Sicce

Sicce Voyager Nano 2000 Stream Pump

Price
£37.99 inc. VAT
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Sicce Voyager Nano 2000 Stream Pump

The Sicce Voyager Nano 2000 Stream Pump is a compact yet powerful circulation pump designed for nano and small aquariums, ensuring optimal water movement and oxygenation.

  1. Product Details:

    • Model: Sicce Voyager Nano 2000
    • Description: A high-performance, energy-efficient circulation pump ideal for reef and freshwater aquariums.
    • Flow Rate: 2000 LPH (liters per hour)
    • Power Consumption: 3 Watts
    • Voltage: 230V - 50Hz
    • Dimensions: 65 x 45 x 60 mm
    • Mounting Type: Magnetic suction cup mount
    • Maximum Glass Thickness: Up to 12 mm
    • Freshwater: Yes
    • Saltwater: Yes
    • Adjustable Flow: Yes
    • Manufacturer Guarantee: 3 Years
  2. Benefits:

    • Compact and powerful for efficient water movement
    • Energy-efficient with only 3W power consumption
    • Silent operation with vibration-absorbing technology
    • Safe for marine and freshwater aquariums
    • 360° adjustable flow direction
    • Magnetic suction cup for secure attachment
    • Corrosion-resistant materials ensure durability
    • Ideal for creating natural reef currents and freshwater circulation
  3. How It Works:

    • The pump ensures constant water movement to prevent dead spots and promote oxygenation.
    • Using a 360° adjustable flow nozzle, the direction of the water stream can be controlled to suit the aquarium setup.
    • The silent motor and vibration-absorbing system reduce operational noise.
    • The magnetic suction cup ensures a secure and stable mounting even on thick glass.
  4. Innovations:

    • Features a compact yet high-performance design ideal for nano aquariums.
    • Integrated vibration-dampening system reduces noise and enhances performance.
    • 360° rotatable flow allows full control over water movement.
  5. Durability & Material:

    • Constructed from corrosion-resistant, high-quality materials for longevity.
    • Designed to withstand continuous operation in both freshwater and saltwater environments.

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