Mag Drive Centrifugal Pumps

VERDERmag Global Mag Drive Centrifugal Pumps

Verdermag Any mag drive you want we got it

Verdermag Global Verdermag Global metallic centrifugal pumps are synchronous magnet-driven seal-less pumps. The Verdermag Global is a range of pumps with utmost flexibility. These magnetic driven pumps are ideally suited to modern and heavy duty requirements. Verdermag Global metallic mag drives can be used for a wide range of applications. The range covers flow rates from 1-200 m 3 /h, with possible temperature from -100 to +250 C. Operating pressures of 16 to 300 bar. pecial mag drive pumps with specifications beyond these parameters are available on request. The Verdermag Global mag drive pumps are hermetically sealed and therefore 100% leak free. Leakproof Verdermag mag drive pumps have no glands, no seals nor valves. In contrast to sealed centrifugal pumps, the magnet capsule of the Verdermag mag drive pump ensures a safe and leak free operation. Even under heavy-duty circumstances the pumps are extremely reliable. Features and advantages Zero leakage (100% leak free) o mechanical seals or packed glands o external flushing systems Ensure a clean and safe operating environment, highly efficient Close coupled design o alignment required Increased mean time between maintenance Verdermag Global Mag Drive Centrifugal Pumps 3

Working principle A magnetic coupling consists of two magnet assemblies. One is the outer assembly (the drive magnet) and the other is the inner assembly (the driven magnet). The outer assembly is connected to a motor and the inner assembly is directly attached to the pump impeller. As illustrated, at rest, the magnet components of the outer assembly are aligned with their counterparts in the inner assembly. When load (torque) is applied, the coupling deflects angularly and the magnets create a force of simultaneous attraction and repulsion. This force is used to transfer torque from the motor to the impeller. Verdermag mag drive pumps are therefore sealless and pumps are hermetically sealed. o slippage, no induction currents The permanent magnet coupling in the Verdermag mag drive centrifugal pump causes neither slippage nor induction currents during rotation. If excessive torque is applied, the magnets will de-couple. The magnets will not re-couple unless the pump is stopped. There is no energy loss in a permanent coupling unless an electrically conductive containment is placed between the outer and inner magnets. If an electrically conductive material is used for the containment, eddy-currents will be generated which will cause some energy loss. Verdermag mag drives use no conductive materials and therefore have no or only small eddy current losses. And what about the working principle of the metallic mag drive pumps? In addition to the above, the Verdermag metallic magnetic driven pumps utilise the differential pressure generated by the pumping action to create a flow around the bearings and magnets. The pumped liquid acts as a cooling medium to dissipate the heat generated from eddy currents as the magnets pass around the containment shell. It is also used to lubricate the hydrodynamic bearing sets, with flow from the front bearing passing through the balance holes of the impeller and flow around the rear bearing re-entering the low pressure suction area of the volute.

GLOBAL Model tyle 1 A F L D2 KK CABLE ETRY AD H2 H1 D1 165 230 C M1 M2 4 HOLE TO UIT M12 The tyle 1 Verdermag Global drive pumps have flows up to 25 m 3 /h and differential heads up to 40 m. The tyle 1 Global centrifugal pumps offer a low-cost option for low flow and head duties. The pumps are available from stock. This range of Mag Drive pumps is suitable for lower duties than covered by the IO 2858 (Mll) pumps. They offer a low cost option for more flow and head duties and are available from stock. tyle 1 pumps are also suitable for applications where crystallisation is problematic as the mag drive prevents air contact and so no crystallisation occurs. Type D1 D2 A C H1 H2 M1 M2 H 125M 40 25 62 120 139 125 93 141 184/194 160L 40 25 66,5 130 139 150 93 141 165/175 160M 40 25 66,5 130 139 150 93 141 165/175 Head (m) 12.00 10.00 8.00 6.00 4.00 160L 125M 160M Features and advantages Hydraulic pump end with investment casing and fabricated casing bowls with centreline discharge ingle bearing design for increased reliability High level of interchangeability for spare parts Optional: Universal, P16 or AI 150.ib. flanges Close coupled motor fitment, no need for re-alignment after servicing ATEX certified models available 2.00 0.00 45.00 5.00 (m 3 /h) 15.00 40.00 35.00 30.00 160L 160M Head (m) 25.00 20.00 15.00 125M 10.00 5.00 0.00 0.00 10.00 (m 3 /h) 20.00 30.00 Verdermag Global Mag Drive Centrifugal Pumps 5

