Product 1
Product 1

CS526-L Digital ISFET pH Probe

Campbell Scientific


Categories:

#Environment#Weather Station & Sensors

The CS526 uses SENTRON’s high-tech, ion-sensitive field-effect transistor (ISFET) semiconductor as its pH-sensitive element, and includes a silver/silver chloride– potassium chloride reference system. The CS526’s design allows it to be suitable for a variety of liquid pH-monitoring applications. The electronics are safely embedded in a durable PEEK body. Elimination of the glass bulb removes the possibility of broken glass, making the CS526 more rugged and safer to use.

Note: Campbell Scientific warranty does not cover a clogged reference diaphragm or improperly cleaned or maintained ISFET chip. (See the Maintenance section in the instruction manual for more information.)

This sensor requires the 5 V output on the data logger to be powered.


Product Features

  • Rugged
  • Easily Cleaned

    • Detailed Description
    • Specifications

    Benefits and Features

    • Innovative ISFET pH-sensing element
    • Easily cleaned
    • More rugged than the traditional glass electrode pH probes
    • Each sensor individually tested
    • Designed and manufactured under stringent quality control conditions in an ISO 9001 environment
    • CE compliant

    The CS526 isolated pH probe makes reliable, accurate pH measurements in aqueous solutions. It can be submersed or inserted into tanks, pipelines, and open channels. This probe has a serial, TTL output that represents a 2 to 12 pH range.

    • CS526-L Digital ISFET pH Probe measures pH using state-of-the-art ISFET technology.
    • There is no glass bulb to break, making the sensor safer and much more rugged.
    • Provides better measurements in extreme pH conditions.
    • The probe can go a longer time without servicing, is easier to clean, and can be stored dry.
    • Electronics are safely embedded in a durable resin body
    • Elimination of the glass-bulb makes the probe more durable and safer to use, allowing it to be deployed in the field for longer time periods
    • Innovative ISFET pH-sensing element used that makes better measurements in extreme pH conditions
    • Each sensor individually tested

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