• Skip to main content
  • Skip to primary sidebar
  • Skip to footer

Bromberg, Staudt & Co. GmbH

  • Inicio
  • Sobre Nosotros
  • Servicios
  • Industrias
  • Marcas
    • Endress + Hauser
  • Contactos
  • EspañolEspañol
    • EnglishEnglish
    • TagalogTagalog
    • 한국어한국어
    • 中文 (中国)中文 (中国)
    • DeutschDeutsch
Home / Endress+Hauser / E+H Analítica / Memosens Sensores / CPS76 D / CPS76D-7BP4C

CPS76D-7BP4C

Endress + Hauser CPS76D-7BP4C

© E+H sensor de pH-redox digital CPS76D-7BP4C
© E+H sensor de pH-redox digital CPS76D-7BP4C

Electrodo combinado de pH
Tecnología Memosens
Diafragma: Cerámico
Sistema de referencia:Gel sin acrilamida
Señal: Digital
Sensor de temperatura integral
Electrodo de Redox, Platino
CPS76D-1369/0

Endress Hauser CPS 76D

7 Versión: Básica
BP Rango, Aplicación: 0-12pH; 0-135oC; 1 diafragma; 6 bar ORP-1500-1500 mV; rH value
4 Longitud del Electrodo: 225 mm
C Homologación: Non-hazardous area + EAC marking

More products

© E+H sensor de pH-redox digital CPS76D-7BP5C
CPS76D-7BP5C
© E+H sensor de pH-redox digital CPS76D-7BP5K
CPS76D-7BP5K
© E+H sensor de pH-redox digital CPS76D-7BU6G
CPS76D-7BU6G

Primary Sidebar

Contact us:





Mas productos

  • FMR540-AG1CKJAC2AA
  • FMR60-CABCAAGAA4XJJ
  • NMR81-ME2BE1X0A1ACAABA1GVJICW
  • NMR84-BC2BB1X0A1ACABDA1G5JICR
  • FMR67-BABCAAGAA3XLG3
  • FMR533-1ACXJAC3GA
  • NMR84-IC2BE1X0A1ACABDA1G5JICR
  • FMR540-UG4CKJAC2AA
  • NMR81-IC1BA1X0A1ACAABA1GSJICR
  • FMR20-BBPBNVCERPF2
  • FMR533-GACWJAC4GA
  • FMR540-GE2CKJAC2AA
  • FMR67-CBBAAAGPA6AGJ1
  • NMR81-AA2BE1X0A1ACAABA1PDJICR
  • FMR533-1ACXJAC2GA
  • NMR84-IC1BA1X0A1ACABDA1G5JICR
  • FMR67-CABAAAGPA6AGJ1
  • FMR540-IH2CKJAC2AA
  • NMR81-BC2BE1X0A1ACAABA1GQJICR
  • NMR84-GR2BB1X0A1ACABDA1G5JICR

Footer

  • Contacts
  • Imprint
  • General Data Protection Regulation (GDPR) – Datenschutz
  • Conditions of Use
  • Copyright
  • Privacy Notice

Buscar

© 2019 · Bromberg, Staudt & Co.
All product names, logos, and brands are property of their respective owners. All company, product and service names used in this website are for identification purposes only.