ASME shell and tube air condenser / heat exchanger for water and steam

FOB Reference Price:Get Latest Price
US $1,000-5,000 / Sets | 1 Set/Sets industrial condenser (Min. Order)
Report Suspicious Activity
Overview
Quick Details
Condition:
New
Type:
Heat Exchanger
Product Type:
tube heat exchanger
Place of Origin:
Shandong, China (Mainland)
Brand Name:
pulilong
Voltage:
220/380v
Power(W):
customized
Dimension(L*W*H):
customized
Weight:
customized
Certification:
ISO9000&ISO14001&GB/T28001, ASME$ISO9001&ISO14001&ISO28001
Warranty:
five year
After-sales Service Provided:
Overseas service center available
Medium type:
Oil,water,steam,gas
Material:
stainless steel or carbon steel
Liquid Flow Rate:
customized
SupplyAbility
SupplyAbility:
50 Set/Sets per Month industrial condenser
Packaging & Delivery
Packaging Details
Packaging Details: PE film or wooden cases packing or according to customer's request
Delivery Detail: 25 working days after receiving the deposit
Port
Qingdao
Lead Time :
within 25 days after receiving your payment

ASME shell and tube air condenser / heat exchanger for water and steam 

 

Specifications    

                      

1.Medium type: chemical
2.Design Tem.:-40-400C
3.Design P. :0-10.0Mpa
4.Certification: ISO/CE 

 

 

Product introduction

 

   An air condenser is a component used in many air conditioning systems. More broadly, it is a step in heat pump and refrigeration cycles that exchange heat. In a typical air conditioner, a fluid called a refrigerent circulates between the indoor space and outside air. The aircondenser is one part of this path, and it serves to transfer heat from the refrigerant to the outside atmosphere. It is called a condenser because the refrigerant condenses, or changes phase from gas to liquid, during this step.

Air conditioners make use of a pressure difference between different parts of the refrigerant circulation path to keep the fluid moving and allow it to change phases. This pressure differential is created using an air compressor powered by either electricity or, in a vehicle, a combustion engine. High-pressure refrigerant, which is mostly vapor at this point in the cycle, is then pushed through a tube into thermal contact with the outside environment. A fan may be used to ensure fresh outside air is passing over the tube full of refrigerant.

At this point, the refrigerant enters the air condenser. Fluids at higher pressures tend to have a boiling/condensation point at lower temperatures. Air conditioners make use of this property to transfer refrigerant heat to the outside environment—even if external air is already very hot. The air condenser, consequently, functions to condense refrigerant vapor into liquid, thereby releasing heat. The heat released during gas-liquid phase changes is called the enthalpy of vaporization.

To complete the air conditioning cycle, the primarily-liquid refrigerant passes through a choke point called an expansion valve. This valve contains the high pressure of the air condenser and allows a new region of low pressure. The low-pressure region has a component analogous to the air condenser, except that refrigerant evaporates instead of condenses. Accordingly, this evaporation absorbs—rather than releases—heat. The evaporater sucking heat from the air is what makes air from an air conditioner feel cold .

 Company photo

Product photos
 

Certificates
 

Exhibition