Wireless Single-Flange Level Transmitter
The wireless single-flange level gauge is an intelligent level measurement instrument based on the principle of hydrostatic pressure measurement. Its core operating principle involves utilizing a single flange installed at the bottom of the container to directly sense the hydrostatic pressure generated by the liquid inside. This hydrostatic pressure value is proportional to the liquid level height, enabling precise calculation of the current liquid level by measuring the hydrostatic pressure.
Unlike traditional single-flange level gauges, this product integrates advanced wireless communication modules (such as WirelessHART, NB-IoT, or 4G) and is typically battery-powered. It wirelessly transmits measured liquid level data remotely to monitoring centers or cloud platforms, enabling true wireless, remote monitoring. This design is particularly suitable for scenarios involving difficult wiring, dispersed locations, or requiring mobile monitoring.
Description
Product Advantages and Features
The wireless single-flange level gauge integrates the measurement strengths of the single-flange gauge with the convenience of wireless technology, delivering significant value to users.
1. Wireless and Installation Advantages
🔹 Revolutionary Zero Wiring: Utilizing wireless communication technologies like WirelessHART, NB-IoT, or 4G eliminates the need for cable installation, saving up to 90% in cable and conduit costs. This makes it particularly suitable for monitoring in hard-to-wire areas or on mobile equipment.
🔹Long-Range Communication: Wireless technology delivers exceptional communication distances, transmitting data via corresponding networks to remote monitoring centers. This facilitates integration with energy management systems or IoT platforms for remote monitoring and data analysis.
🔹Ultra-Low Power & Battery Operation: Utilizing low-power technology combined with battery power enables continuous operation for months to years (depending on data transmission frequency) without frequent battery replacement, achieving true wireless autonomy.
🔹Simple and Flexible Installation: Single-flange design allows direct mounting on container bottoms without requiring pressure taps. Installation is straightforward with excellent sealing integrity.
2. Performance and Measurement Advantages
🔹High Accuracy and Exceptional Repeatability: Delivers superior measurement precision—some models achieve ±0.25% accuracy—meeting stringent requirements for process control and inventory management.
🔹Stable and Reliable Construction: Features no internal moving parts, ensuring robust structure, high reliability, extended service life, and minimal maintenance.
🔹Broad Media Compatibility: Flange diaphragm materials include 316 stainless steel, Hastelloy, tantalum, etc., enabling measurement of various corrosive media.
🔹 Robust Environmental Adaptability: Typically featuring high protection ratings (e.g., IP68), these sensors withstand harsh industrial environments. Select models offer wide medium temperature ranges and excellent high-temperature resistance.
🔹 Intelligent Diagnostics and Maintenance: Premium models incorporate smart self-diagnostic capabilities, enabling real-time health monitoring and early warnings for anomalies. Support for remote configuration and parameter adjustment simplifies maintenance operations.
Application Areas
Wireless single-flange level gauges excel in multiple industrial sectors thanks to their stable measurement performance and wireless transmission advantages:
🔹 Petroleum, Chemical, and Natural Gas Precise level measurement and remote monitoring for various storage tanks (e.g., crude oil, refined oil, chemicals).
🔹Water Treatment & Municipal Management Water level monitoring in wastewater treatment plants and measurement in reservoirs or water tanks, supporting remote data transmission.
🔹Energy & Power Level measurement in containers such as demineralized water tanks, acid tanks, and alkali tanks within power plants.
🔹Metallurgy & Mining Level detection in high-temperature, high-pressure, or corrosive media like slurry and reaction vessels.
🔹Food & Pharmaceutical Hygienic-grade liquid level monitoring for tanks (e.g., raw material tanks, finished product tanks).
Selection and Application Tips
When selecting and using wireless single-flange level gauges, several key points require special attention:
🔹 Pay attention to medium characteristics: Clearly identify the medium’s corrosiveness, density, temperature, and whether it contains solid particles. These factors influence the selection of flange diaphragm material and filling fluid.
🔹Verify Process Conditions: Accurately understand the vessel’s operating pressure and temperature range to ensure the selected instrument’s flange pressure rating and temperature range meet requirements.
🔹Wireless Communication Requirements: Clearly define specific field requirements for wireless transmission protocols (e.g., WirelessHART, NB-IoT, 4G), network coverage, and data update frequency, as these directly impact battery life.
🔹Power & Battery Life: If battery-powered, evaluate expected battery lifespan based on data acquisition frequency. Some models support low-power modes to extend endurance.
🔹Installation Considerations: While single-flange level gauges offer relatively simple installation, ensure proper flange sealing and select the appropriate flange type (flat or insert) based on medium characteristics.




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