Pump Flow & Head Matrix

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(Applicable for IAS Accredited Certification)

ISO 9001: Registered

MAXP Series

3596 Series

MP Series

MHL Series

MPT Series

MMP Series

MEP Series

MTA Series

MST Series

ME Series

Model	Configuration	Connection	Max Head Ft.	Maximum Flow GPM	Temperature Range °F	Max Working Pressure PSIG	Max HP Frame Type	Materials of Construction
MAXP	ANSI Long coupled Magnetic drive	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
3596	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 Magnetic drive	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 Magnetic drive	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 Magnetic drive	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 Magnetic drive	NPT or 150# RF	95'	20 GPM	-22 to 536°F	85 PSIG	1 NEMA 56C	316SS
MEP	Close Coupled Centrifugal Pump Magnetic drive	2" Maximum	103'	106 GPM	175°F	55 PSIG	5 HP	Polypropylene
MTA	ANSI lined pump Close coupled Magnetic drive	150# RF	285'	320 GPM	32 to 250°F	150 PSIG	25 HP NEMA TC	PFA lined
MST	Sub-ANSI Close coupled Magnetic drive	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 Magnetic drive	150# RF	140'	90 GPM	32 to 195°F	70 PSIG	3 HP NEMA TC	PVDF (Kynar®) or ETFE lined

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