The dk380c4.0-h8 represents a significant advancement in industrial automation technology, combining precision control with enhanced operational efficiency. This cutting-edge system has revolutionized manufacturing processes across multiple sectors thanks to its innovative design and robust performance capabilities.
With its state-of-the-art H8 microprocessor and advanced 4.0 architecture, the dk380c4.0-h8 delivers exceptional processing power while maintaining remarkable energy efficiency. It’s become increasingly popular among manufacturing facilities looking to upgrade their automation systems without compromising reliability or productivity.
Dk380c4.0-h8
The DK380C4.0-H8 system integrates advanced automation capabilities with industrial-grade processing power. This modular control system combines the H8 microprocessor architecture with DK380 series compatibility to deliver precise automation control in manufacturing environments.
Key components of the DK380C4.0-H8 include:
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- 32-bit H8 microprocessor operating at 80MHz
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- 4MB integrated flash memory
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- Dual-channel Ethernet connectivity
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- Built-in RS-485 interface
Technical specifications:
| Feature |
Specification |
| Processing Speed |
80 MHz |
| Memory Capacity |
4 MB Flash |
| Power Input |
24V DC |
| Operating Temperature |
-20°C to 60°C |
| Communication Ports |
2x Ethernet, 1x RS-485 |
The system’s architecture supports:
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- Real-time process monitoring
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- Automated data collection
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- Remote system diagnostics
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- Multi-zone temperature control
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- Precision motion coordination
This industrial control platform operates within established manufacturing protocols including Modbus TCP ProfiNet EtherCAT. The modular design accommodates expansion modules for additional I/O points analog signals specialty functions without system reconfiguration.
Key Technical Specifications and Features
The dk380c4.0-h8 incorporates advanced technical specifications engineered for industrial automation excellence. Its comprehensive feature set delivers optimal performance in demanding manufacturing environments.
Processing Power and Memory
The system operates on a 32-bit H8 microprocessor running at 80MHz with integrated floating-point capabilities. The memory architecture includes:
| Memory Component |
Specification |
| Flash Memory |
4MB |
| RAM |
512KB SRAM |
| Cache |
32KB L1 |
| EEPROM |
128KB |
Advanced memory management features enable:
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- Multi-tasking execution of up to 64 concurrent processes
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- Real-time data processing with 100μs response time
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- Zero-latency context switching between tasks
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- Hardware-accelerated floating-point calculations
Connectivity Options
The dk380c4.0-h8 offers multiple connectivity interfaces for seamless integration:
| Interface Type |
Specifications |
| Ethernet Ports |
2x 10/100 Mbps |
| Serial Ports |
4x RS-485/232 |
| USB Ports |
2x USB 2.0 |
| Fieldbus |
1x CAN bus |
Communication protocols supported include:
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- Industrial Ethernet protocols (EtherCAT ProfiNET Modbus TCP)
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- Standard TCP/IP networking
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- OPC UA for enterprise connectivity
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- Auto-negotiation for optimal network performance
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- Built-in network diagnostics tools
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- Redundant communication paths
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- Industrial-grade surge protection
Common Applications and Use Cases
The dk380c4.0-h8 serves diverse industrial applications through its versatile architecture and robust processing capabilities. Its implementation spans multiple sectors where precise control and reliable automation are essential.
Industrial Automation
The dk380c4.0-h8 excels in manufacturing environments through its advanced control features:
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- Assembly Line Control: Coordinates multiple robotic systems with 100μs response time for precise product assembly
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- Quality Inspection: Processes real-time vision system data to detect product defects at speeds up to 1000 units per hour
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- Motion Control: Manages up to 16 synchronized servo axes for complex manufacturing operations
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- Process Monitoring: Tracks production parameters across 64 concurrent processes with automatic data logging
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- Temperature Regulation: Controls multi-zone heating systems with ±0.1°C precision in industrial ovens
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- Material Handling: Coordinates conveyor systems with integrated safety protocols through ProfiNet connectivity
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- Real-time Analytics: Processes production data at 80MHz with integrated flash memory for instant decision-making
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- Database Management: Stores up to 4MB of operational data with structured query capabilities
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- Network Communications: Handles dual-channel Ethernet traffic at 100Mbps for seamless data transfer
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- Signal Processing: Converts analog inputs to digital signals with 16-bit resolution
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- Event Logging: Records system events with microsecond timestamp accuracy
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- Protocol Translation: Manages multiple industrial protocols including Modbus TCP EtherCAT simultaneously
Performance Analysis and Benchmarks
The dk380c4.0-h8 demonstrates exceptional performance metrics across critical operational parameters. Laboratory tests reveal consistent processing speeds of 80MHz with zero clock drift under continuous operation cycles of 168 hours.
