The MEYD-646 DC01-58-20 Min is a specific model of a product, likely a type of industrial component or device. While the exact nature of the product may be unclear without further context, we can infer from the code that it belongs to a series of devices designed for precise control and operation.
In various industrial and technical applications, specific product codes and model numbers are used to identify and differentiate between products. One such code is MEYD-646 DC01-58-20 Min. In this article, we'll explore what this code represents, its significance, and the potential uses and applications of products associated with this code.
In summary, your search string breaks down into two clear parts:
In multimedia databases, it specifies the exact runtime of the asset labeled MEYD-646 . For instance, if an entry reads MEYD-646 [...] 120 Min , it informs the user that the video file lasts exactly two hours. MEYD-646 DC01-58-20 Min
"The numbers can wait," she whispered, her lips brushing against the shell of his ear. "The security cameras in this wing go into 'maintenance mode' at 12:15. That gives us exactly twenty minutes before the night guard makes his rounds."
Protecting raw components during international transit and warehouse storage.
Searching via exact codes like MEYD-646 instead of using natural language (such as descriptive titles or actor names) is a highly efficient navigation tactic used across several industries. Description The MEYD-646 DC01-58-20 Min is a specific model
Databases index alphanumeric characters much faster than long descriptive sentences, yielding cleaner search engine results with less clutter. Digital Safety and Best Practices for Fragmented Searches
| Parameter | Symbol | Typical Value | Units | |-----------|--------|---------------|-------| | | V r | 12 | V | | No‑Load Speed | n 0 | 5 800 | rpm | | No‑Load Current | I 0 | 55 | mA | | Stall Current | I st | 2.1 | A | | Stall Torque | T st | 7 | mN·m | | Continuous Torque | T c | 2.8 | mN·m | | Power (max) | P max | 0.65 | W | | Armature Resistance | R a | 5.7 | Ω | | Inductance (phase) | L a | 0.7 | mH | | Weight | m | 12 | g | | Shaft Diameter | d sh | 2 | mm | | Shaft Length | l sh | 10 | mm (standard) | | Overall Length | L | 46 | mm | | Outer Diameter | D out | 6 | mm | | Operating Temp. Range | T op | –20 … +70 | °C | | Storage Temp. Range | T st | –40 … +85 | °C | | IP Rating | – | IP40 | – |
The first segment, MEYD-646 , functions as a tracking prefix. In industrial asset management, prefixes like "MEYD" typically correspond to specific factory floor sectors, manufacturing lines, or proprietary product groups. The digits 646 denote the specific sequential batch, work order, or casting lot number. This level of serialization allows quality control teams to trace an item back to its exact production timeline, machinery, and raw material intake. 2. DC01-58: The Material Standard and Grade One such code is MEYD-646 DC01-58-20 Min
When encountered in mechanical blueprints, automotive design sheets, or structural supply chains, identifies cold-rolled steel known for high formability and surface finish consistency.
A sensor logs the completion of the cycle. If the process takes 19 minutes or 21 minutes outside of programmed tolerances, the system flags the batch under the specific alphanumeric string for manual human inspection. The Importance of Structural Data Logging