Product code: 6040.005
TUNZE TURBELLE NANOSTREAM 6040
Brand: TUNZE
- Orderable
-
Sales Conditions
-
Shipping
-
Returns Information
Talk with the Expert | International and European shipping | Free Shipping for Orders over 69€ | Shipping within 24 hours
Free Shipping for Orders over 69€ - Shipping within 24 hours
TUNZE TURBELLE NANOSTREAM 6040 – ADJUSTABLE FLOW PUMP FOR AQUARIUMS FROM 20 TO 500 LITERS – HUB EDITION
The Turbelle® nanostream® 6040 HUB EDITION is a compact electronic flow pump suitable for aquariums from 20 to 500 liters, with adjustable flow from approximately 200 to 4500 liters per hour via the Turbelle® Controller 7020. This pump is perfect for aquascaping due to its discreet design and ability to be hidden behind decorations, providing uniform and quiet water circulation with the Silence Magnet Holder support.
Main features:
Electronic adjustable flow pump with 200 to 4500 l/h capacity for aquariums from 20 to 500 liters
Variable power consumption from 1.5 to 13 watts, powered by low safety voltage 12 V
Equipped with Turbelle® Controller 7020 for precise control and access to TUNZE® HUB via WiFi
“Fish Care” function that keeps the impeller moving every 20 seconds during stoppage to protect fish
Compact design (60 x 43 x 68 mm) with 40 mm outlet nozzle, easily hidden behind decorations
Includes Silence Magnet Holder to reduce vibration and noise, compatible with glass up to 15 mm thick
Universal power supply 100-240 V / 50-60 Hz, 3 meter cable for flexible installation
Reliable operation with built-in real-time clock to prevent delays caused by power interruptions
Cloud technology for remote management via Internet and WiFi, integrable with other TUNZE and third-party devices
Why choose Tunze Turbelle Nanostream 6040 HUB EDITION:
This pump is the ideal solution for those seeking complete, quiet, and flexible water circulation control in their aquarium. Compatibility with the TUNZE HUB system enables smart and integrated accessory management, while its compact design and Fish Care technology ensure optimal welfare for fish and plants.