The Wireless Single Flange Level Transmitter is an innovative solution for continuous level, interface, and density measurement in demanding industrial environments. Its dual flange design with isolation diaphragms allows for direct mounting to tank nozzles. By leveraging industrial wireless protocols (e.g., LoRaWAN, NB-IoT), it facilitates continuous monitoring while eliminating all wiring, thereby drastically cutting installation and maintenance expenses.

• Zero-Wiring Installation
  Saves 90% on cable and conduit costs, requires no trenching or excavation, and can be installed and commissioned in as little as one hour.
• Dual Flange Protection
  Features 316L isolation diaphragms that shield against corrosive and viscous media, prevent crystallization, and ensure reliability under high pressure or vacuum conditions (up to 100 bar).
• Ultra-Low Power Operation
  Designed for 5-8 years* of battery life with daily reporting, with optional solar power support for extended operation.
• Intelligent Diagnostics
  Includes built-in self-calibration, real-time diaphragm health monitoring, and alerts for abnormal performance or signal fluctuations.
• Cloud Connectivity
  Seamlessly integrates with SCADA and cloud systems via Modbus or MQTT, enabling remote monitoring and management via PC or mobile devices.

• Chemical Storage Tanks: Level monitoring of highly corrosive substances such as acids, alkalis, and solvents.
• Oil & Energy: Interface measurement in crude oil, refined product tanks, and pressurized reactors.
• Water & Environmental Protection: Remote level management of sewage, chemical sedimentation, and treatment tanks.
• Food & Pharmaceuticals: CIP/SIP-compatible level control under sanitary conditions.
• Multi-Tank Area Monitoring: Centralized wireless network monitoring for dispersed tanks across large industrial areas.

• Wiring difficulties in hazardous or hard-to-access areas
• Corrosion-resistant performance against aggressive media that damage conventional sensing components
• Reliable operation with minimal power requirements in remote tank farm locations