Understanding the Mitsubishi part number structure is critical for maintaining, repairing, and upgrading industrial automation systems. Mitsubishi Electric utilizes a sophisticated, hierarchical numbering convention to classify components ranging from robotics to PLC controllers, servo drives, and peripheral hardware.
This index page serves as a technical reference guide to deciphering Mitsubishi Electric part numberingconventions. It explains how components are grouped by functional domains and system platforms, providing technical personnel with the structural logic needed for accurate component identification within the Mitsubishi automation components ecosystem.
Core Reference: Part Number Structure & Classification Logic
Mitsubishi part numbers are designed to convey information about component category, system role, and platform association.
While formats vary across product families, part numbers generally align with functional domains and controller or system platforms, rather than standalone interchangeability.
| Classification Layer | Typical Scope | Identification Role |
|---|---|---|
| Functional Category | Control, drive, motion, interface | Defines the system role of the component |
| Product Family | Robot, controller, drive system | Indicates the target platform or application |
| Series Identifier | Platform-specific (e.g., MELFA) | Groups components within a shared architecture |
| Variant Suffix | Configuration-specific | Differentiates revisions or options |
This abstraction reflects how Mitsubishi structures component identification at a system level.
1. Functional Domains
Mitsubishi part numbers are first associated with broad functional domains within industrial automation systems.Recognizing these domains is the first step in Mitsubishi Electric part numbering interpretation:
- Robot Motion & Mechanical Control: Components specifically for MELFA industrial robots.
- Controller & CPU Hardware: Main processing units for PLC and motion systems.
- Servo Drives & Power Electronics: Inverters and amplifier hardware.
- Human-Machine Interfaces (HMI) & Peripherals: Operator panels and cable assemblies
2. Product Families & Platforms
Within each functional domain, part numbers are further associated with specific product families or controller platforms. At an index level, these associations indicate:
- Intended system environment(e.g., Mitsubishi Controller Boards Index)
- Architectural compatibility boundaries
- Platform-specific integration requirements
Understanding product family alignment is essential for determining Mitsubishi robot parts index relevance, though it does not imply direct interchangeability between generations.
3. Series-Level Identification
Series identifiers within Mitsubishi part numbers group components sharing a common design architecture. This is crucial for Mitsubishi controller components mapping. Series-level grouping clarifies:
- Component lineage within a platform
- Shared electrical or interface characteristics
- Generational relationships
4. Variant & Revision Context
Suffixes or extensions within Mitsubishi part numbers typically represent configuration differences, revisions, or region-specific variations. These elements indicate:
- Version differentiation for firmware compatibility
- Optional features (e.g., absolute encoder vs. incremental)
- Lifecycle or revision tracking
Frequently Asked Questions
Q: Do Mitsubishi part numbers uniquely define compatibility?
A: No. Part numbers provide identification and classification context but must be evaluated within the correct system platform.
Q: Can similar part number formats indicate interchangeability?
A: Not necessarily. Similar formats may span different platforms or generations.
Q: Why are part numbers indexed by structure rather than product listings?
A: Structural indexing reflects how Mitsubishi organizes components across complex automation systems and supports long-term reference use.
Related Mitsubishi Index Pages
- Mitsubishi Controller Boards Index - CPU, Memory, and Interface cards.
- Mitsubishi Teach Pendant & Cables Index - Robotics interface hardware.
- Mitsubishi Servo Drive Parts - Amplifiers, motors, and power modules
Compare for Other Robot Brands
- ABB Part Number Index
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- Kuka Part Number Index
- Yaskawa Part Number Index
- Mitsubishi Part Number Index
Compare Other Robot Controller Spare Parts
Reference Notes
This section provides supplementary reference links related to Mitsubishi Electric hardware coding logic, Melfa controller platform classification, and system-level component identification structures.
Referenced materials are intended to support index navigation and part number orientation within the Mitsubishi automation ecosystem only. They are informational in nature and do not replace official Mitsubishi Electric technical documentation, system manuals, or software release notes.