Dimension (mm) | 56 x 352 |
– Central Boxer 502/503
– NBR
– EPDM
– Hytrel
– Santoprene
– PTFE
– PP (with glass additive)
– PP (with carbon additive)
– PVDF
– AISI 316
– Aluminium
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 Gb
II 2D Ex h IIIB T135°C Db
| Product fitting | G 1″1/2 f |
| Air fitting | Ø 6 mm |
| Operating pressure | Min 2 Bar – Max 8 Bar |
| Application | Boxer 100, Boxer 150, Boxer 251 |
| Weight | 3,8 kg |
| Operating temperature | from +3°C to +65°C |
| Dimension (mm) | 283,2 x 254 |
| Product fitting | G 1″1/2 f |
| Air fitting | Ø 6 mm |
| Operating pressure | Min 2 Bar – Max 8 Bar |
| Application | Boxer 100, Boxer 150, Boxer 251 |
| Weight | 3,8 kg |
| Operating temperature | from +3°C to +65°C |
| Dimension (mm) | 283,3 x 254 |
| Product fitting | G 1″1/2 f |
| Air fitting | Ø 6 mm |
| Operating pressure | Min 2 Bar – Max 8 Bar |
| Application | Boxer 100, Boxer 150, Boxer 251 |
| Weight | 4,5 kg |
| Operating temperature | from +3°C to +95°C |
| Dimension (mm) | 283,3 x 254 |
| Product fitting | G 1″1/2 f |
| Air fitting | Ø 6 mm |
| Operating pressure | Min 2 Bar – Max 8 Bar |
| Application | Boxer 100, Boxer 150, Boxer 251 |
| Weight | 4,5 kg |
| Operating temperature | from +3°C to +95°C |
| Dimension (mm) | 283,2 x 254 |
PP PP+CF PVDF PPS-V AISI 316
| Product fitting | G 1″1/2 f |
| Air fitting | Ø 6 mm |
| Operating pressure | Min 2 Bar – Max 8 Bar |
| Application | Boxer 100, Boxer 150, Boxer 251 |
| Weight | 7,45 kg |
| Operating temperature | from +3°C to +95°C |
| Dimension (mm) | 256,7 x 254 |
– PP
– PP+CF
– NBR
– EPDM
– Hytrel
– Santoprene
– PTFE
– PP (with glass additive)
– PP conductive (with carbon additive)
– PVDF
– ECTFE natural
– AISI 316
– Aluminium
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 Gb
II 2D Ex h IIIB T135°C Db
| Product fitting | G 1″ f |
| Air fitting | Ø 6 mm |
| Operating pressure | Min 2 Bar – Max 8 Bar |
| Application | Boxer 50, Boxer 81 |
| Weight | 1,5 kg |
| Operating temperature | from +3°C to +65°C |
| Dimension (mm) | 177 x 170 |
| Product fitting | G 1″ f |
| Air fitting | Ø 6 mm |
| Operating pressure | Min 2 Bar – Max 8 Bar |
| Application | Boxer 50, Boxer 81 |
| Weight | 1,5 kg |
| Operating temperature | from +3°C to +65°C |
| Dimension (mm) | 177 x 170 |
| Product fitting | G 1″ f |
| Air fitting | Ø 6 mm |
| Operating pressure | Min 2 Bar – Max 8 Bar |
| Application | Boxer 50, Boxer 81 |
| Weight | 1,7 kg |
| Operating temperature | from +3°C to +65°C |
| Dimension (mm) | 177 x 170 |
| Product fitting | G 1″ f |
| Air fitting | Ø 6 mm |
| Operating pressure | Min 2 Bar – Max 8 Bar |
| Application | Boxer 50, Boxer 90 |
| Weight | 1,7 kg |
| Operating temperature | from +3°C to +95°C |
| Dimension (mm) | 177 x 170 |
PP PP+CF PVDF PPS-V AISI 316
| Product fitting | G 1″ f |
| Air fitting | Ø 6 mm |
| Operating pressure | Min 2 Bar – Max 8 Bar |
| Application | Miniboxer, Boxer 81 |
| Weight | 2,56 kg |
| Operating temperature | from +3°C to +95°C |
| Dimension (mm) | 183,2 x 151 |
– PP
– PP+CF
– NBR
– EPDM
– Hytrel
– Santoprene
– PTFE
– PP (with glass additive)
– PP conductive (with carbon additive)
– PVDF
– PPS-V
– ECTFE natural
– AISI 316
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 Gb
II 2D Ex h IIIB T135°C Db
| Product fitting | G 3/4″ f |
| Air fitting | Ø 6 mm |
| Operating pressure | Min 2 Bar – Max 8 Bar |
| Application | Midgetbox, Cubic 15, Boxer 7, Boxer 15, Microboxer |
| Weight | 0,5 kg |
| Operating temperature | from +3°C to +65°C |
| Dimension (mm) | 121 x 117 |
| Product fitting | G 3/4″ f |
| Air fitting | Ø 6 mm |
| Operating pressure | Min 2 Bar – Max 8 Bar |
| Application | Midgetbox, Cubic 15, Boxer 7, Boxer 15, Microboxer |
| Weight | 0,5 kg |
| Operating temperature | from +3°C to +65°C |
| Dimension (mm) | 121 x 117 |
| Product fitting | G 3/4″ f |
| Air fitting | Ø 6 mm |
| Operating pressure | Min 2 Bar – Max 8 Bar |
| Application | Cubic 15, Boxer 7, Boxer 15, Microboxer |
| Weight | 0,5 kg |
| Operating temperature | from +3°C to +95°C |
| Dimension (mm) | 121 x 117 |
| Product fitting | G 3/4″ f |
| Air fitting | Ø 6 mm |
| Operating pressure | Min 2 Bar – Max 8 Bar |
| Application | Boxer 7, Boxer 15, Microboxer |
| Weight | 0,6 kg |
| Operating temperature | from +3°C to +95°C |
| Dimension (mm) | 121 x 117 |
PP PP+CF PVDF PPS-V AISI 316 L
| Product fitting | G 1/2″ f |
| Air fitting | Ø 6 mm |
| Operating pressure | Min 2 Bar – Max 8 Bar |
| Application | Boxer 7, Boxer 15, Microboxer |
| Weight | 1,33 kg |
| Operating temperature | from +3°C to +95°C |
| Dimension (mm) | 133 x 117 |
– PP
– PP+CF
– ALUMINUM
– NBR
– EPDM
– Hytrel
– Santoprene
– PTFE
– PP (with glass additive)
– PP conductive (with carbon additive)
– PVDF
– PPS-V
– ECTFE natural
– AISI 316
– Aluminium
Electric centrifugal pumps
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials.
** Attention: average values of the different materials configurations for ball and ball seat.
APPLICATIONS
| Suction connections | G 3″1/2 f o DN 90 available on request |
| Delivery connections | G 3″ m o DN 80 available on request |
| Max flow rate * | 170 m3/h |
| Max head * | 41 m |
| Viscosity | up to 500 cps |
| Standard open impeller | Ø 175 mm H 18,4 mm (special versions are available on request for the fluid pumped) |
| Passing solids | Ø max 15 mm |
| Available column lenght (mm) |
| 800 |
| 1000 |
| 1250 |
| Version | Min | Max |
| PP | 3° C | 65° C |
| PVDF | 3° C | 95° C |
PP PVDF
– ATEX
– EPDM
– VITON®
The dimensions and weights vary according to the length of the pump
* The filter is sold separately
Electric centrifugal pumps
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials.
** Attention: average values of the different materials configurations for ball and ball seat.
APPLICATIONS
| Suction connections | G 2″ 1/2 f o DN 65 available on request |
| Delivery connections | G 2″ m o DN 50 available on request |
| Max flow rate * | 75 m3/h |
| Max head * | 38 m |
| Viscosity | up to 500 cps |
| Standard open impeller | Ø 176 mm H 13 mm – 10° (special versions are available on request for the fluid pumped) |
| Passing solids | Ø max 11 mm |
| Available column lenght (mm) | PP pump weight * | PVDF pump weight * |
| 500 | 31 kg | 33 kg |
| 800 | 34 kg | 36 kg |
| 1000 | 36 kg | 38 kg |
| 1250 | 39 kg | 41 kg |
| 1400 ** | – | – |
* The weights refer to the pump without the motor
** Special version
| Version | Min | Max |
| PP | 3° C | 65° C |
| PVDF | 3° C | 95° C |
PP PVDF
– ATEX
– EPDM
– VITON®
The dimensions and weights vary according to the length of the pump
* The filter is sold separately
Electric centrifugal pumps
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials.
** Attention: average values of the different materials configurations for ball and ball seat.
APPLICATIONS
| Suction connections | G 2″ 1/2 f o DN 65 su richiesta |
| Delivery connections | G 2″ m o DN 50 su richiesta |
| Max flow rate * | 55 m3/h |
| MAx head * | 32 m |
| Viscosity | up to 500 cps |
| Standard open connections | Ø 162 mm H 11 mm – 10° (special versions are available on request for the fluid pumped) |
| Passing solids | Ø max 9 mm |
| Available column lenght (mm) | PP pump weight * | PVDF pump weight * |
| 500 | 31 kg | 33 kg |
| 800 | 34 kg | 36 kg |
| 1000 | 36 kg | 38 kg |
| 1250 | 39 kg | 41 kg |
| 1400 ** | – | – |
* The weights refer to the pump without the motor
** Special version
| Version | Min | Max |
| PP | 3° C | 65° C |
| PVDF | 3° C | 95° C |
PP PVDF
– ATEX
– EPDM
– VITON®
The dimensions and weights vary according to the length of the pump
* The filter is sold separately
Electric centrifugal pumps
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials.
** Attention: average values of the different materials configurations for ball and ball seat.
APPLICATIONS
| Suction connections | G 2″ 1/2 f or DN 65 available on request |
| Delivery connections | G 2″ m or DN 50 available on request |
| Max flow rate * | 42 m3/h |
| Max head * | 27 m |
| Viscosity | up to 500 cps |
| Standard open impeller | Ø 162 mm H 4 mm – 10° (special versions are available on request for the fluid pumped) |
| Passing solids | Ø max 2 mm |
| Available column lenght (mm) | PP pump weight * | PVDF pump weight * |
| 500 | 28 kg | 30 kg |
| 800 | 31 kg | 33 kg |
| 1000 | 33 kg | 35 kg |
| 1250 | 36 kg | 38 kg |
| 1400 ** | – | – |
* The weights refer to the pump without the motor
** Special version
| Version | Min | Max |
| PP | 3° C | 65° C |
| PVDF | 3° C | 95° C |
PP PVDF
– ATEX
– EPDM
– VITON®
The dimensions and weights vary according to the length of the pump
* The filter is sold separately
Electric centrifugal pumps
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials.
** Attention: average values of the different materials configurations for ball and ball seat.
APPLICATIONS
| Suction connections | G 2″ 1/2 m or DN 65 available on request |
| Delivery connections | G 2″ m or DN 50 available on request |
| Max flow rate* | 42 m3/h |
| Max head * | 24 m |
| Viscosity | up to 500 cps |
| Standard open impeller | Ø 160 mm H 4 mm – 10° (special versions are available on request for the fluid pumped) |
| Passing solids | Ø max 2 mm |
| Available column lenght (mm) | PP pump weight * | PVDF pump weight * |
| 500 | 28 kg | 30 kg |
| 800 | 31 kg | 33 kg |
| 1000 | 33 kg | 35 kg |
| 1250 | 36 kg | 38 kg |
| 1400 ** | – | – |
* The weights refer to the pump without the motor
** Special version
| Version | Min | Max |
| PP | 3° C | 65° C |
| PVDF | 3° C | 95° C |
PP PVDF
– ATEX
– EPDM
– VITON®
The dimensions and weights vary according to the length of the pump
* The filter is sold separately
Electric centrifugal pumps
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials.
** Attention: average values of the different materials configurations for ball and ball seat.
APPLICATIONS
| Suction connections | G 2″ m or DN 50 available on request |
| Delivery connections | G 1″ 1/2 m or DN 40 available on request |
| Max flow rate * | 40 m3/h |
| Max head * | 21 m |
| Viscosity | up to 500 cps |
| Standard open impeller | Ø 130 mm H 14 mm (special versions are available on request for the fluid pumped) |
| Passing solids | Ø max 12 mm |
| Available column lenght (mm) | PP pump weight * | PVDF pump weight * |
| 500 | 15 kg | 16 kg |
| 800 | 19 kg | 20 kg |
| 1000 | 22 kg | 23 kg |
| 1250 | 24 kg | 25 kg |
| 1400 ** | – |
* The weights refer to the pump without the motor
** Special version
| Version | Min | Max |
| PP | 3° C | 65° C |
| PVDF | 3° C | 95° C |
PP PVDF
– SINGLEPHASE
– ATEX
– EPDM
– VITON®
The dimensions and weights vary according to the length of the pump
* The filter is sold separately
Electric centrifugal pumps
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials.
