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TXWG — Industrial Communication Gateway

A high-performance LPWAN-based industrial communication gateway designed for long-distance, low-power IoT communication. It supports LORA self-organizing networking, 4G cloud transmission, GPS time sync, multi-channel data forwarding, and explosion-proof applications.

SKU: TXWG
English-labeled diagram showing TXWG communication gateway ports including SMA, 4G, GPS, RJ45, LORA antenna ports, and power input.

Transmission & Network

Primary Transmission
Ethernet (RJ45)
Network Topology
Wired

At-a-Glance

Positioning Technologies
GNSS/Beidou
Frequency Band
470–510 MHz
Communications & Interfaces
RJ45 (Ethernet), 4G, LoRA
Power Input
DC 6V (Non-explosion-proof version 12V optional)
Hot-swappable Battery
No
Average Power
< 8W
Ingress Protection
IP67 waterproof & dustproof
Explosion-proof Rating
Ex ib IIC T6 Gb
Operating Temperature
–40°C to +80°C
Dimensions
151 × 141 × 49 mm
Weight
< 1.2 kg
Range: 300m
Temp: -40~80°C
Weight: 1200g

Description

Product Overview

The TXWG Communication Gateway is an industrial LPWAN gateway designed for long-distance, low-power IoT communication scenarios.
Based on LORA (LPWAN) long-range wireless technology, it provides extended communication coverage and enables low-power operation for terminal devices such as personnel locators and sensors.

This gateway acts as the core communication node and provides:

● Long-Range Communication

Covers large industrial areas such as chemical plants, tank farms, and mining sites.

● Multi-Channel, Multi-Rate Forwarding

Handles numerous terminal devices simultaneously.

● LORA Self-Organizing Network

Automatically establishes wireless mesh communication between gateways and terminals.

● 4G Connectivity

Uploads data to cloud servers for analysis and monitoring.

● GPS Time Synchronization

Uses satellite timing for accurate networking coordination.

● Low Power Consumption for Terminals

Terminals communicate using LPWAN, significantly extending battery life.

● High Security

Supports multiple encryption layers for device and application-level protection.

● IP67 Waterproof / Dustproof + Explosion-Proof T6 Gb

Suitable for hazardous industrial environments such as chemical zones and explosive gas areas.


System Architecture

Architecture A – LORA Self-Organizing Communication Network

Mesh network architecture showing TXWG gateways connected via aggregation switch, optical fiber, and wireless mobile terminals.

  1. Each communication gateway connects to uplink switches (Switch 1, Switch 2 … Switch n).

  2. Gateways communicate with terminal devices via LORA long-range wireless links.

  3. Multiple gateways can interconnect to form a self-organizing mesh network.

  4. Data is forwarded upward through the aggregation switch to the server/cloud platform for centralized processing.

Structure:

  • Communication Gateways (1~n) → LORA wireless → Terminal devices

  • Gateways → RJ45/Optical Fiber → Switches → Aggregation Switch → Server/Cloud


Architecture B – 4G Communication Mode

Diagram of TXWG communication gateway mesh networking architecture using 4G and multi-gateway wireless topology.

  1. Gateways gather data from mobile terminals via LORA.

  2. Each gateway connects to the cloud server over 4G cellular networks.

  3. Ideal for locations without wired network infrastructure.

Structure:

  • Mobile terminals → LORA → Gateway → 4G → Cloud Server


3. Application Scenarios

● Chemical Plants

Long-distance wireless communication in hazardous explosion-proof areas.

● Petrochemical Tank Farms

Remote monitoring of tank areas, pipelines, and safety systems.

● Industrial Pipelines & Valve Networks

Ensuring reliable long-range data transmission.

● Personnel Tracking Systems

Low-power positioning terminals use the gateway to upload data.

● Mining & Harsh Environments

Explosion-proof and IP67 design ensures reliability.

● Large Outdoor Sites

Supports multi-gateway networking to cover wide regions.


4. Key Advantages

✓ Long-Range LPWAN Wireless Coverage (>300 m)

Works even in open industrial outdoor environments.

✓ Multi-Level Security

Encryption at device and application layers.

✓ Cloud Connectivity

Supports big-data analysis, multi-site management, and remote maintenance.

✓ Fully Explosion-Proof

Certified Ex ib IIC T6 Gb

✓ Remote 4G Firmware Updates

Zero-touch maintenance.

✓ Rugged Industrial Protection (IP67)

Dustproof, waterproof, suitable for rain, dust, and high-temperature environments.


Specifications

Indicator Lights4 LEDs
RJ45 CommunicationSupported
4G CommunicationUniversal 4G networks
Satellite Time Sync AccuracyMillisecond-level
Power SupplyDC 6V (Non-explosion-proof version 12V optional)
Power Consumption< 8W
Installation MethodWall-mount / bracket installation
Housing MaterialAluminum alloy
Operating Frequency470–510 MHz
AntennaExternal omnidirectional antenna
Explosion-Proof RatingEx ib IIC T6 Gb
Configuration MethodWeb / Client software
Firmware UpgradeSupports 4G remote upgrade
Communication Range> 300 m (open outdoor environment)
Dimensions151 × 141 × 49 mm
Operating Temperature–40°C to +80°C
Operating Humidity0%–90% non-condensing
Weight< 1.2 kg
Protection LevelIP67 waterproof & dustproof

Values are typical unless stated otherwise.


Wiring & Connections

Connectors

RJ45

Installation

Outdoor installation of TXWG communication gateway with multiple antennas mounted on pole.

Compatible / Accessories


🌍 Industries where this device is deployed

Related Technical Resources

FAQs

Procurement (Device & Data Layer)

Planning RTLS communication gateways? Get an RFQ-ready backhaul architecture.<br />

Define gateway role, backhaul method (Ethernet / 4G/5G / relay), throughput, and security requirements<br /> before RFQ. This helps SI teams lock communication architecture early and avoid re-quoting later.<br />

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