R32 R410 40 кВт 45 кВт 50 кВт 60 кВт двойной компрессор постоянного тока инвертор источник воздуха в воду тепловой насос решение

Поделиться:


Цена:807,05 $ - 1 076,05 $
Стоимость в USD:Узнать цену

Количество:

Купить

Описание и отзывы


Характеристики



Air source /chiller dual compressor heat pump solution

Product introdution
Established in 2010 and based in Shenzhen , China. Bandary is a Hi-tech enterprise has 3 R&D Centers in Shenzhen ,Dongguan and Suzhou, over 20 years manufacturing and development experience in home appliances ,DC inverter air conditioning ,sensor ,providing one stop solution from ideas to finished product .
R&D team member in Suzhou office of Bandary focuses on inverter air conditioning research and development ,we have 3-5 senior engineer have more than 20-year experience in this filed .we can provide one stop solution to cover various range systemrequirements.
Our product range as below:
1.Home application DC inverter system
-3HP system
-4HP system
2.Commerical chiller system
-5HP-10HP single compressor system
-12HP-24HP dual compressor system
-Modular system (Max .16 outdoor unit in parallel)
3.Commercial Refrigerated system
-Mini VRF system (One outdoor, up to 12 indoor units)
-Large VRF system (Max 4 outdoor units with 2 compressors, up to 64 indoor units)
4.Fresh air system
Bandary DC inverter air conditioner solution can match with any brand any type (scroll/single /twin rotation/BLDC )compressor .








Technical Data
Measuring range
-20~99℃ RH≤90% (non condensed)
Controlling range
-20~99℃ RH≤90% (non condensed)
Power supply input
220VAC 50Hz/60Hz
Temperature control accuracy
 ±0.5℃
EXV/EVI port
4-way (2-way EXV /2-way EVI )
Relay output
12-way
Temperature sensor
6pcs  (5pcs normal sensor +1pc high temperature sensor)
Pressure sensor
1*high pressure sensor +1*low pressure sensor
Fault input
10-way
    Compressor port
Single /Dual compressor configuration
              Senor type
NTC sensor 3950k and 3470k
        Mounting size
188*124*57cm
Power consumption
<10w




















0.0044 s.