ULTRASONIC WATER HEAT METER
Specifications
Mechanical Data
- Materials: Carbon steel (stainless steel for sensor), Sensor: PEEK, Protection, Cover: Nylon Plus Glass Fiber
- Metrological Environment: Class C
- Work Environment: Temperature: -30 to 45°C, Humidity: 100% (RH)
- Protection Grade: IP68
- Measurable Fluid: Water
- Fluid Temperature: 0 to 80°C
- Max. Pressure: 1.6MPa Standard, 2.5MPa Optional
- Pressure Loss: DN15 – DN40: ΔP40 Pa; DN50 & above: ΔP10 Pa
Electrical Data
- Power Supply: 2 Built-in Lithium Batteries / External DC8-24V Power Supply Optional
- Power Consumption: Standard Condition < 30uA
- Replacement Interval: 20 Years Above Continuously
- Electromagnetism Grade: Class E2
- Communication Interface: RS485, M-BUS
- Spot Display: Screen with two rows: 9 digital accumulated flow display, 6 digital instantaneous flow display, various condition prompt symbols & units
- Data Storage: Ferroelectric storage parameters usage, recording accumulated flow of 32 months and 31 days
- Flow Measurement Cycle: Measurement condition: 1time/second (settable); Authentication Condition: 4times/second
Approval
- Standard: ISO4064-2014, GBT778-2018 EMC Directive 2014/30/EU
ULTRASONIC WATER HEAT METER
Description
The FUW3200 series ultrasonic water meter is designed for reliable and precise flow measurement, this ultrasonic flow meter combines advanced ultrasonic measurement technology with a robust industrial construction. It is suitable for demanding applications where accuracy, durability, and low power consumption are essential.
The meter features high reliability and a wide measurement range, with IP68 production-grade protection for enhanced resistance to harsh operating environments. Its ultrasonic measurement technology requires no moving components, helping reduce wear and maintenance requirements.
Applications
The meter is particularly well suited for heating and cooling energy measurement, industrial flow monitoring, water and fluid measurement, and other applications requiring dependable long-term ultrasonic flow measurement.
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