AC 80-260V 100A Electric Monitoring Module Multi Function Po

Description:
This is a electric monitoring test module which can be used to test power, energy, voltage and current then displayed on a PC or other terminals. It can
s
tore data when power off, and
store the accumulated energy data
before power off
. Designed with one key reset button, you can
reset energy data
b
y
simply
pressing one button.
The
TTL serial port can
communicate,
read and
set parameters
with a variety of terminals through a USB adapter
.
Description:
This is a electric monitoring test module which can be used to test power, energy, voltage and current.
The connection of this module is divided into 2 parts: voltage, current input connection and serial port communication, and you can use different TTL adapters to make it communicate with various terminals.
The test module is design to test high power equipment and you can observe the accumulative
process intuitively for the
low-power(within 100W)load test.
There is a button on module for energy reset, simply press and hold the button for 5 seconds and release, then press the button again to finish energy reset.
It
displays through PC or other terminals, and yo
u can download the software for PC. For other terminals, it
n
e
e
d
to be programmed by yourse
l
f.


Specificationss:
Working Voltage:
80
~
260VAC
Test Voltage:
80~
260VAC
Rated Power:
100A/22000W
Working Frequency:
45-65Hz
Measurement Accuracy:
1.0
Board Size: 7.3 x 3 x 2.3cm / 2.87 x 1.18 x 0.9"
Display Format:
1. Power Test Range: 0~22kW
0 ~ 10kW, the display format is 0.000 ~ 9.999
10 ~ 22kW, the display format is 10.00 ~ 22.00
2. Energy Test Range: 0~9999kWh
0 ~ 10kWh, the display format is 0.000 ~ 9.999
10 ~ 100kWh, the display format is 10.00 ~ 99.99
100 ~ 1000kWh, the display format is 100.0 ~ 999.9
1000 ~ 9999kWh and above, the display format is 1000 ~ 9999
3. Voltage Test Range: 80~260VAC
Display Format is 110.0 ~ 220.0
4. Current Test Range: 0~100A
Display Format is 00.00 ~ 99.99
Function:
1. V
oltage(V), current(A), average power(kW), energy
(kWh) measurement.
2.
Energy reset by pressing one button.
3. Store data when power off(store the accumulated energy data before power off).
4. PC display function(display voltage, current,
average
power, energy).
5.
Serial port communication function(TTL serial port can
communicate,
read and
set parameters
with a variety of terminals through a USB adapter).
Display Interface:
It displays through PC or other terminals(need to be programmed by yourself), the following are brief
Description of each parameter display:
1. Voltage(V) Display
Measure and display the voltage of electric power grid.
2. Current(A) Display
Measure and display the current of load (device). The current test value is from the
beginning of 10mA, and this module is designed to test high power equipment, if you need the current testing accuracy in mA level, it
is not be recommended.
3. Energy(kWh) Display
Measure and display the accumulative power consumption. The minimum unit of the energy
metering is 0.001kWh, which means it begins to accumulate from 1Wh. You can observe the accumulative
process intuitively for the
low-power(within 100W)load test.
4. Power(kW) Display
Measure and display the load power. The power test value is from the
beginning of 0.001kW, which means it begins to test from 1W, and this module is designed to test high power equipment, if you have the requirement
of testing power within 1W, it is not recommended.
