Boiler bathing water, 8 tons of cold water boiled to about 60 degrees, how big is the boiler suitabl

Now the bathrooms are equipped with energy-saving boilers, and your scale is completely sufficient. This type of energy-saving boiler can produce 5 tons of water per hour, and it can be bathed 5 minutes from the start of ignition, which is ready to use and convenient for science; The water tank should be insulated, and the heat loss is very small.

With a ton water heater, about 3 hours can heat 8 tons of 5 water to 50, if you consider that the water tank is not insulated, you should use a ton of water heater, the approximate heating time is hours.

In order to save coal, the tank should be insulated.

If the boiler is smaller, the burning speed is too slow, and the smaller the boiler, the lower the efficiency.

The boiler with a diameter of 2 meters and a height of 2 meters can produce 500 kg of hot water per hour, and it is a bit small to provide 1 ton of hot water per hour (50) per hour. If you burn 8 tons, it will take about 8-10 hours.

In short, at least tons of water heaters should be used.

With a 1 ton hot water boiler will do, 1 ton of 95 degree hot water per hour, equipped with a return tank and a hot water circulation pump, as long as your water tank is not a thermal insulation barrel, there is heat consumption.

A 200,000 kcal hot water boiler is fine, and an oil and gas boiler can call me.

Suppose 1t of water is heated from 20 to 90 degrees.

Then the calorie required is (90-15) * 1000 = 75000 kcal.

The calorific value is 6000 kcal hard carbon, and the efficiency is 65%.

The cost of 1t of water: 75000 (6000*65%)*1200 1000=23 yuan.

The ** of the six-point hot water meter is about 100 yuan.

I'm in hot water engineering, so I will only calculate the cost of hot water, and the heating can only be for you.

It is best to boil the water to drink, and if it is for bathing, it is best to use it at 50 degrees Celsius.

Boilers are divided into hot water boilers and steam boilers, and hot water boilers can be heated to 95 degrees Celsius.

The maximum water that can burn more than 100 degrees Celsius, steam boiler and steam saturation pressure, different pressure temperatures correspond to a specific value, which can be divided into low-pressure boilers, medium-pressure boilers, high-pressure boilers and ultra-high-pressure boilers, and the achievable temperature is:

Low-pressure boiler: its steam temperature is mostly saturation temperature or not higher than 400; Medium-pressure boiler: the steam temperature is 450; Pressure cooker liquid local furnace:

The outlet steam temperature is mostly 540; Ultra-high pressure boiler: steam outlet temperature is 540, small amount is 555.

It is best to boil the water to drink, and if it is for bathing, it is best to use it at 50 degrees Celsius.

Boilers are divided into hot water boilers and steam boilers, hot water boilers can be heated to 95 degrees Celsius, and can burn off water above 100 degrees Celsius at most, steam boilers and steam saturation pressure, different pressure temperatures correspond to a specific value, which can be divided into low-pressure boilers, medium-pressure boilers, high-pressure boilers and ultra-high-pressure boilers, and the achievable temperature is:

Low-pressure boiler: its steam temperature is mostly saturation temperature or not higher than 400; Medium pressure boiler: the specified steam temperature is 450; High-pressure boilers:

The outlet steam temperature is mostly 540; Ultra-high pressure boiler: steam outlet temperature is 540, small amount is 555.

If it is for drinking, it is best to boil it; If it is used for bathing, it is best to burn it at 50 degrees Celsius.

Boilers are divided into hot water boilers and steam boilers, hot water boilers can be burned to 95 degrees Celsius for heating, and can burn up to 100 degrees Celsius or more of high-temperature water, while steam boilers are related to steam saturation pressure, different pressures correspond to a certain value of temperature, and can be divided into low-pressure boilers, medium-pressure boilers, high-pressure boilers and ultra-high-pressure boilers, the temperatures that can be reached are:

Low-pressure boiler: its steam temperature is mostly saturation temperature or not higher than 400 degrees Celsius; Medium-pressure boiler: the specified steam temperature is 450 degrees Celsius; High-pressure boilers:

The outlet steam temperature is mostly 540 degrees Celsius; Ultra-high pressure boilers: steam outlet temperature is 540 degrees Celsius, a few are 555 degrees Celsius.

The wall-hung boiler is loved by people for its flexible and free regulation and control, and the number of installations has increased year by year, and it has become the main force of household heating. But there is a rather nerve-wracking question that has been bothering many users: how to set the temperature of the wall-hung boiler at night to be the most suitable?

Today, we're going to talk about that.

Set the optimal temperature reasonably.

According to medical and architectural research, when the human body is properly dressed, fully warmed and in a quiet state, the human body feels most comfortable when the room temperature is maintained at about 18 22, and when the room temperature is lower than 15, it produces a significant cold feeling. Normally, people don't need too high a temperature to sleep at night, because during sleep, the body's metabolism decreases to a very low level. Therefore, for the sake of energy saving, it is recommended that you adjust the indoor temperature to about 15 when you sleep.

Set the time period reasonably.

