螺杆冷水机︱离心冷水机︱溴化锂冷水机︱氨制冷机︱磁悬浮冷水机︱冷库机组︱速制冷冻︱恒湿空调︱冷风机︱船压缩机

1、冷凝水是指热空气与比温度低的的风机盘管或冷冻管接触而凝结的水。风机盘管内的冷冻水温一般在8度左右，室温一般在24度以上，热空气吹过风机盘管的冷却器，冷却器的表面会凝结水。

2、冷冻水系统一般是封闭循环，是普通的自来水。温度一般在7度到12度之间。把空调的冷量通过管道与水泵送入房间，再由房间的热交换器交换给空间，吸收房间内的热量，再经过冷冻水系统睡到冷水机组蒸发器中释放热量，冷冻水是把冷量从空调机房传送到房间。

3、冷却水是指中央空调主机冷凝器是冷却制冷剂的循环水。冷却水在主机冷凝器中温度升高，然后流入冷却塔冷却，冷却水冷却，然后回流到冷凝器。一直循环，冷却水一般是经过处理的自来水。在空调制冷过程中，产生大量热量通过管道、水泵送入室外冷却塔进行冷却，冷却水是把产生的热量送出室外。

冷媒指的是制冷剂而不是水，是在空调系统中透过蒸发与凝结使热转移的一种物质。制冷系统中冷媒蒸发吸热装置称蒸发器，凝结放热装置称冷凝器。水在通过蒸发器时放出热量形成冷水，而在通过冷凝器时吸收热量成热水。

冷却塔（The cooling tower）是一种利用水作为循环冷却剂从装置吸收热量并将其排放到大气中以降低水温的装置。它的冷却装置是一种利用水和空气流进行热交换和冷交换以产生蒸汽的设备，蒸汽的挥发将热量带走，从而达到蒸发，对流和辐射热传递的原理，以消散工业中产生的废热。或制冷和空调。蒸发散热装置降低了水温，保证了系统的正常运行。该设备通常为桶形，因此称为冷却塔。一种

冷却塔是综合了空气动力学，热力学，流体科学，化学，生物化学，材料科学，静态和动态结构力学，加工技术和其他学科的综合产品。水质是一个多变量的函数，而冷却是一个多因素，多变量和多影响的过程。

1, Lěngníng shuǐ shì zhǐ rè kōngqì yǔ bǐ wēndù dī de de fēngjī pán guǎn huò lěngdòng guǎn jiēchù ér níngjié de shuǐ. Fēngjī pán guǎnnèi de lěngdòng shuǐwēn yībān zài 8 dù zuǒyòu, shìwēn yībān zài 24 dù yǐshàng, rè kōngqì chuīguò fēngjī pán guǎn de lěngquè qì, lěngquè qì de biǎomiàn huì níngjié shuǐ. 2, Lěngdòng shuǐ xìtǒng yībān shì fēngbì xúnhuán, shì pǔtōng de zìláishuǐ. Wēndù yībān zài 7 dù dào 12 dù zhī jiān. Bǎ kòngtiáo de lěng liàng tōngguò guǎndào yǔ shuǐbèng sòng rù fángjiān, zài yóu fángjiān de rè jiāohuàn qì jiāohuàn gěi kōngjiān, xīshōu fángjiān nèi de rèliàng, zài jīngguò lěngdòng shuǐ xìtǒng shuì dào lěngshuǐ jīzǔ zhēngfā qì zhōng shìfàng rèliàng, lěngdòng shuǐ shì bǎ lěng liàng cóng kòngtiáo jīfáng chuánsòng dào fángjiān. 3, Lěngquè shuǐ shì zhǐ zhōngyāng kòngtiáo zhǔjī lěngníng qì shì lěngquè zhìlěng jì de xúnhuán shuǐ. Lěngquè shuǐ zài zhǔjī lěngníng qì zhōng wēndù shēng gāo, ránhòu liúrù lěngquè tǎ lěngquè, lěngquè shuǐ lěngquè, ránhòu huíliú dào lěngníng qì. Yīzhí xúnhuán, lěngquè shuǐ yībān shì jīngguò chǔlǐ de zìláishuǐ. Zài kòngtiáo zhìlěng guòchéng zhōng, chǎnshēng dàliàng rèliàng tōngguò guǎndào, shuǐbèng sòng rù shìwài lěngquè tǎ jìnxíng lěngquè, lěngquè shuǐ shì bǎ chǎnshēng de rèliàng sòngchū shìwài. Lěngméi zhǐ de shì zhìlěng jì ér bùshì shuǐ, shì zài kòngtiáo xìtǒng zhōng tòuguò zhēngfā yǔ níngjié shǐ rè zhuǎnyí de yī zhǒng wùzhí. Zhìlěng xìtǒng zhōng lěngméi zhēngfā xī rè zhuāngzhì chēng zhēngfā qì, níngjié fàng rè zhuāngzhì chēng lěngníng qì. Shuǐ zài tōngguò zhēngfā qì shí fàngchū rèliàng xíngchéng lěngshuǐ, ér zài tōngguò lěngníng qì shí xīshōu rèliàng chéng rè shuǐ. Lěngquè tǎ (The cooling tower) shì yī zhǒng lìyòng shuǐ zuòwéi xúnhuán lěngquè jì cóng zhuāngzhì xīshōu rèliàng bìng jiāng qí páifàng dào dàqì zhòng yǐ jiàngdī shuǐwēn de zhuāngzhì. Tā de lěngquè zhuāngzhì shì yī zhǒng lìyòng shuǐ hé kōngqì liú jìnxíng rè jiāohuàn hé lěng jiāohuàn yǐ chǎnshēng zhēngqì de shèbèi, zhēngqì de huīfā jiāng rèliàng dài zǒu, cóng'ér dádào zhēngfā, duìliú hé fúshè rè chuáng dì de yuánlǐ, yǐ xiāosàn gōngyè zhōng chǎnshēng de fèirè. Huò zhìlěng hé kòngtiáo. Zhēngfā sànrè zhuāngzhì jiàngdīle shuǐwēn, bǎozhèngle xìtǒng de zhèngcháng yùnxíng. Gāi shèbèi tōngcháng wèi tǒng xíng, yīncǐ chēng wèi lěngquè tǎ. Yī zhǒng lěngquè tǎ shì zònghéle kōngqì dònglìxué, rèlìxué, liútǐ kēxué, huàxué, shēngwù huàxué, cáiliào kēxué, jìngtài hé dòngtài jiégòu lì xué, jiāgōng jìshù hé qítā xuékē de zònghé chǎnpǐn. Shuǐzhì shì yīgè duō biànliàng de hánshù, ér lěngquè shì yīgè duō yīnsù, duō biànliàng hé duō yǐngxiǎng de guòchéng.

