Kobre®Tec Flow Control Pump 30000, S-Series - 46-385 W.
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Description
Description
Flow Control with Base
We have been working towards these pumps for a long time. Now our Kobre®Tec Flow Control pumps are available. The pump models feature innovative electronics. The pump can be continuously adjusted to the desired speed range via the external pump controller. This allows, for example, the pump output to be gradually reduced at the touch of a button during winter. The additional purchase of expensive speed controllers is now a thing of the past.
The Kobre®Tec Flow Control pumps are custom-made according to our requirements. The models with a base are primarily used in gravity filters. Thanks to the base, these pumps have a secure and stable stand. The pressure connection is positioned on the pump. This allows the pump to be optimally installed even in confined spaces.
Kobre®Tec Features:
- Energy-saving pump with innovative electronics
- Continuously adjustable with external pump controller
- Robust and durable
- Equipped with a low-wear ceramic shaft
- Motor protection in case of impeller blockage
- Dry run protection
- Transports dirt particles up to 6 mm
- Ideal for use in gravity filters
- Small footprint thanks to the base
Technical data:
| Power (W) | 46 - 385 |
| Liters per hour max. | 30000 |
| Height max. (m) | 10 |
| Dimensions LxWxH (mm) | 310x160x180 |
| Pressure side connection | 2" AG |
| Suction side connection | 2" AG |
| Hose connection (mm) | 25/32/40/50 |
Innovative Pump Controller
All Kobre®Tec pump models come standard with the new and innovative pump controller. The controller can be conveniently and easily connected to the pump with the included cable. You can easily control the power of the connected pump using the touch buttons. The pump's wattage is displayed on the screen. This allows, for example, to reduce pump power during the winter months. Or simply set the correct amount of water for a stream or a spring stone. Reducing the pump power also saves energy, as the pump consumes less energy at lower speeds.

