The ALSONIC ultrasonic flow meters are specially designed for high-volume applications such as heat pumps and flat stations and are available in both lead-free brass and high-quality plastic. Available in dimensions DN15 to DN50, they can be easily and flexibly integrated into existing systems thanks to their standard threaded connections, analog process outputs and Modbus interface.

Featuring additional functions such as integrated pressure and heat energy measurement, gas and air bubble detection, glycol detection, and high-speed temperature measurement, they offer exceptional multifunctionality. These sensors are the perfect solution for modern and demanding applications requiring precision, efficiency, and versatility.

The sensors can be customized to meet your needs. Do you require other dimensions, hydraulic connections, or electronic interfaces? Just get in touch with us!

Specification:

• Media: Water, Water+Glycol, DI Water, Oils etc.
• Flow Range
  • DN 15: 9 - 3000 l/h
  • DN20: 18 - 6000 l/h
• Accuracy ± 2 % of measured value
• Operating Temperature 0 - 90 °C
• Operating Pressure 0 - 10 bar
• Integrated Temperature and Pressure Sensor
• Heat Energy Measurement
• Gas and Air Bubble Detection
• Glycol Detection
• PPS Sensor Body
• Interfaces Pulse, 0-5 V, Modbus
• Hydraulic Connections G/BSPP Male Thread
• Drinking Water Approval

The new Micro Flow Meter offers the perfect solution for precise flow measurement of small volume flows. Thanks to its compact design and standard push-fit connections, it is ideal for applications such as water treatment and water dispensers.

With a robust housing made from high-quality PPS plastic, the sensor provides maximum reliability and durability. It is perfectly suited for measuring water-glycol mixtures and brine. Additional features such as high-speed temperature measurement and the detection of gas or air bubbles make the sensor a versatile and valuable solution for various applications.

The analogue process outputs, as well as Modbus and I²C interfaces, allow for effortless integration into existing systems.

Specification:

• Media Water, Water+Glycol, Brine, DI Water etc.
• Flow Range 1 - 600 l/h
• Accuracy ± 2% of measured value
• Operating Temperature 0 - 105 °C
• Operating Pressure 0 - 16 bar
• Integrated Temperature Sensor
• Gas and Air Bubble Detection
• Glycol Detection
• PPS Sensor Body
• Interfaces Pulse, 0-5 V, Modbus, I²C
• Hydraulic Connections Standard Push-Fit
• Drinking Water and Food Approval

The Smart Valve is an exceptionally compact pressure-independent control valve (PICV) that regulates the flow rate in a system to a predefined setpoint volume flow.

In addition to its integrated ultrasonic flow measurement, the Smart Valve also measures temperature and pressure. Using electronically controlled ceramic disc valve technology and the integrated PID controller, it can regulate all measured variables.

This makes the Smart Valve suitable both as a pressure-independent control valve for hydraulic balancing in heating systems or geothermal probes and for regulating drinking water circulation systems.

With additional ultrasonic functions such as glycol detection and gas or air bubble detection, the valve monitors all relevant parameters of the installation.

Specification:

• Media Water, Water+Glycol etc.
• Electronic PID controller
• Ceramic Disc Valve Technology
• Ultrasonic Flow Sensor 5 - 2500 l/h
  • Accuracy ± 2% of measured value
• Integrated Temperature and Pressure Sensor
• Operating Temperature 0 – 110 °C
• Operating Pressure 0 – 6 bar
• PPS Valve Body
• Adaptable Hydraulic Connections e.g to G/BSPP Male Thread
• Electronic Interface Pulse, 0-5 V, Modbus

The ALSONIC product family has been expanded with flow sensors for gas measurement. These sensors provide precise measurement of natural gas, air, compressed air, nitrogen and many other gases. With integrated temperature and pressure sensors, they also enable accurate determination of mass flows. Equipped with standardized threaded connections as well as analogue outputs and a Modbus interface, the sensors can be easily and flexibly integrated into a wide range of applications.

Specification:

• Gases: Natural gas, air, compressed air, nitrogen and many more.
• Measuring range:
  • DN 15: 0.015 - 3 m³/h
  • DN20: 0.02 - 4 m³/h
  • DN25: 0.025 - 5 m³/h
  • DN32: 0.035 - 6.5 m³/h
• Measuring accuracy: ± 3 % of measured value
• Operating temperature: -20 - 85 °C
• Operating pressure: 0.8 - 3 bara
• Integrated temperature and pressure sensor
• Brass CW724R sensor body
• Pulse, 0-5 V, Modbus interfaces
• Process connection G male thread

R290 (Propan) bietet als Kältemittel in Wärmepumpen viele Vorteile, denn es ermöglicht die in oft in Sanierungen erforderlichen Vorlauftemperaturen von 75 °C und hat gleichzeitig ein geringes Global Warming Potential (GWP). Jedoch handelt es sich um ein brennbares Kältemittel, das besondere Sicherheitsmaßnahmen erfordert.

Das R290 Safety Development Kit eröffnet Wärmepumpenhersteller neben überdimensionierten Gasabscheidern und doppelwandigen Wärmetauschern einen neuen Ansatz zur sicheren Detektion von freigesetztem R290 im Heizkreis. Mithilfe der Ultraschall-Gasblasenerkennung kann R290 sicher erkannt werden. Eine R290 Leckage im Wärmetauscher kann bspw. durch die Bilanzierung von ein- und ausströmenden Gasblasen in den Wärmetauscher detektiert werden. Aber auch zur Effizienzsteigerung des Gasabscheiders eignet sich das System, denn es ermöglicht die Drosselung des Volumenstroms bei Erkennung von Gasblasen im System, sodass Gasabscheider effektiver arbeiten und evtl. kleiner dimensioniert werden können.

Mit dem R290 Safety Development Kit können Wärmepumpenhersteller die Funktionalität der Ultraschall-Gasblasenerkennung auf ihr individuelles Wärmepumpen-System abstimmen, um die bestmögliche funktionale Sicherheit für den Anwender bieten zu können.