FL-WAPP Sensor High-Temperature

The intelligent Moisture probe with wireless interface for bulk solids measurement at high process temperatures up to 130°C / 266°F.

Usage and applications

Moisture measurement technology with universal application possibilities in high temperature areas of up to 130°C/ 266°F. 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 mixers
At the entrance or exit of a drying process

Special Features

Use at high process temperatures (up to 130°C / 266°F)
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
Wireless parameterization / calibration via all WLAN terminal devices
Protocol of measured values is stored in EXCEL format for easy sharing
Unlimited favorites list for calibration curves of differentiated materials
Vasatile connectivity through analog, digital or wireless data output
Effordless changing of the ceramic wear head on-site
Universal application possibilities and easy installation due to compact dimensions and the use of the latest electronics

Technical Data

Measuring method	Microwave / 433 MHz
Power Supply	12-24V DC
Output (analog)	0–20mA or 4-20mA
Input (digital)	Start Measurement 12-24 V DC
Measurement range	0-15,0% bzw. -XX,X% (depending on material) / 0-80°C
Temperature operating Range	up to 130°C (266 °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., Miniature Round Connector 5pole male
Dimensions	Ø: 75 mm, Lenght: 450 mm
Weight	5kg
Cover	Stainless Steel (V2A), IP68 Sensor measuring surface with highly wear-resistant ceramic
Operating System	WIN 7 or higher, or Android 4.1 or higher