How to see the degree of three phase four wire electronic energy meter?

The amount of this meter is: 642 degrees.

Look at the unit above the number, if it is 100,000, the number displayed below is hundreds of thousands.

If it is 10,000, the number shown below is tens of thousands.

If it is thousands, the number shown below is several thousand.

If it is hundreds, the number shown below is hundreds.

If it is ten, the number shown below is ten.

If it is, the number shown below is one.

Finally, you can read it from left to right.

1. Reading method of three-phase four-wire mechanical meter.

For example, for a three-phase four-wire active meter mechanical meter, 3*15 (60) A represents a three-phase power supply, the standard current is 15A, and the maximum current is 15A.

The current is 60A, 3 220 380V represents three phases, the phase voltage of each phase is 220V, the line voltage is 380V, and 800R kW·h is expressed as 800 revolutions per kilowatt-hour.

The meter reading is the direct reading on the meter, the red one is the number after the decimal point, if there is a transformer, multiply it by the multiple of the transformer.

2. How to read the three-phase four-wire electric energy meter?

Delixi brand, style DT (S) S607, how to read such a table plus transformer, I forgot the magnification of the transformer, if the formula 200 5, is not the number of the table multiplied by 40?

Three-phase four-wire meter, when there is no transformer, the reading can be read directly, when there is a transformer, the reading is multiplied by the magnification of the transformer, that is: reading * (200 5).

3. How to read the three-phase four-wire electronic energy meter?

A total of 6 digits, from right to left, one, ten, hundred, thousand, thousand, ten thousand, one hundred thousand.

Detailed explanation of the readings of the three-phase four-wire active energy meter, do you really know the meter? Did you calculate the electricity bill correctly?

Not suitable for the pick, I really can't, sorry for the pick, I really can't, sorry.

Not suitable for selection, I really can't, sorry not for selection, I really can't, sorry.

Not suitable for selection, I really can't, sorry for suitable selection, I really can't, sorry.

How to look at the power of the non-current protector.

1. Look at the color of the number at the end of the number box, if it is black, it is an integer, if it is red, it is a decimal.

2. Look at the top of the number box with a row of smaller numbers, these numbers are the multipliers of the corresponding numbers in each number box, such as the number in the number box is multiplied, 1 is 1 times, 10 is 10 times, and so on.

3. Then look at what kind of meter the meter belongs to, three-phase watt-hour meter. The commonly used meter that needs to be equipped with a transformer is the watt-hour meter that needs to be equipped with a transformer, as shown in the figure below, and the meter specification is 3. The other is a direct-reading meter, an electricity meter above 10A.

4. Finally, look at how big the transformer of the meter with transformer is, choose the appropriate transformer according to different power sizes, such as 150:5 (150 5) transformer, which is 30 times, and the degree of the meter needs to be multiplied by the rate of the transformer to be the actual electricity consumption.

However, the electricity consumption of the current month is the reading of the current month - the reading of the previous month = the power consumption of the current month and the multiple rate of the transformer.

Summary. Hello, dear: 1. First of all, observe that the front five digits of the three-phase four-wire electronic electric energy meter are white, and the last one is red; 2. When reading, its maximum range is, the first five digits are integer parts, and the last digits are decimal parts; 3. If the display data is 258913, the degree should be degrees.

Take the readings on the meter correctly. For example: x.

Check if the power line of the incoming meter is connected from the current transformer. If there is no current transformer, it is directly connected to the main power line, and the reading is the energy consumed, i.e. x degrees. If there is a current transformer, check the current ratio of the transformer.

For example, the current ratio is 200:5. Meter readings multiplied by current ratio:

x*(200/5)=40x.That is, the power consumption is 40x kWh.

Hello, I have seen your question and am sorting out the answer, please wait for a while Hello, dear: 1. First of all, observe that the front five digits of the three-phase four-wire electronic electric energy meter are white, and the last one is red; 2. When reading, its maximum range is, the first five digits are integer parts, and the last digits are decimal parts; 3. If the data displayed by the mountain vertical fruit is 258913, the degree should be degrees. Take the readings on the meter correctly.

For example: x. Check whether the power line of the incoming meter is connected from the hidden current transformer.

If there is no current transformer, it is directly connected to the main power line, and the reading is the energy consumed, i.e. x degrees. If there is a current transformer, check the current ratio of the transformer. For example, the current ratio is 200:

5。Meter reading multiplied by current ratio: x * (200 5) = 40x

That is, the power consumption is 40x kWh.

Three-phase four-wire electronic energy meter reading method:

1. First of all, observe that the front five digits of the three-phase four-wire electronic electric energy meter are white, and the last one is red;

2. When reading, its maximum range is, the first five digits are integer parts, and the last digits are decimal parts;

3. If the display data is 258913, the degree should be degrees.

First of all, observe the three-phase four-wire electronic energy meter, the first five digits are white, and the last one is red.

The maximum range of the meter at the time of reading is.

If the data is displayed 258913, the degree should be degrees.