** Attention: average values of the different materials configurations for ball and ball seat.
| Suction connections | G 2″ m o DN 50 on request |
| Delivery connections | G 1″ 1/2 m o DN 40 on request |
| Max flow rate* | 30 m3/h |
| Max head * | 20 m |
| Viscosity | up to 500 cps |
| Standard open impeller | Ø 130 mm H 8 mm (special versions are available on request for the fluid pumped) |
| Passing solids | Ø max 6 mm |
| Available column lenght (mm) | PP pump weight * | PVDF pump weight * |
| 500 | 15 kg | 16 kg |
| 800 | 19 kg | 20 kg |
| 1000 | 22 kg | 23 kg |
| 1250 | 24 kg | 25 kg |
| 1400 ** | – | – |
* The weights refer to the pump without the motor
** Special version
| Version | Min | Max |
| PP | 3° C | 65° C |
| PVDF | 3° C | 95° C |
PP PVDF
– SINGLEPHASE
– ATEX
– EPDM
– VITON®
The dimensions and weights vary according to the length of the pump
* The filter is sold separately
Electric centrifugal pumps
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials.
** Attention: average values of the different materials configurations for ball and ball seat.
| Suction connections | G 2″ m o DN 50 available on request |
| Delivery connections | G 1″ 1/2 m o DN 40 available on request |
| Max flow rate * | 25 m3/h |
| Max head * | 15,5 m |
| Viscosity | up to 500 cps |
| Standard open impeller | Ø 125 mm H 8 mm (special versions are available on request for the fluid pumped) |
| Passing solids | Ø max 6 mm |
| Available column lenght (mm) | PP pump weight * | PVDF pump weight * |
| 500 | 15 kg | 16 kg |
| 800 | 19 kg | 20 kg |
| 1000 | 22 kg | 23 kg |
| 1250 | 24 kg | 25 kg |
| 1400 ** | – | – |
* The weights refer to the pump without the motor
** Special version
| Version | Min | Max |
| PP | 3° C | 65° C |
| PVDF | 3° C | 95° C |
PP PVDF
– MONOPHASE
– ATEX
– EPDM
– VITON®
The dimensions and weights vary according to the length of the pump
* The filter is sold separately
Electric centrifugal pumps
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials.
** Attention: average values of the different materials configurations for ball and ball seat.
| Suction connections | G 2″ m or DN 50 available on request |
| Delivery connections | G 1″ 1/2 m or DN 40 available on request |
| Max flow rate * | 20 m3/h |
| Max head * | 15 m |
| Viscosity | up to 500 cps |
| Standard open impeller | Ø 120 mm H 8 mm (special versions are available on request for the fluid pumped) |
| Passing solids | Ø max 6 mm |
| Available column lenght (mm) | PP pump weight * | PVDF pump weight * |
| 500 | 15 kg | 16 kg |
| 800 | 19 kg | 20 kg |
| 1000 | 22 kg | 23 kg |
| 1250 | 24 kg | 25 kg |
| 1400 ** | – | – |
* The weights refer to the pump without the motor
** Special version
| Version | Min | Max |
| PP | 3° C | 65° C |
| PVDF | 3° C | 95° C |
PP PVDF
– SINGLEPHASE
– ATEX
– EPDM
– VITON®
The dimensions and weights vary according to the length of the pump
* The filter is sold separately
Electric centrifugal pumps
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials.** Attention: average values of the different materials configurations for ball and ball seat.
| Suction connections | G 2″ m or DN 50 available on request |
| Delivery connections | G 1″ 1/2 m or DN 40 available on request |
| Max flow rate * | 13 m3/h |
| Max head * | 12 m |
| Viscosity | up to 500 cps |
| Standard open impeller | Ø 100 mm H 7 mm (special versions are available on request for the fluid pumped) |
| Passing solids | Ø max 6 mm |
| Available column lenght (mm) | PP pump weight * | PVDF pump weight * |
| 500 | 15 kg | 16 kg |
| 800 | 19 kg | 20 kg |
| 1000 | 22 kg | 23 kg |
| 1250 | 24 kg | 25 kg |
| 1400 ** | – | – |
* Weights refer to the pump without motor
** Special version
| Version | Min | Max |
| PP | 3° C | 65° C |
| PVDF | 3° C | 95° C |
PP PVDF
– SINGLEPHASE
– ATEX
– EPDM
– VITON®
The dimensions and weights vary according to the length of the pump
* The filter is sold separately
Electric centrifugal pumps
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials.
** Attention: average values of the different materials configurations for ball and ball seat.
| Suction connections | G 1″1/2 f o DN 40 su richiesta |
| Delivery connections | G 1″ m o DN 25 su richiesta |
| Max flow rate * | 9 m3/h |
| Max head * | 10,5 m |
| Viscosity | up to 500 cps |
| Standard open impeller | Ø 97 mm H 12 mm (special versions are available on request for the fluid pumped) |
| Passing solids | Ø max 10 mm |
| Available column length (mm) | PP pump weight * | PVDF pump weight * |
| 250 | 6,5 kg | 7 kg |
| 500 | 7,5 kg | 8 kg |
| 800 | 10,5 kg | 11 kg |
| 1000** | – | – |
* Weights refer to the pump without motor
** Special version
| Version | Min | Max |
| PP | 3° C | 65° C |
| PVDF | 3° C | 95° C |
PP PVDF
– SINGLEPHFASE
– ATEX
– EPDM
– VITON®
The dimensions and weights vary according to the length of the pump
* The filter is sold separately
Electric centrifugal pumps
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials.
** Attention: average values of the different materials configurations for ball and ball seat.
APPLICATIONS
| Suction connections | G 1″1/2 f o DN 40 |
| Delivery connections | G 1″ m o DN 25 |
| Max flow rate * | 6 m3/h |
| Max head * | 7,5 m |
| Viscosity | up to 500 cps |
| Standard open impeller | Ø 12 mm H 9 mm (special versions are available on request for the fluid pumped) |
| Passing solids | Ø max 7 mm |
| Available column length (mm) | PP pump weight * | PVDF pump weight * |
| 250 | 6,5 kg | 7 kg |
| 500 | 7,5 kg | 8 kg |
| 800 | 10,5 kg | 11 kg |
| 1000** | – | – |
* The weights refer to the pump without the motor
** Special version
| Version | Min | Max |
| PP | 3° C | 65° C |
| PVDF | 3° C | 95° C |
PP PVDF
– SINGLEPHASE
– ATEX
– EPDM
– VITON®
The dimensions and weights vary according to the length of the pump
* The filter is sold separately
Electric centrifugal pumps
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials.
** Attention: average values of the different materials configurations for ball and ball seat.
APPLICATIONS
| Suction connections | G 2″1/2 f o DN 65 |
| Delivery connections | G 2″ m o DN 50 |
| Max flow rate * | 75 m3/h |
| Max head * | 38 m |
| Viscosity | up to 500 cps |
| Standard open impeller | Ø 176 mm H 15 mm – 10° (special versions are available on request for the fluid pumped) |
| Passing solids | Ø max 9 mm |
| Version | Weight | Min | Max |
| PP (with glass additive) | 9,9 kg | 3° C | 65° C |
| PVDF (with carbon additive) | 12,2 kg | 3° C | 95° C |
PP PVDF
– ATEX
– EPDM
– VITON®
The weight refers only to the packaging without the pump inside it
Electric centrifugal pumps
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials.
** Attention: average values of the different materials configurations for ball and ball seat.
APPLICATIONS
| Suction connections | G 2″1/2 f o DN 65 |
| Delivery connections | G 2″ m o DN 50 |
| Max flow rate * | 55 m3/h |
| Max head * | 32 m |
| Viscosity | up to 500 cps |
| Standard open impeller | Ø 162 mm H 11 mm – 10° (special versions are available on request for the fluid pumped) |
| Passing solids | Ø max 9 mm |
| Version | Weight | Min | Max |
| PP (with glass additive) | 9,8 kg | 3° C | 65° C |
| PVDF (with carbon additive) | 12,2 kg | 3° C | 95° C |
PP PVDF
– ATEX
– EPDM
– VITON®
The weight refers only to the packaging without the pump inside it
Electric centrifugal pumps
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials.
** Attention: average values of the different materials configurations for ball and ball seat.
APPLICATIONS
| Suction connections | G 2″1/2 f o DN 65 |
| Delivery connections | G 2″ m o DN 50 |
| Max flow rate * | 42 m3/h |
| Max head * | 24 m |
| Viscosity | fino a 500 cps |
| Standard open impeller | Ø 160 mm H 5,5 mm – 10° (special versions are available on request for the fluid pumped) |
| Passing solids | Ø max 2 mm |
| Version | Weight | Min | Max |
| PP (with glass additive) | 8,1 kg | 3° C | 65° C |
| PVDF (con carbon additive) | 11 kg | 3° C | 95° C |
PP PVDF
– ATEX
– EPDM
– VITON®
The weight refers only to the packaging without the pump inside it
Electric centrifugal pumps
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials.
** Attention: average values of the different materials configurations for ball and ball seat.
APPLICATIONS
| Suction connections | G 2″1/2 f o DN 65 |
| Delivery connections | G 2″ m o DN 50 |
| Max flow rate * | 42 m3/h |
| Max head * | 24 m |
| Viscosity | fino a 500 cps |
| Standard open impeller | Ø 160 mm H 5,5 mm – 10° (special versions are available on request for the fluid pumped) |
| Passing solids | Ø max 2 mm |
| Version | Weight | Min | Max |
| PP (with glass additive) | 8,1 kg | 3° C | 65° C |
| PVDF (con carbon additive) | 11 kg | 3° C | 95° C |
PP PVDF
– ATEX
– EPDM
– VITON®
The weight refers only to the packaging without the pump inside it
Electric centrifugal pumps
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials.
** Attention: average values of the different materials configurations for ball and ball seat.
APPLICATIONS
| Suction connections | G 2″ m o DN 50 |
| Delivery connections | G 1″1/2 m o DN 40 |
| Max flow rate * | 40 m3/h |
| Max head * | 21 m |
| Viscosity | up to 500 cps |
| Standard open impeller | Ø 130 mm H 14 mm (special versions are available on request for the fluid pumped) |
| Passing solids | Ø max 12 mm |
| Version | Weight | Min | Max |
| PP (with glass additive) | 4 kg | 3° C | 65° C |
| PVDF (with carbon additive) | 5 kg | 3° C | 95° C |
PP PVDF
– SINGLEPHASE
– ATEX
– EPDM
– VITON®
The weight refers only to the packaging without the pump inside
Electric centrifugal pumps
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials.
** Attention: average values of the different materials configurations for ball and ball seat.
| Suction connections | G 2″ m o DN 50 |
| Delivery connections | G 1″ 1/2 m o DN 40 |
| Max flow rate * | 30 m3/h |
| Head flow rate * | 20 m |
| Viscosity | up to 500 cps |
| Standard open impeller | Ø 130 mm H 8 mm (special versions are available on request for the fluid pumped) |
| Passing solids | Ø max 6 mm |
| Version | Weight | Min | Max |
| PP (with glass additive) | 3,8 kg | 3° C | 65° C |
| PVDF (with carbon additive) | 4,9 kg | 3° C | 95° C |
PP PVDF
– SINGLEPHASE
– ATEX
– EPDM
– VITON®
The weight refers only to the packaging without the pump inside it
Electric centrifugal pumps
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials.
** Attention: average values of the different materials configurations for ball and ball seat.
| Suction connections | G 2″ f o DN 50 |
| Delivery connections | G 1″ 1/2 m o DN 40 |
| Max flow rate * | 25 m3/h |
| Max head * | 15 m |
| Viscosity | up to 500 cps |
| Standard open impeller | Ø 120 mm H 8 mm (special versions are available on request for the fluid pumped) |
| Passing solids | Ø max 6 mm |
| Version | Weight | Min | Max |
| PP (with glass additive) | 3,8 kg | 3° C | 65° C |
| PVDF (with carbon additive) | 4,9 kg | 3° C | 95° C |
PP PVDF
– SINGLEPHASE
– ATEX
– EPDM
– VITON®
The weight refers only to the packaging without the pump inside it
Electric centrifugal pumps
| Suction connections | G 2 f o DN 50 |
| Delivery connections | G 1″ 1/2 m o DN 40 |
| Max flow rate * | 20 m3/h |
| Max head * | 15 m |
| Viscosity | up to 500 cps |
| Standard open impeller | Ø 130 mm H 4 mm (special versions are available on request for the fluid pumped) |
| Passing solids | Ø max 2 mm |
| Version | Weight | Min | Max |
| PP (with glass additive) | 3,4 kg | 3° C | 65° C |
| PVDF (with carbon additive) | 4,3 kg | 3° C | 95° C |
PP PVDF
– SINGLEPHASE
– ATEX
– EPDM
– VITON®
The weight refers only to the packaging without the pump inside
| Suction connections | G 1″1/2 f o DN 40 |
| Delivery connections | G 1″ m o DN 25 |
| Max flow rate * | 9 m3/h |
| Max head * | 10,5 m |
| Viscosity | up to 500 cps |
| Standard open impeller | Ø 97 mm H 12 mm (special versions are available on request for the fluid pumped) |
| Passing solids | Ø max 7 mm |
| Version | Weight | Min | Max |
| PP (with glass additive) | 1,7 kg | 3° C | 65° C |
| PVDF (with carbon additive) | 2,2 kg | 3° C | 95° C |
PP PVDF
– SINGLEPHASE
– ATEX
– EPDM
– VITON®
The weight refers only to the packaging without the pump inside
Electric centrifugal pumps
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials.
