The phrase "at maximum rating" is correct and usable in written English.
It can be used in contexts where you are discussing the highest allowable or specified level of performance, capacity, or quality of a product or system.
Example: "The device operates efficiently at maximum rating, ensuring optimal performance during peak usage."
Alternatives: "at peak capacity" or "at full rating".
Archives|BUILDING CONTINUES AT MAXIMUM RATE; Reports From Principal Cities Indicate That High Records of 1924 Will Be Surpassed.
BUILDING CONTINUES AT MAXIMUM RATE; Reports From Principal Cities Indicate That High Records of 1924 Will Be Surpassed.
For the rate scheduler, and at maximum rate (rate=0) for each of the three, about 3.2x105 yields/sec is possible.
This is the first report on a strain capable of growing at higher concentrations of caffeine (>5 g/l) at maximum rate of degradation (0.18 g/ l h)).
Thermal stability of the printed composites was also improved, as shown by increases in the temperature at maximum rate of weight loss and the glass transition temperature.
The model predicts good distribution at maximum rates in the operating tower, but finds that at lower rates, where valves open and close, there is an extreme sensitivity of vapor distribution to small pressure drop variations.
Nitrifiers in the aerobic reactor operated at maximum rates and were negatively affected by ammonium or nitrite, whereas nitrifying rates in the alternating reactor were proportional to ammonium or nitrite concentrations.
After warming up and stretching through several yoga-like poses, the three men completed four sets of exercises with the bags in fifteen minutes, with only a minute's rest between each set, all designed to keep their hearts pumping at maximum rate and meet the Five Pillars of Human Movement, a platform espoused by the former Brazilian jiu-jitsu world champion Steve Maxwell.
Butyrate and isopropanol were the other major biochemicals produced at maximum rates of 3.7 and 3.3 g m−2 d−1 (18.6% and 21.8% of the electrons, respectively) leading to titers of 0.67 and 0.82 g L−1 during the continuous process.
This analysis revealed that the production of n-alcohols, alkanes, and fatty acids of lengths C3 C18 could be coupled to cell growth in a strain lacking native fermentative pathways, a characteristic enabling product synthesis at maximum rates, titers, and yields.
