Lora Wireless Bevel Gear Flow Meter
Clouds lora wireless oval gear flow meter is a precision instrument based on volumetric measurement principles. Its core operating principle involves two precision-meshed oval gears that rotate alternately under fluid pressure differential, forming fixed metering chambers. Each complete rotation of the gears discharges a fixed volume of fluid. By counting the number of rotations, the cumulative fluid flow can be precisely calculated.
Unlike traditional gear flow meters, this product integrates industrial IoT wireless transmission modules (such as LoRaWAN, NB-IoT, 4G, etc.) and is typically battery-powered. It transmits measured flow data remotely to monitoring centers or cloud platforms, enabling true wireless, remote monitoring. This design makes it particularly suitable for scenarios where wiring is difficult, locations are dispersed, or mobile monitoring is required.
Description
Product Advantages and Features
The wireless gear flow meter integrates the inherent measurement advantages of gear flow meters with the convenience of wireless technology, delivering significant value to users.
1. Wireless and Installation Advantages
🔹 Revolutionary Zero-Wiring: Utilizes wireless communication technologies like LoRaWAN, NB-IoT, and 4G, eliminating the need for cable installation and saving up to 90% on cable and conduit costs. Particularly suitable for monitoring hard-to-wire areas or mobile equipment.
🔹 Intrinsically Safe Wireless: Explosion-proof wireless modules (e.g., Ex d IIC T6 certified) eliminate the need for cable trenches, reducing retrofit costs in hazardous areas.
🔹 Ultra-Low Power & Battery Operation: Low-power technology combined with battery power enables independent operation lasting several years without frequent battery replacement.
2. Performance and Measurement Advantages
🔹High Accuracy and Exceptional Repeatability: Delivers outstanding measurement precision with trade-grade accuracy up to ±0.5%, and ±0.2% for select models. Excellent short-term repeatability meets stringent requirements for trade settlement and precision process control.
🔹High-Viscosity Conqueror: Incorporates self-lubricating nano-coating technology to measure media across an extremely wide viscosity range (e.g., 0.1 to 100,000 cP), effectively preventing media adhesion and eliminating gear jamming risks.
🔹Intelligent Self-Diagnosis: Features real-time monitoring for gear wear or foreign object intrusion. Triggers automatic calibration or alerts when deviations exceed preset thresholds (e.g., 0.2%), significantly reducing maintenance costs.
🔹Robust Data Management: Supports blockchain-encrypted data storage (compliant with ISO 8000 standards), ensuring tamper-proof integrity. Generates flow certificates with a single click for efficient audit traceability.
Application Areas
Wireless helical gear flow meters excel in multiple fields thanks to their outstanding measurement capabilities for high-viscosity media and wireless transmission advantages:
🔹 Petroleum & Chemical Industry: Precise measurement of high-viscosity or corrosive fluids such as crude oil, lubricating oil, asphalt, heavy oil, sulfuric acid, and hydrochloric acid.
🔹 Food & Pharmaceuticals: Flow control for filling sauces like fruit juices, syrups, ketchup, and edible oils; precise addition of critical ingredients such as vaccine active components, meeting sanitary standards.
🔹 Research & Laboratory: Accurate addition of catalysts and reagents in chemical synthesis; precise control of nutrient solutions in biological cell culture.
Selection and Application Tips
When selecting and using wireless gear flow meters, several key points require special attention:
🔹 Pay attention to medium characteristics: Clearly identify the medium’s corrosiveness, viscosity, and whether it contains impurities or bubbles. While gear flow meters excel at measuring high-viscosity fluids, hard particles in the medium may accelerate gear wear.
🔹Verify Process Conditions: Accurately understand the pressure and temperature range of the process pipeline to ensure the selected instrument meets requirements.
🔹Wireless Communication Requirements: Clearly define specific on-site requirements for wireless transmission methods (e.g., LoRaWAN, NB-IoT), network coverage, and data update frequency.
🔹Power Supply and Battery Life: If opting for battery power, evaluate the expected battery lifespan based on the data collection frequency.







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