Processing Speed and Response Time
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- Achieves 100% task completion rate for 64 concurrent processes
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- Maintains 100μs response time under full load conditions
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- Processes 1,000 I/O operations per second with 99.99% accuracy
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- Executes PID control loops in 250μs intervals
Memory Management Performance
| Memory Type |
Access Speed |
Write Cycles |
Data Retention |
| Flash (4MB) |
70ns |
100,000 |
20 years |
| SRAM (512KB) |
12ns |
Unlimited |
Power dependent |
| EEPROM (128KB) |
200ns |
1,000,000 |
10 years |
Network Communication
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- Sustains 100Mbps full-duplex Ethernet throughput
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- Handles 500 Modbus TCP transactions per second
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- Maintains <2ms round-trip latency for ProfiNet communications
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- Supports 250 simultaneous EtherCAT frames
Real-world Performance Metrics
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- Operating temperature range: -40°C to +85°C with stable performance
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- Power consumption: 4.2W at full load
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- MTBF (Mean Time Between Failures): 150,000 hours
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- System availability: 99.997% under industrial conditions
| Feature |
dk380c4.0-h8 |
Industry Average |
| Processing Speed |
80MHz |
50MHz |
| Response Time |
100μs |
250μs |
| Concurrent Tasks |
64 |
32 |
| Power Efficiency |
4.2W |
6.5W |
Installation and Configuration Tips
Hardware Setup
The dk380c4.0-h8 installation requires proper mounting on a standard 35mm DIN rail in a controlled environment cabinet. Connect the 24V DC power supply to terminals 1 (+) and 2 (-) with 14 AWG wire for optimal performance. Ensure adequate ventilation with 50mm clearance on all sides.
Network Configuration
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- Set the primary IP address using the rotary switches:
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- Switch 1-3: Network ID (001-254)
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- Switch 4: Subnet mask (0-7)
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- Default gateway: 192.168.1.1
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- Configure Ethernet ports:
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- Auto-negotiation: Enabled
Initial Programming Setup
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- Install DK380 Configuration Suite v4.0 or higher
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- Connect via USB programming port
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- Set system parameters:
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- Process cycle time: 100μs
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- Memory allocation: 2MB user/2MB system
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- Real-time clock synchronization: NTP enabled
I/O Configuration
| I/O Type |
Channels |
Response Time |
Signal Range |
| Digital In |
8 |
1ms |
24V DC |
| Digital Out |
8 |
1ms |
24V DC/0.5A |
| Analog In |
4 |
10ms |
0-10V/4-20mA |
| Analog Out |
4 |
10ms |
0-10V/4-20mA |
Communication Protocol Settings
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- Modbus TCP configuration:
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- Register mapping: 4x/3x series
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- EtherCAT settings:
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- Distributed clocks: Active
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- Power up sequence:
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- Initialize system diagnostics
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- Runtime verification:
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- Verify network connectivity
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- Monitor process variables
Maintenance Requirements and Support
Regular Maintenance Schedule
The dk380c4.0-h8 requires systematic maintenance at specified intervals to ensure optimal performance. Daily visual inspections check for loose connections, LED status, and ventilation blockages. Monthly maintenance includes cleaning air filters, verifying network connections, and updating system logs. Quarterly procedures encompass firmware updates, memory diagnostics, and power supply calibration checks.
Diagnostic Procedures
Built-in diagnostic tools monitor system health through:
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- Memory integrity verification using ECC monitoring
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- Network connectivity status checks via dual Ethernet ports
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- I/O signal validation through automated self-test routines
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- Temperature sensor calibration within ±0.5°C accuracy
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- Power supply voltage monitoring at 15-minute intervals
Common Issues and Solutions
| Issue |
Cause |
Solution |
| Communication Loss |
Network Cable Fault |
Replace Cat6 cable |
| Memory Error |
SRAM Corruption |
Clear cache, reload firmware |
| I/O Failure |
Loose Connection |
Re-seat connectors |
| System Lag |
Process Overload |
Optimize task scheduling |
Technical Support Resources
The dk380c4.0-h8 support infrastructure includes:
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- 24/7 online technical documentation access
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- Remote diagnostics through secure VPN connections
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- Factory-certified repair services with 48-hour turnaround
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- Software updates via authenticated download portal
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- Direct engineer consultation through dedicated support channels
Spare Parts Management
Critical spare components include:
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- Replacement power supply units
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- Temperature sensor arrays
Preventive Maintenance Tools
Essential maintenance equipment comprises:
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- Digital multimeter with 0.1% accuracy
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- ESD-safe cleaning materials
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- Calibrated torque screwdrivers
The support package includes access to firmware updates, technical bulletins, troubleshooting guides, and configuration templates. Maintenance logs track system performance metrics, error codes, and component replacements through the integrated monitoring system.
The dk380c4.0-h8 stands as a revolutionary force in industrial automation with its powerful H8 microprocessor and advanced 4.0 architecture. Its exceptional processing capabilities integrated with robust features make it an invaluable asset for modern manufacturing facilities.
The system’s proven reliability demonstrated through impressive performance metrics combined with comprehensive maintenance support ensures long-term operational success. With its versatile applications modular design and industrial-grade specifications the dk380c4.0-h8 continues to set new standards in automation technology.
The future of industrial automation looks promising with this sophisticated system leading the way toward more efficient and precise manufacturing processes.
