Dm diaphragm pumps 290715 low

DIAPHRAGM PUMPS DIAPHRAGM PUMPS N° 403-M N° 403-M

ADVANCED FLUID MANAGEMENT SOLUTIONS

ADVANCED FLUID MANAGEMENT SOLUTIONS

5 YEARS WARRANTY Made In Italy

STAVANGER • BERGEN • KRISTIANSUND • HAMMERFEST

1” - 1 70 l/min 1”-170 l/min 1/2”-70 l/min 1” - 170 l/min 1/2” - 70 l/min 1” - 170 l/min1/2” - 70 l/min 1” - 170 l/min

TECHNICAL CHARACTERISTICS

R. 1:1 strial th the mps, injected motor with high they eliable treme

hown been st.

Atex 94/9 WITH FLANGE 1” WITH FLANGE 1” II 3 GD c TX Atex 94/9 Balls94/9 and ball seats in Atex Atex 94/9FLANGE 1” WITH FLANGE 1” WITH II 2 GD c IIB T4 X II 3 GDtypes c TXof II 2 GD c IIB T4 X many materials Diaphragm pumps R. 1:1 Atex 94/9 Atex 94/9 Atex 94/9 WITH FLANGE 1” WITH FLANGE 1” WITH FLANGE 1” WITH FLANGE 1” l/min to guarantee chemical 1/2” F for transferring industrial II 3 GD c TX II 2 GD c IIB T4 X II 2 GD c IIB T4 X compatibility according Diaphragm pumps R. 1:1 fluids compatible with the Diaphragm pumps R. 1:1 Diaphragm pumps R. 1:1 1/2” F to the fluid to be pumped. for transferring industrial for transferring industrial materials of the pumps, for transferring industrial Easy to clean or Diaphragm pumps R. 1:1 Diaphragm pumps R.with 1:1 the Diaphragm pumps R. 1:1the fluids compatible with fluids compatible with thereplace fluids compatible made from molding injected as for with transferring for transferring industrial formaterials transferring industrial of the pumps, materials of required. the pumps, materials of the pumps, polypropylene motor industrial fluids compatible made from die-cast fluids compatible with the fluids compatible with the made from molding injected made from die-cast made in aluminum, with WITH FLANGE 1” highwith the aluminum, high quality materials ofpumps the pumps, materials of the materials of with the pumps, polypropylene with motor aluminum, withpumps, high quality quality components, Diaphragmthey R. 1:1 for components, they ensure made molding injected made in ensure aluminum, with high components, they ensure made from die-cast made from die-cast lasting andfrom reliable transferring industrial fluids lasting and reliable operation quality components, they polypropylene with motor lasting and reliable operation aluminum, with high quality aluminum, with high quality operation even in extreme compatible with the materials of even in extreme conditions. ensure lasting and reliable even in extreme conditions. made in aluminum, with high components, they ensure components, they ensure conditions. the pumps, made from molding operation even in extreme quality they lasting and reliable operation lasting and reliable operation injectedcomponents, polypropylene with moconditions. ensure lasting and reliable even in extreme conditions. even in extreme conditions. tor made in aluminum, with high Note:The max flow rate shown operation even in extreme in the below graphics been qualityhas components, they ensure obtained byshown laboratory test.reliable operation Note: The max flow rate shown Note: The max flow rate Note: The max flow rate shown conditions. lasting and

Diaphragm pumps R. 1:1 for transferring industrial fluidsFLANGE compatible WITH 1” with the materials of the pumps, made from molding injected polypropylene with motor made in aluminum, with high quality components, they ensure lasting and reliable operation even in extreme conditions.

Note: The The max max flow flow rate rate shown shown Note: in the the below below graphics graphics has has been been in obtained by by laboratory laboratory test. test. obtained

Note: The max flow rate shown in the below graphics has been obtained by laboratory test.

Hytrel membrane EPDM 1000-PB Series Series NBR Hytrel WITH FLANGE 1” WITH FLANGE 1” Aluminum in Polypropylene - motor Santoprene NBR membrane EPDM membrane1000-PB EPDM P/N 2B4/26117EAA 1000-PB dual inlet *** PTFE+Hytrel Santoprene in Polypropylene Hytrel - motor Aluminum in Polypropylene - motorHytrel Aluminum P/N 2B4/26117HHH *** PTFE+Hytrel Max. pressure NBR NBR P/N 2B4/26117NHH P/N 2B4/26117EAA P/N 2B7/26117EAA Max cycles per min Max. pressure P/N 2B4/26117HHH P/N 2B7/26117HHH Santoprene Santoprene P/N 2B4/26117SSS * per cycle Max cyclesLItres per min P/N 2B4/26117NHH P/N 2B7/26117NHH *** LItres per Max PTFE+Hytrel P/N 2B4/26117TTP PTFE+Hytrel suction lift * cycle

F 1.1/4” F all Aluminum with multi-ported inlet/outlet

3/4” FLANGE F Series WITH 1” in Polypropylene - motor all Aluminum P/NAluminum 2B7/26117EAA

obtained test.

WITH FLANGE 1”Series FLANGE 1” by laboratory WITH FLANGE 1” in Polypropylene - motor Aluminum membrane EPDM P/N 2B4/26117EAA

Series WITH

1000-PB 1000-PB

P/N 3C1/40111EAA 3C1/40111EAA P/N P/N3C1/40111HHH 3C1/30111EAA P/N 3C1/40111HHH P/N

membrane EPDM EPDM membrane P/N 3C3/26111EAA P/N 3C1/26111EAA Hytrel Hytrel 1000-AB 1000-AB Series Series P/N P/N 3C1/26111HHH NBRinlet/outlet all Aluminum with all 3C3/26111HHH Aluminum multi-ported NBR P/N P/N 3C3/26111NHH 3C1/26111NHH Santoprene Santoprene P/N membrane P/N membrane 3C3/26111EAA 3C1/26111EAA EPDM EPDM P/N P/N 3C3/26111SSS 3C1/26111SSS *** *** PTFE+Hytrel PTFE+Hytrel P/N P/N3C3/26111HHH 3C1/26111HHH Hytrel Hytrel P/N P/N 3C3/26111TTP 3C1/26111TTP Max. pressure Max. pressure NBR NBR P/N P/N 3C3/26111NHH 3C1/26111NHH bar bar per Max88cycles cycles per min min Max Santoprene Santoprene P/N P/N3C3/26111SSS 3C1/26111SSS 300 300 cpm cpm ** LItres per cycle LItres per cycle P/N P/N 3C3/26111TTP 3C1/26111TTP PTFE+Hytrel PTFE+Hytrel ****** 0,59 ll lift 0,59 Max suction lift Max suction dry 5Max m wet column dry column column 5Max m -size wet column 7,5 7,5 m m pumpable solids solids Max. Max. pressure pressure 8-8size bar barpumpable 33working mm mm Max working temperature Max temperature Max cycles per min Max cycles 300 300 cpm per cpm min 100° C ** 100° Noise level Noise level * *** LItres per cycle LItres per 0,59 0,59 cycle lCl 3 75 dB 75 dB Max air consumption (m3m /min) Max consumption (m /min) dry drycolumn column Max 5suction 5m m -air -wet wet lift column column 7,5 7,5 m Max suction lift 33/min 1,6 m 1,6 m /minpressure Air working pressure Air Max Max size size 3working 3 pumpable mm mm pumpable solids solids 22inlet -inlet 66 bar Air connection Air connection Max Max working working 100° 100°bar C temperature Ctemperature FFoutlet 3/8” 3/8” G G Air outlet connection (muffler) (muffler) ** ** Air connection Noise level 75 75 dB dB Noise level FF 1/2” G 1/2” G 3 3 3 3 Fluid inlet connection Max Max air air consumption (m(m 1,6 1,6 mconsumption m /min /min /min) /min) Fluid inlet connection 42 G Fx G AirAir working working 21.1/4” -F -6 61” bar pressure bar pressure Fluid outlet connection Fluid outlet AirAir inlet inlet FF3/8” connection 3/8” connection GGconnection 5 xFF1”1”GG AirAir outlet outlet F F 1/2” connection 1/2” connection G G (muffler) Balls for for inlet inlet (muffler) Balls and outlet outlet and Fluid Fluid 4inlet Fxinlet 1.1/4” Fconnection 1” connection GG Overall dimensions dimensions (A (A xx BB xx C) C) Overall 280 Fluid mm x5 mm x x352 260,5 mm x200 201 mm 345mm mm Fluid outlet xoutlet FF 1” 1” connection G G Packing Weight Packing --connection Weight

