Maxim Advantages Leak Detection Solid layer nonpenetrated PTFE diaphragms for exceptional flex life; 100+ million cycles Complete nonmetallic construction of all airside components avoids corrosion and contamination risk Suspended pump body accomodates thermal expansion at high temperatures Flow Capacity TOTAL DISCHARGE PRESSURE MPa 061 051 041 031 021 010 PSIG 90 80 70 60 50 40 30 20 10 Vgroove seal eliminates elastomer Orings Ceramic noncentering shuttle valve for nostall operation (D & R) Air Supply Pressure 0 0 0 1 2 3 4 5 6 7 8 ** 9 10 11 12 13 14 GPM LPM 00 38 76 114 152 190 227 265 303 341 379 417 455 493 531 FLOW CAPACITY; H2O Proprietary freefloating check valves for maximum suction lift ** Example of Flow Capacity: air supply pressure = 40 psig discharge pressure = 195 psig and flow rate = 8 gpm (30 lpm) 100% virgin PTFE/PFA wetted parts for exceptional purity Many plumbing connection options available Multiple control base options to best suit application Quick release base mount for easy pump access Air Consumption FLUID DISCHARGE RATE LPM 60 50 40 30 20 10 All Maxim 50 pump configurations are available with optional fiber optic leak detection Nonmetallic nonelectrical probes are inserted into each pump head and connected to a remote sensor In the event of diaphragm failure the fiber optic signal will detect the presence of liquid in the air chambers This signal may then be used to turn off the pump air supply or to activate a signal alarm 0 GPM 16 14 12 10 8 6 4 2 0 20 psig 30 psig 60 psig 50 psig 40 psig AIR SUPPLY 0 2 4 6 8 10 12 14 16 AIR CONSUMPTION * 70 & 80 psig supply pressure Not suitable for ¡°R¡± configuration Normal condition Liquid detected: sensor signaled to indicate possible diaphragm leak 80 psig* 70 psig* 18 20 SCFM
SPECIFICATIONS HOW TO ORDER Magnum 620 FLUID CONNECTION PUMP LEAK Use the code numbers for ordering the following options for your Magnum 620 pump 620R Magnum 620 Recirculation Pump 620E Magnum 620 External Control Pump 000 Without port fittings allows 1¡± NPT connection F12 3/4¡± Flare tube adapter Recommend temperature rating: < 100¡ÆC T12 3/4¡± PFA tube stubout Recommend temperature rating: <110¡ÆC Other fitting options available consult factory Options in blue available at an additional cost: 00 Without surge suppressor 40 With Model SS40 Surge Suppressor airoperated surge capacity of 20 cubic inches (328 cm3) 140¡ÆC 85 With Model 85 Surge Suppressor no moving parts surge capacity of 50 cubic inches (820 cm 3) 180¡ÆC 95 With Model 95 Surge Suppressor pneumatically operated surge capacity of 50 cubic inches (820 cm 3) 180¡ÆC A0 No option added A1 Fiber optic cycle counting probe requires amplifier and input device A2 Remote exhaust kit Example of an order number based on configuration options: 620R 000 85 A1 English Metric Maximum pressure 80 psi 56 MPa Maximum flow rate* 12 GPM 45 LPM Suction lift: Dry water column* 9 ft 27 m Maximum fluid operating temperature 230 ¡ÆF 110 ¡ÆC Dimensions 8¡± wide 203cm W 8¡± tall 203cm T 8¡± deep 203cm D Performance measurements taken with ambient temperature DI water Example of an order number based on configuration options FLOW CAPACITY DIMENSIONS HEAD kg/cm2 60 50 40 30 20 10 Example: When operated at 40 psig air supply pressure with 24 psig fluid head pressure the flow rate will be approximately 8 GPM (30 LPM) and air consumption 8 SCFM (refer to red line on chart) 597 (152) PSIG 90 80 70 60 50 40 30 20 10 0 0 GALLONS/MINUTE 0 SCFM 2 4 6 8 10 771 (196) 302 (77) 420 (107) 275 (70) SURGE SUPPRESSOR TOP DISCHARGE PORT FRONT DISCHARGE PORT 771 597(196) (152) 309 (78) INLET PORT BASE MOUNTING HOLES 375 (95) 219 (555) 12 LITERS/MINUTE 0 5 10 15 20 25 30 35 40 45 50 C 2 4 6 14 656 (1672) ISO VIEW OF 620E 447 (114) 756 (192) 620R DIMENSIONS INCHES (CENTIMETERS) Trebor International a unit of IDEX Corporation 8100 South 1300 West West Jordan Utah 84088 USA Telephone: 8015610303 USA Toll Free: 8887637867 FAX: 8012552312 Email: treborsales@idexcorpcom Internet: wwwtreborintlcom 16 FLOW CAPACITY 10 12 t Pure Innovation 8 SUPPLY PRESSURE Printed in the USA 7/2004 BOTH SIDES 10 (255) 14