Aquametrix P/R60C-4 Differential pH or ORP Probes - Manual

Differential Measurement
• Replaceable Salt Bridge
• Low Maintenance Cost
• Field-proven
Easy Cleaning
• Semi-flush face: re-
duced buildup
Encapsulated Preamp
• Transmits up to 3000 ft.
Options
• 4-20 mA two-wire blind-
transmitter version available
• ORP available with
gold electrode
Aquametrix Model P/R60C-4
Differential pH or ORP Probes
100 School Street
Andover, MA 01810
978-749-9949
Toll free - 855-747-7623
www.WaterAnalytics.net
• Process Control
• Industrial and Municipal Wa-
ter Treatment
• Industrial and Municipal
Waste Treatment and Neutral-
ization
• Fume Scrubbers, Plating,
Circuit Board Manufacturing,
Food and Beverage, Chemi-
cal Processing, Pulp and Pa-
per, Mining, Power Generation,
Pharmaceutical Industry
Description
www.WaterAnalytics.net 978-749-9949 888-749-9099
Features
Applications
The P60C-4 pH and the R60C-4 ORP probe are dependable indus-
trial grade sensors designed to provide accurate measurement and
longer service life under the most demanding conditions.
Some features of these probes include: differential measurement
technology, replaceable salt bridge and encapsulated preamp.
The P/R60C-4 incorporates all the benefits of differential measure-
ment found in other models of the 60 series, field proven in thou-
sands of installations. This technique uses two glass electrodes to
make the measurement differentially with respect to a third metal
electrode. The domed glass process electrode is specially designed
for tough applications. The second electrode is immersed in a pH 7
buffer encapsulated in the probe. This second electrode is protected
from the process by a double junction replaceable salt bridge. The
resulting true differential measurement has several advantages over
conventional probes: ground loop problems are virtually eliminated,
and the salt bridge is easily replaced.
If the internal solution becomes contaminated, the probe can be re-
juvenated at modest cost by replacing the salt bridge and reference
solution. Automatic temperature compensation is accomplished
through the use of a thermistor at the tip of the probe. This thermistor
placement provides rapid response for process temperature varia-
tions.
The encapsulated preamplifier provides an output signal which can
be transmitted 3000 feet over inexpensive cable. Another version en-
capsulates a blind 4-20 mA two wire transmitter which can transmit
a virtually unlimited distance over a twisted pair cable. (See P/R65
data sheet).
by
Water Analytics
AquaMetrix
by
Water Analytics
AquaMetrix