Card type fan coil unit

Card type fan coil unit

Product features

The use of high-efficiency energy-saving fans and high-quality coils can effectively reduce energy consumption and improve air conditioning efficiency.

Easy to install, compact in structure, small in size, and easy to install on the ceiling of a room without taking up too much space.

Quiet and comfortable, using low-noise fans and optimized structural design can effectively reduce noise and improve user comfort.

Purifying air can effectively filter harmful substances such as bacteria and viruses in the air, improving indoor air quality.

Easy maintenance, easy replacement of parts, simple maintenance, can save a lot of maintenance costs and time.

Strong adaptability can adapt to different building structures and environments, and customize design according to different needs.

Beautiful and generous in appearance, it can match various indoor decoration styles and improve indoor aesthetics.

Safe and reliable use of high-quality materials and strict production processes can ensure the safety and reliability of equipment.

Intelligent control can be remotely controlled and monitored through intelligent control systems, making it convenient for users to use and manage.

Place of use

Widely applicable for air conditioning engineering in newly built and renovated industrial and civil buildings, such as textile and clothing manufacturing, mechanical manufacturing, metallurgy and chemical engineering, electronic power, medical and pharmaceutical, broadcasting halls, shopping malls, entertainment centers, cinemas, sports venues, and other air conditioning places.

Card type surface mounted fan coil unit - A-direction view with condensate lifting pump type

Card type surface mounted fan coil unit - external dimensions with condensate lifting pump type

Card type surface mounted fan coil unit - self draining A-direction view

Card type surface mounted fan coil unit - self draining type external dimension table

Card type surface mounted fan coil unit (with condensate lifting pump, two pipe)

Note:

1. Cooling: inlet and outlet water temperature of 7 ℃/12 ℃, inlet air dry bulb temperature DB27.0 ℃, wet bulb temperature WB19.5 ℃.

2. Heating: The inlet and outlet water temperature is 60 ℃/50 ℃, and the inlet air dry bulb temperature is DB21.0C.

3. The noise in the table is measured by the unit in a fully anechoic room with a background noise of 16.5dB (A) (according to GB/T19232-2019).

4. The power consumed by the motor load is the input power (also known as reference condition consumption), and the power indicated on the motor nameplate is the nominal power, which is the output power of the motor when operating under rated conditions.

5. If the actual operating conditions are different from the standard operating conditions, please refer to the correction coefficient table data in the sample for correction.

Correction method: Actual cooling (heat) capacity=rated cooling (heat) capacity X working condition correction factor.

6. Our company reserves the right to make product improvements or design changes without prior notice, and all products are based on the actual product.

Card type surface mounted fan coil unit (self draining type, two pipe)

Note:

1. Cooling: inlet and outlet water temperature of 7 ℃/12 ℃, inlet air dry bulb temperature DB27.0 ℃, wet bulb temperature WB19.5 ℃.

2. Heating: The inlet and outlet water temperature is 60 ℃/50 ℃, and the inlet air dry bulb temperature is DB21.0C.

3. The noise in the table is measured by the unit in a fully anechoic room with a background noise of 16.5dB (A) (according to GB/T19232-2019).

4. The power consumed by the motor load is the input power (also known as reference condition consumption), and the power indicated on the motor nameplate is the nominal power, which is the output power of the motor when operating under rated conditions.

5. If the actual operating conditions are different from the standard operating conditions, please refer to the correction coefficient table data in the sample for correction.

Correction method: Actual cooling (heat) capacity=rated cooling (heat) capacity X working condition correction factor.

6. Our company reserves the right to make product improvements or design changes without prior notice, and all products are based on the actual product.