Ultrasonic Heat Meter DN15-DN100 – Energy Saving Solution

Ultrasonic Heat Meter DN15-DN100 – Energy Saving Solution — A compact, battery-powered ultrasonic heat meter designed for accurate energy measurement across residential and commercial heating systems. Available in multiple DN sizes with aluminium body and CE certification for reliable performance.

Features

• Ultrasonic flow measurement for precise heat energy calculation
• Wide model range: DN15–DN100 to suit different pipe sizes
• Durable aluminium construction for corrosion resistance and longevity
• Low minimum flow rate: 0.2 m³/h for accurate readings at low demand
• Battery-powered operation with option for external power

Technical Details

• Model: DN15, DN20, DN25, DN32, DN40, DN50, DN65, DN80, DN100
• Main material: Aluminium
• Minimum flow rate: 0.2 m³/h
• Power supply: Battery with external power option
• Certification: CE

Included in package: Ultrasonic heat meter unit and standard mounting hardware.

Warning/Reminder: Install by a qualified technician. Ensure compatibility with system pipe size and follow local regulations for metering and calibration.

This meter improves billing accuracy and reduces energy waste by delivering precise heat and flow readings even at low flow conditions. Its aluminium build and ultrasonic sensing offer durability and minimal maintenance, simplifying monitoring for homeowners, building managers, and HVAC professionals. Clear readings and flexible power options make it easy to integrate into new or existing installations.

Perfect for homeowners and facility managers, backed by CE certification. Add the Ultrasonic Heat Meter DN15-DN100 to your project to monitor consumption, optimize system performance, and support energy-saving initiatives. Purchase now to install in heating circuits, district metering, or retrofit projects with confidence.

Used for continuous heat monitoring in residential and commercial systems. Follow manufacturer guidelines for installation and calibration to ensure accurate long-term performance.