1000-PB 120-AB

Note: Note: The The max max flow flow rate rate shown shown in in the the below below graphics graphics has has been been obtained obtained by by laboratory laboratory test. test.

2.1/2” F

Note: Note: TheThe maxmax flowflow raterate shown shown in the in 2000-AB the below below graphics graphics hashas been been obtained by by laboratory laboratory test. test.

2.1/2” 2.1/2” Fobtained Fall Series all Aluminum

all Aluminum

all Aluminum

P/N 2B4/26117HHH P/N 2B7/26117HHH membrane EPDM P/N 2B4/26117EAA P/N 2B7/26117EAA membrane EPDM P/N 3C1/16111EAA dual inlet Seriesdual inletHytrel P/N 2B7/26117HHH Series P/N 2B4/26117NHH P/N 2B7/26117NHH Hytrel P/N 2B4/26117HHH 3C1/16111HHH ininPolypropylene in Polypropylene - motor Aluminum Polypropylene- -motor motorAluminum Aluminum allP/N Aluminum P/N 2B4/26117SSS P/N 2B7/26117SSS NBR P/N 2B4/26117NHH P/N 2B7/26117NHH NBR P/N 3C1/16111NHH P/N P/N3C1/16111EAA 2B7/26117EAA P/N2B4/26117EAA 2B7/26117EAA membrane EPDM P/N membrane EPDM P/N 2B4/26117TTP P/N 2B7/26117TTP Santoprene P/N 2B4/26117SSS SantopreneP/N 2B7/26117SSS P/N 3C1/16111SSS P/N P/N3C1/16111HHH 2B7/26117HHH P/N2B4/26117HHH 2B7/26117HHH P/N Hytrel Hytrel *** P/N 2B4/26117TTP P/N 2B7/26117TTP P/N 3C1/16111TTPPTFE+Hytrel PTFE+Hytrel 8 bar 8 bar P/N P/N3C1/16111NHH 2B7/26117NHH NBR NBR P/N2B4/26117NHH 2B7/26117NHH P/N

2.1/2” F

1120-AB 2” 2”F F all all Aluminum 1.1/4” F1140-AB

in in thethe below below graphics graphics hashas been been Series obtained obtained byby laboratory laboratory test. test. 1” 1000-AB 1000-AB

MODULAR MODULARWITH WITHFLANGE FLANGE2”2”

2”2” FF

Atex Atex 94/9 94/9 Diaphragm pumps R. 1:1 II 2 II GD 2 GD c IIB c IIB T4T4 XX for transferring industrial fluids compatible with the Diaphragm Diaphragm pumps pumps R. 1:11:1 materials of theR.pumps, forfor transferring transferring industrial industrial made from die-cast fluids fluids compatible compatible with the the aluminum, withwith high quality materials materials of of thethe pumps, pumps, components, they ensure made made from from die-cast die-cast lasting and reliable operation aluminum, aluminum, with high high quality quality even inwith extreme conditions. components, components, they they ensure ensure lasting lasting and and reliable reliable operation operation even even in in extreme extreme conditions. conditions.

2” F 1.1/4” F

1” F 1.1/4” F TheThemaxmaxflowflowraterateshown Note: Note: shown

2” - 580 l/min 2”-580 l/min MODULAR FLANGE 2” 2” 2”--WITH 580 580 l/min l/min

Atex 94/9 II 2 GD c IIB T4 X

1.1/4” F

Atex Atex94/9 94/9 Diaphragm pumps R. 1:1 II II2 2GD GD c cIIB IIB T4T4 XX for transferring industrial fluids compatible with the Diaphragm Diaphragm pumps pumps R.1:1 1:1 materials of theR.pumps, forfortransferring transferring industrial industrial made from die-cast fluids fluids compatible compatible withthe the aluminum, withwith high quality materials materials ofofthe the pumps, pumps, components, they ensure made made from fromand die-cast die-cast lasting reliable operation aluminum, aluminum, withhigh high quality quality even inwith extreme conditions. components, components,they theyensure ensure lasting lastingand andreliable reliableoperation operation even evenininextreme extremeconditions. conditions.

2”2”-610 - 610l/min l/min 2”2” F - -610 2” 610l/min l/min

2”2”F F

1.1/2” 1.1/2” F FF 1.1/4”

1” F 1” F

in the below graphics has been WITH FLANGE 1” in the below graphics has been in the below graphics has been WITH FLANGE 1” obtained by laboratory test. obtained by laboratory test. even in extreme conditions. obtained by laboratory test.

3/4” F Note: The max flow rate shown WITH FLANGE WITH FLANGE 1” Note:The The max rate shown 1” Note: max flowflow rate shown Note: The max flow rate shown 1000-PB in the below graphics has been 1000-PB dualininlet in graphics has been Series the below graphics has been inthe thebelow below graphics has been in Polypropylene - motorobtained Aluminum in Polypropylene - motor Aluminum obtained by laboratory test. by laboratory test. obtained by laboratory test.

1000-PB 1000-PB dual inlet 120-AB

2” - 610 l/min 2”-610 l/min 2”2” F2”--610 610l/min l/min

1.1/2” F

Atex 94/9 II 2 GD c IIB T4 X

1” F 1” F

1” - 1 70

Atex 94/9 II 3 GD c TX

1.1/2” - 480 l/min 1.1/2”-480 l/min 1.1/4” - 200 l/min 1.1/2” 1.1/2” --480 l/min l/min 1.1/4” -480 200 l/min

l/min 1”1”-170 l/min 1”- -170 170 l/min 1”1”- 170 - 170l/min l/min

2000-AB

P/N P/N 3C3/50111EAA 3C3/50111EAA

2000-AB 2000-AB Series Series P/N 3C1/50111NHH all allAluminum AluminumNBR P/N 3C1/50111NHH NBR

P/N 3C1/30111NHH P/N 3C1/40111SSS 3C1/40111SSS P/N P/N P/N 3C1/40111EAA P/N 3C1/40111EAA 3C1/30111EAA P/N 3C1/40111TTP 3C1/30111SSS P/N 3C1/40111TTP P/N P/N P/N 3C1/40111HHH P/N 3C1/40111HHH 3C1/30111HHH P/N 3C1/30111TTP

