pH head impedace converter / amplifier

pH40-0

pH head transmitter for pH or ORP electrodes with -1..+15 pH or ±1500 mV range, low-impedance 1:1 signal transfer, 5..30 V DC supply, M12x1 8-pole round socket and IP65 PVC-U case.

Introduction

Long cable runs can make pH and ORP signals difficult to handle. This head transmitter mounts directly on the electrode and provides low-impedance 1:1 signal transfer, enabling error free measurement up to 100 m.
 
The Type 0 version transfers the pH or ORP signal in the range -1..+15 pH or ±1500 mV Redox while preserving a compact measuring point. With >1012 Ω input resistance and 0.01 % accuracy, it supports dependable signal handling directly at the sensor.
 
A PVC-U case with ingress protection (IP) IP65 protects the transmitter in field installations, and the approx. 100 g housing keeps the electrode assembly manageable. Connection is made via an 8-pole round socket, M12x1, with input plug options for S7/S8 or VarioPin electrodes.

Long cable runs
Long cable runs
The transmitter is designed for direct mounting on pH or Redox (ORP) electrodes
Signal flexibility
Signal flexibility
Transfers -1..+15 pH or ±1500 mV Redox as a 1:1 signal.
High input resistance
High input resistance
>1012 Ω input resistance supports stable electrode signal handling
Protected housing
Protected housing
PVC-U case with ingress protection IP65 for field installations.

Features

Direct electrode mounting

he transmitter is designed for direct mounting on pH or Redox (ORP) electrodes 

Low-impedance output

provides 1:1 transfer of the pH signal with low output impedance.

Electrical connection

The output signal is available at an 8-pole round socket with M12x1 connection.

Input plug options

The transmitter can be configured for electrodes with S7/S8 connection or VarioPin (VP) connection.

Temperature signal routing

For combination electrodes with VarioPin plug, the Pt100 / Pt1000 signal is available 1:1 on the pH40 round plug connector.

Operating conditions

The transmitter operates from -10..+60 °C and uses a 5..30 V DC supply