| Brand |
Sensorex |
|---|
SD7000CD 5-Wire Differential pH Probe
- True differential pH measurement technology using solution ground
- Perfect for pressurized applications with sealed, no maintenance reference design
Additional information
Description
Description
Our SD7000 series of differential pH electrode offers unsurpassed pH measurement accuracy by minimizing reference junction fouling and eliminating ground loops. These units deliver greater reliability and less required maintenance than a conventional combination pH sensor. Extended sensor lifetime can be achieved by replacing the sensor reference (salt bridge). Reliably measures pH in environments with rapid temperature changes with built-in quick response automatic temperature compensation (ATC).
- Reliable measurement performance: True differential pH measurement technology using solution ground
- Direct-fit Compatibility: Replacement sensor for several popular Hach® & Water Analytics® models
- Perfect for pressurized applications: Sealed, no maintenance reference design
- Built for difficult applications: Constructed of chemically-resistant Ryton Polyphenylene Sulfide (PPS)
- Two year limited warranty: We stand behind all our products with the Sensorex Guarantee
Specifications
Specifications
- Measurement Range: 0-14 pH (low NA+ ion error)
- Temperature Range: 0-100⁰ C
- Pressure Range: 0 – 100 PSIG @ 40⁰ C (PVC fitting); 0 – 100 PSIG @ 60⁰ C (CPVC fitting); 0 – 100 PSIG @ 100⁰ C (stainless steel fitting);
- Body Construction: Ryton Polyphenylene Sulfide (PPS)
- Response Time: 95% in 1 second
- Isopotential: 7.00 pH
- Offset: 0.2%
- Span: > 97%
- Temperature Compensation: 300Ω NTC
- Connector: Tinned Leads
- Cable Length: 20 feet (6 meters)
- Installation: 1 1/2″ NPT
- Warranty: Two year limited warranty
Direct Fit for
Direct Fit for
This sensor is a direct-fit replacement for the following makes/models:
- Hach® 6028P0
- Hach® 6022P0
- Water Analytics® P60C-8
About brand
Sensorex specializes in the design and manufacture of pH electrodes, ORP electrodes, conductivity and TDS sensors, and other electrochemical and optical measurement technologies. They have introduced some ground-breaking technologies since their initial launch in 1972, and today, remain focused on the continual advancement of water quality monitoring products for virtually all industry segments.
