Passa al contenuto principale

PH 3400-035 Modulo di misurazione pH/Redox | Per Protos | Sensori pH analogici

Description

PH 3400-035 Modulo di misurazione pH/Redox | Per Protos | Sensori pH analogici

Modulo per la misurazione di pH/Redox (ORP) con sensori standard o sensori ISM digitali

Non vediamo l'ora di ascoltarvi!
Contatto

Dettagli tecnici

Parametro di misurazione: pH, Redox
Protezione contro le esplosioni: nessun ex
Sensori: Sensori digitali ISM, Sensori standard

Scaricamento

Manuals

[14553] Guida all'installazione
Modulo PH 3400(X)-035
Protos II 4400(X) / Protos 3400 (X)
[1160] User Manual
Measuring Module Protos PH 3400(X)-035
Version 09

Certificati

[14665] EU Declaration of Conformity (DE, EN, FR)
Protos 3400 */*** & Protos II Type 4400*/***
Device and Modules
No. EU220510A | 2022-05-10

Servizio Unser

Utilizzato nei processi o nelle applicazioni

Knick offre trasmettitori industriali innovativi, sensori di alta qualità e armature all’avanguardia che completa con sistemi di calibrazione e pulizia unici

Prodotti correlati

Post rilevanti del blog

Robust WA111 Retractable Fitting Made of Plastic for Highly Corrosive Operating Conditions

The plastic WA111 retractable fitting is a robust and cost-effective solution for corrosive processes and environments. It is equipped with a secure lock function and multiple nozzles for thorough sensor cleaning.

Successful joint project : Knick developed the special Ceramat WA 155 retractable fitting for optical probes from SOPAT

In cooperation with SOPAT, Knick developed a special Ceramat fitting for optical probes for automatic cleaning in fouling processes.

High-quality immersion fitting for mobile applications

ARD 170 enables measurements even in deep water

Modular immersion fitting as an electrically conductive variant

Knick is expanding its portfolio of fittings for liquid analysis with additional electrically conductive (EL) variants.

How to get the sensor into the process

Sensors as the direct interface to the process must be exactly matched to the chemistry of the measured medium and to the prevailing pressure and temperature conditions.