why pump “low-boilers” through motor windings?api 685 process, end or top suction wmpa series...
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Why pump “low-boilers” through motor windings?
WARRENDER, LTD. 821 Sivert Drive Wood Dale , IL 60191 888–24–PUMPS www.warrender.com
Alloy Mag-Drive Pumps by WARRENDER, LTD.
SR Series (Centrifugal) Compact, Horizontal, End Suction
WMCA Series (Centrifugal) ISO-2858 Process Horizontal, End Suction
WMCA Series (Centrifugal) ANSI B73.1 Process Horizontal, End Suction
WMCA Series (Centrifugal) API 685 Process, End or Top Suction
WMPA Series (Turbine) Cast, Single Stage
WMTA Series (Turbine) Machined Billet, Single Stage
WMTA6-LN- MS Series (Turbine) Cast, Multi-Stage
WMPA Series (Rotary Vane) Cast, Top Port
WMPA Series (Rotary Vane) Cast, In-Line Port
WMPA Series (Rotary Vane) Machined Billet, In-Line Port
Versatile Seal-less Mag-Drive Pumps Meet Low NPSH Ammonia Systems
PERFORMANCE RANGE Flow 8-4000 GPM 2-1000 M³/H Head To 700 feet 213 M Temperature -238 to 600°F -150 to 315°C System Pressure To 350 PSIG 24 BAR
MATERIALS • Cast steel WCB (Casing & Impeller) • AISI 316 / 316L SS • CD4MU • Alloy 20 ALLOY MAG-DRIVE PROGRAM • ANSI-B73.1 • API-610 & API-685 • ISO-2858 • Multi-Stage • Regenerative Turbine
Mag-Drive Your Ammonia Process! Why pump “low-boilers” through motor windings?
WMCA pump designs are the benchmark for heavy-duty seal-less process pumps following 30 years of research and product development. The versatility and reliability of WMCA pumps will protect your process while avoiding costly maintenance and down-time. WMCA Mag-Drive pumps safely handle circulation and transfer applications
FEATURES • Low heat induction magnetic couplings prevent flashing • Auxiliary vent piping and control system is not required • Low NPSH designs: low-flow turbine or high-flow centrifugal • Dynamically balanced impellers withstand process upsets • Standard NEMA motors meet all plant requirements