** Attention: average values of the different materials configurations for ball and ball seat.
| Suction connections | G 1″1/2 f o DN 40 |
| Delivery connections | G 1″ m o DN 25 |
| Max flow rate * | 9 m3/h |
| Max head * | 10,5 m |
| Viscosity | up to 500 cps |
| Standard open impeller | Ø 97 mm H 12 mm (special versions are available on request for the fluid pumped) |
| Passing solids | Ø max 7 mm |
| Version | Weight | Min | Max |
| PP (with glass additive) | 1,7 kg | 3° C | 65° C |
| PVDF (with carbon additive) | 2,2 kg | 3° C | 95° C |
PP PVDF
– SINGLEPHASE
– ATEX
– EPDM
– VITON®
The weight refers only to the packaging without the pump inside
Electric centrifugal pumps
DATA
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials.
** Attention: average values of the different materials configurations for ball and ball seat.
| Suction connections | G 1″1/2 f o DN 40 |
| Delivery connections | G 1″ m o DN 25 |
| Max flow rate * | 6 m3/h |
| Max head * | 7,5 m |
| Viscosity | up to 500 cps |
| Standard open impeller | Ø 85 mm H 9 mm (special versions are available on request for the fluid pumped) |
| Passing solids | Ø max 5 mm |
| Version | Weight | Min | Max |
| PP (with glass additive) | 1,7 kg | 3° C | 65° C |
| PVDF (with carbon additive) | 2,2 kg | 3° C | 95° C |
PP PVDF
– SINGLEPHASE
– ATEX
– EPDM
– VITON®
The weight refers only to the packaging without the pump inside
Air-operated double diaphragm pumps
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials
** Attention: average values of the different materials configurations for ball and ball seat.
| Suction/delivery connections | G 2″1/2 f o DN 65 |
| Air fitting | G 1/2″ f |
| Max flow rate * | 530 l/min |
| Max supply air pressure | 4 bar |
| Max head * | 40 m |
| Max negative suction head – dry-running ** | 3,5 m |
| Diameter Max suspended solids | 45 mm |
| Max length of solids | 600 mm |
PP
| Version | Weight | Min | Max |
| PP (with glass additive) | 38 kg | 3° C | 65° C |
| Maximum dimensions | Plastic |
| Height | 691 mm |
| Width | 580 mm |
| Depth | 952 mm |
Air-operated double diaphragm pumps
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 Gb
II 2D Ex h IIIB T135°C Db
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials
** Attention: average values of the different materials configurations for ball and ball seat.
APPLICATIONS
| Suction/delivery connections | G 3″ f o DN 80 – NPT available only on request |
| Air fitting | G 3/4″ f |
| Max flow rate * | 800 l/min |
| Max supply air pressure | 8 bar |
| Max head * | 80 m |
| Max negative suction head – dry-running ** | 4 m |
| Max negative suction head – pump primed | 9,5 m |
| Diameter Max suspended solids | 10 mm |
| Noise level ** | 80 dB |
| Volume per stroke | 1825 cc |
PP PVDF ALU AISI INOX DUPLEX / S.DUPLEX
| Version | Weight | Min | Max |
| PP (with glass additive) | 50 kg | 3° C | 65° C |
| PP conductive (with carbon additive) | 50 kg | 3° C | 65° C |
| PVDF (with carbon additive) | 67 kg | 3° C | 95° C |
| ALU | 66 kg | 3° C | 95° C |
| AISI INOX | 71 kg | 3° C | 95° C |
| DUPLEX / S.DUPLEX | – | 3° C | 95° C |
| Maximum dimensions | Plastic | Stainless Steel | Aluminium |
| Height | 726 mm | 826 mm | 806 mm |
| Width | 585 mm | 546 mm | 580 mm |
| Depth | 403 mm | 403 mm | 403 mm |
A1 – A2 – A3 – M1 – M2 – M3
A3 – M3
A3 – M3
STANDARD CONNECTIONS
M1 – A1
SUCTION
A1 – A2 – A3 – A4 – A5 – A6
DELIVERY
M1 – M2 – M3 – M4 – M5 – M6
Air-operated double diaphragm pumps
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 Gb
II 2D Ex h IIIB T135°C Db
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials
** Attention: average values of the different materials configurations for ball and ball seat.
APPLICATIONS
| Suction/delivery connections | G 2″ f o DN 50 |
| Air fitting | G 1/2″ f |
| Max flow rate * | 600 l/min |
| Max supply air pressure | 8 bar |
| Max head * | 80 m |
| Max negative suction head – dry-running ** | 5 m |
| Max negative suction head – pump primed | 9,5 m |
| Diameter Max suspended solids | 8 mm |
| Noise level ** | 80 dB |
| Volume per stroke | 1825 cc |
ALU ELECTROPOLISHED AISI 316
| Version | Weight | Min | Max |
| ALU | 37 kg | 3° C | 95° C |
| Electropolished AISI 316 | 54 kg | 3° C | 95° C |
| Maximum dimensions | Metal | Aluminium |
| Height | 705 mm | 621 mm |
| Width | 470 mm | 566 mm |
| Depth | 404 mm | 404 mm |
A3 – M3
A1 – A2 – A3 – M1 – M2 – M3
STANDARD CONNECTIONS
M1 – A1
SUCTION
A1 – A2 – A3 – A4 – A5 – A6
DELIVERY
M1 – M2 – M3 – M4 – M5 – M6
Air-operated double diaphragm pumps
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 Gb
II 2D Ex h IIIB T135°C Db
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials
** Attention: average values of the different materials configurations for ball and ball seat.
APPLICATIONS
| Suction/delivery connections | G 2″ f o DN 50 |
| Air fitting | G 1/2″ f |
| Max flow rate * | 600 l/min |
| Max supply air pressure | 8 bar |
| Max head * | 80 m |
| Max negative suction head – dry-running ** | 5 m |
| Max negative suction head – pump primed | 9,5 m |
| Diameter Max suspended solids | 8 mm |
| Noise level ** | 80 dB |
| Volume per stroke | 1825 cc |
PP PVDF PE
| Version | Weight | Min | Max |
| PP (with glass additive) | 38 kg | 3° C | 65° C |
| PP conductive (with carbon additive) | 34,5 kg | 3° C | 65° C |
| PVDF | 45 kg | 3° C | 95° C |
| PE | – | – | – |
| Maximum dimensions | Plastic |
| Height | 650 mm |
| Width | 590 mm |
| Depth | 404 mm |
A1 – A2 – A3 – A4 – M1 – M2 – M3 – M4
M1 – A1
SUCTION
A1 – A2 – A3 – A4 – A5 – A6
DELIVERY
M1 – M2 – M3 – M4 – M5 – M6
Air-operated double diaphragm pumps
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 Gb
II 2D Ex h IIIB T135°C Db
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials
** Attention: average values of the different materials configurations for ball and ball seat.
APPLICATIONS
| Suction/delivery connections | G 1 1/2″ f o DN 40 |
| Air fitting | G 1/2″ f |
| Max flow rate * | 340 l/min |
| Max supply air pressure | 8 bar |
| Max head * | 80 m |
| Max negative suction head – dry-running ** | 4 m |
| Max negative suction head – pump primed | 9,5 m |
| Diameter Max suspended solids | 6 mm |
| Noise level ** | 80 dB |
| Volume per stroke | 552 cc |
AISI 316
| Version | Weight | Min | Max |
| AISI 316 | 26,2 kg | 3° C | 95° C |
| Maximum dimensions | Stainless Steel |
| Height | 538 mm |
| Width | 417 mm |
| Depth | 254 mm |
A3 – M3
STANDARD CONNECTIONS
M1 – A1
SUCTION
A1 – A2 – A3 – A4 – A5 – A6
DELIVERY
M1 – M2 – M3 – M4 – M5 – M6
Air-operated double diaphragm pumps
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 Gb
II 2D Ex h IIIB T135°C Db
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials
** Attention: average values of the different materials configurations for ball and ball seat.
APPLICATIONS
| Suction/delivery connections | G 1 1/2″ f o DN 40 |
| Air fitting | G 1/2″ f |
| Max flow rate * | 340 l/min |
| Max supply air pressure | 8 bar |
| Max head * | 80 m |
| Max negative suction head – dry-running ** | 4 m |
| Max negative suction head – pump primed | 9,5 m |
| Diameter Max suspended solids | 6 mm |
| Noise level ** | 80 dB |
| Volume per stroke | 552 cc |
PP PVDF ALU
| Version | Weight | Min | Max |
| PP (with glass additive) | 17,5 kg | 3° C | 65° C |
| PP conductive (with carbon additive) | 20 kg | 3° C | 65° C |
| PVDF (with carbon additive) | 20 kg | 3° C | 95° C |
| ALU | 19 kg | 3° C | 95° C |
| Maximum dimensions | Plastic | Aluminium |
| Height | 492 mm | 491 mm |
| Width | 493 mm | 490 mm |
| Depth | 254 mm | 254 mm |
A1 – A2 – A3 – A4 – A5 – A6 – M1 – M2 – M3 – M4 – M5 – M6
A1 – A2 – A3 – A4 – M1 – M2 – M3 – M4
STANDARD CONNECTIONS
M1 – A1
SUCTION
A1 – A2 – A3 – A4 – A5 – A6
DELIVERY
M1 – M2 – M3 – M4 – M5 – M6
Air-operated double diaphragm pumps
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 Gb
II 2D Ex h IIIB T135°C Db
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials
** Attention: average values of the different materials configurations for ball and ball seat.
APPLICATIONS
| Suction/delivery connections | G 1″1/4 f o DN 32 – Clamp o NPT available only on request |
| Air fitting | G 1/2″ f |
| Max flow rate * | 220 l/min |
| Max supply air pressure | 8 bar |
| Max head * | 80 m |
| Max negative suction head – dry-running ** | 4 m |
| Max negative suction head – pump primed | 9,5 m |
| Diameter Max suspended solids | 5 mm |
| Noise level ** | 75 dB |
| Volume per stroke | 340 cc |
– POMc
– UHMWPE
– Duplex/S.Duplex
PP PVDF ALU AISI
| Version | Weight | Min | Max |
| PP (with glass additive) | 12 kg | 3° C | 65° C |
| PP conductive (with carbon additive) | 12 kg | 3° C | 65° C |
| PVDF (with carbon additive) | 14 kg | 3° C | 95° C |
| ALU | 15 kg | 3° C | 95° C |
| AISI 316 L | 23 kg | 3° C | 95° C |
| Maximum Dimensions | Plastic | Stainless Steel | Aluminium |
| Height | 386 mm | 390 mm | 388 mm |
| Width | 399 mm | 388 mm | 394 mm |
| Depth | 220 mm | 220 mm | 220 mm |
A1 – A2 – A3 – A4 – A5 – A6 – M1 – M2 – M3 – M4 – M5 – M6
A1 – A2 – A3 – A4 – M1 – M2 – M3 – M4
A1 – A2 – A3 – M1 – M2 – M3
STANDARD CONNECTIONS
M1 – A1
SUCTION
A1 – A2 – A3 – A4 – A5 – A6
DELIVERY
M1 – M2 – M3 – M4 – M5 – M6
Air-operated double diaphragm pumps
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 Gb
II 2D Ex h IIIB T135°C Db
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials
** Attention: average values of the different materials configurations for ball and ball seat.
| Suction/delivery connections | G 1″ f o DN 25 – Clamp o NPT available only on request |
