ADFweb HD67933-B2 - Gateway - modbus RS485 to MQTT - wired - 10/100 Ethernet
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Efficient temperature range
Designed to operate in extreme conditions, this gateway functions flawlessly within a temperature range of -40°C to 85°C, ensuring reliability in any environment.
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Secure data transmission
Equipped with SSL and TLS encryption algorithms, it provides a secure data transmission pathway, safeguarding your sensitive information against potential cyber threats.
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Easy installation
The DIN rail-mounting feature allows for a straightforward and hassle-free installation process, making it a suitable choice for various industrial settings.
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IoT compatibility
With IoT compatibility, this gateway seamlessly integrates into your existing IoT ecosystem, enabling smart automation and efficient data exchange.
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Enhanced connectivity
Supports Modbus RS485 to MQTT conversion and features a 10/100 Ethernet wired protocol, offering robust and reliable connectivity options for your networking needs.
Discover the robust and versatile HD67933-B2 gateway from IAconnects Technology, designed to bridge the gap between Modbus RS485 and MQTT protocols. This gateway ensures secure and reliable data communication in industrial settings, thanks to its SSL and TLS encryption algorithms. It's built to withstand extreme environmental conditions, operating efficiently within a temperature range of -40°C to 85°C. Easy to install with its DIN rail-mounting feature, it's a suitable solution for quick deployment in various industrial scenarios. Furthermore, its IoT compatibility makes it a perfect fit for modern, smart systems, allowing for efficient data exchange and automation. With support for wired connectivity and MQTT support, this gateway is a key component in enhancing your network's performance and security.
- Modbus RS485 to MQTT for efficient data communication
- Operates within a wide temperature range of -40°C to 85°C
- SSL and TLS encryption for secure data transmission
- DIN rail-mounting for easy installation
- IoT-compatible for seamless integration into smart systems