GLOBAL Model MII The Verdermag Global MII style pumps offer medium to high flow and head. With Flows up to 200 m 3 /h and differential heads of up to 100 m. This series of Global pumps can also be made on request with a high H3 AD temperature operation. The Mark ll range of Mag drive pumps are suitable for the transfer of heat or cooling whilst operating at extreme temperatures. The range is IO 2858 standard pumps which offer a medium to high flow and head duties. The majority of the pumps in the mark ll range are available for assembly from stock components allowing a quick and efficient delivery. Features and advantages According to IO 2858 Twin bearing design for superior operation Modular design: high interchangeability of spare parts Alternative joints and elastomers are available Casing can be supplied with P16 Close coupled motor fitment, no need for re-alignment after servicing Thermocouple probe connection to back plate to permit bearing temperature to be monitored. This can also be mounted Heating/cooling jackets to back plate and/or casing (Modification is possible) ATEX certified models available Drive ize F2 H3 M3 2 W C3-112 171 132 65 M12 124 C3-132 191 160 65 M12 124 C6-132 224 160 80 M16 164 C6-180 254 180 80 M16 164 D6-180 254 180 80 M16 164 L, AD and KK depending on motor frame size.

L F2 F1 A KK CABLE ETRY H1 H2 M1 Type D1 D2 A C F1 H1 H2 M1 M2 1 2 1 100-65-200 100 65 100 52.5 97.5 180 225 125 95 320 250 M12 100-65-250 100 65 125 65 92.5 200 250 160 120 360 280 M12 100-80-125 100 80 100 52.5 73.5 160 180 125 95 280 212 M12 100-80-160 100 80 100 52.5 86 160 200 125 95 280 212 M12 125-100-160 125 100 125 65 86 200 250 160 120 360 280 M16 125-100-200 125 100 125 65 98.5 200 280 160 120 360 280 M16 50-32-125 50 32 80 45 73.5 112 140 100 70 190 140 M12 50-32-160 50 32 80 45 71.5 132 160 100 70 240 190 M12 50-32-200 50 32 80 45 89.5 160 180 100 70 240 190 M12 50-32-250 50 32 100 52.5 92.5 180 225 125 95 320 250 M12 65-40-200 65 40 100 65 89.5 160 180 100 70 265 212 M12 65-40-250 65 40 100 52.5 92.5 180 225 125 95 320 250 M12 65-50-125 65 50 80 45 73.5 112 140 100 70 210 160 M12 65-50-160 65 50 80 45 77 132 160 100 70 240 190 M12 80-50-200 80 50 100 65 89.5 160 200 100 70 265 212 M12 80-50-250 80 50 125 77.5 92.5 180 225 125 95 320 250 M12 80-65-125 80 65 100 65 73.5 132 160 100 70 240 190 M12 80-65-160 80 65 100 65 77 160 180 100 70 265 212 M12 30 MII (1450 rpm) 4 pole 50Hz 120 MII pumps (2900 rpm) 2 pole 50Hz 25 100 20 50-32- 250 65-40- 250 80-50- 250 80 50-32- 250 65-40- 25 0 H ead (m ) 15 10 5 100-65- 250 50-32- 200 65-40 -200 125-100- 200 100-65- 200 125-100- 200 50-32- 160 65-50- 160 80-65- 160 100-80- 160 50-32- 125 65-50- 125 125-100- 160 80-65- 125 100-80- 125 H ead (m ) 60 40 20 50-32- 200 50-32- 160 50-32- 125 80-50- 250 100-65- 250 80-50- 200 100-65- 200 65-40- 200 125-100- 200 65-50- 160 100-80- 160 80-65- 160 125-100- 160 80-65- 125 65-50- 125 100-80- 125 0 2. 5 5 7. 5 10 15 20 30 40 100 150 Q (m 3 /h) 0 5 7.5 10 15 20 30 40 10 0 150 200 300 Q (m 3 /h) Verdermag Global Mag Drive Centrifugal Pumps 7

GLOBAL ModEl HP The HP range of pumps provide the optimum solution for high system pressure applications where 100% containment of the process liquid is essential. Available with pressure ratings up-to 200 BarG the HP range can be supplied to suit H1 AD the most demanding operating conditions. 2 1 The HP mag drive range is particularly effective in applications where chemicals are pumped at high pressures. amples can be tapped off the main line and pumped through a densitometer/ sample extractor. Features and advantages Hydraulic pump end with standard casing and fabricated casting bowls with centreline discharge/castings now possible on the same models ingle bearing design for increased reliability High level of interchangeability for spare parts Customer requirements for testing or coatings 3.1 material certificates available ATEX certified models available Drive ize C F2 H1 M1 M2 1 2 B1-080 24 150 139 130 93 230 165 M12 B3-090 24 150 139 130 93 230 165 M12 B3-11 24 165 139 145 115 230 165 M12 C3-11 13 180 180 180 130 245 195 M12 C3-13 13 200 180 180 130 245 195 M12 C6-13 33 240 180 220 170 245 195 M12 C6-180 33 270 180 220 170 245 195 M12 L, AD, KK are depending on motor frame size and motor brand.