| Air fitting | G 3/8″ f |
| Max flow rate * | 160 l/min |
| Max supply air pressure | 8 bar |
| Max flow rate * | 80 m |
| Max negative suction head – dry-running ** | 4 m |
| Max negative suction head – pump primed | 9,5 m |
| Diameter Max suspended solids | 4 mm |
| Noise level ** | 75 dB |
| Volume per stroke | 222 cc |
– POMc
– UHMWPE
– Duplex/S.Duplex
PP PVDF ALU AISI
| Version | Weight | Min | Max |
| PP (with glass additive) | 7,6 kg | 3° C | 65° C |
| PP conductive (with carbon additive) | 7,6 kg | 3° C | 65° C |
| PVDF (with carbon additive) | 9,6 kg | 3° C | 95° C |
| ALU | 8,5 kg | 3° C | 95° C |
| AISI 316 L | 11,7 kg | 3° C | 95° C |
| Maximum dimensions | Plastic | Stainless Steel | Aluminium |
| Height | 325 mm | 327 mm | 324 mm |
| Width | 329 mm | 308 mm | 315 mm |
| Depth | 202 mm | 202 mm | 202 mm |
A1 – A2 – A3 – A4 – A5 – A6 – M1 – M2 – M3 – M4 – M5 – M6
A1- A2 – A3 – A4 – M1 – M2 – M3 – M4
A1 – A2 – M1 – M2
STANDARD CONNECTIONS
M1 – A1
SUCTION
A1 – A2 – A3 – A4 – A5 – A6
DELIVERY
M1 – M2 – M3 – M4 – M5 – M6
Air-operated double diaphragm pumps
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 GbII 2D
Ex h IIIB T135°C Db
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials
** Attention: average values of the different materials configurations for ball and ball seat.
| Suction/delivery connections | 1″ flanged ANSI – DN 25 |
| Air fitting | G 3/8″ f |
| Max flow rate * | 130 l/min |
| Max supply air pressure | 8 bar |
| Max head * | 80 m |
| Max negative suction head – dry-running ** | 4 m |
| Max negative suction head – pump primed | 9,5 m |
| Diameter Max suspended solids | 4 mm |
| Level noise** | 75 dB |
| Volume per stroke | 250 cc |
PTFE
| Version | Weight | Min | Max |
| PTFE | 21,6 kg | 3° C | 95° C |
| Maximum dimensions | Plastic |
| Height | 300 mm |
| Width | 230 mm |
| Depth | 360 mm |
Air-operated double diaphragm pumps
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 GbII 2D
Ex h IIIB T135°C Db
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials
** Attention: average values of the different materials configurations for ball and ball seat.
| Suction/delivery connections | G 1″ f o DN 25 – Clamp o NPT available only on request |
| Air fitting | G 3/8″ f |
| Max flow rate* | 110 l/min |
| Max supply air pressure | 8 bar |
| Max head * | 80 m |
| Max negative suction head – dry-running ** | 4 m |
| Max negative suction head – pump primed | 9,5 m |
| Diameter Max suspended solids | 4 mm |
| Noise level ** | 70 dB |
| Volume per stroke | 100 cc |
ALU
| Version | Weight | Min | Max |
| ALU | 7 kg | 3° C | 95° C |
| Maximum dimensions | Aluminium |
| Height | 291 mm |
| Width | 293 mm |
| Depth | 170 mm |
A1 – A2 – A3 – A4 – M1 – M2 – M3 – M4
STANDARD CONNECTIONS
M1 – A1
SUCTION
A1 – A2 – A3 – A4 – A5 – A6
DELIVERY
M1 – M2 – M3 – M4 – M5 – M6
Air-operated double diaphragm pumps
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 GbII 2D
Ex h IIIB T135°C Db
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials
** Attention: average values of the different materials configurations for ball and ball seat.
| Suction/delivery connections | G 1″ f o DN 25 – Clamp o NPT available only on request |
| Air fitting | G 3/8″ f |
| Max flow rate * | 110 l/min |
| Max supply air pressure | 8 bar |
| Max head * | 80 m |
| Max negative suction head – dry-running ** | 4 m |
| Max negative suction head – pump primed | 9,5 m |
| Diameter Max suspended solids | 4 mm |
| Noise level ** | 70 dB |
| Volume per stroke | 100 cc |
– POMc
– UHMWPE
– Duplex/S.Duplex
PP PVDF AISI
| Version | Weight | Min | Max |
| PP (with glass additive) | 5 kg | 3° C | 65° C |
| PP conductive (with carbon additive) | 5 kg | 3° C | 65° C |
| PVDF (with carbon additive) | 6 kg | 3° C | 95° C |
| AISI 316 L ELECTROPOLISHED | 10,6 kg | 3° C | 95° C |
| Maximum dimensions | Plastic | Stainless Steel |
| Hight | 274 mm | 275 mm |
| Width | 308 mm | 305 mm |
| Depth |
A1 – A2 – A3 – A4 – A5 – A6 – M1 – M2 – M3 – M4 – M5 – M6
A1 – A2 – A3 – M1 – M2 – M3
STANDARD CONNECTIONS
M1 – A1
SUCTION
A1 – A2 – A3 – A4 – A5 – A6
DELIVERY
M1 – M2 – M3 – M4 – M5 – M6
Air-operated double diaphragm pumps
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 Gb
II 2D Ex h IIIB T135°C Db
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials
** Attention: average values of the different materials configurations for ball and ball seat
| Suction/delivery connections | G 1/2″ f o DN 15 – Clamp o NPT available only on request |
| Air fitting | G 3/8″ f |
| Max flow rate * | 60 l/min |
| Max supply air pressure | 8 bar |
| Max head * | 80 m |
| Max negative suction head – dry-running ** | 4 m |
| Max negative suction head – pump primed | 9,5 m |
| Diameter Max suspended solids | 4 mm |
| Noise level ** | 70 dB |
| Volume per stroke | 67 cc |
AISI
| Version | Gewicht | Min | Max |
| AISI 316 L | 6,3 kg | 3° C | 95° C |
– Duplex/S.Duplex
| Maximum dimensions | Stainless Steel |
| Height | 232 mm |
| Width | 230 mm |
| Depth | 153 mm |
A1 – A2 – A3 – M1 – M2 – M3
STANDARD CONNECTIONS
M1 – A1
SUCTION
A1 – A2 – A3 – A4 – A5 – A6
DELIVERY
M1 – M2 – M3 – M4 – M5 – M6
Air-operated double diaphragm pumps
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 GbII 2D
Ex h IIIB T135°C Db
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials
** Attention: average values of the different materials configurations for ball and ball seat.
| Suction/delivery connections | G 1/2″ f o DN 15 – Clamp o NPT available only on request |
| Air fitting | G 3/8″ f |
| Max flow rate * | 60 l/min |
| Max supply air pressure | 8 bar |
| Max head * | 80 m |
| Max negative suction head – dry-running ** | 4 m |
| Max negative suction head – pump primed | 9,5 m |
| Diameter Max suspended solids | 4 mm |
| Noise level ** | 70 dB |
| Volume per stroke | 67 cc |
– POMc
– UHMWPE
PP PVDF ALU
| Version | Weight | Min | Max |
| PP (with glass additive) | 3,75 kg | 3° C | 65° C |
| PP conductive (with carbon additive) | 3,75 kg | 3° C | 65° C |
| PVDF (with carbon additive) | 4,25 kg | 3° C | 95° C |
| ALU | 4,07 kg | 3° C | 95° C |
| Maximum dimensions | Plastic | Aluminium |
| Height | 241 mm | 234 mm |
| Width | 247 mm | 241 mm |
| Depth | 153 mm | 153 mm |
A1 – A2 – A3 – A4 – A5 – A6 – M1 – M2 -M3 – M4 – M5 – M6
A1 – A2 – A3 – A4 – M1 – M2 -M3 – M4
STANDARD CONNECTIONS
M1 – A1
SUCTION
A1 – A2 – A3 – A4 – A5 – A6
DELIVERY
M1 – M2 – M3 – M4 – M5 – M6
STANDARD CONNECTIONS
M1 – A1
SUCTION
A1 – A2 – A3 – A4 – A5 – A6
DELIVERY
M1 – M2 – M3 – M4 – M5 – M6
STANDARD CONNECTIONS
M1 – A1
SUCTION
A1 – A2 – A3 – A4 – A5 – A6
DELIVERY
M1 – M2 – M3 – M4 – M5 – M6
Air-operated double diaphragm pumps
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 GbII 2D
Ex h IIIB T135°C Db
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials
** Attention: average values of the different materials configurations for ball and ball seat.
| Suction/delivery connections | 1/2″ f BSPP – NPT available on request |
| Air fitting | 3/8″ f BSPP |
| Max flow rate * | 35 l/min |
| Max supply air pressure | 8 bar |
| Max head * | 80 m |
| Max negative suction head – dry-running ** | 3 m |
| Max negative suction head – pump primed | 9,5 m |
| Diameter Max suspended solids | 2 mm |
| Noise level ** | 65 dB |
| Volume per stroke | 30 cc |
PP PVDF
| Version | Weight | Min | Max |
| PP (with glass additive) | 1,8 kg | 3° C | 65° C |
| PP conductive (with carbon additive) | 1,8 kg | 3° C | 65° C |
| PVDF (with carbon additive) | 1,98 kg | 3° C | 95° C |
| Maximum dimensions | Plastic |
| Height | 168 mm |
| Width | 188 mm |
| Depth | 120 mm |
STANDARD CONNECTIONS
M1 – A1
SUCTION
A1 – A2 – A3 – A4 – A5 – A6
DELIVERY
M1 – M2 – M3 – M4 – M5 – M6
STANDARD CONNECTIONS
M1 – A1
SUCTION
A1 – A2 – A3 – A4 – A5 – A6
DELIVERY
M1 – M2 – M3 – M4 – M5 – M6
Air-operated double diaphragm pumps
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 GbII 2D
Ex h IIIB T135°C Db
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials
** Attention: average values of the different materials configurations for ball and ball seat.
| Suction/delivery connections | G 1/2″ f – Clamp o NPT available on request |
| Air fitting | G 1/4″ f |
| Max flow rate * | 35 l/min |
| Max supply air pressure | 8 bar |
| Max head * | 80 m |
| Max negative suction head – dry-running ** | 4 m |
| Max negative suction head – pump primed | 9,5 m |
| Diameter Max suspended solids | 2 mm |
| Noise level ** | 65 dB |
| Volume per stroke | 30 cc |
– POMc
– UHMWPE
– Duplex/S.Duplex
PP PVDF ALU AISI
| Version | Weight | Min | Max |
| PP (with glass additive) | 1,6 kg | 3° C | 65° C |
| PP conductive (with carbon additive) | 1,6 kg | 3° C | 65° C |
| PVDF (with carbon additive) | 1,98 kg | 3° C | 95° C |
| ALU | 2,1 kg | 3° C | 95° C |
| AISI 316 L | 3,75 kg | 3° C | 95° C |
| Maximum dimensions | Plastic | Stainless Steel | Aluminium |
| Height | 168 mm | 171 mm | 172 mm |
| Width | 165 mm | 177 mm | 164 mm |
| Depth | 120 mm | 120 mm | 120 mm |
A1 – A4 – M1 – M4
A1 – A2 – A4 – M1 – M2 – M4
STANDARD CONNECTIONS
M1 – A1
SUCTION
A1 – A2 – A3 – A4 – A5 – A6
DELIVERY
M1 – M2 – M3 – M4 – M5 – M6
Air-operated double diaphragm pumps
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 GbII 2D
Ex h IIIB T135°C Db
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials
** Attention: average values of the different materials configurations for ball and ball seat.
| Suction/delivery connections | G 3/8″ f o DN 10 – Clamp o NPT available only on request |