P/N P/N 3C6/50111EAA 3C6/50111EAA

P/N P/N 3C3/50111HHH 3C3/50111HHH 2000-AB 2000-AB

P/N 3C1/50111HHH 3C1/50111HHH P/N Hytrel Hytrel

P/N 3C1/30111HHH P/N 3C1/40111NHH allall Aluminum all Aluminum Aluminum P/N 3C1/40111NHH

2000-AB MODULAR MODULAR WITH WITHFLANGE FLANGE2”2” all all Aluminum

2.1/2” 2.1/2” FF all all Aluminum with with multi-ported multi-ported inlet/outlet inlet/outlet

P/N 3C1/50111EAA 3C1/50111EAA P/N membrane membrane EPDM EPDM

1120-AB 1120-AB 1140-AB

MODULAR WITH FLANGE 2”

2000-AB 2000-AB

P/N P/N 3C6/50111HHH 3C6/50111HHH

allall Aluminum Aluminum with with multi-ported inlet/outlet inlet/outlet P/N P/Nmulti-ported 3C3/50111NHH 3C3/50111NHH

P/N 3C1/50111SSS 3C1/50111SSSSantoprene P/N Santoprene P/N membrane P/N membrane 3C1/50111EAA 3C1/50111EAA EPDM EPDM P/N 3C1/50111TTP 3C1/50111TTPPTFE+Hytrel P/N PTFE+Hytrel P/N P/N 3C1/50111HHH 3C1/50111HHH Hytrel Hytrel

all all Aluminum Aluminum P/N P/N 3C6/50111NHH 3C6/50111NHH

P/N P/N 3C3/50111SSS 3C3/50111SSS P/NP/N 3C3/50111EAA 3C3/50111EAA P/N P/N 3C3/50111TTP 3C3/50111TTP P/NP/N 3C3/50111HHH 3C3/50111HHH

*** ***

P/N P/N 3C6/50111SSS 3C6/50111SSS P/NP/N 3C6/50111EAA 3C6/50111EAA P/N P/N 3C6/50111TTP 3C6/50111TTP P/NP/N 3C6/50111HHH 3C6/50111HHH

