Growatt TPM-CT-E-US Handleiding

Growatt Niet gecategoriseerd TPM-CT-E-US

Lees hieronder de 📖 handleiding in het Nederlandse voor Growatt TPM-CT-E-US (4 pagina's) in de categorie Niet gecategoriseerd. Deze handleiding was nuttig voor 13 personen en werd door 2 gebruikers gemiddeld met 4.5 sterren beoordeeld

Download PDF
Pagina 1/4
Grid
L1
L2
L3
N
SDM630MCT ETL is a multi-functional din-rail meter designed for accurate measurement an d display of parameters i n 3P3W/3P4W power
grid systems, such as voltage, current, power, frequency, active power, reactiv e power, posi tive energy, reverse energy, total harmonics,
etc. It is an ideal choice for real-time power monitoring, featuring a wide range of functions and applications with high stability over
extended service life. The meter works with an external current transformer and can be applied in both high and low voltage power grid. It
comes with an RS485 communication interface, which supports a maximum baud rate of 38400 bps and enables remote communication.
TPM-CT-E-US (SDM630MCT ETL) Three-phase
Smart Meter Quick Guide
General Specifications
Rated voltage
3×277/480Vac
Rated frequency
50/60Hz
L-N voltage r ange
100 ~ 277Vac
L-L voltage range
100 ~ 480Vac
Auxiliary p ower voltage range
100 -277V
AC withstand voltage
4KV for 1min
Input current range
1A or 5A
Short-term overcurrent
20*IMAX for 0.5s
Max. Reading
9999999.9kWh/kVArh
Accuracy
Active powe r
1% of range maximum
Reactive po wer
±1% of range maximum
Environment
Regulated working temperature
range
- ℃～+ ℃25 55
Limited working tempe rature range
- ℃～ ℃40 +70
Relative hu midity annual average
≤90％
Installation category
CAT III
Degree of pol lution
RoHS compliant
Communica tion
Communica tion
RS485 output for Modbus RTU
Baud rate
9600bps (default)
Pulse
3200imp/kWh
Mechanics
Outline dimensions
3.72x2.83x2.56inch (LxWxH )
Din rail dimensions
DIN rail 1.38inch
Protection level
IP51 (indoor)
Item
Quantity
Description
A
1
Three-phase meter
B
1
Quick Insta llation Guide
C
1
RS485 cable (standard length: 15m)
D
3
Current Transformer
1
1
1
11.
.
.
..
Overview
2
2
2
22.
.
.
..
Technical Parameters
3
3
3
33.
.
.
..
Unpacking
Quick
inst
allation
man
ual
A B C D
4
4
4
44.
.
.
..
Dimensions (Unit: inch)
5
5
5
55.
.
.
..
Installation
1. The Growatt Stora ge Inverter and the Hybrid Inverter are hereinafter referred to as "the Storage/Hybrid Inverter".
2. The grid is on the right side and the c urrent flows from P1 to P2 (from the grid to the load).
Note:
Storage/
Hybrid
Inverter Grid
L1
L2
L3
N
1 2 3 4 5 6 7 8
9 10 11 12 13 14 15 16 17 18 19 20
L N L N
Vol ta ge i np ut s
So Cu rr en t inpu tsRS 48 5
RS485-A
RS485-B
S2 S 1 S2 S1
3P3W
PE
1 2 3 4 5 6 7 8
9 10 11 12 13 14 15 16 17 18 19 20
L N LN
Vol ta ge i np ut s
So Cu rr en t inpu tsRS 48 5
RS485-A
RS485-B
S2 S 1 S2 S1 S2 S1
3P4W
PE
Storage/
Hybrid
Inverter
1.38
1.38
3.72
2.8 3
2.56
P2 P1 P2 P1
There are fou r touch buttons on the panel, arranged from top to bottom as follows: “ESC(←)V/A”, “↑(Alt)MD/PH/HZ”, “↓(Shift)P”,
“ENTER(→)E”. These buttons can be operated in two ways: long press (pressing fo r more than two seconds) and short press ( pressing for
less than one s econd).
Button
Features
Viewable content(short pre ss)
Short press:
display voltage and current, ←
Long press: ESC
Phase voltage, Line voltage, Phase current, Neutral
current, Voltage harmonics, Current harmoni cs
Short press: display power factor and
frequency, ↑
Long press: Alt
Phase(Total) frequency, Total power factor, Ph ase(Total)
maximum current demand
Short press: display power, ↓
Long press: Shift
Phase(Total) active power, Phase(Total) reactive power,
Phase(Total) apparent power
Short press:
display electric energy, →
Long press: Enter
Total active electric energy, Total reactive electric energy,
Positive active electric energy, Reverse active elec tric
energy, Positive reactive electric energy, Reverse
reactive electric energy
ESC
A. Voltage sampling and po wer supply wiring
3P3W:
Wiring of the L1 voltage sampling line: corresponding to meter Pin 4
Wiring of the L2 voltage sampling line: corresponding to meter Pin 1
Wiring of the L3 voltage sampling line: corresponding to meter Pin 2
3P4W:
Wiring of the L1 voltage sampling line: corresponding to meter Pin 4
Wiring of the L2 voltage sampling line: corresponding to meter Pin 3
Wiring of the L3 voltage sampling line: corresponding to meter Pin 2
Wiring of the N voltage sampling line: corresponding to meter Pin 1
B. Current transformer wiring
