DinRail Advanced v4 NB
Meazon_DinRail_3-Phase_v.4_Advanced_NB wirelessly reports highly accurate energy data in ultra-high reporting intervals and it is UL, FCC & CE certified. It is also a state of the art controller since it can drive an external relay on demand or via build-in programmable scheduling. It comes with customer defined flexible build in wireless data communication interface. Available options: ZigBee, Wi-Fi, NB-IoT/LTE_catM1. For the NB-IoT/LTE_catM1 connectivity option, data communication cost is usually included. Apart from standard energy variables, it can report harmonics, making it ideal for advanced smart energy & preventive maintenance services. It comes with advanced installation ergonomy.
Available with 3 (or 4) split core current transformers, capable of measuring up to 2.000 Amps per phase. It is ideal for monitoring consumed and produced power in real time and it is equipped with a built in data logger, which stores 3.000 readings locally. Monitors current, voltage, active and reactive Power/Energy, frequency, power factor & harmonics (optional). It is used to measure three phase loads or three single phase loads in an electrical panel. Measurement of neutral in three phase loads is possible. Reporting time period for Zigbee or NB-IoT/LTE_catM1 connectivity options can be as low as one second, while the Wifi option can go down even to subsecond intervals.
It is always connected to Meazon’s Cloud Gateway and through this can forward data to any 3rd party data visualization platform. It can gather data from other devices using Zigbee and become the gateway to the cloud, simplifying installation and reducing overall costs.
Meazon’s circuit-level DIN rail form-factor meters are so small that fit almost everywhere. Due to their optimal cost efficient design, they have a low TCO (Total Cost of Ownership) enabling the adoption of a larger number of metering points, driving much more detailed insights into energy efficiency opportunities.
External relay control, Programmable scheduling,
Neutral Detection indication contact,