Digital Contacting Conductivity Sensor, General Purpose, PPS Body, Cell Constant 10.0

Digital Contacting Conductivity Sensor, General Purpose, PPS Body, Cell Constant 10.0

Product Number: D3433E8

Available

Range

Installation Requirement

Digital Gateway

Price: Contact Us
Talk to an Expert

Ultimate accuracy from ultra-pure to high conductivity applications.

Nominal Cell Constant (K) = 10.0, 3/4 inch NPT Threaded PPS Body, 6m (20 ft) Analog Cable, Graphite Electrode, Includes Digital Gateway and 1m (3.3 ft) Digital Extension Cable

Applications:

  • Membrane Protection
  • Nutrient Monitoring
  • Nutrient Monitoring
  • Secondary Treatment
  • Secondary Treatment
  • Ultrapure Water

Benefits

High Performance Design

These enhanced performance sensors are manufactured to exacting tolerances using high quality, rugged materials for demanding applications including ultra-pure water, clean-in-place (CIP), and boiler/condensate monitoring. Each sensor is tested to determine its unique, absolute four-digit cell constant. Also, each sensor has a PT1000 RTD temperature element built into its tip for exceptionally fast response to changes in temperature with ±0.1ºC accuracy.

Resistivity and Conductivity Measurement Capability

These enhanced performance sensors measure from theoretically pure water (0.057 µS/cm or 18.2 MΩ) up to 200,000 µS/cm. Hach’s sc Digital Controllers accept multiple digital sensor inputs, and can be user-set to measure conductivity, resistivity,TDS, salinity, or one of six calculated measurements.

Versatile Mounting Styles

Non-metallic general purpose sensors have graphite electrodes and 3/4-inch male NPT threaded PPS® bodies. These sensors can be mounted into a standard 3/4-inch pipe tee, 1-1/2-inch Hach union hardware, or fastened onto the end of a pipe.

Full-Featured "Plug and Play" Hach sc Digital Controllers

There are no complicated wiring or set up procedures with any Hach sc controller. Just plug in any combination of Hach digital sensors and it's ready to use—it’s “plug and play.”

Loading