Model numbers and serial codes are essential identifiers used across industries to categorize products, versions, and specifications. Dk380c4.0-H8 represents a structured alphanumeric code that follows common industrial naming conventions. While this specific identifier may not have widespread documentation, understanding its components can provide insights into how manufacturers organize their product lines and communicate technical specifications.
Analyzing the Code Structure
Industrial model numbers typically follow systematic patterns that convey specific information about the product. Breaking down Dk380c4.0-H8 into its constituent parts reveals a logical structure commonly used in manufacturing and engineering sectors.
Product Series Identifier: DK380
The initial segment DK380 likely represents a product family or series designation. In industrial naming conventions:
-
DK could indicate a manufacturer prefix, product category, or design classification
-
380 typically represents a specific model within that series, often correlating to power ratings, size specifications, or performance characteristics
-
This combination suggests the product belongs to a standardized product line with consistent design principles
Version Specification: C4.0
The C4.0 component follows standard versioning practices:
-
C may denote a configuration type, compliance standard, or design revision
-
4.0 indicates version 4.0, suggesting this is the fourth major iteration or generation
-
Version numbers often correlate with technological improvements, regulatory compliance updates, or feature enhancements
-
The decimal notation implies a structured development cycle with potential for minor updates (4.1, 4.2, etc.)
Variant Designation: H8
The final H8 segment typically specifies:
-
Hardware configuration or specification level
-
Regional variants or market-specific adaptations
-
Feature sets or optional equipment packages
-
Performance tiers within the same product family
-
Environmental or operational specifications
Potential Product Categories
Based on the structural analysis and common industry practices, Dk380c4.0-H8 could belong to several product categories:
Industrial Motors and Drives
-
Electric motors with 380V power ratings
-
Variable frequency drives (VFDs)
-
Servo motors with specific torque characteristics
-
Stepper motors for automation applications
Electronic Components
-
Power supplies and converters
-
Control modules and PLCs (Programmable Logic Controllers)
-
Signal processing units
-
Communication interfaces
Automation Equipment
-
Actuators and positioning systems
-
Sensors and measurement devices
-
Robotic components
-
Process control instruments
Power and Energy Systems
-
Transformers and electrical distribution equipment
-
Battery systems and energy storage
-
Inverters and power conditioning equipment
-
Monitoring and protection devices
Industry Applications
Products with similar naming conventions are commonly found in:
Manufacturing Automation: Equipment for assembly lines, packaging systems, and quality control processes.
Energy Management: Components for power generation, distribution, and renewable energy systems.
Building Systems: HVAC controls, lighting systems, and facility management equipment.
Transportation: Components for electric vehicles, rail systems, and logistics automation.
Process Industries: Equipment for chemical processing, food production, and pharmaceutical manufacturing.
Understanding Model Number Significance
Model numbers serve multiple purposes in industrial contexts:
Inventory Management
-
Enables precise part identification and ordering
-
Facilitates maintenance scheduling and replacement planning
-
Supports quality control and traceability requirements
Technical Documentation
-
Links products to specific manuals, specifications, and certification documents
-
Ensures compatibility with related components and systems
-
Provides reference for troubleshooting and support
Regulatory Compliance
-
Indicates adherence to safety standards and certifications
-
Supports audit trails and compliance documentation
-
Enables tracking of product recalls or updates
Best Practices for Model Number Research
When encountering unfamiliar model numbers like Dk380c4.0-H8:
Direct Manufacturer Contact
-
Search for the manufacturer using partial model numbers
-
Contact technical support for detailed specifications
-
Request product documentation and compatibility information
Industry Resources
-
Consult specialized databases and catalogs
-
Engage with industry forums and professional networks
-
Review trade publications and technical journals
Cross-Reference Analysis
-
Compare with similar products from known manufacturers
-
Analyze component specifications and features
-
Verify compatibility with existing systems
Conclusion
While Dk380c4.0-H8 may not have readily available documentation, its structure follows established industrial naming conventions that suggest it represents a legitimate product identifier. The systematic arrangement of series designation, version number, and variant code indicates a professional manufacturing approach consistent with established industry standards.
Understanding these naming patterns helps professionals in procurement, maintenance, and system integration make informed decisions about product selection and compatibility. When working with unfamiliar model numbers, the most reliable approach involves direct manufacturer contact and systematic research through appropriate industry channels.
The significance of proper model number documentation extends beyond simple identification—it ensures operational safety, regulatory compliance, and efficient maintenance practices across industrial applications.
