Production Program

Argal Chemical Pumps AM / TMR Magnetic Drive Pumps AM range TMR range

Am 50 HZ

Am 50 hz motor powers

AM Specific Gravity limits 50 Hz Standard execution A impeller Max. specific gravity 1,1 C impeller Max. specific gravity 1,4 P execution A impeller Max. specific gravity 1,4 C impeller Max. specific gravity 1,9 Am 250 Am 350 Am500Am 250P Am 350P Am500P

Am 60 HZ

Am 60 hz motor powers

AM Specific Gravity limits 60 Hz H impeller Max. specific gravity 1,1 K impeller Max. specific gravity 1,4 L impeller Max. specific gravity 1,9

Polypropylene (Wr) Fluoroplastic (EC-TFE) (GF) Materials of construction Glass Filled Reinforced Polypropylene Carbon Filled Fluoroplastic (EC-TFE) R1X1 R2X2 Bearing Material Thrust bush Material Spindle Material Alumina Ceramic Sic Carbon hight density Sic Alumina Ceramic Alumina Ceramic Alumina Ceramic Carbon hight density Sic R1 X1R2X2 Carbon hight density Sic Carbon hight density Sic Alumina Ceramic Alumina Ceramic Sic Sic Alumina Ceramic Alumina Ceramic Sic Sic General Specifications

Advantages of R and X construction R can run dry without damnages X can pump “ abrasive “ liquids : -Max solid concentration 5 % -Max. solid dimension 0,25 mm -Max hardness Mohs 4

AM Pump Construction

Ref.Pos. Part name 1021VOLUTE CASING 2332IMPELLER 4123O ring 3314SUPPORT 8585DRIVE MAGNET ASSEMBLY 9156SCREWS (magnet-assembling locking) SCREWS (support-flange) WASHERS 7229MOTOR LOCK FLANGE FRONT GUIDE BUSHING CASING SCREWS WASHERS 16213REAR CASING 92014NUTS BACK GUIDE BUSHING 52316SOCKET 51817COLLAR (drive magnet assembly) 50418SPACE RING 80019ELECTRIC MOTOR INLET FLANGE INLET FLANGE-ADAPTOR OUTLET FLANGE OUTLET FLANGE-ADAPTOR AM Pump Construction Nema motor IEC motor

AM 45 construction Pos Part name 1CASING SCREWS 2VOLUTE CASING 3O ring (volute casing) 5GUIDE BUSHING 6MOTOR COVER 7CAPACITOR 8ELECTRIC MOTOR 9DRIVE MAGNET ASSEMBLY 10REAR CASING 12CENTRIFUGAL IMPELLER 13STRAINER 14SCREWS (magnet-assembling locking) 15WASHERS 16SCREWS (motot cap) 17CASING SCREWS

AM modular construction

TMR range

Tmr general performance curves 50 hz

TMR Specific Gravity limits 50 hz N execution 1,05 sg max P execution 1,35 sg max S execution 1,8 sg max TMR 06.10N TMR 10.10N TMR 10.15N TMR 16.15N TMR 16.20N TMR 06.10S TMR 10.10S TMR10.15S TMR16.15S TMR 06.10P TMR 10.10P TMR 10.15P TMR 16.15P TMR 16.20P

Tmr general performance curves 60 hz

TMR Specific Gravity limits 60 hz N execution 1,05 sg max P execution 1,35 sg max TMR 07.11P TMR 07.14P TMR 11.15P TMR 11.23P S execution 1,8 sg max TMR 07.11N TMR 07.14N TMR 11.15N TMR 11.23N TMR 17.25N TMR 07.11S TMR 07.14S TMR 11.15S

TMR motor powers

TMR Main Features Dry running operation Application of indipendent motor Possible rotation of volute casing Various types of connection

TMR active impeller

TMR dry running -explanation For the first time in a mag. Drive pump magnets are present also in a new position :center disc (patent system)

TMR dry running

TMR dry running (internal use)

Application of indipendent motor The motor can be installed and removed easily without opening the volute casing. IEC and NEMA are standard motors

TMR Motor locking system Pos Part name Connection drive magnet assembly / electric motor 12 DRIVE MAGNET ASSEMBLY 12COLLAR ( drive magnet assembly ) 13SOCKET 14Connection strainer / electric motor 15STRAINER 16Connection electric motor / baseplate 17ELECTRIC MOTOR 18BASEPLATE

TMR Motor locking system

Allowed position of the hydraulic parts Rotation of volute casing

TMR various types of connection ISO ANSI JIS BSP NPT

TMR modular construction

Future range extension Motor power ( in kW) Max specific gravity model

Zmr – Route with mechanical seal

Argal – Usa Competitors