Compact and Lightweight DesignExternal Current adn Voltage Transformer Active-Reactive Electricity Meter
Technicial Specifications |
Parameters |
---|---|
Voltage |
3x57,7 / 100V |
Meter Constant |
10000 imp / kWh, 10000 imp / kVArh |
Starting Current, Ist |
10 mA |
Minimum Current, Imin |
50 mA |
Nominal Akım, In |
5A |
Maximum Current, Imax |
10 A |
Weight |
1.0 kg |
Model | A | B | C | D |
---|---|---|---|---|
EC25TV13CHB | 160 | 230 | 73 | 51 |
Shows that all phases are active
If any fof the phases power down, related phase icon disappears.
In any two of the phases are reverse connected it shows the reverse connected phase symbols
While meter measures active consumption in correct direction, quadrant is shown with correct arrow direction.
If the current is reverse connected, quadrant flashes the arrow direction and instead of tariff OBIS codes, related phase symbols flash with (Reverse) symbols.
If the real time clock is in error mode symbol flashes instead of tariff obis codes.
Top cover opening warning
Terminal cover opening warning
Obis Kod |
Discription |
---|---|
0.0.0 |
Serial Number |
0.9.1 |
Meter Clock |
0.9.2 |
Meter Date |
0.9.5 |
Day of the Week |
1.8.0 |
Cumulative Active Energy (import) |
1.8.1 |
Total Energy T1 |
1.8.2 |
Total Energy T2 |
1.8.3 |
Total Energy T3 |
1.8.4 |
Total Energy T4 |
1.6.0 |
Maximum Active Power |
1.6.0*1 |
Previous Month Max. Active Power |
Obis Kod |
Discription |
---|---|
96.71 |
Last Terminal Cover Open Date |
96.70 |
Top Cover Opening Date |
1.8.1*1 |
T1 Monthly Starting Consumption Value |
1.8.2*1 |
T2 Monthly Starting Consumption Value |
1.8.3*1 |
T3 Monthly Starting Consumption Value |
1.8.4*1 |
T4 Monthly Starting Consumption Value |
5.8.0 |
Reactive Inductive Energy Consumption |
8.8.0 |
Reactive Capacitive Energy Consumption |
5.8.0*1 |
Reactive Inductive Month Starting value |
8.8.0*1 |
Reactive Capacitive Month Starting Dates |
0.1.0 |
Demand Reset Count |
0.1.2*1 |
Last Demant Reset Date and Time |
Technicial Specifications |
Parameters |
---|---|
Connection type |
3 phase 4 wire |
Terminal Connection |
DIN |
Accuracy Class - aktif |
Class B or C |
Accuracy Class - reaktif |
Class 2 |
Frequency |
50 Hz |
Protection Class |
IP54 |
Electromagnetic Environment Class |
E2 |
Mechanical Environment Class |
M2 |
Temperature Range |
-40...+70 ̊C |
Current Circuit Power Consumption |
< 2W, 10VA |
Voltage Circuit Power Consumption |
< 4VA |
Display |
LCD 9 digit + symbols |
Demand Time Range |
15 (default), 30 or 60 min |
Load Profile |
Cumulative Consumption Values (1.8.0, 5.8.0 ve 8.8.0) |
Load Profile Periyodu |
30 (default), 15 or 60 min |
Optical Port |
Mode C Readout, 9600baud (IEC62056-21) |
Pulse Output |
1pulse / Wh |
RS485 Port |
2500 V insulation voltage, Mode C Readout, 9600baud (IEC62056-21) |
Our meters have electronic metering(solid state) structure which enables long term high metering accuracy service life. Self consumption is below standart values and all the components are chosen and tested carefully. Reference and basic current values are chosen as 5 A to increase the accuracy.
Our meters perform very accurately on direct connected mode from starting current 100 A, current transformer connected mode up ot 10 A because dynamic range of metering circuits are wide. Even the current ends are connected reversely metering accuracy is in the same values and consumption is recorded as absolute value.
Our electricity meters have small and esthetic design which can easily be installed instead of mechanical meters uninstalled from site. Industrial design is performed by taking long term high performance usage, easy installation and usage and future-proof properties into consideration.
All the precautions for protecting and improving the environment are taken and been applied. From battery decision to package design, at all stages this precision is applied. Our company proved this structure by ISO 140001 Environment Management System certificate.
Meter display is specially designed large for easy reading. Display messages are supported by symbols for better understanding. Display backlight is standard for combi meters and optional for domestic type meters.
In the near future all meters will be read remotely. For remote reading, meters should be equiped with communication module. Most common and economical of these module is RS485. For this reason, Combi meters used by high consuming customers have RS485 output as a standart feature. For domestic mono phase and three phase meter RS485 module is optional.