The Wireless Single 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.

• 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 media (acids, alkalis, solvents).
• Oil and Energy: Interface measurement of crude oil/finished oil storage tanks and pressurized reactors.
• Water Treatment and Environmental Protection: Remote level management of sewage tanks, chemical tanks, and sedimentation tanks.
• Food and Pharmaceuticals: CIP/SIP process liquid level control in sanitary conditions.
• Multi-tank area monitoring: Centralized wireless networking monitoring of dispersed storage tanks in large industrial areas.

Typical Scenario Pain Points Addressed: Difficulty in wiring high-risk areas, corrosion-resistant media damaging pressure-sensing tubes, and power supply challenges in remote tank areas.