| Air fitting | G 3/8″ f |
| Max flow rate * | 17 l/min |
| Max supply air pressure | 8 bar |
| Max head * | 80 m |
| Max negative suction head – dry-running ** | 3 m |
| Max negative suction head – pump primed | 9,5 m |
| Diameter Max suspended solids | 0,5 mm |
| Noise level ** | 65 dB |
| Volume per stroke | 10,3 cc |
– POMc
– UHMWPE
– Duplex/S.Duplex
PP PVDF ALU AISI
| Version | Gewicht | Min | Max |
| PP (with glass additive) | 1,1 kg | 3° C | 65° C |
| PP conductive (with carbon additive) | 1,1 kg | 3° C | 65° C |
| PVDF (with carbon additive) | 1,38 kg | 3° C | 95° C |
| ALU | 1,9 kg | 3° C | 95° C |
| AISI 316 L | 2,4 kg | 3° C | 95° C |
| Maximum dimensions | Plastic | Stainless Steel | Alluminium |
| Height | 151 mm | 141 mm | 141 mm |
| Width | 148 mm | 153 mm | 153 mm |
| Depth | 80 mm | 80 mm | 80 mm |
A1 – A2 – A4 – M1 – M2 – M4
A1 – A2 – A4 – M1 – M2 – M4
A1 – A2 – M1 – M2
STANDARD CONNECTIONS
M1 – A1
SUCTION
A1 – A2 – A3 – A4 – A5 – A6
DELIVERY
M1 – M2 – M3 – M4 – M5 – M6
Air-operated double diaphragm pumps
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 GbII 2D
Ex h IIIB T135°C Db
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials
** Attention: average values of the different materials configurations for ball and ball seat.
| Suction/delivery connections: | G 1/4″ f |
| Air fitting | G 1/8″ f |
| Max flow rate * | 9 l/min |
| Max supply air pressure | 8 bar |
| Max head * | 80 m |
| Max negative suction head – dry-running ** | 4 m |
| Max negative suction head – pump primed | 9,5 m |
| Diameter Max suspended solids | 0,5 mm |
| Noise level ** | 65 dB |
| Volume per stroke | 3,2 cc |
PP PVDF
| Version | Weight | Min | Max |
| PP (with glass additive) | 0,7 kg | 3° C | 65° C |
| PP conductive (with carbon additive) | – | 3° C | 65° C |
| PVDF | – | 3° C | 95° C |
| Maximum dimensions | Plastic |
| Height | 120 mm |
| Width | 138 mm |
| Depth | 68 mm |
A1 – A2 – A4 – M1 – M2 – M4
STANDARD CONNECTIONS
M1 – A1
SUCTION
A1 – A2 – A3 – A4 – A5 – A6
DELIVERY
M1 – M2 – M3 – M4 – M5 – M6
Air-operated double diaphragm pumps
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 GbII 2D
Ex h IIIB T135°C Db
| Suction/delivery connections | G 1″ f o DN 25 – NPT available only on request |
| Air fitting | G 3/8″ f |
| Max flow rate * | 160 l/min |
| Max supply air pressure | 8 bar |
| Max negative suction head – dry-running ** | 4 m |
| Max negative suction head – pump primed | 9,5 m |
| Diameter Max suspended solids | 4 mm |
| Noise level ** | 75 dB |
| Volume per stroke | 222 cc |
– POMc
– UHMWPE
– Duplex/S.Duplex
PP PVDF ALU AISI
| Version | Weight | Min | Max |
| PP (with glass additive) | 7,5 kg | 3° C | 65° C |
| PP conductive (with carbon additive) | 7,5 kg | 3° C | 65° C |
| PVDF (with carbon additive) | 8,5 kg | 3° C | 95° C |
| ALU | 8,2 kg | 3° C | 95° C |
| AISI 316 L | 11 kg | 3° C | 95° C |
| AISI 316 L ELECTROPOLISHED | 11 kg | 3° C | 95° C |
| Maximum dimensions | Plastic | Stainless Steel |
| Height | 325 mm | 327 mm |
| Width | 329 mm | 308 mm |
| Depth | 202 mm | 202 mm |
Air-operated double diaphragm pumps
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 Gb
II 2D Ex h IIIB T135°C Db
| Suction/delivery connections | G 1/2″ f o DN 15 – Clamp o NPT available only on request |
| Air fitting | G 3/8″ f |
| Max flow rate * | 60 l/min |
| Max supply air pressure | 8 bar |
| Max negative suction head – dry-running ** | 4 m |
| Max negative suction head – pump primed | 9,5 m |
| Diameter Max suspended solids | 4 mm |
| Noise level ** | 70 dB |
| Volume per stroke | 67 cc |
– DUPLEX / S. DUPLEX
AISI
| Version | Weight | Min | Max |
| PP (with glass additive) | 1,6 kg | 3° C | 65° C |
| PP conductive (with carbon additive) | 1,6 kg | 3° C | 65° C |
| PVDF (with carbon additive) | 1,9 kg | 3° C | 95° C |
| ALU | 2 kg | 3° C | 95° C |
| AISI L | 3,8 kg | 3° C | 95° C |
| AISI L ELECTROPOLISHED | 3,8 kg | 3° C | 95° C |
| Maximum dimensions | Stainless Steel |
| Height | 232 mm |
| Width | 230 mm |
| Depth | 153 mm |
Air-operated double diaphragm pumps
II 3G Ex h IIB T4 Gc II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 Gb II 2D Ex h IIIB T135°C Db
| Suction/delivery connections | G 1/2″ f o DN 15 – Clamp o NPT available only on request |
| Air fitting | G 3/8″ f |
| Max flow rate * | 60 l/min |
| Max supply air pressure | 8 bar |
| Max negative suction head – dry-running ** | 4 m |
| Max negative suction head – pump primed | 9,5 m |
| Diameter Max suspended solids | 4 mm |
| Noise level ** | 70 dB |
| Volume per stroke | 67 cc |
– POMc – UHMWPE
PP PVPF ALU
| Version | Weight | Min | Max |
| PP (with glass additive) | 1,6 kg | 3° C | 65° C |
| PP conductive (with carbon additive) | 1,6 kg | 3° C | 65° C |
| PVDF (with carbon additive) | 1,9 kg | 3° C | 95° C |
| ALU | 2 kg | 3° C | 95° C |
| AISI L | 3,8 kg | 3° C | 95° C |
| AISI L ELECTROPOLISHED | 3,8 kg | 3° C | 95° C |
| Maximum dimensions | Plastic | Aluminium |
| Height | 241 mm | 234 mm |
| Width | 247 mm | 241 mm |
| Depth | 153 mm | 153 mm |
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 Gb
II 2D Ex h IIIB T135°C Db
| Suction/delivery connections | G 1/2″ f – Clamp o NPT available only on request |
| Air fitting | G 1/4″ f |
| Max flow rate * | 35 l/min |
| Max supply air pressure | 8 bar |
| Max negative suction head – dry-running ** | 4 m |
| Max negative suction head – pump primed | 9,5 m |
| Diameter Max suspended solids | 2 mm |
| Noise level ** | 65 dB |
| Volume per stroke | 30 cc |
– POMc
– UHMWPE
– Duplex/S.Duplex
PP PVDF ALU AISI
| Version | Weight | Min | Max |
| PP (with glass additive) | 1,6 kg | 3° C | 65° C |
| PP conductive (with carbon additive) | 1,6 kg | 3° C | 65° C |
| PVDF (with carbon additive) | 1,9 kg | 3° C | 95° C |
| ALU | 2 kg | 3° C | 95° C |
| AISI 316 L | 3,8 kg | 3° C | 95° C |
| AISI 316 L ELECTROPOLISHED | 3,8 kg | 3° C | 95° C |
| Maximum dimensions | Plastic | Stainless Steel | Aluminium |
| Height | 168 mm | 171 mm | 172 mm |
| Width | 165 mm | 177 mm | 164 mm |
| Depth | 120 mm | 120 mm | 120 mm |
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 Gb
II 2D Ex h IIIB T135°C Db
| Suction/delivery connections | G 3/8″ f |
| Air fitting | G 3/8″ f |
| Max flow rate * | 17 l/min |
| Max supply air pressure | 8 bar |
| Max negative suction head – dry-running ** | 3 m |
| Max negative suction head – pump primed | 9,5 m |
| Diameter max suspended solids | 0,5 mm |
| Noise level ** | 65 dB |
| Volume stroke | 10,3 cc |
– POMc
– UHMWPE
PP ECTFE
| Version | Weight | Min | Max |
| PP (with glass additive) | 1,35 kg | 3° C | 65° C |
| PP conductive (with carbo additive) | 1,35 kg | 3° C | 65° C |
| ECTFE | 1,6 kg | 3° C | 95° C |
| Maximum dimensions | Plastic |
| Height | 105 mm |
| Width | 201 mm |
| Depth | 105 mm |
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc X
II 2G Ex h IIB T4 Gb
II 2D Ex h IIIB T135°C Db X
| Suction/delivery connections | BSPP 1/4″ f (*) |
| Air fitting | BSPP 1/8” f |
| Max flow rate | 6 l/min |
| Max supply air pressure | 8 bar |
| Max negative suction head – dry-running ** | 3 m |
| Max negative suction head – pump primed | 9,5 m |
| Diameter max suspended solids | 0 mm |
| Noise level | 60 dB |
| Volume stroke | 3,2 cc |
(*) NPT fittings on request
PLASTIC MATERIAL PP (GF/GF)
| Version | Weight | Min | Max |
| PP (with glass additive) | 0,4 kg | 3° C | 65° C |
| PP conductive (with carbo additive) | 0,4 kg | 3° C | 65° C |
| Maximum dimensions | Plastic |
| Height | 75 mm |
| Width | 86 mm |
| Depth | 60 mm |
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 Gb
II 2D Ex h IIIB T135°C Db
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials
** Attention: average values of the different materials configurations for ball and ball seat.
| Suction/delivery connections | G 3/8″ f |
| Air fitting | G 3/8″ f |
| Max. flow rate * | 17 l/min |
| Max. supply air pressure | 8 bar |
| Max. head* | 80 m |
| Max negative suction head – dry-running ** | 3 m |
| Max negative suction head – pump primed | 9,5 m |
| Diameter Max suspended solids | 0,5 mm |
| Noise level ** | 65 dB |
| Volume per stroke | 10,3 cc |
PP ECTFE
| Version | Weight | Min | Max |
| PP (with glass additive) | 1,35 kg | 3° C | 65° C |
| PP conductive (with carbon additive) | 1,35 kg | 3° C | 65° C |
| ECTFE | 1,6 kg | 3° C | 95° C |
– POMc
– UHMWPE
| Maximum dimensions | Plastic |
| Height | 105 mm |
| Width | 201 mm |
| Depth | 105 mm |
II 3G Ex h IIB T4 Gc
II 3D Ex h IIIB T135°C Dc
II 2G Ex h lib T4 Gb
II 2D Ex h IIIB T135°C Db
* The performance values refer to primed pumps (with water at 20°C) with open outlet and vary based on the construction materials
** Attention: average values of the different materials configurations for ball and ball seat.
| Suction/delivery connections | G 1/4″ f |
| Air fitting | G 1/8″ f |
| Max flow rate * | 6 l/min |
| Max supply air pressure | 8 bar |
| Max head * | 80 m |
| Max negative suction head – dry-running ** | 3 m |
| Max negative suction head – pump primed | 9,5 m |
| Diameter Max suspended solids | 0 mm |
| Noise level ** | 60 dB |
| Volume per stroke | 3,2 cc |
PP
| Version | Weight | Min | Max |
| PP (with glass additive) | 0,52 kg | 3° C | 65° C |
| PP conductive (with carbon additive) | 0,52 kg | 3° C | 65° C |
| Maximum Dimensions | Plastic |
| Height | 75 mm |
| Width | 121 mm |
| Depth | 60 mm |
Material: GFRPP / CFRETFE Max. Head: 46m Max. Capacity: 1006L/m Motor Power: 0.37~7.5kw
 | Material Materials of GFRPP and CFRETFE are available for selection. All materials are raw and pure for better corrosion resistance. |  | Front Casing Removable flange design is for easy pipeline connection. |
 | Universal Flange Universal flange design for three specific types of piping connections which are ANSI, JIS, and DIN. |  | Shaft Support One-piece shaft supporter injection is to reduce operating vibration which may cause fall-offs. |
 | Impeller + Inner Magnet One-piece design of impeller is to increase stability of the operation. |  | Bearing Patented special flow channel design is to prevent crystallization when temperature changes in operation. |
 | Anti-Vortex Anti-vortex design for rear casing is to prevent abrasion caused by impurity substances. |  | Rear Casing Special structure design of no extra metal supporter is to provide better pressure resistance and durability. |
 | Baseplate Polypropylene material provides excellent corrosion resistance and is light weighted. |
Material: GFRPP / CFRETFE Max. Head: 21.4m Max. Capacity: 160L/m Motor Power: 0.25~0.75kw
|
Material Materials of GFRPP and CFRETFE are available for selection. All materials are raw and pure for better corrosion resistance. | |
Front Casing Removable flange design is for easy pipeline connection. |
|
Universal Flange Universal flange design for three specific types of piping connections which are ANSI, JIS, and DIN. | |
Shaft Support One-piece shaft supporter injection is to reduce operating vibration which may cause fall-offs. |
|
Impeller + Inner Magnet One-piece design of impeller is to increase stability of the operation. | |
Bearing Patented special flow channel design is to prevent crystallization when temperature changes in operation. |
|
Anti-Vortex Anti-vortex design for rear casing is to prevent abrasion caused by impurity substances. | |
Rear Casing Special structure design of no extra metal supporter is to provide better pressure resistance and durability. |
|
Baseplate Polypropylene material provides excellent corrosion resistance and is light weighted. |
Pulsation is created by the peristaltic pump functioning principle. The rubber hose in the pulsation dampener adapts its volume to compensate pulsation and provide a smooth flow to the discharge line.
The Albin Pump ALHP inline pulsation dampener will reduce vibration and water hammer in your piping, thereby increasing the hose life.
This is achieved by means of a thick-walled, reinforced rubber hose, which is mounted in a carbon steel, cylindrical pressure vessel. The hose is surrounded by compressed air (nitrogen when ATEX equipped).
The Albin Pump ALHP inline pulsation dampener can cut up to 90% of the pulsation created by the pump.
ALHP pulsation dampeners are available in four sizes to cover ALH pumps from ALH25 to ALH125.
Albin Pump inline pulsation dampeners are easy to install and easy to use. These top performing products offer:
*In case of installation in a hazardous area, the dampener must be filled with nitrogen.
Albin Pump has developed and patented a revolutionary AODD pump.
The AODD is a compact diaphragm pump that is able to be mounted in any orientation, to fit in the tightest spaces.
Critical components can be quickly accessed while still connected in-line, reducing downtime. The improved valve design has resulted in a reduction in sound during operation.
The Albin AD pump is designed for a large capacity and long service life. Compared to traditional AODD pumps, it offers 70% lower pulsation, 30-50 % lower air consumption, noise reduction and 3–5 times longer operation time between service intervals.
The compact outer measurements and capability to install the pump upside down, sideways or vertically means flexibility during installation and set up.What’s more, it is designed so that all vital parts are easily accessible without having to remove the pump from the pipe system, greatly minimizing downtime.
All of these improvements result in lower operational costs, reduced cost for spare parts and improved overall economy.
Advantages of our AD air operated double diaphragm pump:
*Relative to industry competitors
| Metric | Imperial | |
| Capacity | up to 130 l/min | up to 34.34 GPM |
| Viscosity | up to 3,000 cps | up to 3,000 cps |
| Temperature of pumped liquid | up to 60℃ | up to 140℉ |
| Differential pressure | up to 7 bar | up to 101.5 PSI |
| Discharge pressure | up to 7 bar | up to 101.5 PSI |
| Achievable suction | up to 0.7 bar | up to 10.2 PSI |
The ALX150 pump provides one of the highest peristaltic pump flow rates in the world, up to 150 m3/h (660.4 GPM).