*** bar 8 bar bar 883C1/30111NHH bar 8 Max. Max. pressure pressure 88 bar bar 88 bar bar NBR NBR P/N P/N 3C1/40111NHH P/N 3C1/40111NHH P/N P/N 3C1/50111NHH 3C1/50111NHH P/NP/N 3C3/50111NHH 3C3/50111NHH P/NP/N 3C6/50111NHH 3C6/50111NHH 300 cpm 300 cpm Max. 8 bar 8 bar 8 bar Max. pressure 8 pressure bar 220 cpm 147cycles cpm per 220 cpm 147 cpm Max Max cycles per min min 147 147 cpm cpm 147 147 cpm cpm P/N 2B4/26117SSS P/N 2B7/26117SSS Santoprene Santoprene Santoprene Santoprene P/N 2B7/26117SSS P/N 3C1/16111SSS P/N P/N 3C1/40111SSS P/N 3C1/40111SSS 3C1/30111SSS P/N P/N 3C1/50111SSS 3C1/50111SSS P/N P/N 3C3/50111SSS 3C3/50111SSS P/N P/N 3C6/50111SSS 3C6/50111SSS 0,59 l 0,59 l Max 260 cpm 300 cpm 300 cpm Max cycles per min 400cycles cpm per min 2,15 4,15 2,15 ll 4,15 ll cycle ** LItres LItres per per cycle 4,15 4,15 ll 3,95 3,95 ll *** *** *** * *** *** P/N P/N3C1/16111TTP 2B7/26117TTP P/N2B4/26117TTP 2B7/26117TTP P/N P/N P/N 3C1/40111TTP P/N P/N 3C1/50111TTP P/NP/N 3C3/50111TTP P/N5 P/N PTFE+Hytrel PTFE+Hytrel dry column 7,5 m per cycle dry column 5 m - wet column 7,5 ml cycle PTFE+Hytrel LItres per 0,8 l column * l 0,59 l 5 m - wet column 0,59 LItres 0,18 dry column column 53C1/40111TTP m 3C1/30111TTP wet column 7,5 7,5 m m dry column column m3C1/50111TTP wet column column 7,5 m m dry 5P/N m -- wet dry 55Max m --suction wet 7,5 Max suction lift liftPTFE+Hytrel dry dry column column 55 3C3/50111TTP m m -- wet wet column column 7,5 7,5 m m dry dry column column 5 3C6/50111TTP m m 3C6/50111TTP -- wet wet column column 7,5 7,5 m m ene P/N 2B4/26117SSS P/N 2B7/26117SSS Max suction lift dry column 585,5 m -bar wet column 7,5 m Max size pumpable solids 3 mm 37,5 mm Max suction lift dry column 5 m wet column 7,5 m dry column 5 m wet column m Max suction lift dry column 4,5 m wet column 7,5 m 5,5 mm 6,5 mm mm 6,5 mm Max Max size size pumpable pumpable solids solids 6,5 6,5 mm mm 6,5 6,5 mm mm Max. pressure 8 bar 8 bar Max. pressure 8 bar Max. 8 pressure bar Max. 8 pressure bar bar 8 8 bar Max. Max. pressure pressure 8 bar 8 bar 8 bar 8 bar 8 bar 8 bar *** P/N 2B4/26117TTP P/N 2B7/26117TTP ytrel Max size pumpable 3 mm Max working 65° C 65° C Max size pumpable solidstemperature 3 mm 3 mm Max size solids 1,5 mm 100° Ccpm 100° C 100° C 100° C Max Max working working temperature temperature 100° 100° C C 100° 100° C C Max cycles 300 cpm 300 cpm Max cycles perpumpable min Max cycles per min solids Max cycles per Max cycles per min 300 cpmper min 300 cpm 400 cpm 220 220 cpm 260 cpm Max cycles 147 147 cpm per cpm minmin 147 147 cpm cpm 147 147 cpm cpm 8 bar 8 bar Max working 100° Cl ** temperature 65° C 65° C Noise level 75 dB 75 dB Max working temperature 100° C temperature 78 ldB dB 82 dB 78 82 dB ** Noise Noise level level 82 82 dBl 82 823,95 dB dBl l * LItres per cycle 0,59 l 0,59 l * * * *** * Max working LItres per cycle LItres per cycle LItres per cycle LItres per cycle300 cpm 0,59 l 0,59 l 0,18 l 2,15 2,15 0,8 l LItres per 4,15 cycle 4,15 l l 4,15 4,15 ldB 3,95 300 cpm 3** 33 3/min 3 /min 3 /min 33dB 3 ** level Noise levelMax 75 dB 1,6dry 75** dB 75 dB column 3,4 mwet m /min aircolumn consumption (m0,59 /min) m column 1,6 m /min 44m m Max Max air consumption consumption (m (m /min) /min) m-33wet /min /min m /min /min Max column 7,5 dry column 5 Noise m -- wet Max suction lift 0,59 l dry 5 m suction - wet column 7,5 m dry column5Max 5mm-Noise -wet wetlevel column 7,5mm dry column 4,5 msuction wet column 7,5 7,5 m m dry dry column dry column column 5m 53,4 m -575 wet -m m -/min column wet column column 7,5 7,5 m7,5 m m dry dry column column Max 5suction 5suction m -air wet -lift wet column column 7,5 7,5 m m drydry column column 5m 5 44m -m wet column column 7,57,5 mm drydry column column 5 44 m 5m m -33wet - wet column column 7,57,5 mm suction lift Max lift Max lift * llift 3/min 3 3 3 3consumption Max air (m3/min) 1,8 (mpressure /min) 1,6 m3/min 2 - 6 bar Max air consumption 0,60 mpumpable /min 2 -mm -m bar -working bar 2 66mm 226,5 -working 66mm bar Air working 2 - 6 bar Air Air pressure -- 66mm bar bar 22 --6,5 66mm bar bar Max3size solids mm 3 mm drysize column 5 m - wet column 7,5 m Max air consumption dry column 5mm m -pumpable wet column 7,5 m Max pumpable solids Max33 size mm pumpable solids(m /min) 1,6 m /min Max 1,5 size mm solids 5,5 5,5 3bar mm Max Max size size 6,5 pumpable pumpable mmpressure solids solids 6,5226,5 mm 6,5 mm Air working pressure 2 3/4” - 6 bar Air working 2 - 6 bar F 3/8” G 2 - 6 bar Air working pressure 265° - 6Cbartemperature 3/4” GC 3/4” GCtemperature FF FF100° 3/4” G Air Air inlet inlet connection connection FF100° 3/4” 3/4” G G FF100° 3/4” 3/4” GC Airpressure inlet connection F 3/8” G s 3 mm 3 mmtemperature Max65° working C Max working temperature C Max65° 65° working C temperature Max100° working 100° 100° 100° C CG Max Max working working 100° C temperature 100° CC 100° CG Air inlet connection FFF3/4” G F 3/8” G AirdB inlet connection F 3/8” 1” GdB 1” G 1” G FF 1” G e 65° C 65° C Air Air outlet outlet connection connection (muffler) (muffler) ** ** 1” 1”dB G G F82 F 1” 1” G GdB Air outlet connection (muffler) F 1/2” G ** F 3/8” G F 1/2” G Noise 75 75level dB G ** ** ** Air inlet connection Noise level 75level dB 75 dB 75 dB 7878 dB 75 dB Noise level 82 82 dB dB 82FF 82 dB 82 dB Noise level Noise Noise level Air connection (muffler) F 1” G ** 75 dB 3 75 dB Air outlet connection (muffler) F 1/2” F 1/2” Air3/min outlet connection3 (muffler) F outlet 1/2” G 3 - DINGPN 10 - JIS 10K 1”Max (25 mm) dual inlet ANSIG150 - DIN PN 10 - JIS Max 10K (25 mm) 3consumption 3 3/min 3/min 32.1/2” 3/min 3m Max (m3/min)ANSI 150 1,6 1,61” F3m 2” G3/min F4air 2.1/2” G Max air consumption (m /min) air (m /min) air consumption (m3/min) Max Max air consumption consumption (m3(m 1,6 air m /min 1,6m m3consumption /min 0,60 m /min 3,4 3,4 mF1,8 /min m m 4 3m /min /min) /min) 4m m /min 4m 410 /min /min 2” G F 2.1/2” G Fluid Fluid inlet inlet connection connection FF4 2.1/2” G G ANSI ANSI 150 150 -- DIN DIN PN PN 10 --3JIS JIS 10K 10K 2” 2” (50 (50 mm) mm) Fluid inlet connection min) 1,6 m 3 /min 1,6 m 3 /min ANSI 150 - DIN PN 10 JIS 10K 1” (25 mm) dual inlet ANSI 150 DIN PN 10 JIS 10K 1” (25 mm) proneness to F 1.1/4” G thread proneness to F 1.1/4” G thread Fluid inlet connection F 1.1/4” G Fluid inlet connection Air working pressure 2 6 bar 2 6 bar Fluid inlet connection F 3/4” G Air working pressure 2 6 bar Air 2 working 6 bar pressure Air 2 working 6 bar pressure 2 2 6 2 bar 6 bar 6 bar Air Air working working 2 2 6 pressure bar 6 bar pressure 2 2 6 bar 6 bar 2 2 6 bar 6 bar 2 - 6 bar 2 - 6 bar proneness to F 1.1/4” G thread proneness to F 1.1/4” G thread ANSI 150 - DIN PN 10 - JIS 10K 1”Air (25 mm) ANSI 150 - DIN PN 10 - JIS 10K 1” mm) 1.1/2” GG 2” GG G G Fluid Fluid outlet outlet connection connection 2” 2”GG GG ANSI ANSI 150 150 -- DIN DIN PN PN 10 10 -- JIS JISG10K 10K 2” 2” (50 (50 mm) mm) AirFinlet FFinlet 3/8” GG 3/8” Air inlet connection 3/8” G G 3/8” connection Air(25 FFinlet 3/8” connection GG F FF3/4” F1.1/2” 3/4” F 3/4” G GG AirAir inlet inlet FFFconnection 3/4” F2” 3/4” connection F 3/4” FFF3/4” F 3/4” F 3/4” G Fluid outlet connection F 3/8” G F connection 3/8” ANSI 150 - DIN PN 10 - JIS to 10KF 1” (25 G mm) ANSI 150 - DIN PN proneness 10 - JIS 10K (25 mm) proneness 1.1/4” thread to 1” F 1.1/4” G thread outlet 1.1/4” G Fluid outlet connection AirFoutlet Fluid outlet F 1/2” uffler) F 1/2” G F 1/2” connection (muffler) 1/2” Foutlet 1/2” Air outlet connection (muffler) 1/2” GG AirFFoutlet 1/2”G connection G connection (muffler) AirFFluid 1/2” connection GGG connection (muffler) FFF 1” 1” F G 1” G G AirAir outlet outlet F connection F 1” 1” connection G G (muffler) (muffler) F 1” F 1” G G F 1” F 1” G G proneness to F 1.1/4” G thread proneness to F 1.1/4” G thread Balls Balls for