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DX291-1 - Dynamix 2-way valve with electric actuator

Price includes VAT

Original price £811.84 - Original price £880.64
Original price
£880.64
£811.84 - £880.64
Current price £880.64
SKU DX291BMY304

In stock items - delivery 1-3 days

lead - time 10-14 days from italy 🇮🇹

The dynamx™ DX291 series flow control valves are pressure-independent electronic valves designed for variable flow HVAC systems. Thanks to patented Dynamic Flow Networking® (DFN) technology, they simultaneously provide automatic hydraulic balancing and precise real-time flow control, ensuring optimal performance regardless of network pressure variations. A true "5-in-1" solution, the DX291 series combines the functions of a control valve, dynamic balancing valve, shut-off valve, energy monitoring, and integrated room temperature control (optional). Designed particularly for ceiling-mounted air conditioning units or other applications, the dynamx™ variable 2-way flow control valves from the DX291-1 series are electronic, pressure-independent flow control valves designed for HVAC systems with variable flow. Dankzij de patenteerde Dynamic Flow Networking® (DFN)-technology zorgen ze gelijkertijd voor automatisch en dynamisch hydraulisch balanceren en real-time debietregeling, waardoor de noodzaak voor extra inregelkleppen overbodig wordt.

Also the "4-in-1" combination of DX291-1 series has functions in the tool: it controls the pressure, it controls the dynamic pressure-independent control and it monitors the energy monitoring device.

De kleppen integreren debietmeting evenals temperaturatuurverschil (ΔT) meting en maken degistratie van debiet en energie mogelijk. You can connect the Bluetooth® communication system via MP MultiProtocol to your integrated Bluetooth® communication system via MODBUS RTU and BACnet MSTP.

The DX291-1 series is designed for compact operation with light handling systems (AHU), heat pumps for various HVAC applications, and a nominal system rating of 16 bar (PN16) and water temperature of +5 °C to +90 °C. (niet-condenserend)

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