Comline® DOC Skimmer 9004 DC
The Comline® DOC Skimmer 9004 DC is designed for use in seawater up to 300 liters.
It operates according to the TUNZE® flash skimming principle and acquires the water through an efficient surface suction with a surface film removal, and can therefore also be used as a " stand-alone " solution in the aquarium .
SPECIFICATION
- For aquariums up to 300 liters
- Immersion depth: approx. 225 - 245 mm
- Skimmer cup volume: 0.2 liters
- Energy consumption: 5W
- Voltage/frequency: 100-240V/50-60Hz
- Air capacity: approx. 200 l/h
- Dimensions: L 110 x W 90 x H 305 mm
- Cable lenght: 3m up to the Turbelle® conroller
- Max Glass Thickness: 12mm
The Tunze Comline DOC 9004 DC skimmer utilizes Tunze's " Flash Skimming " principle. The skimmer is quiet and generates a very large volume of small bubbles for efficient skimmer operation. It operates stand-alone without needing any additional equipment (feed pumps, etc).
Electronically controllable by the Turbelle®...
Controller. Micro-processor controlled PM motor operating on safety extra-low voltage of 12 V to 24 V. Blocking and run-dry protection.
The TUNZE® Comline® opens the...
way for compact aquarium components for internal operation, ultra functional, sophisticated, with clearly defined lines.
The Comline® is a multi-functional product line: Surface and substrate zone intake, high flow propeller pump filter, flash protein skimming, the system creates a natural environment in the aquarium with a compact footprint. The goal, more performance from less space. Comline® components meet these requirements and the visual harmony of the aquarium is maintained. It is no longer necessary to hide technical equipment in the aquarium; instead, it forms an integral part of it. The system is highly effective; all organic pollutants are removed from the environment directly, while the path the water has to cover is short and direct. The risk of leakage is almost zero. The highly efficient technology enables reduction of the volume of the internal equipment, as well as significantly reducing the energy consumption .
