Component code 330103-07-18-10-02-00 is a structured identifier where segments denote: base model (330103), revision (-07-), specifications (-18-), and configuration (-10-02-00), ensuring precise tracking in industrial maintenance systems.
Part number 330103-08-13-10-02-05 is a structured industrial identifier where segments specify: base model (330103), revision (-08-), technical parameters (-13-), and configuration details (-10-02-05), enabling precise component tracking in manufacturing and maintenance systems.
Part number 330103-08-15-10-02-00 is a structured industrial identifier where segments denote: base model (330103), revision (-08-), specifications (-15-), and configuration (-10-02-00), enabling precise tracking in manufacturing and maintenance systems.
Part number 330908-00-19-10-02-05 is a structured identifier used in precision manufacturing, with each segment encoding technical specifications including base model (330908), revision status (-00-), material/design attributes (-19-), and configuration details (-10-02-05) for industrial components.
The alphanumeric code 330910-16-23-10-02-00 serves as a critical component identifier in precision manufacturing. Its segmented structure (-16-23-10-02-00) encodes technical specifications including model variants, revision history, and configuration details for industrial applications.
The code '330103-02-10-05-01-05' is a structured identifier used in precision manufacturing systems. Its segmented format (-02-10-05-01-05) specifies component configurations, revisions, and technical parameters for aerospace and industrial applications.
Part number 330904-09-17-05-01-05 is a precision engineering component identifier, commonly used in aerospace and industrial applications. The segmented code structure provides detailed specifications including model variations, revision history, and technical configurations for accurate part identification and traceability.
The code '330901-00-12-05-02-05' is a structured identifier used in precision manufacturing systems. Its segmented format (-00-12-05-02-05) specifies component configurations, revisions, and technical parameters for aerospace and industrial applications.
The code '330901-14-43-05-02-05' is a structured identifier used in precision engineering and manufacturing systems. Its segmented format provides detailed specifications for components, versions, and configurations in aerospace and industrial applications.
The code '330903-16-23-10-01-00' is a structured identifier used in technical and industrial systems. Its segmented format provides detailed classification for components, versions, and specifications in precision engineering applications.
The extended code '330851-02-000-066-10-00-00' represents a comprehensive identification system used in technical and industrial applications. This multi-segment format provides detailed classification for components, versions, and specifications in complex manufacturing or engineering environments.
The 330500-0300 is a high-precision industrial sensor module designed for critical monitoring applications. Featuring rugged construction and advanced signal processing, it delivers reliable measurements in extreme temperatures and harsh operating conditions.
The 330901-00-20-05-02-00 is a high-reliability industrial interface module designed for critical automation systems. Featuring robust signal isolation and wide temperature operation, it ensures stable performance in harsh electrical environments.
The 330903-00-11-05-02-05 is a high-precision industrial control module designed for automation systems. Featuring robust construction and advanced signal processing, it ensures reliable operation in harsh manufacturing environments.
The 330930-040-00-00 is a precision industrial component designed for high-performance applications. Its durable construction ensures reliable operation in demanding mechanical systems and harsh environments.
The 330930-040-00-00 and P3403893-0006 are precision-engineered components designed for industrial applications. These high-quality parts ensure reliable performance, durability, and compatibility in demanding mechanical systems.