The Albin Pump ALX Series peristaltic pump provides two additional benefits from standard hose pumps: a lower speed to achieve a given flow rate and rotating rollers for soft hose compression. These two features greatly increase hose life and reduce power consumption.
After years of development, the ALX150 hose pump was introduced for applications ranging from sea tanker overloading to transferring high-solids thickener underflow slurry, where fast and reliable offloading is key to process profitability.
Our pump uses soft action rotating rollers to compress the hose instead of hard fixed shoes that are standard on other industrial hose pumps. The advantage of our rollers is the gentle compression of the hose, losing very little power from surface friction. The soft rollers reduce power consumption dramatically which contributes to longer-life. The pump can be ran at lower speeds and still deliver up to 150 m3/h (660.4 GPM) with excellent hose life due to 83.33 liters per revolution.
Typical applications for the ALX pump include:
| Metric | Imperial | |
| Capacity | up to 150 m3/h | up to 660.4 GPM |
| Viscosity | up to 12,000 cps* | up to 12,000 cps* |
| Temperature of pumped liquid | up to 60℃** | up to 140℉** |
| Differential pressure | up to 7.5 bar*** | up to 110 PSI*** |
| Discharge pressure | up to 7.5 bar | up to 110 PSI |
| Achievable suction | up to 0.6 bar* | up to 8.7 PSI* |
* Varies depending on the pump dimension/execution, as well as on the speed and on the tube material
** At a room temperature of 20℃ (68℉). Furthermore, it varies depending on the pumped fluid, on the hose quality and on the motor construction.
*** Varies depending on the hose
Reduce Maintenance Downtime
The ALP Low Pressure Tube Pump is suitable for pumping and dosing a wide range of media:
Low to high viscous fluids
Pasty, pure, or neutral fluids
Aggressive or abrasive liquids
Mixed-media or those prone to frothing
The ALP pump is able to transfer suspended solids, common in the following industries: paint, dairy and beverage, meat and fish processing, pharmaceutical and cosmetics, waste water and water treatment, chemical and petrochemical industries, pulp and paper, textile, soap and fats, building, ceramics.
Albin Pump's ALP series is a lower pressure tube pump (operable up to 4 bar) that has versatile product offerings and capabilities:
| Metric | Imperial | |
| Capacity | up to 10 m3/h | up to 44.03 GPM |
| Viscosity | up to 15,000 cps* | up to 15,000 cps* |
| Temperature of pumped liquid | up to 135℃** | up to 275℉** |
| Differential pressure | up to 4 bar*** | up to 58.01 PSI*** |
| Discharge pressure | up to 4 bar | up to 58.01 PSI |
| Achievable suction | up to 0.6 bar* | up to 8.7 PSI* |
* Varies depending on the pump dimension/execution, as well as on the speed and on the tube material
** At a room temperature of 20℃ (68℉). Furthermore, it varies depending on the pumped fluid, on the hose quality and on the motor construction.
*** Varies depending on the pump dimensions and on the hose quality
ALH is our flagship peristaltic pump, built for high pressure applications up to 15 bar, with 16 sizes ranging up to 88 m3/h (387 gpm).
We have combined the best available materials with smart design solutions in order to maximize running time and minimize maintenance. This pump summarizes what we at Albin Pump want to achieve: better Pump Solutions for our customers. Our design enhances the pump’s simplicity and robust principle.
| Metric | Imperial | |
| Capacity | up to 88 m3/h | up to 387.4 GPM |
| Viscosity | up to 60,000 cps* | up to 60,000 cps* |
| Temperature of pumped liquid | up to 85℃** | up to 185℉** |
| Differential pressure | up to 15 bar*** | up to 220 PSI*** |
| Discharge pressure | up to 15 bar | up to 220 PSI |
| Achievable suction | up to 0.9 bar* | up to 13.05 PSI* |
* Varies depending on the pump dimension/execution, as well as on the speed and on the tube material
** At a room temperature of 20℃ (68℉). Furthermore, it varies depending on the pumped fluid, on the hose quality and on the motor construction.
*** Varies depending on the pump dimensions and on the hose quality
The Albin Pump portfolio has expanded to include the KB and KM Series cased-drive tubing pumps. KB is a versatile and economical peristaltic metering pump for high-precision dosing in water treatment or wastewater treatment applications. These revolutionary new pumps offer:
| Metric | Imperial | |
| Capacity | 600 l/h | 158.5 GPH |
| Viscosity | 12,000 cps | |
| Temperature of pumped liquid | 80℃ | 176℉ |
| Discharge pressure | 8.6 bar | 125 PSI |
| Enclosure Rating | IP66/NEMA 4X | |
| Turndown Ratio | 200:1 | |
| Control Options | SCADA, Modbus TCP/IP, Modbus RTU, Profinet, EtherNet/IP | |
| Power Required | 115/230V, 50/60 hz, 1 ph | |
| Motor | BLDC | |
| Metric | Imperial | |
| Capacity | 600 l/h | 158.5 GPH |
| Viscosity | 12,000 cps | |
| Temperature of pumped liquid | 80℃ | 176℉ |
| Discharge pressure | 8.6 bar | 125 PSI |
| Enclosure Rating | IP66/NEMA 4X | |
| Turndown Ratio | 10,000:1 | |
| Control Options | SCADA, Modbus TCP/IP, Modbus RTU, Profinet, EtherNet/IP | |
| Power Required | 115/230V, 50/60 hz, 1 ph | |
| Motor | BLDC | |
CONTINUOUS ONGOING DEVELOPMENT
The patented Smart Conveying Technology (SCT) ensures the fastest maintenance possible resulting in reduced downtime and significantly reduced life cycle costs in virtually all market sectors. The Smart Stator and Rotor are both manufactured in two pieces allowing the pump to be maintained without the need to remove either the suction or discharge pipe work resulting in an 85% reduction in maintenance times.
The unique design of SCT enables the sealing line between the rotor and stator to be adjusted to suit the required application and also to compensate when wear starts to occur, typically resulting in more than doubling the life of the rotor and stator.
Conveying Capacity
0.3–134 m³/h
1.3–590 US gpm
Pressure
≤ 8 bar
≤ 120 psi
FOOD AND HYGIENIC PUMP WITH HOPPER
The design of the BTCS food and hygienic pump from SEEPEX is characterized by a rectangular hopper with a compression zone and feed screw conveyor. This makes it particularly suited for pumping highly viscous, minimally flowable products – both with and without solids. In the hygienic design, the pump is fitted with open joints. However, it is optionally available with closed pin joints.
Conveying Capacity
0.03–130 m³/h
0.132–572 US gpm
Pressure
≤ 24 bar
≤ 350 psi
FOOD AND HYGIENIC PUMP WITH OPEN PIN JOINTS
The hygiene-compliant design of the BCSO food and hygienic pump from SEEPEX is certified under 3-A Sanitary Standards. It can be cleaned without leaving any residues using CIP and SIP methods, and therefore fulfills the strictest requirements for hygienic cleanliness. Furthermore, the materials of the individual components are food-certified (FDA / EU 1935-2004). Thanks to the special design of the corrosion and wear-resistant joints, maintenance work can be performed quickly and without special tools.
Conveying Capacity
0.03–130 m³/h
0.132–572 US gpm
Pressure
≤ 24 bar
≤ 350 psi
CERTIFIED FOOD AND HYGIENIC PUMPS
Where hygiene is of critical importance, the BCFH food and hygienic pump from SEEPEX safeguards particularly hygienic processes. The EHEDG Type EL Class I certificate verifies optimal cleaning and sterilization results, which are facilitated by the joint-free Flexrod design, a split suction casing with CFD-optimized geometry, and tangentially positioned flush connections. Thanks to minimal pulsation and shear characteristics, the BCFH food and hygienic pump it is particularly suitable for conveying of sensitive food.
Conveying Capacity
0.09–60 m³/h
0.4–264 US gpm
Pressure
≤ 24 bar
≤ 350 psi
FOOD AND HYGIENIC PUMP WITH JOINT-FREE, FLEXIBLE TITANIUM SHAFT
The BCF food and hygienic pump from SEEPEX, with its joint-free, flexible titanium shaft (Flexrod) is certified under 3-A Sanitary Standards. Tangentially positioned flush connections allow residue-free cleaning in CIP and SIP processes. Optimal cleaning and sterilization can also be achieved when disassembled (COP). Thanks to minimal pulsation and shear characteristics, it is particularly suitable for conveying of sensitive food.
Conveying Capacity
0.09–60 m³/h
0.4–264 US gpm
Pressure
≤ 24 bar
≤ 350 psi
MADE FOR EXTREMES
Powerful under extreme conditions: the BTEX hopper pumps SEEPEX are robustly built and designed with reinforced individual components for tough applications – e.g. for fermentation products in the agriculture and biogas industries. They are designed to allow contaminants to settle at the base of the hopper and be removed quickly and easily through large inspection openings for maximum availability and time savings during servicing work.
PERFECT FOR ANY SILO
Made for silos: With their long hoppers, BTES hopper pumps from SEEPEX are ideal for installation under a silo. The construction of the rectangular hopper can then be optimally adapted to a wide variety of silo discharge systems. The pumps are ideal for pumping e.g. dewatered sewage sludge to drying or combustion plants. In order to ensure that the silo does not need to be fully emptied before maintenance, the pump is fitted with a closure system behind the hopper – this saves time and money.
PERPETUAL MOTION
No stoppages, no bridging: to ensure the feed medium can be optimally pumped at all times, there is a bridge breaker above the screw conveyor in the rectangular hopper of the BTEI hopper pump from SEEPEX. The separately driven rotating paddle keeps the medium in constant motion, thus avoiding the formation of bridges. A further benefit of the range: in order to save space in the processing system, a closed buffer tank can optionally be connected. A separate reservoir is therefore not required.
REALLY WELL MIXED
When media are inclined to bridging, smooth product delivery to the conveying elements cannot always be assured. The BTI hopper pumps from SEEPEX provides a solution. The rectangular hopper contains two counter-running paddle shafts equipped with their own drive system. These mix highly viscous media so thoroughly that bridging cannot even begin to take place – ensuring optimal delivery of the medium to the pump at all times.
FROM HIGHLY VISCOUS TO SEMI-SOLID
BTVE hopper pumps from SEEPEX provide the ability to transport dewatered sludge with a dry matter content of up to 30%. A large, rectangular intake hopper with screw conveyor allows them to easily be fed with highly viscous and semi-solid products with no tendency towards bridging. A roller-mounted sliding compression casing further simplifies dismantling, thus allowing the cleaning and maintenance of the rotating unit.
BIG ON PUMPING
The BTHE hopper pump is characterized by vertical hopper walls and a large-diameter ribbon screw in the hopper. In contrast to the BTH, the ribbon screw and the rotating unit are controlled by only one drive unit. Thanks to the large screw diameter, even media that tend to bridge can be conveyed without any problems. The pump can optionally be equipped with Drive Joint Access.
SIMULTANEOUSLY FAST AND SLOW
Always the right speed: Because the ribbon screw of the BTH hopper pump from SEEPEX has its own separate second drive system, it can be operated at a different speed from the rotating unit. Thanks to the large diameter and elongated pitch of the edge-to-edge ribbon screw, even media that tend to bridge can be conveyed without any problems.
RECTANGULAR, PRACTICAL – A PERFECT FIT
Rectangular upstream process systems require perfectly fitted hopper solutions. With its large rectangular hopper, the BTQ hopper pump from SEEPEX can easily be installed e.g. under thickeners in wastewater treatment plants. A screw conveyor on the coupling rod supports onward transport into the rotating unit. Alternatively, the coupling rod can also be fitted with mixing blades. As the dimensions of the BTQ hopper pump and the BN standard pump are identical, they are readily interchangeable.
BIG ON MAKING THINGS SMALL
Externally extended compression casing fitted with internal cutting elements: the BTM hopper pump from SEEPEX can be used to prepare e.g. fruit and vegetables for smooth onward transportation. The integrated cutting unit and additional blades in the screw conveyor shred a wide range of solids, thus making them flowable.
THE UNIVERSAL GENIUS
The BT is the universal range within the SEEPEX hopper pump group. With its large rectangular hopper, screw conveyor and a compression zone, it effortlessly conveys highly viscous products with low flowability.
SAFE OIL AND GAS PUMPING
Built for the highest expectations: BNA progressive cavity pumps are designed for the high requirements of the oil and gas industry. With their robust, heavy-duty cast housings, they optimally fulfill the requirements of the American Petroleum Institute (API).
BNA range pumps have rugged, heavy-duty cast parts in accordance with API 676 3rd Edition. Components are constructed of either super duplex stainless steel, 316L stainless steel, or cast steel. Internal rotating parts are manufactured with super duplex stainless steel or alloy steel.
Open for anything
The standard pumps of the NS range have a drive casing with a free bare shaft, which allows all drive types to be mounted. The universal configuration of the drive systems offers maximum flexibility. The easy maintenance of the plug connection between the rotating unit and drive shaft simplifies replacement of the rotating wearing parts and the shaft seal.
