EM114039-01 is a single-phase LoRaWAN smart electricity meter. It supports LoRaWAN communication and local TTL communication (Modbus protocol). With a built-in latching relay, you can use TTL(locally) or LoRaWAN(remotely) to set the switching status. It's EU868MHz, in class C, OTAA, Adaptative Data Rate disabler. It is widely used in smart cities and power distribution systems of the Internet of Things. LoraWAN DIN-Rail Smart Meter is a smart electricity meter that complies with LoRaWAN protocol. It is a fully digital energy metering and testing product. It adopts a highly integrated metering chip and has the functions of active energy metering and remote centralized meter reading. Adopt guide rail design, with small volume, high precision, low power consumption, good stability, easy installation and other advantages.
1. Product Overview
2. Specification
| Product Type | Single Phase LoRaWAN Electricity Meter |
| Ref. voltage | 220V |
| Ref. current | 0.25-5(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 |
| LoRaWAN Communication | EU868MHz, US915MHz |
| LoRaWAN Antenna | SMA Socket |
3. APPLICATION
Smart Buildings, Smart City, etc IOT Application
Utility Smart Metering Infrastructure
4. About LoraWan
Here are a few benefits of LoRaWAN connectivity:
LoRaWAN’s use of the unlicensed spectrum has historically brought down costs.
The decentralized nature of LoRaWAN allows for a great deal of customization, assuming you know how to build a wireless network from scratch.
LoRaWAN has a strong history of success in stationary IoT use cases, like smart buildings and utility meters.
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