for inlet inlet Ballsdual forinlet inlet ANSI 150 - DIN PN 10 - JIS 10K 1” (25 mm) ANSI 150 - DIN PN 10 - JIS 10K 1” (25 mm) Balls forANSI for inlet ANSIinlet 150ANSI - DIN150 PN- DIN 10 -PN JIS 10K (251”mm) dual inlet ANSI 150 -Balls DIN PN 10 - JIS 10K 1” (25 mm) - DIN Fluid PN 10 - JIS 10K 1” (25 mm) dual 10inlet - JIS1” 10K (25 mm) inlet and and outlet outlet Balls for and 150 outlet Fluidproneness inlet connection Fluid inlet connection Fluid F 3/4” inlet G connection F 2” F F 2” G 1.1/4” G G Fluid Fluid inlet F 2.1/2” F inlet 2.1/2” connection connection GG F 2.1/2” F 2.1/2” GG ANSI ANSI 150150 - DIN - DIN PNPN 10 10 - JIS - JIS 10K10K 2” 2” (50(50 mm) mm) to F 1.1/4” G thread pronenessinlet to Fconnection 1.1/4” G thread proneness proneness to 1.1/4” G thread andFoutlet proneness to F 1.1/4” G thread pronenesstotoFand F1.1/4” 1.1/4” thread and outlet outletGGthread 350 mm mm xx 402 402 mm mm xx 514 514 mm mm 426,2 mm mmOverall 432 mm mm 616 mm mm 350 426,2 xx 432 xx 616 Overall dimensions dimensions (A (A xx BB xx C) C) 449 449 mm mm xx 434 434 mm mm xx 670,5 670,5 mm mm 409 409 mm mm xx 432 432 mm mm xx 709 709 mm mm ANSI 150 - DIN PN 10 - JIS 10K 1” (25 mm) ANSI 150 - DIN PN JIS 10K 1” (25 mm) Overall dimensions (A10x- -BJIS x C) 300 mm x 200150 mm- x-DIN 430 mm 357 mm xANSI 198,12150 mm- xDIN 418,2 mm ANSI PN 10 JIS 10K 1” (25 mm) PN 10 JIS 10K 1” (25 mm) ANSI 150 DIN PN 10 10K 1” (25 mm) ANSI 150 DIN PN 10 JIS 10K 1” (25 mm) to F 1.1/4” G thread to F 1.1/4” G thread 300 mm x 200 mm x 430 mm Overall dimensions (A x B x C) 286 mm x 1.1/2” 238 mm 3G 3mm 33connection Overall dimensions (A xproneness B xFluid C) outlet x 198,12 mm x 418,2 mm Overall dimensions357 (A xmm B x C) 201 mm 160 mm x 256 mm 33-0,16 connection N° 1 1 packing packing m 0,066 Kg 25,5 N° 11Fluid packing m 0,16 Kg 43 43 Fluid outlet connection Fluid Fxto 1/2” outlet G connection FF 1.1/2” Fm 1.1/4” GxG386 Kg Foutlet F 2” 2” G G Fluid Fluidproneness outlet connection outlet F 2” F 2” G33 0,16 G ANSI ANSI 150 150 - DIN DIN PNPN 10 JIS - JIS 10K 10K 2”50 2” (50(50 mm) mm) N° 0,066 25,5 N° packing m 0,16 N° N° 11 packing packing m m 0,16 Kg Kg 44 44 N° N° 1-1 packing packing m m10 0,16 Kg Kg 50 Packing Packing --connection Weight WeightKg 3 0,025 3 0,025 proneness toto proneness 1.1/4” G thread proneness proneness F1.1/4” 1.1/4”GGthread thread N° 1 packing m KgF12 N° 1 packing m KgF12 Packing - Weightto F 1.1/4” G thread N° 11 packing packing m m33 0,025 0,025 Kg 13,5 13,5 N° 1 packing m3 0,038 Kg 19 Packing - Weight Kg 8 N° 1 packing m3 0,025 Kg 12 N° 1 packing m3 0,025 Kg 12 N° 1 packing m3 0,014 N° Kg Packing - Weight Packing Weight Displacement per cycle cycle may may be be influenced influenced by by suction suction lift, lift, fluid fluid viscosity, viscosity, air air pressure, pressure, number number of of cycles cycles per per minute minute **for Balls for inlet Displacement per **forDisplacement Displacement per per cycle cycle may may be be influenced influenced by by suction suction lift, lift, fluid fluid viscosity, viscosity, air air pressure, pressure, number number of of cycles cycles per per minute minute Balls for inlet Balls for inlet Balls Balls for inlet inlet Balls for inlet Balls Balls for inlet inlet * Displacement per cycle may be influenced by suction lift, fluid viscosity, air pressure, number of cycles per minute * outlet Displacement cycle may be influenced viscosity, air pressure, cycles per minute ** outlet *** With Different kind of ofnumber mufflerof are available on request request for for special special use use or or hard hard work work With PTFE PTFE membrane membrane flow flow rate rate isis 10 10 % % lower lower ** *** Different kind muffler are available on and outlet * Displacement per cycle ** ** outlet *** *** With may be influenced suction fluid viscosity, air pressure, number of cycles minute Different Different kind kind of of muffler muffler are are available available on on request request for for special special use use or or hard hard work work With PTFE PTFE membrane membrane flow flow rate rate isis 10 10 % % lower lower Displacement per cycle may be influenced by suction lift, fluid viscosity, air pressure,per number of cycles per minuteby suction lift, fluidand and *per outlet and and outlet andIndustrial outlet andand outlet design, B x C) 300 mm x 200 mm x material 430 mm 357 mm x muffler 198,12 mm xby 418,2 mmlift, *** ** Different kind of are available on request for special use or hard work With PTFE membrane flow rate is 10 % lower *** With PTFE membrane flow rate is 10 % lower Different muffler are available on request use or hard work *** With PTFE membrane ** Different kind of muffler are available on 0,025 request for special use or hard work flowkind rateofis muffler 10 % lower ** Different are available on request for special use or ** hard work kind of*** With PTFE membrane flow rateforisspecial 10 % lower 3 0,025 N° 1 packing mwith packing m 3x in aluminum dimensions (AKgx 12 B x C) 300mm mmxxOverall 200 mm x 430 mm 357 mm x Overall 198,12 mmx x256 418,2 dimensions (A xmm B x C) 201 mm x 160 mm dimensions mm (A xmm B x C) 280 260,5 mm Overall mm Overall x 200 xdimensions 201 dimensions mm mm x 352 x(A345 (A xmm Bxmm xB C) x C) 350 350 mm 286 mm xmm 402 x 402 x mm 238 mm xmm 514 x 514 x mm 386 mmmm 426,2 426,2 mm mm x dimensions 432 x 432 mm mm x (A 616 x 616 Overall dimensions (A xinternal B x C)Kg 12 300 mmN°Overall x1 200 mm 430 mm 357 198,12 mm x 418,2 Overall Overall dimensions (A x Bmm xxmm BC)x C) 449 449 mm mm x 434 x 434 mm mm x 670,5 x 670,5 mm mm 409 409 mm mm x 432 x 432 mm mm x 709 x 709 mm mm 3 0,025 3- 0,025 3m 3 0,038KgKg 33 0,16 3 0,16 3 0,16 may be influenced byPacking suction fluid viscosity, pressure, number of cycles per minute and lift, external sand air blasting N°N°1 1packing mm N° 11 packing packing m33-0,014 0,025 Kg 812 Packing Weight Kg 12 N° 1 packing m3 -0,025 packing Kg1212 N° m N° N°1Packing 1packing packing m 0,025 0,025 Kg Kg13,5 13,5 N°N° 1 packing N° 1 packing 1 packing m3m0,066 0,066 25,5 Kg 25,5 19 N°N° 1Packing packing 1 Packing packing m0,16 KgKg 4343 N° N° 1 packing 1 packing m3 m 0,16 Kg Kg 44 44 N° N° 1 packing 1 packing m3 m 0,16 Kg Kg 50 50 Packing Weight Kg Packing Weight Kg Packing -m Weight -33Weight - Weight -mWeight Weight *** With PTFE membrane flow rate is 10 % lower r are available on requestand for special use or hard work nickel-plating surface bar bar bar A A A 88 bar 88 bar bar bar B B B 66 bar C C C 44 bar PUMPair AIR FEEDING PRESSURE A B C PUMP AIR FEEDING PRESSURE bar A A A A B B B B 66 bar C C C C 44 bar PUMP PUMPair AIR AIR FEEDING FEEDING PRESSURE PRESSURE * Displacement per cycle may be influenced by suction lift, fluid viscosity, air pressure, number of cycles per minute * * * * * * * Displacement Displacement per cycle may be influenced by suction lift, fluid viscosity, Displacement air pressure, per number cycle may of cycles be influenced per minute by suction lift, fluid viscosity, Displacement Displacement air pressure, per per cycle cycle number may may be of be cycles influenced influenced per minute by by suction suction lift, lift, fluid fluid viscosity, viscosity, air pressure, pressure, number number of of cycles cycles per per minute minute per cycle may be influenced by suction lift, fluid viscosity, air pressure, number of cycles per minute Displacement Displacement per per cycle cycle may may be be influenced influenced by by suction suction lift, lift, fluid fluid viscosity, viscosity, air pressure, pressure, number number of cycles of cycles per per minute minute * Displacement per cycle may be influenced by suction lift, fluid viscosity, air pressure, number of cyclesPUMP per AIR minute. ** PRESSURE Different kind ofAmuffler onPUMP request for special use or hardAwork.

