Zheng Motion XPLC516E Motion Controller Hardware Manual

The manual provides hardware overview, wiring, installation, programming and troubleshooting for the XPLC516E motion controller.


Zheng Motion XPLC516E Motion Controller Hardware Manual - cover page
Brand
Zheng Motion
Category
Industrial Robot
Document type
User Manual
Language
Chinese
Pages
17
File format
PDF
File size
1.9 MB
Published
29 September, 2026
Updated
29 September, 2026
MD5 checksum
2C7F7E1D946FB367EE3F4B80AC08E086

About this manual

The XPLC516E is a bus motion controller featuring Ethernet, USB3.0, CAN, RS232/RS485, EtherCAT and 16 in/16 out digital I/O, supporting up to 32 axes (16 physical, 16 virtual) and a range of motion functions such as linear, circular and spline interpolation. It is designed for industrial automation with a compact size of 162 × 47 × 119 mm and a 24 V DC power input.

The hardware manual is organized into five chapters: controller overview, detailed hardware description and specifications, expansion module connections, common troubleshooting issues, and hardware installation guidelines, including wiring diagrams and connector pinouts. This manual is written in Chinese.

What's inside

  • Controller Overview
  • Hardware Description
  • Expansion Modules
  • Common Issues
  • Hardware Installation

Specifications

Basic axis count32
Maximum expandable axes16
Internal I/O16 in / 16 out
Maximum expandable I/O points4096
Maximum AD/DA channels128/64
Pulse resolution64 bits
Encoder resolution64 bits
Speed/acceleration resolution64 bits
Maximum pulse rate500 kHz
Motion buffer per axis4096
Array memory size1 280 000
Program memory64 MB
Flash memory512 MB
Power input24 V DC (≈20 W)
Dimensions (L×W×H)162 mm × 47 mm × 119 mm

Frequently asked questions

How many I/O points can be expanded on the XPLC516E?

Up to 4096 isolated input or output points can be added via expansion modules.

What should be checked if the motor does not rotate?

Verify that the controller’s ATYPE is configured correctly, that pulse output settings match the driver, and that hardware or software limits, wiring and power connections are proper.

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