Condenser

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Condenser

Condenser

Condenser is a vital component of the refrigeration system that plays a crucial role in removing heat from the refrigerant gas. This process is essential for maintaining low temperatures inside the cold storage facility. Here's an overview of the condenser and its function in cold storage:

Condenser
Refrigeration Capacity: - 5 Kw to 2000 Kw Type: - Air-Cooled / Water-cooled / Evaporative. Design ambient Temperature :- (+) 45 Deg C Design water Temperature :- (+) 32 Deg C. Tube Material :- ASTM A240/ ASTM B 111 CFM: - High Air throw: - Straight / Vertical. Noise Level :- 60-80 Db Casing Material: - SS304 / Galvanising steel. Mounting Type: - Floor. Motor Protection: - IP54. IBC Standard Structural Design. Refrigerant :- R 717/ R 404 A / R 134 A

Condenser

Refrigeration Capacity: - 5 Kw to 2000 Kw
Type: - Air-Cooled / Water-cooled / Evaporative.
Design ambient Temperature :- (+) 45 Deg C
Design water Temperature :- (+) 32 Deg C.
Tube Material :- ASTM A240/ ASTM B 111
CFM: - High
Air throw: - Straight / Vertical.
Noise Level :- 60-80 Db
Casing Material: - SS304 / Galvanising steel.
Mounting Type: - Floor.
Motor Protection: - IP54.
IBC Standard Structural Design.
Refrigerant :- R 717/ R 404 A / R 134 A

Functionality
Heat Removal: The condenser is responsible for transferring heat absorbed from the cold storage area to the external environment. It facilitates the release of heat from the refrigerant gas, causing it to condense into a liquid state. Pressure Regulation: As the refrigerant gas condenses, it undergoes a phase change from a high-pressure gas to a high-pressure liquid. This liquid refrigerant then flows to the expansion valve or device to continue the refrigeration cycle.

Functionality

Heat Removal: The condenser is responsible for transferring heat absorbed from the cold storage area to the external environment. It facilitates the release of heat from the refrigerant gas, causing it to condense into a liquid state.
Pressure Regulation: As the refrigerant gas condenses, it undergoes a phase change from a high-pressure gas to a high-pressure liquid. This liquid refrigerant then flows to the expansion valve or device to continue the refrigeration cycle.