8 bar WithBPTFE 6 bar bar is 10 % lower.

A *** B membrane C flow C 4rate FEEDING PRESSURE 8 are bar available bar bar B B use Ckind C of 4 treatment.

Different muffler available on request for isspecial or**hard work kind of*** With are PTFEavailable membrane flow rate 10 % lower **6** *** With ******With ** ** Different *** *** ** Different Different muffler on request forisspecial use or**hard Different workFEEDING kind of *** muffler Withare PTFE available membrane onArequest flow rate for isspecial 10 % lower Different or Different hardAIR work kind of muffler muffler areare available PTFE available membrane onon request request flow forfor rate special special is 10use %use or lower or hard hard work work With PTFE PTFE membrane membrane flow flow rate rate is 10 is 10 %% lower lower kind ofDie-casting muffler are availablePERFORMANCE on request for special use or**hard work kind of *** Withare PTFE membrane flow rate 10 % use lower Different kindkind of muffler of muffler areare available available on on request request for for special special useuse or hard or hard work work With With PTFE PTFE membrane membrane flowflow raterate is 10 is 10 % lower % lower IONS PUMP ensures a better structural 3 bar cycles/min m3/min bar bar /min cycles/min mm3/min bar bar cycles/min m3/min /min cycles/min bar bar /min cycles/min m33/min cycles/min m3/min /min cycles/min m333/min bar bar cycles/min m cycles/min m bar bar /min cycles/min cycles/min m m33/min bar bar /min cycles/min cycles/min m m33/min

B

A

A

A

B

C

C

4 bar

B

A

B

C

C

0 l/min

0,8

C

2 0 l/min

1,2 2

0,4

45

90

7

0 135

2

0 45 l/min 90

C

C

135 45

80,8 PUMP AIR 0,8C A C

FEEDING

60,4 BPRESSURE 0,4 0

4

180 90

A

A

8 bar

0 C 135 6 bar B B 180

C

C

SAE30 oil: (ISO SAE30 VG 100)oil: 20 (ISO °C VG 100) 20 °C

180

KINDA OF FLUID: Water 20 °C SAE30 oil: (ISO VG 100) 20 °C

B

8

0 l/min

45

A

B

210 A 105 A 8 bar

1,6 8 4 A C

B

6 bar

1,2 6 2C B C

4 bar

B

0 0,8 4 C l/min

0,4 2

KIND OF FLUID:KIND Water 20FLUID: °C 2 Water C CA B OF 20 4°Cbar

8

300

0 180 l/min

20

135

KINDAOF FLUID: Water 20 °C SAE30 oil: (ISO VG 100) 20 °C

7

420 8 bar 0,65 PUMP AIR C 0,32 C A 6 bar FEEDING B B

PRESSURE

0,49 0,16 C B 4 bar

C

40

C

60

0 0,32 80

A

B

A

8 bar

B

6Cbar

KIND OF FLUID:B Water 20 °C 0,16 C AC

SAE30 oil: (ISO VG 100) 20 °C

0

90

A315A

20

7

40

0 60

80

KIND OF FLUID: Water 20 °C B SAE30 oil: (ISO VG 100) 20 °C

4 bar

150 225 225 300 300 7575 150 1,6 0,8 8448 CCA 1,6 0,8 C CA A

A

0,4 B B 0,4 1,2 1,2

6226 B B 00 4 4 C C 45 l/min l/min 45

90 90

00 0,8 135 135C C180 180 0,8

AA

BB 2 2KIND KINDOF OFFLUID: FLUID:Water Water20 20°C °C 0,40,4 SAE30 SAE30oil: oil: (ISOVG VG100) 100)20 20°C °C 10(ISO 10

00 l/min l/min

7

1,2 1,2 3 3/min m /min m

4545

00 135 180 180 9090 135

KIND Water KINDOFOFFLUID: FLUID: Water2020°C°C A A BB SAE30oil:oil: (ISO 100)2020°C°C SAE30 (ISO VGVG100)

A

7

1010

CC

CC

B

6 BB 6bar

barbar

B

8 bar A A A A 8 bar

1,35 3 2,55 cycles/min BB 2,55 m /min 3 3 65cycles/min 130 195 m260 /min /min cycles/min m

0,9 1,8 1,7 44 8 C 1,7 55A55 110110 165165C 220220 C A C C 8 8 3,43,4 A A

22 6 B 6 6B B 00 50 C l/min 4 120 120 l/min 4 4C C

A A

B 0,85 0,451,35 0,85

2,55 B B 2,55 100 240 240

150 360 360

C CC

00 0,9 200 480 480 1,71,7

OF FLUID: Water 20 °C 2KIND OF OFFLUID: FLUID:Water Water20 20°C °C KIND 0,45 2 2 SAE30 oil: (ISO VG 100) 20 °C0,85 0,85

0 0 50 100 150 0200 0 0 0l/min l/min l/min 120120 240240 360360 480480

9

KIND OF FLUID: Water 20 °C KIND KIND OFOF FLUID: FLUID: Water Water 20 °C°C SAE30 oil: (ISO VG20 100) 20 °C