Please refer to the diagram above. The grid is on the right and the
current flows from K to T (from the grid to the load).
Wiring of the L1 CT: S1 Line correspondin g to meter Pin 16, S2 Line
corresponding to meter Pin 15
Wiring of the L3 CT: S1 Line correspondin g to meter Pin 20, S2 Line
corresponding to meter Pin 19
Wiring of the L1 CT: S1 Line correspondin g to meter Pin 16, S2 Line
corresponding to meter Pin 15
Wiring of the L2 CT: S1 Line correspondin g to meter Pin 18, S2 Line
corresponding to meter Pin 17
Wiring of the L3 CT: S1 Line correspondin g to meter Pin 20, S2 Line
corresponding to meter Pin 19
C.RS485 cable wiring
Connect the RS485A to Pin 14 and RS485B to Pin 13 (The network cables delivered with the inverter are labeled as 485-A and 485-B; if
you are using the cables purchased yourself, mak e sure to differentiate betwe en 485-A and 48 5-B.)
D. Connecting the meter to the Growatt Three-phase
Storage/Hybrid Inve rter E. When connecting the smart meter to the inverter, connect one
end of the cable to Terminal 13 (485B) and Terminal 14 (485A) of
the smart meter and the other end to Pin 6 (485A) and Pin 7 (4 85B)
of the COM1 port.
Note: In most c ases, the re d cable is used f or 485A and the black
cable for 485B.
G. The standard RS485 cable length is 15m. If a longer RS485
cable is required, plea se use an intact cable and make sure the
RS485 cable is less than 100m (the recommended length is less
than 25m).
F. Dismantle the 16-pin connector delivered with t he inverter and
set aside the water-proof plug. Route the cables through each part
sequentia lly, then connect them to Pin 6 and Pi n 7. Finally, connect
the connector to the COM1 port of the inve rter.
6
6
6
66.
.
.
..
Button Description and Display
Red(4 8 5A)- - -COM 1 (6)
Black( 48 5B)-- -COM1 (7)
COM1
COM1(6 7)、
The default communication address for the meter and the Growatt Three-phase Storage/Hybrid inverter is 02, the default baud rate is
9600 and the current ratios are 250A/5A, 600A/5A, 1200A/5A, which are determined by the CT that is connected. If the communication
between the meter and the inverter is not established, please check if the communication address and the baud rate are correctly set.
Long press to access the settings menu (the password is 1000 by default, then use and to navigate to the desired
page. If the page flashes, it indicates that you can configure the parameter using the and buttons; if not, press to
enter the selection routine. Then long press to confirm your setting and press to exit.
The meter can be connected to the Growatt Three-phase Storage/Hybrid Inverter in two ways and can be set as 3P3W or 3P4W
before operating.
Note:
7
7
7
77.
.
.
..
Troubleshooting
Fault phenomenon
Reason analysis
Solution
Metering inaccuracy
1. Wiring error, check whether the corresponding phase
sequence of voltage and current is correct.
2. Check if the output line of the current transformer is
reversely connected.
3. The transformer ratio is not set, and the meter
displays the secondary data.
1. Refer to the wiring diagram to check the wiring.
2. If the transformer ratio setting is wrong, please
set the voltage ratio and current ratio correctly.
3. If the issue still exists, please contact your local
supplier.
RS485 communication
error (Inverter error 401)
1. The RS485 communication cable is disconnected,
short circuit or reversely connected.
2. The address, baud rate, data bit and parity bit of the
meter are not in accordance with the inverter .
1. If there is a problem with the communication
cable, please replace the communication cable.
2. Set the address, baud rate, data bit and parity bit
of the meter through buttons.
3. If the issue still exists, please contact your local
supplier.
Power on
Measure
display
Long Press Short Press Long Press
Enter into the
setting interface
Default password
is 1000
Short Press
Press and to adjust the value.
Then Long Press to confirm the settings
Setting examples of current ratio
You can choose
1A or 5A
The value can be
adjusted to 250,600 or
1200 according to the
CT range
Short Press
A
A
When the transformation ratio is
set to 100 and the secondary
current is 5A, the primary current
would be 5A¡Á100=500A.
Grid system type Settings
Enter int o the
setting interf ace
Default password
is 1000
Press and to adjust the value
Power on
Measure
display
Long Press Short Press Long Press
Short Press
It can be 3P4W,
3P3W, or 1P2W
The current page
displays 3P3W
Short Press
Then Long Press to confirm the settings

