Differential Pressure Switch withstands washdown environments.
Press Release Summary:
With wetted materials of brass and flouroelastomer, Series DX is suited for use with most gases and water-based solutions. Differential set point ranges are available from 2.5-75 psid on increasing differential pressure and 1.0-67 psid on decreasing differential pressure. Housed in weatherproof, NEMA 4X enclosure, Series DX uses opposing diaphragms to sense high and low pressure with pivot mechanism that transfers difference of 2 pressures to SPDT switch.
Original Press Release:
New Series DX Wet/Wet Differential Pressure Switch
Dwyer Instruments, Inc., the preferred source for your complete range of practical and affordable instrumentation, is announcing the release of its NEW SERIES DX DIFFERENTIAL PRESSURE SWITCH.
Wetted materials of brass and flouroelastomer are suitable for use with most gases and water based solutions. The switch can be used for low differential pressure indication with set point on a decrease of pressure as low as 1 psid (0.07 bar). Differential set point ranges are available from 2.5 to 75 psid (0.17 to 5.17 bar) on increasing differential pressure and 1.0 to 67 psid (0.07 to 4.62 bar) on decreasing differential pressure. Unit features a high static pressure rating of 200 psig (13.8 bar) for higher static pressure applications. Standard is a weatherproof, UL type 4X, enclosure for dust laden, outdoor, or wash-down installation environments.
Series DX incorporates an externally adjustable set point, integral mounting flange and a removable electrical terminal block for quick and easy installation. The DX uses opposing diaphragms to sense the high and low pressure with a pivot mechanism that transfers the difference of the two pressures to the SPDT switch.
The Series DX is great for many applications, including:
o Indicating filter differential pressure. For example initiating water filter backwash as the filter becomes clogged on increasing differential pressure.
o Proof of flow indicator monitoring differential pressure from a sensing device. For example sensing the pressure across an orifice plate to prove water flow.
o Proving flow through a pump by sensing the pressure across the pump to make sure the pump does not run dry.
o Proving flow through a chiller. Often called evaporator water pressure drop.
o Proving flow through a heat pump or AC unit. Often called a condenser water lock-out switch.
Complete details are available on our website @ http://www.dwyer-inst.com/Products/Product.cfm?Group_ID=20235
Dwyer Instruments, Inc.
P.O. Box 373
Michigan City, IN 46361
Phone: (800) 872-9141 or (219) 879-8000
Fax: (219) 872-9057
Internet address: http://www.dwyer-inst.com/
E-mail: lit@dwyer-inst.com