A A

4AAbar C C C C 4 bar

6 bar B B B B 6 bar 66

barbar

B B

B B

44 C C 3838 8 8A A

22 6 6B B 00 l/min 155 l/min 155 4 4C C

33

3 /min /min CC m3m

cycles/min cycles/min

22 7575 113 113 150150 C C 4 4 A A

310 310

11 BB 3 3 00 465 620 465 620 2 2 CC

BWater 20 KIND OF OF FLUID: FLUID:BWater 20 °C °C KIND

2 2

1 1

0 0 l/min l/min

0 0 155155 310310 465465 620620

A A BFLUID: B Water KIND KIND OFOF FLUID: Water 2020 °C°C

9

38 38

4

C C

AA

88 66

barbar

75 75

150 150 PUMP PUMP PERFORMANCE PERFORMANCE 3838

113 113

44

A A

A A PUMP PUMP AIRAIR FEEDING FEEDING PRESSURE PRESSURE B B

B B

33

m3/min m3/min

cycles/min cycles/min

44 C 38 38 75 75 113113C C C 150150 22 8 8A A 4 4 22 6 6B B 00 l/min l/min 155 155 4 4C C

A A

310 310

11 B B3 3 00 465 465 620 620 2 2 C C

KIND KIND OF OF FLUID: FLUID: Water Water 20 20 °C °C 2 2

1 1

0 0 0 0 l/min l/min 155155 310310 465465 620620

KIND KIND OF OF FLUID: FLUID: Water Water 20 20 °C °C

8 bar A AA A 8 bar

88

A A

66

B B

6 bar B BB B 6 bar

barbar

75 75

113 113

150 150 A A

44

B B

33

4 bar C CC C 4 bar

m3/min m3/min

cycles/min cycles/min

44 C 22 113 150150 C 38 38 75 75 113 C C 8 8A A 4 4

22 6 00 l/min l/min 4

A A

150 150 4C C

11

B B 3 3

6B B

00

300 300

450 450

600 600

C C

2 2

KIND OF OF FLUID: FLUID: Water Water 20 20 °C °C KIND 2 2

AIR CONSUMPTIONAIR CONSUMPTION AIR CONSUMPTION

KIND OF FLUID: B Water 20 °C SAE30 oil: (ISO VG 100) 20B °C

A

4

6 bar

4

225

BB

8 bar

3,4 3,4 A 6 bar 4AAbar BPUMP C C PRESSURE PUMP AIRAIR FEEDING FEEDING PRESSURE

FLUID OUTLET PRESSURE FLUID OUTLET PRESSURE FLUID OUTLET PRESSURE

180

B

C

150

cycles/min cycles/min

BB

A

260 38 75 DIMENSIONS 113 150 220 38 75 113 150 220 PUMP PUMP PERFORMANCE PERFORMANCE PUMP PUMP DIMENSIONS 1,8 4 88

195 165 165

AIR CONSUMPTION AIR CONSUMPTIONAIR CONSUMPTION

135

B

1,6 4

75

66 bar bar

A

PUMP PERFORMANCE

FLUID OUTLET PRESSURE FLUID OUTLET PRESSURE FLUID OUTLET PRESSURE

90

8 bar

B 1,2 cycles/min

6PUMP bar AIRCFEEDING C PRESSURE

B

130 110 110

A A

PUMP DIMENSIONS

AIR CONSUMPTIONAIR CONSUMPTION AIR CONSUMPTION

0 45

PUMP PERFORMANCE

FLUID OUTLET PRESSURE FLUID OUTLET PRESSURE FLUID OUTLET PRESSURE

C

A

Bbar1,2

B

B

AA 4 bar

FLUID OUTLET PRESSURE FLUID OUTLET PRESSURE FLUID FLUID OUTLET OUTLET PRESSURE PRESSURE FLUID OUTLET PRESSURE

0 l/min

0,4

6

AA

300

6

8 bar

AA

AIR CONSUMPTION CONSUMPTION AIR CONSUMPTION AIR AIR CONSUMPTION

2

C8

B

A

FLUID OUTLET PRESSURE FLUID OUTLET OUTLET PRESSURE PRESSURE FLUID OUTLET FLUID PRESSURE

0,8

C

C

6 m3/min

A

AIR CONSUMPTION AIR CONSUMPTION

C

1,2

PUMP AIR FEEDINGcycles/min PRESSURE 75 150 225

AIR CONSUMPTION

4

B

B

bar

PUMP A A AIR PUMP AIR FEEDING PRESSURE FEEDING FEEDING PRESSURE 3 3/min6PRESSURE B mbar /min cycles/min m0,49 B

FLUID OUTLET PRESSURE FLUID OUTLET PRESSURE

C

6

1,6

A

AIR CONSUMPTION

PUMP DIMENSIONS & PUMP PERFORMANCE

A

1,6

A

AIR CONSUMPTION

A

A

FLUID OUTLET PRESSURE

300

A

FLUID OUTLET PRESSURE

225

8

AIR CONSUMPTION

8

150

FLUID OUTLET PRESSURE

FLUID OUTLET PRESSURE

75

PUMP DIMENSIONS PUMP PERFORMANCE

PUMP DIMENSIONS PUMP PERFORMANCE

PUMP DIMENSIONS 75 150 225PERFORMANCE 300 75 225 300 65 105 210 DIMENSIONS 315 420 75 150 150 DIMENSIONS 225PUMP 300 PUMP PUMP DIMENSIONS 55 55 PUMP PUMP DIMENSIONS 75 150 225 300 PUMP PERFORMANCE PUMP PUMP PERFORMANCE PERFORMANCE 88 8 1,6 PUMP AIR 1,6 0,65 8 1,6 88

m3/min

cycles/min

FLUID OUTLET PRESSURE

bar

AIR CONSUMPTION

and surface finish.

PUMP DIMENSIONS

PERFORMANCE PUMP DIMENSIONS PUMP PUMP PERFORMANCE

AIR CONSUMPTION AIR CONSUMPTION CONSUMPTION AIR CONSUMPTIONAIR AIR CONSUMPTION

PUMP DIMENSIONS PUMP DIMENSIONS

1 1

11 11

0 0 0 0 l/min l/min 150150 300300 450450 600600

KIND KIND OF OF FLUID: FLUID: Water Water 20 20 °C °C

1

PUMP CONFIGURATION PUMP CONFIGURATION Exploded view of the pump, showing its main parts and thereby facilitating the choice for a custom configuration.

The table summarises the pump configurations available, allowing the user to create his own personalised code whenever the models listed on the leaflet do not meet the specific requirements.

MOTOR INNER FLANGES

They can be threaded (G/BSP) or flanged, single, multiple and modular.

It defines the inside diameter of the manifold.

This is the heart of the pump, responsible for the reciprocating movement that creates the flow of liquid.

2B = polypropylene for Zone 2 3C = aluminum for Zone 1

MANIFOLD FOR INLET AND OUTLET

1/ = threaded connection G/BSP 3/ = mult. threaded con. G/BSP 4/ = connection with flange 6/ = multiple modular connection with flange

MEMBRANE BALLS

PARTS IN CONTACT WITH THE FLUID

Two types of Atex certifications are available, for zone 2 or for zone 1, depending on the materials making up the pump.

II 3GD c TX (for zone 2) II 2GD c IIB T4 X (for zone 1)

MATERIALS AND ATEX VERSIONS

PARTS IN CONTACT WITH THE FLUID

FLOW INSIDE DIAMETER

SEATS

They open and close the flow of liquid as a result of the reciprocating movement of the follower plates. The material they are made from must be compatible with the fluid being pumped.

They open and close the flow of liquid as a result of the reciprocating movement of the follower plates. The material they are made from must be compatible with the fluid being pumped.

They are the only elastic parts of the pump, that suck and pump the liquid with their movement. The material they are made from must be selected in order to obtain the correct chemical compatibility with the liquid to be pumped.

These are all the rigid parts such as external flanges, manifolds and sleeves which are constantly in contact with the liquid to be pumped. Available in various materials, depending on the type of liquid.

These are not in contact with the pumped liquid, but only with the compressed air feeding the motor.

KIND OF MATERIALS

MOTOR

16 = 1/2” 1 = nichel plat. aluminum 26 = 1” 30 = 1.1/4” 40 = 1.1/2” 50 = 2”

INNER FLANGES

1 = nichel plat. aluminum

PARTS IN CONTACT WITH THE FLUID

MEMBRANE

E = EPDM H = hytrel 7 = polypropylene N = NBR S = santoprene 1 = nichel plat. aluminum

7/ = dual inlet connection

BALLS

SEATS

A = acetal H = hytrel S = santoprene T = PTFE

A = acetal H = hytrel P = polypropylene S = santoprene 1 = cylindrical

T = PTFE +

acetal

hytrel

with flange

2 = cylindrical

polypropylene

8/ = dual inlet G/BSP

threaded connection

EXAMPLE 3C1/16111E A A 1 = nichel plat. 1 = nichel plat. 1 = nichel plat.

