The prefix "FERA" likely designates a specific line of industrial hardware. In engineering nomenclature, prefixes like this are often used to denote a chassis type, a communication protocol, or a generation of technology. "FERA" could hypothetically refer to a "Field Enclosure for Robotic Automation" or a specific series of high-frequency drives. The number "161" following it narrows this down further, perhaps indicating the size class, voltage rating, or generation iteration (Series 1, Version 6, Model 1). This tells the engineer exactly which family of products they are dealing with, ensuring that the mounting brackets and software drivers are compatible.
Standardized mounting (ISO 5211) allows these actuators to be fitted to butterfly, ball, and globe valves from various manufacturers. Industrial Applications FERA-161-MR01-36-35 Min
Often features IP67 or IP68 ingress protection, making them dust-tight and capable of withstanding temporary submersion. The prefix "FERA" likely designates a specific line
In engineering and technical specifications, "Min" is an abbreviation for . It is a qualifier that dictates the operating envelope of the device. The presence of "Min" transforms the identifier from a static label into a dynamic performance boundary. The number "161" following it narrows this down
Always verify these inferred values with the original equipment manufacturer (OEM) datasheet, as custom configurations are common with FERA-series components.
Moving deeper into the identifier, we encounter the numerical segment "36-35." In technical specifications, these numbers usually correlate to or Performance Ratings .
Refers to the duty cycle or minimum operating parameters, suggesting the device is rated for continuous or high-frequency operation. Key Features of the FERA-161 Series