Introduction: E+H/Endershaus Conductivity Limit Detection Single Pole Probe 11375Z, 11375Z Economical Probe can be used for limit level detection of a wide range of liquids in process and storage tanks
Features:
For the measurement of high-temperature liquids (e.g. 100°C), a cooler is available
The length of the probe can be truncated
WHG (Germany Water Act) + ATEX II 1/2 G certified
It can be connected to the FTW325 stand-alone switching unit
Linear monitoring, safe and reliable.
There are no moving parts in the tank, no wear, long service life and reliable function.
Economical probe for electrically conductive liquids.
Product parameters
Measuring principle
Electrical conductivity
Features/Applications:
Single-rod probe for high-, very low-, and high-pressure applications. Corrosion-resistant
Power/Communications
Relays
Ambient temperature
-40...80 °C
(-40...176 °F)
Process temperature
-40...135 °C
(-40...275 °F)
Process pressure (absolute)/maximum overpressure limit
Vacuum... 50 bar
(Vacuum...) 725 psi)
The minimum conductivity of the medium
20 µS/cm
The main wetted parts
PTFE、316TI
Our customer-centric service concept: the pursuit of a full range of services is a high-quality, high-standard service, the pursuit of every detail of the service process. It is impossible for interests to blossom into brilliant flowers from lies. Only when every process, every action and every detail of the service is professional and careful, can we meet or even exceed the expectations of customers, so that customers can be satisfied and recognize us. Honest, professional, affordable, and fast, so you can rest assured. "Honest and professional service, affordable price, continuous improvement" is our service philosophy.
This article introduces the E+H/Endershaus conductivity limit detection single rod probe 11375Z product, if you are interested in E+H/Endershaus electronic vibration limit detection, please also contact our staff, we are looking forward to your call, hope our technology and service can bring you a better experience
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