Product specificaties

Merk: Growatt
Categorie: Niet gecategoriseerd
Model: TPM-CT-E-US

Heb je hulp nodig?

Als je hulp nodig hebt met Growatt TPM-CT-E-US stel dan hieronder een vraag en andere gebruikers zullen je antwoorden


Handleiding Niet gecategoriseerd Growatt

Growatt

Growatt ATS-T Handleiding

18 November 2024
Growatt

Growatt MAX 70KTL3 Handleiding

18 November 2024
Growatt

Growatt MOD 3-10KTL3-XA Handleiding

24 September 2024
Growatt

Growatt SPF6000ES PLUS Handleiding

24 September 2024
Growatt

Growatt SPI 3000-22000 Handleiding

24 September 2024
Growatt

Growatt MID 17-22KTL3-X Handleiding

11 September 2024
Growatt

Growatt MAX 100-125K TL3-X BT Handleiding

11 September 2024
Growatt

Growatt Shine GPRS-F Handleiding

6 September 2024
Growatt

Growatt SEM-E Handleiding

4 September 2024
Growatt

Growatt Shine WiFi Handleiding

4 September 2024

Handleiding Niet gecategoriseerd

Nieuwste handleidingen voor Niet gecategoriseerd

Livarno Lux

Livarno Lux IAN 071407 Handleiding

29 November 2024
Livarno Lux

Livarno Lux IAN 317128 Handleiding

29 November 2024
Livarno Lux

Livarno Lux IAN 049213 Handleiding

29 November 2024
Livarno Lux

Livarno Lux ST-1002 Handleiding

29 November 2024
Livarno Lux

Livarno Lux HG02489 Handleiding

29 November 2024
Livarno Lux

Livarno Lux HG02189 Handleiding

29 November 2024
Livarno Lux

Livarno Lux IAN 365198 Handleiding

29 November 2024
Livarno Lux

Livarno Lux IAN 367074 Handleiding

29 November 2024
Livarno Lux

Livarno Lux HG00701 Handleiding

29 November 2024
Livarno Lux

Livarno Lux IAN 337273 Handleiding

29 November 2024