Overview of MOXA TCC-80/80I Series
The Moxa TCC-80 and TCC-80I series are compact and reliable RS-232 to RS-422/485 converters designed to ensure stable serial-to-serial communication in industrial environments. Excellent for Manufacturing, Automation, and other applications, these converters connect legacy RS-232 devices to modern RS-422 or RS-485 systems. The TCC-80 series provides a straightforward solution for extending industrial edge connectivity with minimal setup and maintenance. The Moxa TCC 80 series and Moxa TCC-80I series go a step further by incorporating isolation protection for environments where electrical noise or surges are a concern. Both series simplify the conversion process with automatic data direction control and automatic baud rate detection, which reduces configuration complexity and ensures reliable communication across diverse industrial setups.
MOXA TCC-80/80I Series Features
The Moxa TCC-80 converters and Moxa TCC-80I converters support RS-422 as well as 2-wire and 4-wire RS-485 communication to provide flexibility for different network designs. Automatic data direction control guarantees efficient data flow, while optional 120-ohm termination resistors enhance signal integrity over longer distances. LED indicators make it easy to monitor power and device status during operation. Both series offer two connector options, DB9 male or terminal block, to adapt to various installation needs. The key distinction lies in the TCC-80I series, which provides 2.5 kV isolation protection against surges and electrical noise, making it suitable for harsh industrial environments where additional safety is critical. With an operating temperature range of 0 to 60°C, IP30 protection, and a housing that combines a plastic top cover with a metal bottom plate, these Moxa converters are built for durability and long-term reliability. For standard conversion tasks, the TCC-80 series provides a cost-effective and efficient solution, while the TCC-80I series is ideal for applications that require robust isolation and enhanced protection.