The Wireless Dual Flange Level Transmitter is a revolutionary industrial liquid level/interface measurement instrument designed for harsh operating conditions. It features a dual flange isolation diaphragm structure that can be directly installed on tank flange interfaces. Combined with industrial wireless transmission technology (such as LoRaWAN/NB-IoT), it enables continuous monitoring of liquid height, density, or interface, completely eliminating the need for wiring and significantly reducing installation and maintenance costs.

• Wireless Installation: Eliminates wiring and conduit, reducing associated costs by 90% and removing the need for excavation. Installation and commissioning can be completed in as little as one hour.
• Dual Flange Seal with 316L Diaphragm: Isolates and protects against corrosive, crystallizing, and viscous process media. Suitable for high-pressure and vacuum applications, withstanding up to 100 bar.
• Ultra-Low Power & Extended Battery Life: Operates for 5-8 years* on battery power with daily reporting. Supports optional solar power for continuous operation in remote locations.
• Built-In Intelligence & Diagnostics: Self-calibration capability, continuous diaphragm integrity monitoring, and proactive alerts for system or process abnormalities.
• Seamless Cloud & SCADA Integration: Transmits data directly via Modbus or MQTT to cloud platforms and SCADA systems. Enables full remote access and control via PC or mobile devices.

• Chemical Storage Tanks: Reliable level measurement for highly corrosive media including acids, alkalis, and solvents.
• Oil & Energy: Accurate interface detection in crude oil tanks, refined product storage, and pressurized reactors.
• Water & Environmental Protection: Remote level monitoring in sewage treatment, chemical dosing tanks, and sedimentation basins.
• Food & Pharmaceuticals: Sanitary liquid level control supporting CIP/SIP processes under strict hygiene conditions.
• Multi-Tank Monitoring: Centralized wireless network solution for level management across large-scale, dispersed tank farms.

• Eliminates complex wiring in hazardous or inaccessible zones
• Resists damage from corrosive and aggressive fluids that impair traditional sensors
• Overcomes power supply constraints in remote or unmanned tank areas