boruak-Cooled condenser .

 

 

Hnathawh dan tur (working principle ) .​​​​​​​

Air-cooled condenser hi boruak hmanga cooling medium atana hman thin a ni. Refrigeration effect chu boruak lumna engemaw chen a tihlum a, chu chuan condensation heat chu a la lut thei a, a phur thei bawk. Hetiang condenser chi hi tui tlakchhamna nasa tak nei emaw, tui supply awm lohna hmun emaw atan a tha hle a, chuvangin freon refrigeration unit tenauah pawh hman a ni nasa hle.

Air flow mode hrang hrang atanga a lan dan chuan air-cooled condensers hi chi hnih ah then theih a ni a, chungte chu natural convection leh forced convection te an ni. Natural convection tih hian thermal pressure danglamna ang chi natural force hmanga condenser chhunga boruak kal dan a kawk a ni. Forced convection erawh chuan mechanical emaw pawn lam thiltihtheihna dang emaw hmangin condenser chhungah boruak a luang lut tir thung.

Product category hrang hrang .

Condensers hi cooling medium a zirin chi thum ah then theih a ni a, chungte chu tui-cooled, air-cooled leh evaporative te an ni. Tui-cooled condenser te hian tui chu cooling medium atan an hmang a, tui circulation hmangin lumna an la chhuak thin. Air-cooled condenser te hian boruak hi cooling medium atan an hmang a, boruak lumna sang tak hmangin lumna an la chhuak thin. Evaporative condensers cooling tube bundle-ah refrigerant spray la, evaporation hmangin lumna laksak rawh.

A hman theih tur scope .

Condenser chi hrang hrang hian an nihna leh an hman theih tur scope hrang hrang an nei a. Water-cooled condensers hi large-scale refrigeration atan a tha a, a chhan chu tui hian specific heat capacity lian tak a nei a, heat tam tak a la thei a ni. Air-cooled condensers hi tui atan a tha-scarce emaw water-Unavailable occasions te hi a tha a, mahse an refrigeration effect hi a tlangpuiin tui angin a tha lo-cooled condensers. Evaporative condensers hi refrigeration unit lian tak tak tan chuan a tha hle a, a chhan chu an refrigerant spray volume a lian a, a lumna tam tak a laksak thei a ni.

A thatna pawimawh tak takte .

Efficient heat dissipation: Tui vaporization (2260 kJ/kg vel) latent heat hi sensible heat exchange aiin a sang zawk hle a, hei hian cooling efficiency nasa takin a ti tha hle.

Tui-Saving leh environment humhalh: Tui hmanlai-cooled system nen khaikhin chuan tui hman hi 60% - 80 60% velin a tlahniam a ni.

Compact structure: Cooling tower leh pipeline thenkhat mamawhna a ti bo a, hmun tlemte a luah.

Influencing factors te .

Ambient humidity: boruak vawt takah chuan evaporation rate a rang zawk a, chu chuan efficiency sang zawk a thlen a; humidity sang tak awmna hmun a ni thei .Performance tih tlem.

Tui quality management: Tui luang chhuak chu scaling leh microbial growth awm loh nan enkawl fo a ngai a ni.

Application scenario hrang hrang .

Refrigeration system, industrial cooling, data center leh field dang dangah pawh heat dissipation tha tak mamawhna hmunah hman a ni nasa hle a, a bik takin tui-scarce area emaw water sang tak awmna hmun-saving requirements ah te hman a ni nasa hle.

Synergistically heating air to a certain temperature to it absorb and carlit away condensation heat, chutiang chuan refrigeration effect a thlen theih nan, air-cooled condensers hian energy saving leh environmental protection lamah a thawk tha hle a, tunlai cooling technology-ah chuan duhthlanna pawimawh tak a ni ta a ni.