3C = aluminum for Zone 1 1/ = threaded connection G/BSP 16 = 1/2” aluminum aluminum aluminum 12

E = EPDM

A = acetal

A = acetal

WIDE CHOICE OF MATERIALS PARTS IN CONTACT PUMP PARTS

Polypropylene WITH FLUID Nickel-plated aluminum

MATERIALS

CENTRAL MOTOR

Nickel-plated Polypropylene BLOCKaluminum

PUMP PARTS

MATERIALS Polypropylene Nickel-plated

CENTRAL MOTOR BLOCKAluminum PUMP PARTS

MATERIALS

CENTRAL MOTOR BLOCK Nickel-plated Aluminum

PUMP PARTS

- average resistance to abrasion and corrosion - not intended for use with HHC (halogenated hydrocarbons)

MATERIALS

DIAPHRAGMS - SEATS Nickel-plated - BALLS Aluminum

MATERIALS

CHARACTERISTICS

High Nitrile NBR Santoprene Hytrel

Hytrel EPDM Santoprene

Santoprene PTFE + EPDM Hytrel

14

14

14

-20 °C +100 °C

CHARACTERISTICS

TEMPERATURE LIMITS -10°C °C +100 +65 °C -20 °C

- wide chemical compatibility CHARACTERISTICS - generic use - economical alternative - high mechanical strength - average resistance to corrosion - electrically conductive material for ATEX directive

TEMPERATURE -10 °C +65 LIMITS °C -20 °C +100 °C

CHARACTERISTICS

TEMPERATURE LIMITS

- high mechanical strength - average resistance to corrosion - electrically conductive material for ATEX directive CHARACTERISTICS

-20 °C +100 °C

TEMPERATURE LIMITS

- high mechanical strength - average resistance to corrosion - electrically conductive material for ATEX directive

CHARACTERISTICS

greases - low compatibility with chemical products MATERIALS - good flexibilityCHARACTERISTICS - temperature range - SEATS - BALLS

NBR

-10 °C +65 °C

- wide chemical compatibility average use resistance to abrasion and corrosion - generic not intendedalternative for use with HHC (halogenated hydrocarbons) - economical

High Nitrile NBR

High Nitrile Hytrel MATERIALS

TEMPERATURE LIMITS

- generic use - economical alternative - average resistance to abrasion and corrosion - not intended for use with HHC (halogenated hydrocarbons)

DIAPHRAGMS - SEATS - BALLS - high resistance to alphatic hydrocarbons, oils and DIAPHRAGMS

-20 °C +100 °C

WIDE CHOICE OF MATERIALS - wide chemical compatibility

MATERIALS

PARTS IN CONTACT PUMP PARTS

Nickel-plated WITHaluminum FLUID

- high tenacity and springback - high resistance to alphatic hydrocarbons, oils and - high resistance to permanent deformation greases - good resistance to industrial chemical substances CHARACTERISTICS - low compatibility with chemical products and solvents - good flexibility - excellent flexibility even at low temperature -- temperature range high resistance to alphatic hydrocarbons, oils and - greases high tenacity and and springback excellent flexural fatigue strength - low compatibility products high resistance towith permanent deformation excellent resistance to chemical abrasion and laceration - good flexibility resistance to industrial substances excellent resistance to acids,chemical alkalis and ageing - and temperature alsosolvents usable atrange low and high temperatures -- excellent flexibility even at low temperature high tenacity and springback -- high goodresistance compatibility with organic and non-organic to permanent deformation -- acids excellent flexuraltoand fatiguechemical strength substances good resistance industrial - and excellent resistance to abrasion laceration heat and and steam solvents -- excellent to acids, and ageing insensitiveresistance to the action of agents excellent flexibility even at oxidising lowalkalis temperature - also at low and highoils temperatures poor usable resistance to mineral and hydrocarbons - excellent flexural and fatigue strength -- good compatibility organic and inert with nearly allwith chemical reagents excellent resistance to abrasion and non-organic laceration -- acids excellent heat resistance excellent resistance to acids, alkalis and ageing -- excellent resistance to high heat temperatures and steam dielectric characteristics also usable at low and - insensitive to the action of oxidising agents excellent resistance to ageing -- poor to mineral oils and good resistance compatibility with organic andhydrocarbons non-organic

-20 °C +100 °C

SIMILAR T° Limits DISADVANTANAMES ON GES THE MARKET -15 °C

°C T°+90 Limits

- Low or no resistance to many chemical DISADVANTAagents

GES

Buna - N

SIMILAR Geoplast NAMES ON THE MARKET

- Low or no Limited SIMILAR -5 °C -15 °C Buna- -flex N resistance to temperature Sani T° Limits DISADVANTANAMES ON +65 °C manyGES chemical range Geoplast THE MARKET +90 °C agents

-15 °C -20 -5 °C °C +90 °C +110 °C +65 °C

- Low or no - Not recommended resistance to - for Limited Kerosene, many chemical temperature Diesel agentsoil, Petrol, range Freon, Benzene

Buna - N Wil --flex Geoplast Sani flex

-5 °C -20 °C °C -20 +65 °C +110 °C °C +110

- Limited - temperature Not Poorrecommended resistance for Kerosene, to mineral oils range Diesel oil, Petrol, and hydrocarbons Freon, Benzene

Nordel Sani - flex Wil Buna- flex - Ep

-20 °C 0 °C -20 °C +110 °C +120 °C °C +110

- Not recommended - for Lower mechanical Kerosene, Wil - flex - Diesel Poor resistance strength Nordel oil, Petrol, mineral oils to Teflon + Hytrel - to Low resistance Freon, Benzene Buna - Ep and hydrocarbons low temperatures

EPDM Acetal PTFE resin+ Hytrel

- acids high fatigue strength -- inert with resistance nearly all chemical reagents excellent to heat and steam high compressive strength -- excellent heat resistance insensitive to the action of (low oxidising agents good dimensional stability humidity absorption) -- excellent dielectric characteristics poor resistance to mineral oils and compounds hydrocarbons resistance to alcohols and organic - excellent resistance to ageing

-20 °C -40 °C 0 °C +110 °C +150 °C °C +120

- Poor resistance - to Lower mechanical Easy combustion mineral oils - strength Sensitive to UV and hydrocarbons - rays Low resistance to low temperatures

PTFE + Hytrel Acetal resin

- inert with nearly all chemical reagents excellent heat resistance - high fatigue strength - excellent dielectricstrength characteristics high compressive excellent resistance to ageing - good dimensional stability (low humidity absorption) - resistance to alcohols and organic compounds

0 °C -40 °C +120 °C +150 °C

- Lower mechanical strength -- Low Easy resistance combustionto - low Sensitive to UV temperatures rays

Teflon + Hytrel Delrin

- Easy combustion - Sensitive to UV rays

Delrin

Acetal resin

Contact Mento for more information - high fatigue strength - high compressive strength - good dimensional stability (low humidity absorption) - resistance to alcohols and organic compounds

-40 °C +150 °C

STAVANGER • BERGEN • KRISTIANSUND • HAMMERFEST • MENTO SERVICE Tel. +47 51 64 86 00 • E-mail: post@mento.no • www.mento.no

Nordel Delrin Buna Ep Teflon +-Hytrel