FL-WAPP Sensor ATEX

FL-WAPP Microwave Moisture Sensor ATEX

The intelligent moisture probe with wireless interface certified for ATEX zones 20 for the measuring head and 22 for the surface-mounted housing.

Usage and applications

Moisture measurement technology with universal application possibilities in ATEX-areas. The moisture measurement sensor is designed for process optimization in the chemical, pharmaceutical, food and animal feed industries. 

  • in silos
  • on conveyor belts
  • on vibrating chutes
  • in mixer

Special Features

  • The ATEX probe is designed according to the 2014/34 EU directive and is certified by IBExU
  • Effordless changing of the ceramic wear head on-site
  • Vasatile connectivity through analog, digital or wireless data output
  • High scanning speed and real-time measurement filters to guarantee exact measurement value
  • Free user software for laptop/tablets, which allows the sensor to be set individually for each process
  • Deep material penetration of the microwave moisture measurement
  • Universal application possibilities and easy installation due to compact dimensions and the use of the latest electronics

Technical Data

Permitted field of applicationZone 20 (probe head) Zone 22 (mounting base)
Measuring methodMicrowave / 433 MHZ
Power Supply12-24V DC
Output (analog)Moisture: 0-20 mA or 4-20mA / Temperature: 4-20mA
Input (digital)Start Measurement 12-24V DC
Measuring range0-15,0% or 0-XX,X% (depending on material) / 0-80°C (176°F)
Temperature operating Rangeup to 80°C (176°F)
Accuracy depending on measure range and material (approx. ±0,3%)
Power Consumption1,5 Watt, max. 2 Watt
Parameterization / Measured valuesvia wireless WiFi interface with software or android app
Connection cable5 x 0,25 mm² shielded (foil shield) L: 2 mtr.
DimensionsØ: 75 mm, Length: 200 mm
Weight2,7kg
CoverAluminium pressure cast housing/IP 68
Sensor measuring surface with highly wear-resistant ceramic
Operating System WIN 7 or higher, or Android 4.1 or higher
Scroll to Top
Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.