ROTOR AND DRIVE JOINT ACCESS FOR LARGE PUMPS
The BNM pump is a large standard pump equipped with smart maintenance solutions. A system known as Rotor Joint Access facilitates quick maintenance of the rotor, stator and mechanical seal via a sliding housing section. Drive Joint Access additionally allows the entire drive and coupling rod unit to easily be removed from the rear of the suction casing, thus permitting effortless maintenance of the drive-side joints.
Maintain-in-Place without removal of piping or dismantling the entire pump
Significant reduction in maintenance costs. No need for disassembling joints with laborious assembly and dismantling of retaining straps. Simple removal of clogged fibrous material
No unscheduled downtime thanks to simplified preventive inspection and maintenance of the joints
Fast maintenance of rotor- and drive-side components for trouble-free operation
SHORT AND SWEET
The compact standard progressive cavity pump is characterized by a short, space-saving design – due to the drive unit being flanged directly to the protective frame. As the basis of all SEEPEX BN pumps, this can be used in almost all industrial sectors and pumps low-viscous to viscous media with and without solids.
Thanks to the drive unit being positioned directly behind the protective frame and dispensing with a separate pump bearing
Simple maintenance thanks to quick-release plug connections between the unit and drive system
Gentle, even pumping flow without dampeners or condensers – particularly suitable for sensitive pumping media
Depending on the on-site conditions, installation is possible in a horizontal or vertical position with a large, rotatable, spherical suction intake
Available with various rotor/stator geometries and a wide range of different shaft seals – tailored to suit any conveying process
Reduced material costs thanks to a design without a drive casing, elastic coupling and shared baseplate
Retrofit option for the particularly maintenance-friendly Smart Conveying Technology (SCT)
LMI Recommends replacing elastomeric components every year for maximum product reliability and accuracy. RPM (“Repair and Preventative Maintenance”)
The clear packaging simplifies maintenance by making it easy to identify and replace wear parts. Request your RPM842 kit today.
Typically, RPM Kits contain the following items:
RPM Kits are available for all LMI Pumps including:
LMI Recommends replacing elastomeric components every year for maximum product reliability and accuracy. RPM (“Repair and Preventative Maintenance”)
The clear packaging simplifies maintenance by making it easy to identify and replace wear parts. Request your RPM-352/358 kit today.
Typically, RPM Kits contain the following items:
RPM Kits are available for all LMI Pumps including:
LMI Recommends replacing elastomeric components every year for maximum product reliability and accuracy. RPM (“Repair and Preventative Maintenance”)
The clear packaging simplifies maintenance by making it easy to identify and replace wear parts. Request your RPM842 kit today.
Typically, RPM Kits contain the following items:
*Some items may not be included depending on RPM Kit purchased.
The new multifunction valve, MFV, extends your metering pump to provide critical functionality such as back pressure, pressure relief, priming and other key functions into a single valve. The integrated design mounts directly on the liquid end of the pump as a cost effective solution to address common challenges in chemical metering applications.
MFV Kits: Install a multifunction valve to the standard discharge valve on your LMI pump. Includes multifunction valve and tubing.
Retrofit Kits: Upgrade a previous generation 3-Function or 4-Function valve on your LMI pump. Includes multifunction valve, tubing, additional fittings, and O-rings.
Designed Specifically for Industrial Applications
The LIQUITRON™ DR5000 Series is a dual-channel ORP (Oxidation Reduction Potential) Controller designed for a variety of industrial ORP applications including metal finishing, water treatment, printed circuit board manufacturing, and waste treatment.
The DR5000 is a microprocessor-based ORP controller with a backlit customized display and tactile keypad for ease of programming. The DR5000 allows independent programming of control methods (ON/OFF or Proportional) for reducing agent (Pump A) or oxidizing agent (Pump B) dosage.
High and low alarm points, delay and limit timers, and other user programmable features make the DR5000 the most robust ORP (redox) controller available for industrial applications.
CONTROL YOUR PROCESS WITH FLEXIBILITY
The LIQUITRON™ DP5000 Series is a dual channel pH Controller providing either relay or proportional pulse outputs to drive chemical metering pumps. A custom backlit display provides constant information regarding controller conditions with convenient easy to use navigation.
High and low alarm points, delay and limit timers, and other programmable features make the DP5000 the most adaptive pH controller available for your chemical feed system.
Control Cooling Tower Water Treatment with Confidence
The LIQUITRON DC4500 Series Conductivity Controller is a microprocessor-based control system that will operate in a variety of water treatment applications. The DC4500 controller provides a set point and relay for conductivity control with a variety of timer functions to control chemical addition, including dual biocides. Pumps may be controlled in either ON/OFF or external trigger mode.
Controller programming is intuitive and requires only three keys. The backlit LCD display provides a visual indication of operating conditions and equipment status to give you the most control over your water treatment process.
Optimize Cooling Tower and Boiler Feed Processes
The LIQUITRON™ DC4000 Series Conductivity Controller is a microprocessor based control system that will operate in a variety of water treatment applications. Designed specifically as a bleed and feed cooling tower controller or boiler controller.
The DC4000 provides a set point and relay for conductivity control, and a variety of timer functions to control chemical addition.
Programming this controller is simple and is accomplished using only three keys.
The backlit LCD display and LEDs provide visual indication of operating conditions and equipment status.
Designed to Last
Introducing the new PD Series Chemical Metering Pump: designed specifically for industrial water treatment applications. The new PD Series pump adds advanced technology to one of LMI’s most popular solenoid pump. Available in two models, Manual and Enhanced, the PD Series pump fits seamlessly into your water treatment process while adding convenience and value to your application.
The Manual model offers straightforward control without the need for tedious calculations. Its split-scale dial ensures precision, even at lower flow rates. The Enhanced model offers external control and a large graphical display to provide intuitive access to advanced features.
A rugged design for the toughest challenge, now with NSF/ANSI 61 and 372 certification.
Available in two motor driven models – the SD and the SG – the Series G Metering Pumps feature rugged aluminum construction specifically engineered to handle higher output applications in harsh environments. Certified with NSF / ANSI 61 and 372 for municipal compliance and safety assurance, the Series G is the right choice when choosing a pump for water treatment applications, like coagulation and flocculation.
By combining a heavy-duty industrial drive with state-of-the-art design, the Series G offers a mechanicallyactuated diaphragm that provides smooth output with reduced potential for system shock and hydraulic oilcontamination.
External speed control, stainless steel fasteners and NSF certifications make this powerhouse pump perfect forwater treatment applications.
Output Codes with Standard Liquid End
Safety Comes Standard with Every Pump
Designed for environments that demand additional safety features, the E7 Explosion-proof chemical metering pump delivers the protection your chemical application requires.
Built with a rugged urethane coated cast housing, the E7 Series is designed specifically for hazardous environments and remote use. It meets or exceeds all standards for Class I, Division I, Groups C and D; Class II, Division I, Groups E, F and G.
Available with manual or external controls without the need for costly motors. The robust design of the E Series make it the right choice for hazardous chemical addition applications that require additional safety precautions.
Series E- Explosion Proof Pumps
Year after year of reliable performance.
An industry standard for over 20 years, the Series B Chemical Metering Pump is a rugged, reliable choice for theharshest environments.
Its 100% enclosed chemical resistant housing provides this solenoid unit with ultimate protection, making it ideal forcorrosive chemical dosing.
With a variety of models and options available, you have full flexibility to control stroke length and frequency,pressure capacity, pulse / 4.20 mA inputs and more.
Output Codes with Standard Liquid End
The rugged construction and superior reliability of the Series B pumps make them an ideal product for a variety of applications in harsh environments, such as:
Engineered to Meet Today’s Most Demanding Water Treatment Standards
Featuring enhanced performance and process control capabilities.
The EXCEL® XR metering pump is a mechanically actuated diaphragm pump driven by advanced variable speed technology to provide the most accurate and reliable performance in the industry. This proven technology is easy to maintain and will provide years of maximum up-time service. Available in two control configurations, manual and enhanced, the EXCEL XR pump fits seamlessly into the process control requirements of every application. The Manual model includes the ideal level of standard features, while the Enhanced model provides a full range of capabilities. All models come standard with a four-color backlit display, multilanguage options (English, French, Spanish, Portuguese, and Chinese), and remote operation options, all in a design platform that can adapt as technology evolves. The EXCEL XR metering pump provides everything you need for complete control of your process.
Standard Features
Designed for the specific requirements of municipal and industrial water and waste treatment, the EXCEL XR pump is suitable for a wide range of applications.
Designed to meet your most challenging water treatment needs.
Designed specifically for commercial and industrial applications, the EXCEL® AD is a chemical feed application.
This line includes an advanced design fitting system for secure, leak-proof tubing or NPT connections. Every pump comes standard with FASTPRIME™ liquid ends. If pumping off-gassing liquids, select the (optional) AUTOPRIME™ liquid end. High-viscosity liquid ends (optional) are also available for pumping high viscosity liquids.
With an easy-to-read LCD user interface, external pacing, alarms and pulse/4-20 mA input and output capability – the EXCEL® AD pump has the power and flexibility you need to accurately perform in the harshest industrial or municipal environments.
Output Codes with FastPrime™ Liquid End
The overall versatility and design of the EXCEL® AD chemical metering pump make it an ideal choice in a widerange of industries:
Consistent performance with precision control.
Its solid reputation for precision and dependability make the Series C Chemical Metering Pump a reliable choicefor consistent performance, year after year.
Rugged, enclosed chemical-resistant housing makes this solenoid pump ideal for corrosive dosing in the harshestenvironments.
And along with long-term performance – the Series C also offers superior ease of operation, with readilyaccessible dial knobs, clear LCD and a variety of flexible control options.
Output Codes with Standard Liquid End
Max Capacity:
The long-term reliability and heavy-duty construction of the Series C pumps make them an ideal product for a variety of applications, such as:
Water treatment. Coagulants are used in effluent water treatment for solids suspended solids removal and water clarification. The commonly used coagulants include aluminum sulfate, polyaluminum chloride (PAC) and ferric sulfate.
In addition to water and wastewater treatment, the SCD is widely used in paper making, petroleum, food, chemical, and other industries where close control of coagulant or charge altering chemicals is beneficial.
The valves are made up of a valve body and a cylindrical sleeve reinforced with natural or synthetic rubber. Typically in an open state, the valve is closed by the application of pressure between the valve body and the sleeve. This pressure is created by a fluid, usually compressed air,that crushes the sleeve in a particular direction, completely closing the valve.
Available in cast iron, aluminum and PVC materials, we offer a complete range of full-bore valves suitable for a range of applications:
The 2-port design allows each valve to be used both as a pressure relief and back pressure valve to ensure accurate metering and pump performance.
Available in a range of materials, pressure adjustability for 0 to 150 psi, and various connection options, these valves enable installation fit and flexibility for your operations. An optional port enables the use of a standard pressure gauge to see the results of field adjustments.
The devices perform periodic monitoring and verification of the pump flow rate to ensure optimal performance and injection accuracy. In addition, they can be used to verify pump capacity after routine maintenance. Available in six sizes, the units are easily installed and are a great addition for prime pump performance.
They contain a flexible bladder that separates an inert pressurized gas (air or nitrogen) from a system fluid in the lower chamber. Available in a range of chemically resistant materials, pulsation dampeners remove virtually all hydraulic shock, enhancing all-around performance and reliability of fluid flow in industrial and chemical transfer applications.
Our side-entry mixer is mounted quickly and easily to the tank flange and delivers the most effective blending results in an extremely efficient unit. Our innovative small diameter SABRE® impeller allows for reduced energy consumption and easy installation.
In addition, we can ensure proper agitation using numerical simulation of fluid flows (CFD). This helps to forecast and predict the storage tanks mixing with no dead zone, and lower energy consumption compared to conventional solutions. We can also provide an adjustable agitator to increase the scope enclosure.
Oil & Gas
When crude oil is produced, it’s accompanied by sand, salt and other unwanted debris.
Until the crude is delivered to the refinery, bottom sludge & water (BS&W) can settle on the bottom of a tank. Milton Roy Mixing’s Side Entry Mixer keeps BS&W in suspension by generating the right fluid velocity distribution to provide the highest and most efficient performance.
Other industries
For use in an open tank at atmospheric pressure.
For use when a simple tightness is required to avoid contact between the product and the atmosphere (mixing under few mbars of pressure or vacuum or when the product is dangerous or must be kept under inert atmosphere)
For use in mixing at atmospheric pressure in open tanks
For use in all operations processed under pressure or vacuum, or mixing dangerous substances.
The Milton Roy HM Series® top-entry mixer is a configured unit engineered specifically for water treatment, chemical processing, mining, and general industry. Ideal for open tank applications in any volume, the mixer’s high powered impeller provides greater flow and better velocity distribution throughout the tank. Milton Roy’s Computational Fluid Dynamics (CFD) analysis ensures the ideal mixing results with scientific verification of your process.
The modular design provides numerous benefits:
The high-efficiency design of HM Series® top-entry agitator provides optimal results in operations
Water Treatment
General Blending
Reactive Preparation
The VDA model is a motor driven mixer available with a variety of marine propellers and mounting options.
The VRP model is a gearmotor driven mixer using a pitch blade turbine (PBT). An ideal mixer for a wide range of applications, the VRP offers mixing during emptying, filling or with a variable speed drive.
