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 application | Zone 20 (probe head) Zone 22 (mounting base) |
Measuring method | Microwave / 433 MHZ |
Power Supply | 12-24V DC |
Output (analog) | Moisture: 0-20 mA or 4-20mA / Temperature: 4-20mA |
Input (digital) | Start Measurement 12-24V DC |
Measuring range | 0-15,0% or 0-XX,X% (depending on material) / 0-80°C (176°F) |
Temperature operating Range | up to 80°C (176°F) |
Accuracy | depending on measure range and material (approx. ±0,3%) |
Power Consumption | 1,5 Watt, max. 2 Watt |
Parameterization / Measured values | via wireless WiFi interface with software or android app |
Connection cable | 5 x 0,25 mm² shielded (foil shield) L: 2 mtr. |
Dimensions | Ø: 75 mm, Length: 200 mm |
Weight | 2,7kg |
Cover | Aluminium 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 |