Aquecedor de água da bomba de calor 300L com fonte de ar

Pequena descrição:

O aquecedor de água com bomba de calor de fonte de ar 300L é um aquecedor de água com bomba de calor de circulação direta de refrigerante com tanque de 300L e bomba de calor versão 1.5HP Plus, que é adequado para 5-6 pessoas para usar água quente.


Detalhes do produto

Tags de produto

Descrição da bomba de calor de baixa temperatura ambiente

Armazenamento / sem tanque

Fonte

Habitação Material

Chapa galvanizada

Usar

Casa de banho, casa de família

Aquecimento Capacidade

5KW

Refrigerante

R410a, R417a / R410A

Compressor

Copeland, Copeland Scroll Compressor

Voltagem

〜Lnverter 220V

Poder Fornecem

220V / 380V

 Realçar

 bomba de calor de temperatura fria, bomba de calor de fonte de ar do inversor

Policial

4,0

Aquecer Permutador

Trocador de calor de concha

Nível de som

52db (1m)

Trabalhando Ambiente Temperatura

-7 ~ + 43 graus C

Compressor Modelo

Copeland Scroll Compressor

A unidade da bomba de calor de energia de ar é geralmente composta por válvula de expansão (válvula borboleta), compressor, condensador, evaporador e outros componentes principais.

especificação da bomba de calor de baixa temperatura ambiente

Detalhes de especificação e cotação de preço
  Tipo de Produto Aquecedor de água com bomba de calor de fonte de ar tipo circulação de água (pressurizado)
  MODELO S-150L-1HP S-200L-1HP S-250L-1.

5HP

S-300L-1.5HP

S-400L-2HP

S-500L-2HP

Água

Tanque

Volume do tanque de água 150 litros 200 litros 250 Lit res 300 Lit res 400 Lit res 500 Lit res
Tamanho do tanque de água (MM) ①470 * 1545 <P520*1545 中560*162

5

0)560*1915 ①700*1625 0)700*1915
Water Tank outer cover Colorful shining steel(with anti-corrosive surface treatment, white / golden / Silver available)
Water Tank inner cylinder and wall thickness SUS304/1.0

mm

SUS304/1.2

mm

SUS304/1.

5mm

SUS304/1.5mm SUS304/1.5

mm

SUS304/1.5mm
Heat Exchanger N/A
Insulation 50mm high density polyurethane
Rated Working Pressure 0.6Mpa

Aquecer

Pump

Main

Unit

Main unit power (HP) 1Hp 1Hp 1.5Hp 1.5Hp 2Hp 2Hp
Power consumption 1KW 1KW 1.32KW 1.32KW 1.32KW 1.67KW
Nominal Heating capacity 3.5KW 3.5KW 4.73KW 4.73KW 4.73KW 6.5KW
  Fluid pressure reduce and adjustment device Electronic Expansion Valve
Ext. Dimension(mm) 756 x 260 x 450 920 x 280 x 490
Power Supply AC220V/50hz
Refrigerante R410A/R407C (new environmental refrigerant)
20,container loading quantity 60 sets 40 sets 38 sets 32 sets 25 sets 20 sets
Remarks: 1. Above prices are based on FOB + minimum order quantity of 1 x20GP full container, final price will be modified if order quantity changed more or less.

2. Since USD exchange rate changes often, final price maybe modified according to actual exchange rate of the order confirmation date.

Working principle of expansion valve (throttle valve):

Expansion valve (throttle valve) is a device in refrigeration system to control refrigerant flow by changing throttle section or throttle length. It is usually installed between evaporator and liquid storage tank. The expansion valve (throttle valve) throttles the medium temperature and high pressure liquid refrigerant into low temperature and low pressure wet steam, and then the refrigerant absorbs heat in the evaporator to achieve the refrigeration effect. The expansion valve (throttle valve) controls the valve flow by changing the superheat at the end of the evaporator to prevent the evaporator from underusing the area and hitting the cylinder.

Working principle of compressor:

Compressor (also known as "steam pump") is a driving fluid mechanical device that can lift low-pressure gas into high-pressure gas. It is the heart of refrigeration system and heat pump. It sucks low-temperature and low-pressure refrigerant gas from the suction pipe, drives the piston to compress it through the operation of the motor, and then discharges the high-temperature and high-pressure refrigerant gas into the exhaust pipe to provide power for the refrigeration cycle, so as to realize the refrigeration cycle of compression → condensation (exothermic) → expansion → evaporation (endothermic).

Application Cases


  • Previous:
  • Next:

  • Write your message here and send it to us