Measure three-phase active or reactive energy, and do not need to be adjusted for long-term work.

Three-phase power supply, one or two lines are powered off, and the metering accuracy is not affected.

Wide operating temperature range specific phase off indication function and voltage indication function, infrared or RS485 communication can be added according to user requirements, word wheel counter display power 99999KWh.

That's my answer, thank you!

How to see the degree of three-phase four-wire electronic energy meter.

First of all, observe the three-phase four-wire electronic energy meter, the first five digits are white, and the last one is red.

The maximum range of the meter at the time of reading is.

If the data is displayed 258913, the degree should be degrees.

Measure three-phase active or reactive energy, and do not need to be adjusted for long-term work.

Three-phase power supply, one or two lines are powered off, and the metering accuracy is not affected.

Wide operating temperature range specific phase off indication function and voltage indication function, infrared or RS485 communication can be added according to user requirements, word wheel counter display power 99999KWh.

That's my answer, thank you!

How many degrees is actually.

How much is the electricity bill of 1 yuan?

One degree is one degree, one degree is yuan.

Hello dear, the way to see the degree of a three-phase four-wire meter is as follows: The meter reading refers to the number of electricity consumption displayed on the meter, usually in kilowatt-hours (kWh). The reading method of a three-phase four-wire meter and an ordinary meter is slightly different, and the following is the reading method of a three-phase four-wire meter:

1.Find the location of the meter to read the number of segments: A three-phase four-wire meter usually has three meter dials, usually marked with the words A, B, and C, representing the three phase wires of the three-phase electricity.

Each meter dial has a number on it that indicates the meter reading. 2.Determine the meter type:

Depending on the type of meter, the meter readings are displayed differently. Some meters can automatically scroll through the number of digits of an integer number, while others require manual recording and counting of changes in numbers. 3.

Take the meter reading: Take the phase A meter dial as an example, when taking the meter reading, you need to pay attention to: - If the reading is between two digits, you should look at the previous number - If the number is exactly on the pointer, look at this and the previous digit and write it as a number.

If the number is between two integers, subtract the previous integer reading from the last integer reading and add two decimal places to the resulting number. For example, if the first reading is 5120 and the second reading is 6130, the total electricity consumption of the meter is 1010 kWh (6130 - 5120 + = and about 1010). It is important to note that meter readings should be recorded and maintained by professionals to ensure the accuracy and legitimacy of the readings.

The last seven is the decimal number, and you used the degree.

Three-phase four-wire electronic energy meter reading method:

1. First of all, observe that the front five digits of the three-phase four-wire electronic electric energy meter are white, and the last one is red;

2. When reading, the maximum range of its scattered blind god is, the first five digits are the integer part, and the last digit is the decimal part;

3. If the display data is 258913, the degree should be degrees.

This kind of meter is generally an indirect meter metered by the current transformer, and the actual electric degree depends on the mutual inductance ratio of the transformer; For example, if the transformer is 150 5, then its mutual inductance ratio is 30, and the difference between the electricity meter last month and the current month is 100 degrees, then your monthly electricity is 30*100=3000 degrees. The same is true for the reactive energy calculation, which also allows for real-time load conditions.

The active power is kw The reactive power is kvar The active power is The reactive energy is DTSK19S-Z three-phase four-wire electric energy meter, which is a fee-controlled intelligent electric energy meter with carrier communication.

There may be a difference in the LCD display, you can check the words "Current Total Electricity" or "Current Forward Active Total" displayed on the LCD screen of the meter, and the reading displayed is the total electricity consumption of the current meter. If you have any other questions, please call the 24-hour power supply service **95598. Hope it helps!

Hello dear! Please refer to the following: There may be differences in the LCD display, you can check the words "Current Total Electricity" or "Current Forward Active Total" displayed on the LCD screen of the meter, and the reading displayed is the total electricity consumption of the current meter.

I hope ours can be helpful to you, if you have any questions, please call the 24-hour power supply service Nian Zen **95598 consultation. Hope to help you!

I'll send you my meter diagram.

Now how to read the meter and how many kilowatt-hours there are.

Why don't you talk about it.

After the decimal point is the code Li red word is less than 1 degree, the decimal point is 1 degree, is 2 is the degree, before the decimal point is the black letter is |Degrees above are degrees, and 2 degrees are 2 degrees. The meter is used to measure the power consumption of the meter for a period of time, and this part of the meter needs to be checked when reading the meter: the part marked in the box is the reading position of the meter, and the reading is in order from front to back

Thousand, hundred, ten, single digits, the red part behind is the value after the decimal point, which is usually not calculated when looking at the reading of the watch mold wheel. Because the device that displays the readings on the meter is a cumulative counter, the value you see now is all the electricity used in the time since the meter was activated. So, the way to know how many degrees of electricity is used over a period of time is:

Subtract the last reading from the reading, i.e., w=n2-n|w: indicates the actual electricity consumption reading (unit:

kWh1 kWh or "degree"); n2: indicates the reading of the watch this time; ni: indicates the last reading of the watch; Hope it helps!