Flexibility
Modular and block design allows easy expansion of measurement system
Compatible with AC/DC power systems, widely applied in factories, renewable energy, microgrids, data centers, buildings and infrastructure.
Innovation
Convenient interconnection of RJ45 modules (EngyBus).
Easy connection of RJ12 current sensor.
Exclusive Class 0.5 system power quality and accuracy analysis
Automatically identifies our various dedicated CTs
Deployment
DIN rail design eliminates the need for screws
RJ45 interconnection of modules and RJ12 connection of CTs simplify installation and expand operation
Monitoring parameters
ULL, ULN, I, P, Q, S, PF, power import, power export
THD U&I, harmonics
limited alarm, SOE log, multiple tariffs
Data access
Equipped with widely used RS485 interface, the system interface can be integrated into BMS, SCADA, PV and EV systems with little effort
Providing wireless wifi data access version
UL certified
All modules passed relevant UL tests to ensure system safety and accuracy
Certified and non-certified versions are available
| Active energy and active power accuracy |
Individual module: class 0.2, solid core CTs: class 0.5, split core CTs: class 1 |
| Reactive energy accuracy |
Class 2 |
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| Power factor measurement |
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| Accuracy |
Solid core CTs: class 0.5, split core CTs: class 1 |
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| Voltage measurement of EngyBrick EBU 10 |
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| Measuring range |
48-480VAC(ph/N) |
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| Frequency |
45-65Hz |
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| Frequency accuracy |
±0.02Hz |
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| Monitoring Type |
1P2W/3P3W/3P4W |
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| Voltage measurement accuracy |
Class 0.2 |
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| Power consumption |
0.4W to 0.5W |
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| Connection |
Removable screw terminal block, 4-core, 0.2-2.5mm² cable |
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| Current measurement of EngyBrick EBI10 |
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| Number of accesses |
3 |
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| Related transformer |
EBT20 |
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| Current measurement accuracy |
Individual module: class 0.2, solid core CTs, split core CTs: class 0.5, |
| Connection |
RJ12 interface, 6-core custom cable |
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| Power consumption |
0.4W to 0.5W |
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Q & A
1. What type of CTs do you recommend using?
EngyBrick can be connected to three different types of CTs: solid-core, split-core, and flexible. You can choose the appropriate transformer based on the project environment and rated current. The split-core CTs can ensure uninterrupted power during the project construction process.
2. Is the installation and debugging process complicated?
The modules are designed with a rail-type installation and do not require screws for installation. The module connections are made through wired connections, making the wiring process simple and easy. The current modules can automatically recognize and connect to CTs (CTs) for automatic network configuration. This feature simplifies the entire installation and debugging process, saving time and effort compared to conventional monitoring instruments that require manual configuration.
3. Can it be used for single-phase loads?
The current modules can measure single-phase, two-phase, and three-phase loads simultaneously.
4. Which scenarios is it suitable for?
It is suitable for scenarios with numerous measurement points and energy monitoring requirements including factories, buildings, photovoltaic power generation, microgrids, and infrastructure.
