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                                                                                                                                                            XINJE XDM motion controllers, high-speed industrial PLC, ultra-stable motion controllers
                      

Type:	Programmable Logic Controller	Warranty:	Original Manufacturer's Warranty
Pakage:	Original Pakage	Shipping Term:	International Express（DHL/FEDEX/TNT/UPS/ARAMEX）/sea Freight / Air Freight / International Special Line
Freight Charge:	For Industrial Equipment (e.g., PLC Modules, Inverters..), Shipping Cost Varies By Package Weight/volume And Delivery Location. Contact Our Sales Team For A Customized Shipping Solution And Quote

Type:	Programmable Logic Controller
Warranty:	Original Manufacturer's Warranty
Pakage:	Original Pakage
Shipping Term:	International Express（DHL/FEDEX/TNT/UPS/ARAMEX）/sea Freight / Air Freight / International Special Line
Freight Charge:	For Industrial Equipment (e.g., PLC Modules, Inverters..), Shipping Cost Varies By Package Weight/volume And Delivery Location. Contact Our Sales Team For A Customized Shipping Solution And Quote

XDM Series Motion Controllers | High-Speed & Ultra-Stable Performance

XDM Series Motion Controllers

Engineered for precision industrial automation, the XDM Series Motion Controllers deliver exceptional high-speed processing and ultra-stable operation to meet the rigorous demands of diverse production environments. With robust hardware design and optimized motion control algorithms, this series ensures smooth, accurate synchronization of multi-axis movements, minimizes system latency, and maintains consistent performance even under heavy workloads.

Product Features

High-Speed Processing Core: Equipped with a high-performance industrial-grade processor, supporting ultra-fast instruction execution and multi-axis motion command response
Ultra-Stable Hardware Design: Industrial anti-interference circuit layout, wide voltage input range (18-36VDC), and high-temperature resistant components for harsh factory environments
Precision Motion Control Algorithm: Advanced trajectory planning and servo control algorithms for smooth acceleration/deceleration and high-precision multi-axis synchronization
Diversified I/O & Communication Interfaces: Rich digital/analog I/O ports, compatible with Ethernet, Modbus, CANopen and other mainstream industrial communication protocols
Flexible Configuration Options: Multiple models available with different axis control counts (2/4/6/8 axes) and functional modules

Product Advantages

Minimized System Latency: High-speed processing reduces motion command response time to milliseconds level
Consistent Performance Under Heavy Loads: Stable hardware design ensures no downtime or data loss in 24/7 continuous operation
Improved Production Precision: Precision motion control algorithms guarantee high repeat positioning accuracy
Seamless System Integration: Diversified interfaces support quick connection with PLCs, servo drives, HMI and other devices
Cost-Effective Customization: Flexible configuration avoids unnecessary functional redundancy

Technical Specifications

Parameter Category	Parameter Item	Specification
Core Control Performance	Number of Controlled Axes	2/4/6/8 axes optional, supports multi-axis synchronous control
	Command Execution Cycle	≤100μs, high-speed response to motion commands
	Maximum Pulse Output Frequency	2MHz, compatible with high-precision servo drives
	Positioning Accuracy	±0.01mm (when used with servo system)
	Interpolation Function	Supports linear, circular and helical interpolation
Interface & Communication	Digital I/O	Standard 16 DI/16 DO, expandable up to 64 channels
	Analog I/O	2 AI (0-10V) / 2 AO (0-10V)
	Industrial Ethernet	1×EtherCAT, 1×Gigabit Ethernet
	Serial Communication	1×RS485, supports Modbus-RTU protocol
	Bus Protocol	Compatible with CANopen, Profinet, suitable for mainstream industrial networks
Electrical Specifications	Supply Voltage	18-36VDC wide voltage input
	Rated Power	≤30W
	Anti-interference Capability	Complies with IEC 61000-6-2 industrial anti-interference standard
	Insulation Resistance	≥100MΩ (DC 500V)
	Withstand Voltage	AC 1500V, no breakdown for 1 minute
Environmental & Physical Parameters	Operating Temperature	-20℃ ~ +60℃
	Operating Humidity	10% - 95% RH (no condensation)
	Protection Grade	IP30 (chassis)
	Dimensions	180mm × 120mm × 60mm
	Weight	≤1.2kg
Functional Capability	Motion Control Algorithm	Built-in adaptive acceleration/deceleration, electronic gear, electronic cam algorithms
	Programming Environment	Supports IEC 61131-3 standard, compatible with ladder diagram and ST language
	Data Storage	8GB Flash, supports power-off data backup
	Expansion Capability	3 expansion slots, supports function module expansion