The FRH model is a gearmotor driven mixer equipped with the HP2 propeller with 2 blades. This model was specifically designed for flocculation in water treatment. The HP2 impeller generates good flow with the least shear possible, making it ideal for flocculation. It can be suitable for other applications as well that require low to medium mixing levels.
The VRH model is a gearmotor driven mixer equipped with the HP1 propeller with 3 blades. This is a powerful mixer with an improved hydraulic efficiency to meet the demands of a wide range of applications.
The new VRG model is a gearmotor driven mixer equipped with the 10SG SABRE propeller with 3 blades. This new model is recommended for high flow rate, viscous products, and sensitive products due to the wide blade that gives a high flow and allows low rotation speed.
Powerful and compact, the HELISEM® Series provides energy efficiency in a lightweight mixer with uncompromising results.
Megaroyal Model B Performance Data
Megaroyal pumps are ideal for heavy-duty industrial processes:
Oil and Gas. Injection of chemicals for treating of oil, gas and water to prevent hydrate formation, reduce corrosion and scales and many more. Because of its reliable technology, Megaroyal pumps can also be used to inject chemical in remote and unmanned production sites or pipelines.
Chemical and Petrochemical Processing. Metering of chemicals in refinery processes such as separation/distillation, transformation/conversion and finishing/refining of products.
It can also be used in industries such as power generation, pharmaceuticals, food and beverage and many more.
Configuration flexibility. The pump’s three frame sizes cover a full range of capacities and pressures and it has the capability to be multiplexed with up to 16 pumps driven by one motor.
Leak-proof performance. A selection of diaphragms including metallic, high-performance, and critical service diaphragms can provide leak-proof performance at pressures up to 20,000 psi (1380 bar)
Accurate flow control. Capacity adjustable by manual control, electronic actuator, pneumatic actuator, or variable speed allows flexible control of chemical delivery.
Oil & Gas. Milroyal pumps are ideal for high-pressure offshore applications. They consistently inject methanol, corrosion inhibitors, oxygen binders, and other corrosive substances in the harshest conditions in the most remote locations.
Drag Reducer Agents (DRA). With decades of experience and a field proven design, Milton Roy’s DRA pumps provide precise injection at strategic points along a pipeline network to reduce turbulence and optimize flow efficiency.
Chemical and Petrochemical Processing. The harsh, toxic chemicals required for chemical processes require metering pumps that ensure accuracy in delivery of these critical and difficult fluids. Milroyal pumps’ modularity allows a selection of liquid ends and configurations to ensure you get the right pump for chemicals being handled.
Industrial Water Treatment. Industrial process water must be treated efficiently and cost-effectively in compliance with quality standards. The reliability of Milroyal pumps deliver accurate chemical delivery and provide long-term cost benefits.
MAXROY series is a rugged, industrial grade of metering pumps designed for applications up to 290 gph (1,100 l/h) at pressures up to 406 psi (28 bar). Its cast iron housing with chemical resistant coating enables the pump to be used in the harshest environments.
Years of reliable operation. The hydraulically balanced diaphragm provides reliable chemical delivery with preventative maintenance.
Durable construction and safe operation. Dust-tight cast iron housing with durable coating stands up to the harshest environment. The Internal adjustable pressure relief valve protects the pump from over pressure conditions.
Operational flexibility. Capacity adjustable allows flexible control while a wide variety of available wetted materials assures fluid compatibility.
The absence of contour plates enables the MAXROY series metering pumps to handle a broad spectrum of chemicals including acids, caustics, slurries, viscous materials, and many other process additives. It has been used in a wide range of industry installations including water and waste treatment, power, paper, mining, oil and gas, agriculture, and chemical processing.
CENTRAC pumps combine a unique constant stroke length drive mechanism and electronic variable speed drive technology. The unique drive system provides a steady state accuracy of +/- 0.5% over the entire turndown range. This is twice the accuracy of the standard +/- 1% of most metering pumps. Greater accuracy means better control of the treatment process and more efficient chemical usage.
In addition, these pumps offer a 100:1 turndown ratio. The advanced design enables the pumps to respond instantly to changes in dosage rate, making it the ideal metering pump for a wide range of flow rates in water and wastewater treatment applications.
Benefits:
Water and wastewater treatment. CENTRAC pumps are ideal for water treatment applications because of their proven accuracy, responsive design, and capability to dose a variety of chemicals over a wide range of flow rates. These reliable, low maintenance metering pumps provide efficient dosing and reduce chemical costs.
The G series metering pump, also known as the MACROY® pump, is now NSF/ANSI 61 and 372 certified for municipal compliance and safety assurance. Capable of handling pressures up to 175 psi (12 bar) and flow rates up to 310 gph (1181 l/h) it is an ideal pump for water treatment applications. Combining heavy-duty industrial drive technology with state-of-the art design and manufacturing processes, this mechanically-actuated diaphragm pump eliminates flow restrictions, reduces the possibility of hydraulic oil contamination of process liquid, and ensures smooth output.
Simplicity of design. The pump has few moving parts and is compact and lightweight.
Greater flexibility. G series pumps feature a variable eccentric drive with stroke adjustment. It is available in three frame sizes and can accommodate a wide selection of liquid ends.
Rugged performance. Corrosion-resistant plastic or aluminum housing is designed to withstand tough environments while its high-efficiency motors minimize heat buildup.
Long-term cost benefits. This reliable pumps requires minimal maintenance, reducing overall pump lifecycle costs.
Now NSF / ANSI 61 and 372 certified for municipal compliance and safety assurance
Performance by the numbers:
The New PROTEUS™ Communications Model adds support for Modbus RTU and Profibus (Process Field Bus) DP protocols to facilitate high speed, 2-way communications. This allows plant operators to link devices from different vendors to a central SCADA (Supervisory Control And Data Acquisition) system for control, monitoring, and troubleshooting activities.
PROTEUS™ metering pumps are mechanically actuated diaphragm pumps driven by advanced variable speed technology to address specific requirements of chemical addition in water treatment. All three configurations of PROTEUS pumps – Manual, Enhanced, and Communications – also address the process control requirements of a wide range of applications including water and wastewater treatment, agricultural, chemical, oil & gas; power generation, pulp & paper, and textile industries.
Whatever your application, the PROTEUS™ series is ready to outperform and outsmart your most demanding application.
A comprehensive product offering
Packed plunger, PTFE or metallic diaphragm liquid ends available
Refinery/Petrochemi cal/Chemical: pumping of hydrocarbons/LP steam condensate, transfer of ammonia water in fertilizer plant, manufacturing of DME (dimethyl ether) from methanol
Technical Features:
Packed plunger, PTFE or metallic diaphragm liquid ends available
Refinery/Petrochemi cal/Chemical: pumping of hydrocarbons/LP steam condensate, transfer of ammonia water in fertilizer plant, manufacturing of DME (dimethyl ether) from methanol
PRIMEROYAL® metering pumps are versatile, reliable pumps that consistently and accurately inject chemicals. The pumps’ field-proven design enables precise control of the pump delivery rate with a +/-1% steady state accuracy, over a range from 10 to 100% of the nominal flow rate. They feature a compact, variable eccentric drive that changes the stroke length by repositioning the center of the shaft in the eccentric.
Model PN provides accurate dosing of a broad spectrum of fluids used in many industrial processes due to its modular design which offers several types of liquid ends, capacity control, and other configuration options to meet the specific requirements of your process application.
Packed plunger, PTFE or metallic diaphragm liquid ends available
PRIMEROYAL® metering pumps are versatile, reliable pumps that consistently and accurately inject chemicals. The pumps’ field-proven design enables precise control of the pump delivery rate with a +/-1% steady state accuracy, over a range to 10 to 100% of the nominal flow rate. They feature a compact, variable eccentric drive that changes the stroke length by repositioning the center of the shaft in the eccentric.
Models PL and PLG provide accurate dosing of a broad spectrum of fluids used in many industrial processes due to their modular design which offers several types of liquid ends, capacity control, and other configuration options meet the specific requirements of your process application.
PRIMEROYAL® metering pumps are versatile, reliable pumps that consistently and accurately inject chemicals. The pumps’ field-proven design enables precise control of the pump delivery rate with a +/-1% steady state accuracy ranging from 10 to 100% of the nominal flow rate. They feature a compact, variable eccentric drive that changes the stroke length by repositioning the center of the shaft in the eccentric.
Models PK and PKG provide accurate dosing of a broad spectrum of fluids used in many industrial processes due to their modular design which offers several types of liquid ends, capacity control and other configuration options to meet the specific requirements of your process application.
PRIMEROYAL® metering pumps are versatile, reliable pumps that consistently and accurately inject chemicals. The pumps’ field-proven design enables precise control of the pump delivery rate with a +/-1% steady state accuracy ranging from 10 to 100% of the nominal flow rate. They feature a compact, variable eccentric drive that changes the stroke length by repositioning the center of the shaft in the eccentric. Model PH provides accurate dosing of a broad spectrum of fluids used in many industrial processes due to their modular design, which offers several types of liquid ends, capacity control, and other configuration options to meet the specific requirements of your process application.
It’s not unusual to find mROY® metering pumps still operating at design performance after 20 or more years of service. That’s because mROY® maximum uptime pumps are comprised of a unique set of technical features that deliver consistent chemical injection performance with minimal maintenance requirements.
With flow rates from 0.25 l/h to 310 l/h, it has the capability to dose a broad spectrum of chemicals in numerous process-critical environments such as chemical processing plants, municipal water treatment facilities, and remote oil production locations.
The enhanced mROY® metering pump features improved component durability, it is easier to prime, it performs more efficiently and it is safer and simpler to maintain
Accurate, repeatable flow control. The liquid end has been specifically designed for optimal chemical delivery. Available in metallic or non-metallic materials, the liquid end features a high-quality double ball check valve for repeatability and accuracy, micrometer capacity control for precise dosage adjustment, and a bleed system for safer maintenance and easier commissioning.
Rugged enclosure. Dust-tight, cast-iron drive housing with a high-quality chemical resistant coating provides a rugged enclosure for operation in any plant and field environment.
Application flexibility. Available in simplex and duplex configurations with a wide range of options and accessories, you can customize mROY® metering pumps for your most complex process needs.
Specifications and regulations. Our metering pumps meet all applicable regulations anywhere in the world where they operate. The Milton Roy mRoy® pump also complies with API 675 specifications.
There is a lot of exciting stuff going on in the stars above us that make astronomy so much fun. The truth is the universe is a constantly changing, moving, some would say “living” thing because you just never know what you are going to see on any given night of stargazing.
But of the many celestial phenomenons, there is probably none as exciting as that time you see your first asteroid on the move in the heavens.
mROY® series model XW metering pump is controlled-volume, hydraulically-actuated diaphragm pump that is designed for consistent chemical delivery. Its compact design contains a plunger that reciprocates at a fixed stroke, displacing a fixed volume of hydraulic fluid and thereby actuating a flexible, chemically inert PTFE diaphragm to create the pumping action. Designed to meet global industry standards, model XW provides accurate dosing of a broad spectrum of fluids. Like all mROY® metering pumps, model XW is built to run continually all year long leading to decades of consistent performance.
mROY® series model XT metering pump is controlled-volume, hydraulically-actuated diaphragm pump that is designed for consistent chemical delivery. Its compact design contains a plunger that reciprocates at a fixed stroke, displacing a fixed volume of hydraulic fluid and thereby actuating a flexible, chemically inert PTFE diaphragm to create the pumping action. Designed to meet global industry standards, model XT provides accurate dosing of a broad spectrum of fluids. Like all mROY® metering pumps, model XT is built to run continually all year long leading to decades of consistent performance.
Injection of chemicals such as biocides, polymers, scale and corrosion inhibitors, salt and wax inhibitors, process additives and many more for the following areas of application:
The mROY® series model B metering pump is controlled-volume, hydraulically-actuated diaphragm pump that is designed for consistent chemical delivery. Its compact design contains a plunger that reciprocates at a fixed stroke, displacing a fixed volume of hydraulic fluid and thereby actuating a flexible, chemically inert PTFE diaphragm to create the pumping action. Designed to meet global industry standards, model B provides accurate dosing of a broad spectrum of fluids. Like all mROY® metering pumps, model B is built to run continually all year long with preventative maintenance, leading to decades of consistent performance.
Injection of chemicals such as coagulants, biocides, disinfectants, polymers, softening agents, acids and bases for pH control, scale and corrosion inhibitors, oxygen scavengers, process additives, and many more for the following areas of application:
mROY® series model A metering pump is controlled-volume, hydraulically-actuated diaphragm pump that is designed for consistent chemical delivery. Its compact design contains a plunger that reciprocates at a fixed stroke, displacing a fixed volume of hydraulic fluid and thereby actuating a flexible, chemically inert PTFE diaphragm to create the pumping action. Designed to meet global industry standards, model A provides accurate dosing of a broad spectrum of fluids. Like all mROY® metering pumps, model A is built to run continually all year long with preventative maintenance, leading to decades of consistent performance.
Injection of chemicals such as coagulants, biocides, disinfectants, polymers, softening agents, acids and bases for pH control, scale and corrosion inhibitors, oxygen scavengers, process additives, and many more for the following areas of application:
