Aquametrix P/R60C-5 Differential pH or ORP Probes - Manual (Page 2)

Model P/R60C-5 Differential pH or ORP Probes
www.WaterAnalytics.net 978-749-9949 Toll free - 855-747-7623 (855-pHProbe)
Technical Data
Related Products
Measuring Range
pH 0 to 14 pH
(Consult factory for applications below 2 or
above 12).
ORP -2000 to +2000 mV
Flow Rate 10 ft./sec maximum (3 metres/sec)
Flow should be as low as possible in
low conductivity water and in solutions
with high suspended solids
Wetted Materials CPVC, Kynar, glass, titanium palladium al-
loy and EPDM (platinum for ORP probe);
opt. Viton and ceramic
Transmission Distance 3000 ft. (900 m)
Sensitivity
pH 0.001 pH
ORP 0.1 mV
Stability
pH 0.03 pH per day, non-cumulative
ORP 2 mV per day, non-cumulative
Temperature Copensation
Automatic -5 to 95°C (23 to 203°F)
Pressure Limit 100 psig at 65°C maximum
Temperature Limits
CPVC -5 to 95°C (23 to 203°F)
The temperature limit of probes in flow-
through applications is limited by pressure
and by the pipe fitting material.
Probe Cable 5 Conductor plus shield, 15 ft. (4.6m) long
CABLES & ACCESORIES
JB1 NEMA 4X junction box
STC60-5 Mounting kit for submersion applications includes
1” NPT x 1” reducer, 4 feet of 1” CPVC pipe with
watertight strain relief fitting and securing assembly
C42-5PXXX Interconnect cable; specify length
C35-17 Salt bridge kit w/ kynar outer junction (Package of 3)
C35-17K Salt bridge kit w/ ceramic outer junction (Package of 3)
Protector-6 Protection shroud for submersion applications
CALIBRATION SOLUTIONS
A35-13 pH 4 Buffer, 500 mL.
A35-14 pH 7 Buffer, 500 mL
A35-24 pH 10 Buffer, 500 mL
A35-40 ORP Buffer, 200 mV, 500 mL
A35-41 ORP Buffer, 600 mV, 500 mL
Ordering Information
P60C-5 pH probe, 1” NPT threaded body
P60C-5F pH probe with flat electrode
P60C-5A pH probe with Antimony electrode
P60C-5H pH probe with Hard glass electrode
R60C-5 ORP probe, 1” NPT threaded body
R60C-5F ORP probe with flat electrode
R60C-5-H ORP probe with Hard glass electrode
R60C-5-G ORP probe with Gold electrode
Differential Measurement Technique
Dimensions