1. Condensed water refers to water that is condensed by contact of hot air with a fan coil or a cryotube that is cooler than a temperature. The temperature of the chilled water in the fan coil is generally about 8 degrees, and the room temperature is generally above 24 degrees. The hot air is blown through the cooler of the fan coil, and the surface of the cooler will condense. 2. The chilled water system is generally a closed loop and is an ordinary tap water. The temperature is generally between 7 and 12 degrees. The cooling capacity of the air conditioner is sent to the room through the pipeline and the water pump, and then the heat exchanger of the room is exchanged to the space to absorb the heat in the room, and then the chilled water system sleeps to release the heat in the chiller evaporator, and the chilled water is cooled. The amount is transferred from the air-conditioned room to the room. 3. Cooling water means that the central air conditioning main unit condenser is circulating water for cooling the refrigerant. The cooling water rises in the condenser of the main unit, then flows into the cooling tower for cooling, the cooling water is cooled, and then flows back to the condenser. It is circulated all the time, and the cooling water is generally treated tap water. In the air conditioning and refrigeration process, a large amount of heat is generated and sent to the outdoor cooling tower through the pipeline and the water pump for cooling, and the cooling water sends the generated heat out of the outdoor. Refrigerant refers to a refrigerant, not water, which is a substance that transfers heat through evaporation and condensation in an air conditioning system. In the refrigeration system, the refrigerant evaporation heat absorption device is called an evaporator, and the condensation heat release device is called a condenser. The water releases heat when it passes through the evaporator to form cold water, and absorbs heat into hot water as it passes through the condenser. The cooling tower is a device that uses water as a circulating coolant to absorb heat from the device and discharge it to the atmosphere to lower the water temperature. Its cooling device is a device that uses heat and cold exchange of water and air to generate steam. The volatilization of steam takes away heat, thereby achieving the principles of evaporation, convection and radiant heat transfer to dissipate the industry. Waste heat. Or refrigeration and air conditioning. The evaporative heat sink reduces the water temperature and ensures the normal operation of the system. This device is usually barrel shaped and is therefore called a cooling tower. One kind Cooling towers are a combination of aerodynamics, thermodynamics, fluid science, chemistry, biochemistry, materials science, static and dynamic structural mechanics, processing technology and other disciplines. Water quality is a multivariate function, while cooling is a multifactorial, multivariate and multi-impact process.