Remote Control 80A 100A 125A 3 Phase EU868mMHz Lorawan MID approved meters

1.Products Description

This is a three-phase smart electricity meter, which supports LoRaWAN communication, has built-in relay, can be connected with intelligent equipment, and can realize remote meter reading, remote control, etc. The meter has a visual LCD display, which can measure voltage, current, power, electricity quantity, frequency, power factor. The meter can be easily installed by using the guide rail installation method.

2.Features

(1)Measurement of bi-directional (forward&reverse) energy, active and reactive energy, voltage,current, active power, frequency, power factor, MD (Max Demand)

(2)LoRa Communication LoRaWAN Protocol；Regional Frequency Band: EU868/433MHz, US915MHz, AU915MHz, AS923MHz, RU864MHz, KR920MHz, IN865MHz

(3)Two display modes: data scroll display or page turning by pressing button

(4)Support setting parameters and reading data remotely

(5)IP51 indoor protection

(6)Enhanced signal through optional based/stick type antenna

(7)Built-in Latching Relay

3.Technical Parameters

Product Name	LoRaWAN Energy Meter With LoRa Antenna
Ref. voltage	3×220/380V
Ref. current	3×10(80)A
Impulse constant	1600imp/kWh
LCD display	LCD5+1
Operation temp.	-20~+70℃
Relative humidity	<95%
Ref. frequency	50Hz
Accuracy class	Cl.1
Starting current	0.4%/Ib(CI.1)
Load control	Built-in 80A magnetic latching relay
Power consumption	≤ 1W,<10VA
Standard compliant	IEC62052-11/IEC62053-21, IEC62055-41/IEC62056-21
Communication	LoRaWAN, TTL Reserved
Frequency Band	EU433MHz, EU868MHz, US915MHz, AU915MHz, AS923MHz, RU864MHz, KR920MHz, IN865MHz
LoRa Antenna	SMA Socket (Based/Stick Type)

4. Why you need a 3 phase Lorawan energy meter?

Comprehensive Energy Monitoring: Three-phase systems are common in industrial, commercial, and large residential buildings due to their efficiency in delivering higher power. A 3-phase meter can accurately monitor the energy consumption across all three phases, providing a complete picture of total energy usage.

Wireless Long-Range Communication: LoRaWAN enables the meter to transmit data wirelessly over significant distances (several kilometers in open areas) with minimal power consumption. This eliminates the need for extensive wiring and allows for remote monitoring in hard-to-reach locations.

Reduced Infrastructure Costs: The long-range capability of LoRaWAN reduces the need for numerous gateways or repeaters, lowering the overall infrastructure costs for deploying a smart metering system.

Low Power Consumption: LoRaWAN technology is designed for low power consumption, allowing the energy meter to operate for extended periods on batteries, reducing maintenance and the need for a constant power supply.

Real-Time Data and Analytics: The meter can transmit energy consumption data at regular intervals to a central server or cloud platform. This enables real-time monitoring, data analysis, identification of energy inefficiencies, and potential cost savings.

Improved Energy Efficiency: By providing detailed and timely energy consumption data, businesses and building managers can gain insights into their energy usage patterns, identify areas for improvement, and implement energy-saving measures.

Cost Transparency and Billing Accuracy: Accurate monitoring of energy consumption ensures fair and transparent billing for tenants or different departments within a facility.

Remote Management and Control: Some 3-phase LoRaWAN energy meters may also offer remote control functionalities, such as load switching or tariff adjustments.

Easy Deployment and Integration: LoRaWAN networks are relatively easy to deploy, and the meters can often be integrated with existing building management systems or IoT platforms.