Industrial PLC Gateway
MN-G60P Three-Phase Rail Gateway with PLC-IoT Communication
The MN-G60P Three-Phase Rail Gateway is an advanced IoT communication device based on Power Line Carrier (PLC) technology, designed to transmit data seamlessly over existing power lines without extra wiring. It is ideal for smart homes, industrial lighting, stadium illumination, and energy management systems.
Equipped with a built-in object model architecture, the MN-G60P allows each downstream device—such as controllers, sensors, and control panels—to be easily instantiated and managed. This flexible design supports single or multiple device combinations, ensuring scalable system integration.
Functioning as a communication transmitter between field devices and cloud big data platforms, the MN-G60P provides communication management, data transmission, protocol conversion, data processing, and data forwarding. Users can remotely monitor, analyze, and control electrical equipment anytime and anywhere.
Built for reliability and versatility, the MN-G60P PLC-IoT gateway delivers stable communication, fast networking, and efficient system management, making it a powerful solution for modern smart energy and IoT applications.
Product Advantage
- Equipped with a PLC interface chip that complies with the IEEE P1901.1 standard, it can establish a communication link up to 1Mbps on 90V to 260V DC or AC power lines.
- Equipped with AllWinner V3s high-performance SoC, based on Linux kernel, complete PLC protocol stack.
- The gateway is equipped with 64MB of DDR2 RAM and 32MB of Flash, which can complete complex high-density computing. It is equipped with a PLC communication
- interface and an Ethernet interface, as well as an RS485 interface.
- Built-in WEB server, users can fully control the device and scene through the WEB server.
- Supports up to 256 terminal devices.
- Supports 64 scenes, and the scene linkage of the device is synchronized, with fast response speed and timely attribute update.
- Supports remote upgrade.
Product Parameters
| Min | Typ | Max | Unit | |
| Operating Voltage | 90 | 220 | 260 | V, AC/DC Voltage |
| Operating Current | 6 | 20 | 25 | mA |
| Power Factor | 0.85 | 0.85 | 0.9 | -- |
| Power Consumption | -- | 3.5 | 4.5 | W |
| Operating Frequency | 50 | 50 | 60 | Hz |
| Storage Temperature | -20 | 25 | 90 | ℃ |
| Operating Humidity | 5 | 40 | 95 (non-condensing) | RH |
| Operating Temperature | -20 | 25 | 70 | ℃ |
| Interface | Description |
| Power Socket | 220V AC single-phase mains, 380V three-phase 90~260V, 50/60Hz, power consumption 4.5W. Single-phase power can only be connected to the two terminals of A interface and N interface. |
| Indicator Light | 3 green LEDs, body height 23mm: 3.3V power light, always on after power on; PLC indicator light, always on after power on, flashing when there is data in the PLC link; Ethernet indicator light, flashing after power on, flashing when there is data in the Ethernet interface. |
| Ethernet Interface | 10/100Base-T RJ-45 Ethernet interface with indicator light. |
| RS485 Interface | On the left is 485-A and on the right is 485-B |
| CCO Debug Interface | From left to right they are GND/TX/RX |
| SoC Debug Interface | From left to right they are GND/RX/TX |
| Metrics | Parameter | Note |
| CPU | Allwinner V3s QFP128-16x16-EP5.6 | |
| Main Frequency | Up to 1.2GHz | |
| RAM | DDR2 DRAM 64MB | |
| FLASH | MX32L256, NOR-Flash 32MB | |
| CCO | ps0211 | |
| PLC Band | IEEE 1901.1, 2.5MHz~5.7MHz | |
| QAM | Windowed OFDM, 200+ subcarriers, adaptive modulation, supports BPSK, QPSK, FSK and QAM16 | Subsequent versions may be extended and forward compatible |
| In-band PSD | Greater than -38dBm/Hz | |
| Receiving Sensitivity | Greater than 100dB | |
| Number of Sub-devices | 256 | Software Control 256 |
| Networking Duration | 1-to-1 networking is completed within 15 seconds, 1-to-100 networking is completed within 75~90 seconds, and 1-to-200 networking is completed within 90~120 seconds |
Dimensions
Wiring Instructions
1.Upstream Communication Wiring
Connect the Ethernet cable to the Three-phase Rail Gateway.
2.Power Supply Wiring
Connect the Three-phase Rail Gateway's power terminals to the three-phase AC supply.
- A (Live) → L1 (Live)
- B (Live) → L2 (Live)
- C (Live) → L3 (Live)
- N (Neutral) → N (Neutral)
Note:
Do not connect 'L' and 'N' incorrectly to avoid affecting the normal operation of the product.
For single-phase power supply, connect to A and N.
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FAQ
1. What is the MN-G60P Three-Phase Rail Gateway?
The MN-G60P is an IoT gateway that uses Power Line Carrier (PLC) communication technology to transmit data through existing power lines. It enables seamless connection between controllers, sensors, and control panels, allowing users to manage smart devices without additional wiring.