Tente buscar por palavras-chaves, código de pedido ou produto ou número de série, por exemplo, "CM442" ou "informações técnicas"
Insira pelo menos 2 caracteres para iniciar a busca.
  • Histórico
Condumax CLS15D is a reliable, digital conductivity sensor for pure and ultrapure water applications

Digital conductivity sensor
Condumax CLS15D

Memosens conductive conductivity sensor for standard applications in pure and ultrapure water

CLS15D
Please Wait (spinning wheel)
Carregando preços
Preço temporariamente indisponíveis
Price on request
ativando preços
preço: fornecer informações
from CHF ??.-
Filtrar medição / Tarefa de aplicação
Tarefa de aplicação / medição

Configurar para baixar os desenhos CAD deste produto

  • Measuring principle

    Conductive

  • Application

    Measurement in pure and ultrapure water range, monitoring of ion exchangers, reverse osmosis, distillation, chip cleaning

  • Characteristic

    Analog or digital 2-electrode conductivity sensors

  • Measurement range

    k=0,01: 0.04 to 20 µS/cm
    k=0,1: 0.10 to 200 µS/cm

  • Measuring principle

    Conductive conductivity cell with polished stainless steel electrodes

  • Design

    2-electrode conductivity cell with coaxially arranged electrodes, electropolished

  • Material

    Electrode: stainless steel 1.4435
    Electrode shaft: PES

  • Dimension

    Electrode diameter: 16 mm (0.63 inch)
    Electrode length: appr. 55 mm (2.17 inch)

  • Process temperature

    Threaded with fixed cable:
    -20 to 100 °C (-4 to 212 °F)
    Threaded with plug-in head:
    -20 to 120 °C (-4 to 248 °F)
    Sterilization: max. 140 °C (284 °F) for 30 minutes

  • Process pressure

    13 bar at 20 °C (188 psi at 68 °F)
    1 bar at 120 °C (14 psi at 248 °F)

  • Temperature sensor

    NTC 30K

  • Ex certification

    ATEX, NEPSI, FM, CSA

  • Connection

    Process: 1/2" and 3/4" NPT, Clamp 1 1/2"
    Cable: Memosens connector

  • Ingres protection

    IP68

  • Additional certifications

    Calibration certification of the cell constante, material certification 3.1