Description

Solax Pocket WiFi 3.0 Dongle

The Solax Pocket WiFi 3.0 Dongle is designed to provide reliable and fast remote monitoring of your Solax inverter system. With a compact and weather-resistant design, this dongle offers plug-and-play installation, stable data transmission, and seamless connectivity between your inverter and the Solax Cloud platform.

Key Features

• Quick and simple Plug & Play installation

• IP65-rated for dust prevention and water resistance

• Stable and secure data transmission with excellent reliability

• Offline data storage and automatic resuming when reconnected

• 10-second live data monitoring for real-time performance tracking

• Modbus TCP protocol support for enhanced communication

• IEEE2030.5 support

Specifications

• Model: Pocket WiFi 3.0

• Power Supply: 5V 200mA DC

• Wireless Module: WiFi 2.4 GHz

• Ethernet: 10/100 M

• Antenna Gain: 3 dBi

• Data Transfer Interval: 5 mins / 10s optional

• Dimensions: 112 x 45.7 x 28.5 mm

• Weight: 80 ± 10 g

• Degree of Protection: IP65

• Operating Temperature Range: -35°C ~ +60°C

Compatibility

The Solax Pocket WiFi 3.0 Dongle is compatible with the following Solax inverter series:

• X1-Mini G3 / G4
• X1-Boost G3.3 / G4
• X1-Hybrid G4.1 and above
• X3-Mega G2
• X3-Mic / Pro G2
• X3-Forth
• X3-Hybrid G4.2 and above

It allows seamless integration with most new-generation Solax inverters for live data monitoring and remote management.

What’s in the Box

• 1 × Solax Pocket WiFi 3.0 Dongle

• 1 × User Manual / Quick Start Guide

Disclaimer

All product information provided by Solareon UK is intended for general guidance only and may be subject to change or error. Solareon UK does not accept liability for any inaccuracies or omissions in the product specifications displayed. For accurate and detailed technical information, please refer to the manufacturer’s official datasheet available in the 'Downloads' section. We strongly advise confirming all critical details directly with the manufacturer prior to making purchasing or installation decisions.