【Daily Discussion】Utilities - HVAC - 20200825
Thread Content
In air conditioning systems, what are dry-bulb and wet-bulb temperatures? Feel free to participate actively in the discussions – the system offers generous rewards for answering questions from VIP members! ! !
Wrapping a wet gauze cloth soaked in water around the bulb of a thermometer results in what is known as a wet-bulb thermometer. As the water on the gauze evaporates into the air, the reading of the wet-bulb thermometer decreases. Heat is exchanged between the water and the air, and when equilibrium is reached, the temperature remains constant; this temperature is the wet-bulb temperature.
Dry-bulb temperature is the value read from a dry-bulb thermometer that is exposed to the air but not directly under sunlight. Wrapping a wet gauze cloth soaked in water around the bulb of a thermometer results in what is known as a wet-bulb thermometer. As the water on the gauze evaporates into the air, the reading of the wet-bulb thermometer decreases. Heat is exchanged between the water and the air, and when equilibrium is reached, the temperature remains constant; this temperature is the wet-bulb temperature.
Dry-bulb temperature is the value read from a dry-bulb thermometer that is exposed to the air but not directly under sunlight. A wet gauze cloth soaked in water is wrapped around the bulb of a thermometer; such a thermometer is called a wet-bulb thermometer. As the water on the gauze evaporates into the air, the reading of the wet-bulb thermometer decreases. Heat is exchanged between the water and the air, and when equilibrium is reached, the temperature remains constant – this temperature is the wet-bulb temperature
Dry-bulb temperature is the temperature measured by our ordinary thermometers; it is the main parameter that can be perceived and adjusted； The wet-bulb temperature is primarily used to determine the relative humidity of the air, that is, the humidity that can be perceived – what is commonly referred to as whether it’s stuffy or not. The main thing that needs to be adjusted is the humidity, and these two values fulfill the two main functions of a typical household air conditioner: adjusting both temperature and humidity.
Dry-bulb temperature is the value read from a dry-bulb thermometer that is exposed to the air but not directly under sunlight. Wrapping a wet gauze cloth soaked in water around the bulb of a thermometer results in what is known as a wet-bulb thermometer. As the water on the gauze evaporates into the air, the reading of the wet-bulb thermometer decreases. Heat is exchanged between the water and the air, and when equilibrium is reached, the temperature remains constant; this temperature is the wet-bulb temperature.
Dry-bulb temperature is the value read from a dry-bulb thermometer that is exposed to the air but not directly under sunlight. Wrapping a wet gauze cloth soaked in water around the bulb of a thermometer results in what is known as a wet-bulb thermometer. As the water on the gauze evaporates into the air, the reading of the wet-bulb thermometer decreases. Heat is exchanged between the water and the air, and when equilibrium is reached, the temperature remains constant; this temperature is the wet-bulb temperature.
Dry-bulb temperature is the value read from a dry-bulb thermometer that is exposed to the air but not directly under sunlight. Wrapping a wet gauze cloth soaked in water around the bulb of a thermometer results in what is known as a wet-bulb thermometer. As the water on the gauze evaporates into the air, the reading of the wet-bulb thermometer decreases. Heat is exchanged between the water and the air, and when equilibrium is reached, the temperature remains constant; this temperature is the wet-bulb temperature.
Dry-bulb temperature is the value read from a dry-bulb thermometer that is exposed to the air but not directly under sunlight. Wrapping a wet gauze cloth soaked in water around the bulb of a thermometer results in what is known as a wet-bulb thermometer. As the water on the gauze evaporates into the air, the reading of the wet-bulb thermometer decreases. Heat is exchanged between the water and the air, and when equilibrium is reached, the temperature remains constant; this temperature is the wet-bulb temperature.
Wrapping a wet gauze cloth soaked in water around the bulb of a thermometer results in what is known as a wet-bulb thermometer. As the water on the gauze evaporates into the air, the reading of the wet-bulb thermometer decreases. Heat is exchanged between the water and the air, and when equilibrium is reached, the temperature remains constant; this temperature is the wet-bulb temperature. ??
Dry-bulb temperature is the value read from a dry-bulb thermometer that is exposed to the air but not directly under sunlight. Wrapping a wet gauze cloth soaked in water around the bulb of a thermometer results in what is known as a wet-bulb thermometer. As the water on the gauze evaporates into the air, the reading of the wet-bulb thermometer decreases. Heat is exchanged between the water and the air, and when equilibrium is reached, the temperature remains constant; this temperature is the wet-bulb temperature.