A F1 F2 L D2 KK CABLE ETRY Type D1 D2 A A F1 H2 H2 Flanged version tudded version Flanged version tudded version 25-25-100 25 25 165 110 34 175 110 25-25-125 25 25 165 110 34 187 110 25-25-160 25 25 170 110 64 206 135 25-25-200 25 25 170 110 64 230 165 25-25-250 25 25 110 64 180 40-25-100 40 25 165 110 34 175 110 40-25-125 40 25 165 110 34 187 110 40-25-160 40 25 170 110 64 206 135 40-25-200 40 25 170 110 64 230 165 40-25-250 41 26 110 64 180 50-40-125 50 40 165 110 34 187 110 50-40-160 50 40 170 110 64 206 135 H2 D1 C M2 M1 4 HOLE TO UIT M12 50-40-200 50 40 170 110 64 230 165 50-40-250 50 40 110 64 180 80-50-125 80 50 200 38 206 80-50-160 80 50 205 68 225 80-50-200 80 50 205 68 249 30 HP pumps (1450 rpm) 4 pole 50Hz 120 HP pumps (2900 rpm) 2 pole 50Hz 25 100 20 25-25 - 25 0 40-25 - 25 0 50-40 - 25 0 80 25-25- 250 40-25- 250 50-40- 250 H (m) 15 60 10 25-25 - 20 0 40-25 - 20 0 50-40 - 20 0 80-50 - 20 0 H ead (m ) 40 25-25- 200 40-25- 200 50-40- 200 80-50 -2 00 25-25 - 16 0 40-25 - 16 0 50-40 - 16 0 80-50 - 16 0 25-25- 160 40-25- 160 50-40- 160 80-50 -1 60 5 25-25 - 12 5 25-25 - 10 0 40-25 - 12 5 40-25 - 10 0 50-40 - 12 5 80-50 - 12 5 20 25-25- 125 25-25- 100 40-25- 125 40-25- 100 50-40- 125 80-50 -1 25 0 1 2.5 5 7.5 10 Q (m 3 /h) 15 20 30 40 0 1 2.5 5 7.5 10 15 20 30 40 Q (m 3 /h) 100 Verdermag Global Mag Drive Centrifugal Pumps 9

Organisation Verdermag Global provides pumping solutions to a wide range of industries including: Chemical Petrochemical Pharmaceutical All these industries require a method for transferring fluid from one location to another and Verdermag Global has a pump type suitable for all your pumping need. The Global range is mainly suited to the chemical industry and are highly suitable for the transfer and circulation of aggressive chemicals where leak free containment is essential. International presence The Verdermag Global pump range has a worldwide network of distributors which include: Austria, China, Czech Republic, Denmark, France, Germany, Hungry, Ireland, orway, Poland, Romania, Russia, pain, weden, witzerland and Turkey. Contact Verdermag Global If you would like to know more about our pumping solutions then please visit our website www.verderglobal.com. You will find the full range of our pumps as well as application stories, latest news and the contact details for our worldwide distributors. Alternatively you can contact head office on: Tel +44 (0113) 222 0250 Fax +44 (0113) 246 5649 Mail info@verderglobal.com

Verdermag Any mag drive you want we got it

Any questions? You may still have questions and/or comments after reading this brochure. Please feel free to contact us on +44 (0)113 222 0250. You can also respond via email to info@verderglobal.com. For more information about Verdermag Global please visit our website www.verderglobal.com VERDERMAG GLOBAL Whitehouse treet Leeds, L10 1AD United Kingdom TEL +44 (0)113 222 0250 FAX +44 (0)113 246 5649 MAIL info@verderglobal.com WEB www.verderglobal.com AT Wien BE Aartselaar CH Basel C hanghai CZ Praha DE Haan FR Eragny s/oise GB Leeds HU Budapest IT Torre Boldone JP Tokyo L Groningen/Vleuten PL Katowice RO Bucuresti/ibiu K Bratislava U ewtown/macon ZA orthriding 01-06-2010-VMgl-REV-01