In fact, many wall-hung boilers (including room thermostats) can be set at regular intervals. For example, if you go to bed around 11 p.m., you can set the working temperature of the wall-hung boiler to a lower temperature between 11 a.m. and 6 a.m. For friends who are afraid of cold, you can set the temperature to be automatically increased half an hour before getting up.

For example, a user wakes up at 7:00 every day and gets up at 8:00

00 to go out to work, 6:30 p.m. to get home from work, you can make the following settings: 6:00 a.m

30 is set to 20 between 7:30 a.m. and 6:30 p.m

Set the lowest temperature between 00 p.m., 6:00 p.m., 11:00 p.m., 20 p.m., and 11:00 p.m

00 6:30 a.m. is set to 15 a.m., which saves gas and maintains a comfortable room temperature.

How many degrees is appropriate when you are not at home?

Leave home for a short time (three or five days) the wall-hung boiler can be kept at the lowest temperature of heating, if the thermostat is used, the room temperature is set to about 10 is more appropriate, and then the room temperature is adjusted back to 18-22 when you go home.

If you leave for a long time (more than ten days), you should close the doors and windows, keep the water, electricity and gas of the wall-hung boiler unobstructed, and ensure that the anti-freezing protection of the wall-hung boiler can be started normally.

If you do not live at home all year round, you need to turn off the gas valve and tap water valve, cut off the main power switch, and completely drain the water in the wall-hung boiler and heating system.

This question must be clearly explained prerequisites, because there are too many types and uses of boilers, ranging from household bathing and heating, to power generation boilers as high as dozens of floors. The low temperature ranges from tens of degrees, and the high temperature reaches 550 degrees of superheated steam. The low pressure has natural static pressure, and the high pressure has exceeded the critical pressure.

Your question is what this boiler is for, and you must give conditions to help you answer.

Summary. Hello, according to your requirements, how big boiler is suitable for 60 degrees of hot water per hour, we need to consider the following factors to determine the appropriate boiler size:1

flow rate of hot water; 2.the temperature of the hot water; 3.the pressure of hot water; 4.

the type of fuel for the boiler; 5.thermal efficiency of boilers; 6.Installation space for the boiler.

First of all, according to the information you provided, tons of hot water of 60 degrees per hour, we can determine that the flow rate of hot water is tons per hour, the temperature is 60 degrees, and the pressure is normal pressure. Secondly, depending on the fuel type of the boiler, you can choose a gas boiler, an oil-fired boiler, or a hot water boiler, and according to the thermal efficiency of the boiler, you can choose a high-efficiency boiler to save energy. Finally, according to the installation space of the boiler, the appropriate boiler size can be selected to ensure that the installation space of the boiler can meet the demand.

To sum up, how big boiler is suitable for 60 degree hot water per hour needs to consider factors such as hot water flow, temperature, pressure, fuel type, thermal efficiency and installation space to determine the appropriate boiler size.

Hello, according to your requirements, how big boiler is suitable for tons of 60 degrees of hot water per hour, we need to consider the following local ridge several factors to determine the appropriate boiler size:1flow rate of hot water; 2.

the temperature of the hot water; 3.the pressure of hot water; 4.the type of fuel for the boiler; 5.

thermal efficiency of boilers; 6.Installation space for the boiler. First of all, according to the information you provided, tons of hot water of 60 degrees per hour, we can determine that the flow rate of hot water is tons per hour, the temperature is 60 degrees, and the pressure is normal pressure.

Secondly, depending on the fuel type of the boiler, you can choose a gas boiler, an oil-fired boiler, or a hot water boiler, and according to the thermal efficiency of the boiler, you can choose a high-efficiency boiler to save energy. Finally, according to the installation space of the boiler, the appropriate boiler size can be selected to ensure that the installation space of the boiler can meet the demand. To sum up, it is necessary to consider factors such as the flow rate, temperature, pressure, fuel type, thermal efficiency and installation space of the hot water to determine the appropriate boiler size.

For tons of hot water per hour at 60 degrees, the size of the boiler that needs to be used depends on the amount of hot water used and the design of the hot water system. Generally speaking, if it is a medium-sized boiler, its evaporation capacity should be more than 10 tons.

The heating time depends on a variety of factors, such as the heating power of the boiler, the high service rate, the amount of water, the water temperature, the ambient temperature, and so on. In general, the heating time can be calculated by the following formula: heating time = mass of water * specific heat capacity * target temperature - initial temperature)) heating power wherein, the mass of water refers to the amount of water in the boiler in kilograms; Specific heat capacity refers to the specific heat capacity of water in j (kg· ) The target temperature is the temperature to which the water needs to be warmed up, and is measured in ; Initial temperature refers to the initial temperature of water in units ; Heating power refers to the heating power of the boiler in W.

Assuming that the water in the boiler is 6000 kg, the specific heat capacity of the water is 60 at the initial temperature, the target temperature is 194, and the heating power is 10000W, the heating time can be calculated as follows: heating time = 6000 * 194 - 60)) 10000 = 873 seconds, that is, the heating time is about minutes. However, it is important to note that this is only a rough estimate, and the actual warming time may vary slightly depending on various factors.

At the same time, it is necessary to pay attention to safety in the middle of the heating process to avoid accidents.