Introduction: A complete Panasonic feeder model number helps identify the part you are viewing, while similar characters alone cannot settle specifications or interchangeability.
A maintenance engineer may copy a feeder number from a nameplate, an old spare-parts record, or a supplier document. One missed letter can turn a familiar part into a different identification. This matters when several Panasonic feeder numbers look almost identical, such as MTKA010362AC, MTKA010362AA, and MTKA010361AA. The practical goal is simple: record exactly what is present, understand what the number identifies, and use other technical information for equipment matching. That habit saves time during maintenance and keeps a model reference separate from a compatibility conclusion.
An SMT feeder model number is primarily an identity label for a particular part reference. It connects the physical feeder to a product description, a drawing, a service record, a quotation request, or another technical document. In the Panasonic feeder example, MTKA010362AC is presented as the main model for a Panasonic Feeder, also described as a tape feeder for Panasonic AI/SMT equipment. The same product information shows MTKA010362AA and MTKA010361AA as related models. These names give the reader a clear starting point for identifying the family of parts under discussion. The number becomes useful because it is more precise than a general description such as “Panasonic feeder” or “SMT tape feeder. ” A general name identifies the product category; the complete model identifies the particular reference being recorded. This distinction is important in a production environment where the same machine line may contain many feeders, nozzles, motors, valves, and other spare parts. A model number links the observed component to the right information trail. NIST supply-chain guidance also emphasizes the value of knowing and documenting sources and component information when organizations manage supply risk and continuity. A model number also helps separate a known reference from an assumption about its design. Readers can accurately write down MTKA010362AC and separately note that MTKA010362AA and MTKA010361AA appear as related models. That record preserves what is known without silently changing the information into a claim about identical construction, identical performance, or shared installation details. The number answers “which reference is this? ” first. Questions about dimensions, interfaces, machine fit, operating behavior, or replacement suitability belong to the next stage of technical review.
The final letters or digits in an industrial part number may distinguish a separate revision, configuration, production reference, or other manufacturer-defined variation. Unless a reliable document explains the coding system, the safest practical approach is to preserve every character without assigning a private meaning to it. This is why visual similarity creates a common recording error. A technician may see “MTKA010362” and shorten the number in a note, or read the final “C” as an “A” under poor lighting. A buyer may then search for a close-looking feeder and assume the result represents the same part. The risk is not limited to ordering. An incomplete number can also attach the wrong manual, inspection note, maintenance history, or spare-parts reference to the equipment record.
A related-model label tells the reader that the named references are connected in the information being presented. It is useful for expanding a search and recognizing that a product family may contain more than one model. It helps explain why a search for MTKA010362AC may return MTKA010362AA or MTKA010361AA in nearby results. That relationship is valuable for research, especially when an old feeder carries a worn or partly unreadable label. The label still leaves the technical relationship to be established through the appropriate documentation. A related model may have a different structure, parameter set, connection arrangement, or equipment application. The available information gives MTKA010362AC as the main model and identifies the other two as related models; it gives no confirmed basis for treating the three as interchangeable. The correct reading is therefore direct and practical: keep the names together as references, but keep each full model number separate in the record. This approach also prevents unrelated information from moving between products. A product description may mention a Panasonic AI/SMT tape feeder, a Panasonic AI Machine AV132 equipment clue, or a 26mm specification clue. Those details help describe the reference being presented, but they should remain attached to the information source and the exact model. They should not automatically be copied to every similar model. IPC standards provide a useful industry reminder here: electronic manufacturing requirements depend on specific standards and technical documents, so a general category label rarely replaces part-specific information.
A complete feeder record improves the quality of everyday equipment information because it preserves the link between a physical object and the documents used to understand it. When a maintenance worker reads MTKA010362AC from a label and writes the full number into a service note, another person can locate the same reference later. The record becomes more useful when it also keeps the source, the date of observation, the equipment name already associated with it, and any separate specification notes. These details support clearer communication without turning a model number into an automatic fit decision. The value becomes obvious during a typical maintenance handoff. One person sees a feeder installed near an SMT machine and records “Panasonic feeder. ” Another person later searches for a replacement and receives several similar results. If the original note contains MTKA010362AC, the search starts from a precise identity. If the note contains only “362 feeder,” the search can drift toward MTKA010362AA or MTKA010361AA without anyone noticing the change. Exact copying reduces that avoidable confusion and gives the next technical reviewer a reliable starting point. Complete records also improve discussions between maintenance, engineering, and purchasing teams. The maintenance team can provide the exact marking. Engineering can compare the part reference with machine documentation and installation information. Purchasing can pass the same reference into a quotation or supplier inquiry. Each group works from the same identifier while keeping its own question clear. The model number identifies the requested reference; separate documents and physical checks address compatibility, specifications, condition, and installation. For a product such as the MTKA010362AC Panasonic Feeder, a useful note might preserve the full model exactly as printed, identify it as a Panasonic Feeder or tape feeder, and record the related-model names separately. A Panasonic AI Machine AV132 reference may be kept as an equipment clue where it appears, while the 26mm notation remains a specification clue requiring its own interpretation. This simple separation makes later research more accurate and prevents a short product description from being expanded into unsupported technical conclusions. The same principle helps when old records contain inconsistent naming. Instead of silently “correcting” a number to match a search result, the reader can keep the observed marking, note any uncertain character, and compare it with photographs or technical documents. That creates a clean distinction between what was read from the part and what was learned from another source. NIST SP 800-161 Rev. 1 places source awareness and supply-chain information within broader risk-management practice. In equipment work, the everyday benefit is straightforward: better records make later decisions easier to review. A model number is therefore an entry point into equipment knowledge, not the whole knowledge set. It tells readers which reference to investigate and helps them distinguish one named part from another. It does not independently answer every question about physical design, machine fit, electrical connection, feeder width, operating parameters, or interchangeability. Those questions need the matching drawings, manuals, machine information, inspection details, or other relevant technical records. Keeping that distinction clear makes model-number reading more useful, not less.
Reading Panasonic feeder model numbers accurately starts with disciplined copying. MTKA010362AC, MTKA010362AA, and MTKA010361AA should remain separate full references, even when they appear together as related models. The model number identifies the part reference and supports better communication, while specifications and compatibility require their own technical basis. For further product study, the MTKA010362AC Panasonic Feeder listing provides a useful reference point. A clear record of the exact model, source, and associated notes gives maintenance and engineering teams a stronger foundation for the next decision.
A：An SMT feeder model number identifies a specific part reference within a product category. It connects the physical feeder with product descriptions, technical documents, service notes, and spare-parts records. For example, MTKA010362AC identifies a particular Panasonic Feeder reference more precisely than the general term “Panasonic feeder. ” The number is the starting point for reviewing specifications, equipment information, and replacement suitability.
A：Similar Panasonic feeder model numbers should be kept as separate references until their structure, parameters, installation details, and equipment application have been compared through suitable technical information. MTKA010362AC, MTKA010362AA, and MTKA010361AA are shown as related models, but that relationship alone is not an interchangeability decision. Matching the complete model with machine documentation and part-specific information provides the right basis for a replacement judgment.
A：The complete feeder part number prevents similar references from being merged during maintenance, searching, quoting, and document filing. Recording MTKA010362AC instead of a shortened form such as “362 feeder” preserves the exact identity observed on the component. It also helps different teams work from the same reference and keeps the correct source, specification notes, and follow-up questions attached to the right part.
