Magnetic Drive Gear Pump fits in tight spaces.

Press Release Summary:



Featuring ability to handle fluids up to maximum temperature of 203°F, Model DGM09 DC Magnetic Drive Gear Pump is 24 Vdc, 3,000 rpm device that handles flow rates to 140 Lph. Pump housings and gears are made of Vectra, and pump is designed to handle clean water and viscous fluids at low pressure. Suction/discharge ports are 8 mm barbed end and seals are available in NBR, EPDM, or VITON®.



Original Press Release:



New Magnetic Drive Gear Pump Ideal for Use in Tight Spaces



Model DGM09 DC Magnetic Drive Gear Pump, 24 V DC, 3000 RPM, Flow to 140 LPH. Applications include clean water and viscous fluids.

Hudson, MA - The DGM09 Series Magnetic Drive Gear Pumps derive from the well-established MG200 Series of magnetic drive gear pumps. Built to handle clean water and relatively viscous fluids at low pressure, DGM09 Series Gear Pumps feature low pulsation and the ability to handle fluids up to a maximum temperature of 95°C (203°F). DGM09 Gear Pumps also feature pump housings and gears made of Vectra. Seals are available in NBR, EPDM or VITON®. The extreme compactness of its design makes it the preferred choice where space is limited. Suction/discharge ports are 8 mm barbed end.

Clark Solutions has a fifty-year history of providing unique solutions to the measurement, control, and monitoring of pressure, flow, and level in liquids and gases. Located in Hudson, Massachusetts, the company offers pumps, valves, and instrumentation to record, monitor, and control flow, velocity, pressure, temperature, humidity, level, gas concentration, and other properties.

For more information contact Clark Solutions, 10 Brent Drive, Hudson, MA 01749, Contact: Donald Tyler, Sales Manager. Email: sales@clarksol.com. Tel. 978-568-3400, Fax. 978-568-0060, or visit our web site at www.clarksol.com.

Prepared By: Garrison Bray Inc., 15 Longmeadow Road, Medfield, MA 02052,
Contact: Frank Garrison, Tel: 508-359-1552, Fax: 877-348-9288

URL: www.clarksol.com/html/DGM09Pump.cfm

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