Model Specifications

Model	Controlled Axes	Core Performance	Communication Configuration	Storage Capacity	Expansion Slots	Application Scenarios
XDM-2	2 Axes	Command execution cycle ≤100μs, supports linear/circular interpolation	Ethernet, RS485 (Modbus-RTU), CANopen	8GB Flash	1	Small dispensing machines, desktop automation equipment, simple handling machinery
XDM-2E	2 Axes	Command execution cycle ≤100μs, supports linear/circular interpolation	Ethernet, RS485, CANopen, Profinet	8GB Flash	1	Small production lines requiring Profinet bus integration, collaborative equipment
XDM-2P	2 Axes	Command execution cycle ≤80μs, positioning accuracy ±0.005mm, supports electronic cam	Ethernet, RS485, CANopen	16GB Flash	1	High-precision labeling machines, micro-processing equipment, optical adjustment systems
XDM-4	4 Axes	Command execution cycle ≤100μs, supports multi-axis synchronous control	Ethernet, RS485 (Modbus-RTU), CANopen	8GB Flash	2	Small and medium-sized assembly lines, 4-axis handling robots, packaging machinery
XDM-4E	4 Axes	Command execution cycle ≤100μs, supports multi-axis synchronous control	Ethernet, RS485, CANopen, Profinet, EtherCAT	8GB Flash	2	Industrial automation production lines, PLC collaborative control equipment, intelligent production lines
XDM-4P	4 Axes	Command execution cycle ≤80μs, positioning accuracy ±0.005mm, supports helical interpolation	Ethernet, RS485, CANopen, EtherCAT	16GB Flash	2	High-precision CNC machine tools, precision assembly equipment, laser processing machines
XDM-6	6 Axes	Command execution cycle ≤120μs, supports 6-axis linkage interpolation	Ethernet, RS485 (Modbus-RTU), CANopen	16GB Flash	3	6-axis robots, complex assembly lines, multi-process processing equipment
XDM-6E	6 Axes	Command execution cycle ≤120μs, supports 6-axis linkage interpolation	Ethernet, RS485, CANopen, Profinet, EtherCAT	16GB Flash	3	Large-scale automated production lines, multi-equipment collaborative systems, smart factory equipment
XDM-6P	6 Axes	Command execution cycle ≤100μs, positioning accuracy ±0.005mm, supports electronic gear	Ethernet, RS485, CANopen, EtherCAT	32GB Flash	3	High-precision multi-process processing, precision robot workstations, high-end manufacturing equipment
XDM-8	8 Axes	Command execution cycle ≤150μs, supports 8-axis synchronous control	Ethernet, RS485 (Modbus-RTU), CANopen	16GB Flash	3	Large-scale production lines, multi-axis handling systems, comprehensive automation equipment
XDM-8E	8 Axes	Command execution cycle ≤150μs, supports 8-axis synchronous control	Ethernet, RS485, CANopen, Profinet, EtherCAT	16GB Flash	3	Smart factory whole-line control, multi-equipment networking systems, complex automation projects
XDM-8P	8 Axes	Command execution cycle ≤120μs, positioning accuracy ±0.005mm, supports 8-axis linkage interpolation	Ethernet, RS485, CANopen, EtherCAT	32GB Flash	3	High-end precision manufacturing, multi-axis collaborative machining centers, industrial robot systems

