SICCOM Flowita EVO DT20 Air Conditioner Condensate Pump (Wall Type 20 L/h)

Designed to remove condensate water from split air conditioners, the SICCOM Flowita EVO DT20 is a neat, high-performance wall-type condensate pump that can be mounted directly under the indoor unit of the air conditioner. Thanks to its special diaphragm technology developed against pump noise, one of the biggest problems encountered in the field, it offers an unmatched user experience for bedrooms and quiet office environments.

DT20 Diaphragm Technology and Ultra-Quiet Operation

Equipped with new-generation DT20 technology, this model operates at an extremely low noise level of just 18 dB(A), providing complete silence. It maximizes energy efficiency by consuming only 3W during operation. In addition, the "Stop Siphoning" (anti-siphon) device included in the package completely eliminates the risks of negative discharge and vacuum in the installation.

Technical Specifications and Performance Values

The key technical details of the device, manufactured to international standards (CE, EAC certified) and rated for a 100% duty cycle, are as follows:

• Brand / Model: SICCOM / FLOWITA EVO DT20
• Maximum Flow Rate: 20 L/h
• Maximum Discharge Head: 10 meters
• Noise Level: 18 dB(A) (Ultra-quiet)
• Power Consumption: Only 3W
• Operating Voltage: Univolt 100-240V 50/60Hz
• Reservoir (Tank) Capacity: 170 ml
• Protection Class: IP24
• Cable Length: 0.8 meters
• Dimensions: 135 mm x 57 mm x 106.5 mm

Installation and Maintenance Note for Field Technicians

Technician Note: The main cause of condensate pump failures and blockages is the difficulty of periodic maintenance. The SICCOM Flowita EVO DT20 has a modular design that can be dismantled in seconds. The front panel, water reservoir, suction tube and filter of the device can be removed easily without tools. This way, during seasonal air conditioner maintenance, you can simply open the cover and clean the reservoir and filter without removing the pump completely, minimizing your installation and maintenance time.