Operating Voltage:24V DC
Communication Protocol:MODBUS RTU/TCP
Data Rate:Up to 1 Mbps
Connection Ports:4 x RS-485
Power Consumption:Max 5W
Operating Temperature:-20°C to +70°C
Enclosure Rating:IP20
Module Size:100mm x 50mm
Connectors:1 x 5-pin connector
Introducing the ICS Triplex T3160, an advanced industrial communication module engineered to revolutionize the way data is transmitted within your control systems. This robust module supports a wide range of communication protocols, including MODBUS RTU/TCP, ensuring compatibility with a broad spectrum of devices. With a maximum data rate of up to 1 Mbps, it ensures swift and accurate data transfer, even under the most demanding conditions.
Designed with reliability at its core, the ICS Triplex T3160 operates efficiently across a temperature range from -20°C to +70°C, making it suitable for deployment in virtually any industrial environment. Its compact size and IP20 enclosure rating provide durability and protection against dust and splashes, enhancing its longevity and reliability.
Ease of installation and integration are further emphasized by the inclusion of 4 RS-485 connection ports and a single 5-pin connector, simplifying connections to your existing infrastructure without compromising on performance. This module is equipped to handle high power consumption scenarios with a max of 5W, ensuring continuous operation without overheating or interruptions.
Engineered for versatility, the ICS Triplex T3160 is compatible with a wide array of industrial standards, facilitating seamless integration into legacy systems while supporting the latest advancements in automation technology. It’s the perfect solution for upgrading your control systems with enhanced connectivity and reliability, driving efficiency and productivity in your operations.
Experience unparalleled reliability and efficiency with the ICS Triplex T3160. Designed to meet the demands of the most challenging industrial environments, this module is the backbone of modern automation systems, ensuring smooth data flow and optimal system performance.
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