Pump Flow & Head Matrix

Model Configuration Connection Maximum Head Ft. Maximum Flow GPM Temperature Range °F Maximum Working Pressure PSIG Maximum HP Frame Type Materials of Construction
MAXP ANSI Long coupled 150# RF 300# RF 470' 2000 GPM -150 to 800°F 285 PSIG 200 HP NEMA T, TS 316SS 304/L, 316L, Alloy 20, Hastelloy® C
3575 ANSI Long coupled Mechanical Seal 150# RF 300# RF 720' 5000 GPM -350 to 700°F 375 PSIG 300 HP DI, 316SS, CD4MCu, Alloy 20, Hastelloy® C, Titanium
MP
ML
MHL
Sub - ANSI Close coupled 150# RF 150' 150 GPM -112 to 536°F 225 PSIG 5 NEMA TC 316SS, Alloy 20, Hastelloy® C
MPL
MHL
MLC
ANSI Compatible Close coupled 150# RF 400' 340 GPM -100 to 536°F 225 PSIG 20 HP NEMA TC 316SS, Alloy 20, Hastelloy® C
MPT
MPTH
Sub - ANSI Close coupled Regen turbine NPT or 150# RF 500' 40 GPM -22 to 536°F 225 PSIG 20 HP NEMA TC 316SS
MMP
MML
MMH
Sub - ANSI Close coupled NPT or 150# RF 95' 20 GPM -22 to 536°F 85 PSIG 1 NEMA 56C 316SS
MEP Close Coupled Centrifugal Pump 2" Maximum 103' 106 GPM 175°F 55 PSIG 5 HP Polypropylene
MTA ANSI lined pump Close coupled 150# RF 285' 320 GPM 32 to 250°F 150 PSIG 25 HP NEMA TC PFA lined
MST Sub - ANSI Close coupled 150# RF 260' 140 GPM 250°F 150 PSIG 30 HP NEMA TC PFA lined,SiC rear casing
ME Sub - ANSI lined pump Close coupled 150# RF 140' 90 GPM 32 to 195°F 70 PSIG 3 HP NEMA TC PVDF (Kynar®) or ETFE lined
S Close Coupled Gear Pump 1 1/2" Maximum 350'150 PSI 30 GPM 450°F 225 PSIG 5 HP NEMA TC 316 SS, Alloy 20, Hastelloy® C, Ryton

Metallic & Nonmetallic Models

Whether considering the benefits of Magnatex® heavy-duty, all-metallicpumps, or the efficiency and dependability of Magnatex®/Texel® fluoropolymer-lined pumps, one thing is certain - the assurance of high quality pumping performance at a low overall cost of ownership.Magnatex pumps ensure that the difficult requirements of your critical pumping application are met 100% of the time.

Metallic Model

  • Slip-fit construction for easy, on-site maintenance
  • Inner magnet straddle-mounted between dual SiC bearings reduces shaft loads compared to competitors' over-hung designs
  • Optional patent-pending SiC-X bearings provide extended dry-running operation capability on smaller models without damage
  • Sub-ANSI models allow operation closer to BEP for low flow applications with reduced initial price and operating costs
  • Rare earth neodymium or samarium cobalt (for high-temperature services) magnets
  • Close coupled Sub-ANSI models easily retrofit ANSI long coupled pumps

Nonmetallic Model

  • Proprietary, seamless inner magnet construction on PFA models minimizes swelling common to competitors' ETFE models
  • Transfer compression molded PFA provides thicker, smoother and more uniform lining than competitor's roto-molded ETFE, which maximizes Magnatex's chemical and abrasion resistance
  • Unique dovetail design ensures PFA lining stability during pressure/temperature fluctuations
  • Slip-fit, fixed shaft construction for easy, on-site maintenance
  • Nonmetallic rear casing eliminates pump hysteresis losses and increases pump efficiency
  • Smaller ME Series with replaceable liner and light, compact rotor supported by a single bearing in C-PTFE or SiC is easily maintained and extremely cost effective