Serial Port Communication
This module is design with TTL serial port data communication
interface, you can read and set the relevant parameters via serial
port. If it need to communicate with a device which has USB or
RS232 (such as computer), a TTL adapter is required. In the below
table are the communication protocols of this module:
Function
Head
Data1- Data5
Sum
Voltage
B0
C0 A8 01 01 00 (Computer sends a command to read the voltage value)
1A
A0
00 E6 02 00 00 (Meter reply the voltage value is 230.2V)
88
Current
B1
C0 A8 01 01 00 (Computer sends a command to read the current value)
1B
A1
00 11 20 00 00 (Meter reply the current value is 17.32A)
D2
Average Power
B2
C0 A8 01 01 00 (Computer sends a command to read the average power value)
1C
A2
08 98 00 00 00 (Meter reply the active power value is 2200w)
42
Read Energy
B3
C0 A8 01 01 00 (Computer sends a command to read the energy value)
1D
A3
01 86 9f 00 00 (Meter reply the energy value is 99999wh)
C9
Set Module Address
B4
C0 A8 01 01 00 (Computer sends a command to set the address, the address is 192.168.1.1)
1E
A4
00 00 00 00 00 (Meter reply the address was successfully set)
A4
Set Power Alarm Threshold
B5
C0 A8 01 01 14 (computer sends a command to set a power alarm threshold)
33
A5
00 00 00 00 00 (Meter reply the power alarm threshold was successfully set)
A5
Illustration of Communication Protocol:
1. Set the communication address: 192.168.1.1
Send Command: B4 C0 A8 01 01 00 1E
Reply Data: A4 00 00 00 00 00 A4
Note: The above example illustrate that setting the
communication address as 192.168.1.1 (the user can set their own address
based on their preferences and needs), sending command and automatic replying
data are as shown above, the data are expressed in
hexadecimal; the last byte of the sending and replying data are 1E and
A4,
which is
cumulative sum. In sending commands: B4 + C0 + A8 + 01 +
01 + 00 = 21E (hexadecimal), the cumulative sum data is
21E, take the last two bytes 1E as the cumulative sum data in
sending commands; in reply data: A4 + 00 + 00 + 00 + 00 + 00 = A4 (hexadecimal), the cumulative sum data is A4, which is the
cumulative sum data in reply.
2. Set the power alarm threshold: 20 KW
Send command: B5 C0 A8 01 01 14 33
Reply data: A5 00 00 00 00 00 A5
Note: 14 in the sending command is the alarm threshold value (14 is a
hexadecimal data representation, which converted to decimal is 20). The power alarm value of this module is based on KW
units, and the minimum alarm value is 1KW, the maximum value is
22KW.
3. Read the voltage
Send command: B0 C0 A8 01 01 00 1A
Reply data: A0 00 E6 02 00 00 88
Note: Reply voltage data is D1D2D3 = 00 E6 02, 00 E6 represent
the integer-bit of the voltage, 02 represent the decimal of the voltage,
the decimal is one digit, converts 00 E6 to decimal is 230; converts 02
to decimal is 2, so the current voltage value is 230.2V.
4. Read the current
Send command: B1 C0 A8 01 01 00 1B
Reply data: A1 00 11 20 00 00 D2
Note: Reply current data is D2D3 = 11 20, 11 represent the
integer-bit of the current, 20 represent the decimal of the current, the
current decimal is two digits, converts 11 to decimal is 17; converts
20 to decimal is 32, so the current value is 17.32 A.
5. Read the power
Send command: B2 C0 A8 01 01 00 1C
Reply data: A2 08 98 00 00 00 42
Note: Reply power data is D1D2 = 08 98, converts 08 98 to
decimal is 2200, so the current voltage value is 2200W.
6. Read the energy
Send command: B3 C0 A8 01 01 00 1D
Reply data: A3 01 86 9F 00 00 C9
Note: Reply energy data is D1D2D3 = 01 86 9F, converts 01 86 9F
to decimal is 99999, so the accumulated energy is 99999Wh.
Illustration of Communication
1. Connect hardware according to the wiring diagram below.
2. After wiring, please choose the communication port,
this module's host computer software support communication port:
COM2\COM3\COM4, you can check through device manager, if it is not the
above communication port, you should amend it.
Wiring Diagram:
Note:
1.
This is an indoor module and can not be used outdoors.
2.Load can be over rated power.
3.
Wiring can not be wrong.
Software Download:
http://pan.baidu.com/s/1pLMxK6J
Password: ffuj
Package Includes:
1 x Module(
USB adapter
is not included)
1 x Current Transformer(random color)