Xinje XC3-60T-E Brand New Original Module PLC Module

Description:

The Xinje XC3-60T-E is a compact, high - performance transistor - output PLC belonging to the XC3 series, tailored for medium - sized industrial automation applications like assembly lines, packaging machinery, material handling systems, and process control. It integrates 60 I/O points (28 inputs, 32 transistor outputs) with a fast processing speed of 0.5μs per instruction, ensuring rapid and precise control execution. Supporting high - speed counting, pulse output (up to 200kHz), MODBUS communication, and C - language function blocks, it offers flexible I/O configuration and reliable data retention via FlashROM and a lithium battery backup. The AC220V power supply and transistor outputs make it ideal for driving high - speed loads such as stepping motors and servo systems, while its compact design enables easy integration into control cabinets. It is a cost - effective solution for industrial users seeking stable, efficient, and scalable automation control.

Specifications:

FAQ

1.Q:What is the difference between XC3-60T-E and XC3-60R-E?

A: The XC3-60T-E features transistor outputs for high - speed switching and driving fast - response loads (e.g., servos, steppers). The XC3-60R-E has relay outputs, suitable for AC/DC loads but with slower switching speeds.

2.Q:Can the XC3-60T-E be expanded with I/O modules?

A: Yes, it supports Xinje XC3 series I/O expansion modules to increase I/O capacity based on application needs.

3.Q:What communication protocols does it support natively?

A:It natively supports MODBUS RTU (RS485) and MODBUS TCP, facilitating easy connection to HMI, SCADA, and other industrial devices.

4.Q: Is a lithium battery replacement needed?

A:The lithium battery is for data retention only. It typically has a lifespan of 3–5 years and can be replaced when power - off data retention fails.

5.Q:What is the max. pulse output frequency?

A:It can output pulses up to 200kHz on Y0 and Y1 channels, which is suitable for precise motion control of stepping/servo motors.