Industry Applications

Industry	Key Overseas Regions	Core Application Scenarios	Pain Point Solutions & Implementation Details
Packaging Machinery	Southeast Asia (Vietnam/Thailand), Middle East, Africa	Automatic filling machines for food/daily chemicals/pharmaceuticals, labeling machines, pillow packaging lines, carton erectors & sealers	4-10 axis pulse output enables multi-axis synchronization; Ethernet connectivity to HMIs/barcode scanners; Module redundancy expansion prevents signal loss in high-temperature, dusty environments
3C Electronics Manufacturing	Southeast Asia (Malaysia/Philippines), Mexico, Eastern Europe	CNC loading/unloading for phone cases, PCB depanelers, battery pack assembly lines	6-10 axis interpolation control for robotic arm precise pick-and-place; High-speed command response (0.05μs level); Compatibility with Modbus/TCP and EtherCAT enables seamless integration with MES systems
PV & Lithium Battery Equipment	Middle East (Saudi Arabia/UAE), South America (Brazil), India	PV module string welders, lithium battery tab cutters, energy storage pack assembly lines	Multi-axis synchronization controls tab positioning; Analog modules collect voltage/temperature data; Support for C-language function blocks allows rapid customization
Textile Machinery	Turkey, Bangladesh, Vietnam	High-speed warp knitting machines, automatic winding machines, fabric setting machines	4-axis electronic cam controls needle bed and guide bar movements; Real-time monitoring of setting machine temperature and tension; Low-cost I/O expansion supports retrofits
Woodworking & Metal Processing	Russia, Poland, South Africa	CNC panel saws, metal bending machines, laser cutting machines	Linear/circular interpolation enables irregular cutting; Pulse control for bending machine slider positioning; PROFINET compatibility with inverters
Medical Devices	Southeast Asia (Singapore/Thailand), EU	Syringe filling machines, IV tube assembly lines, reagent dispensers	High-precision pulse control for metering pumps; Real-time alarm and data traceability functions; Modular design allows quick addition of detection modules
Smart Logistics	Southeast Asia (Singapore), Middle East (Dubai), Europe	AGV dispatching, automated warehouse stackers, sorting lines	Multi-axis control for AGV path planning; High-speed response for stacker position alignment; CANopen compatibility enables low-cost integration with third-party sensors

Key Advantages for Overseas Scenarios

Multi-axis & High-Speed Processing: 4-10 axis pulse output (up to 100KHz) and 0.05μs command response speed, reducing changeover debugging time by approximately 30%
Flexible Expansion: Support for up to 16 expansion modules, cutting procurement and maintenance costs significantly
Communication Compatibility: Standard Ethernet and RS485 ports support Modbus/TCP, EtherCAT, and PROFINET protocols, simplifying system integration
Cost-Effectiveness: Priced at 60%-70% of Japanese PLCs with equivalent functions, helping clients cut costs by 40%

Installation & Operation FAQs

Q1: The PLC frequently disconnects when connected to local HMIs and inverters in Southeast Asia. How to fix it?

A: Two common causes in this region:

Grid interference: Install a surge protector between the power supply and the PLC, use shielded Ethernet cables, and ground both ends
Protocol mismatch: Switch the XDM's communication port to RS485, set the baud rate to 9600 or 19200, and disable unused protocols

Q2: In Middle Eastern desert areas, the PLC works normally at startup but malfunctions after 2 hours of operation. What to do?

A: This is a high-temperature issue:

Choose high-temperature resistant modules (rated operating temperature: -20°C to 60°C)
Mount the PLC on a metal DIN rail with at least 5cm heat dissipation gap
Install a small axial fan inside the control cabinet

Q3: When retrofitting old equipment in Eastern Europe, the XDM's I/O points are insufficient, and adding expansion modules causes signal delays. How to resolve this?

Install digital I/O modules centrally and analog modules separately
Assign frequently used I/O points to the PLC's built-in modules
Use hybrid analog/digital expansion modules to reduce connection points

Q4: When applying for CE certification in the EU, the PLC fails the data traceability and safety protection tests. How to fix this?

Enable the XDM's built-in data logging function and store operation logs on an SD card
Install emergency stop modules and configure the PLC's safety logic
Ensure the safety circuit is completely independent from the main control circuit

Q5: In rural African areas, the PLC still crashes after power outages even with a UPS installed. Why?

Install a voltage stabilizer before the UPS to adjust input voltage to 220V ±5%
Add a power failure detection program to save key parameters to non-volatile memory

Q6: When connecting third-party sensors in South America, the analog input values fluctuate constantly. How to calibrate them?

Use the XDM's built-in analog calibration function with a standard signal source
Add a digital filter to the analog channel (filter time 100-200ms) to eliminate signal noise

Q7: Local operators in Bangladesh cannot understand English or Chinese HMI interfaces. How to solve this without modifying the PLC program?

Export the HMI text file and hire a local translator to translate into Bengali
Import the translated text file back into the HMI project
Set a shortcut key to switch between English and Bengali
Lock the program editing function to prevent operator modifications

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XDM Series Motion Controllers | High-Speed & Ultra-Stable Performance

XINJE XDM motion controllers

high-speed industrial PLC

ultra-stable motion controllers

industrial automation and control,

plc industrial automation,