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? A:- 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? A:- 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? A:- 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? A:- 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? A:- 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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