Tel: 215-355-6900
www.ametekpmt.com
Model 575
sensing element, an ion implanted silicon semiconductor
chip with integral Wheatstone Bridge circuit. Once the
sensor measures the pressure, the data is transmitted
by a 4 to 20 mA output signal. This design provides for
excellent linearity and repeatability, low hysteresis and
long-term stability.
The transmitter is easy to install. Simply lower the
transmitter into a tank. All the electronics are mounted
in a submersible 316 stainless steel housing. A special
cable support bracket is also available. This gives extra
stability to the transmitter when used with longer lengths
of cable or when used in an agitated liquid.*
The transmitter is available calibrated for any span
needed, from 0 to 3 psi or 0 to 0.2 bar (0 to 7 feet or 0
to 2.1 meters of water) to 0 to 300 psi or 0 to 20 bar (0
to 690 feet or 0 to 211 meters of water).
To complete your liquid level measurement and
control system, use the AMETEK Model DMC Digital
Meter/Controller with the 575 Series Transmitters.
* A conduit adapter is also available.
Features
CSA approved • for intrinsically safe operation
• Solid state semiconductor
sensor for accuracy
and reliability
• Rugged 316 stainless steel housing with excellent
environmental protection
• Easy to install and use
• 2 wire 4 to 20 mA output
• Vented to the atmosphere through the surface
end of the cable
• Reverse polarity and surge protected
• Lightning protectors available
• EMI protection available
Description
The Model 575 has a removable, nonclogging snub nose
end to protect the sensing elements. The Model 575 is
used in general water/wastewater applications.
The unit is specially designed to provide the
convenience of direct submergence in many types of
liquid, especially wastewater, for quick, accurate and
reliable level measurement. The simple design and rugged
construction of these solid state instruments provide
long lasting service with virtually no maintenance.
The 575 Series Transmitters indicate the level of liquid
by continuously measuring hydrostatic pressure via its
Submersible Level Transmitter
