Qubino single phase Z-Wave Electricity Meter
Qubino 1-phase smart electricity meter is used for single-phase energy measurement of various electrical systems and can be used for homes, industries and machines. The unit measures energy directly in 2-wire networks and can measure voltage and current. The electricity meter is designed to be mounted on a DIN rail in most standard enclosures. Electricity meter unit can operate in a wide temperature range, from -15˚C to + 55˚C. Each device also acts as a repeater or amplifier to improve the range and stability of the Z-Wave network. The electricity meter saves and restores the last status after a power failure. The electricity meter is read via smartphone because the electricity meter does not have an internal display.
Content
- Qubino 1-phase Z-Wave Electricity Meter
- Installation manual
- packaging label
The electricity meter measures:
- Voltage [V]
- Current [A]
- Power - Active [W]
- Power - Reactive [var]
- Power Factor - [PF]
- Energy - Accumulated active power Import [kWh]
- Energy - Accumulated active power Export [kWh]
- Energy - Clear accumulated power [kVAh]
- Energy - accumulated reactive power [continued
The Z-wave electricity meter has a number of different application areas.
- Measure the house's energy consumption
- Measure the energy consumption of a single-phase electrical product
- Measure the energy generated from photovoltaic systems
- Measure electricity consumption from the electricity grid
The Qubino 1-phase smart electricity meter is the most accurate Z-Wave 1-phase meter in the world. It is the only Z-Wave 1-phase smart meter where the current passes through the unit for measurement - not through terminals. Measurement of electricity consumption
with a smart meter that uses clamps, is not as accurate as it is, if the electricity passes through the device.
The electricity meter is certified by an independent European institute and has CE, LVD and EMC certificates to ensure the highest safety standard.
To be able to use the Z-wave electricity meter to control electrical devices, a separate contactor is needed. The 1-phase model can control two separate electrical systems when using 2 contactors that are connected between the electricity meter and what is to be controlled.
