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As an added benefit, the off-the-floor design leaves ample space below the fixture for mops and brooms, allowing easier cleaning-an asset worth considering in applications where maintaining a higher level of sanitation and hygiene may be a factor. fixture support, it’s engineered to withstand up to 1,000 pounds. Until recently, we’ve recommended a floor-mounted toilet for added safety and stability because they can withstand over 2,000 pounds of static load.Īnother option, however, is our wall-mounted bariatric toilet, model no. Our recommendation in situations like this is to forget about coming up with a way to calculate force and opt for a stainless steel fixture.

Acorn offers powder coating in a wide array of colors, resulting in restroom fixtures with the strength and durability of stainless steel and the softer aesthetic of china. Image via iStockphotoįortunately, a stainless steel toilet doesn’t have to look like a prison toilet. A shattered porcelain toilet can be as treacherous as broken glass. But the cost and convenience of a broken ceramic toilet is nothing compared to the danger it poses to the unlucky user. They can always be replaced, though that will get expensive if it needs to be done repeatedly. Property damage isn’t the only concern when it comes to specifying vitreous china toilets. Let’s face it, anything that can stand up to the wear and tear of adolescent boys can pretty much withstand any situation you throw at it! Stainless steel is recommended because of its durability and is the preferred choice for many schools, as well as commercial and institutional markets. A floor-mounted toilet is safer because pressure and weight gets transferred from the bowl to the floor. When we recommend a bariatric toilet for this kind of situation, we feel a stainless steel floor-mounted toilet is the best way to go. With so many variables, it’s difficult to determine the amount of force that would be generated by any given person. Are they obese or a 500 pound linebacker with very little body fat? Are they sitting gently, or did they lose their balance and are falling onto the seat? Are they tall or short? In addition, you need to consider the physical makeup of the person sitting down. It’s also necessary to account for the type of surface the toilet is attached to and how it is mounted, including the strength of the materials used. The force on the seat will vary depending on the duration of the action, as well as on the material and geometry of the seat. A 500 pound person sitting down, however, is considered a dynamic load. The 2,000 pound static load classification is tested by gradually increasing the weight placed on the toilet to prove it can withstand the full amount. His answer: “There are too many variables to consider to be able to give a definitive answer. in experimental high-energy physics for his take.

But none of the answers were definitive.Ĭurious ourselves, we turned to a colleague with a Ph.D. Several people offered a formula for determining the amount of force a 500 pound person would generate when sitting down on a toilet: Kinetic Energy = 1/2mV 2. In short, his question was, “Would a toilet made to support static loads up to 2,000 pounds be sufficient for this type of use?” This particular engineer had been asked to install a vitreous china toilet for an employee weighing in at 500 pounds. We recently came across a question posed on an online plumbing engineering forum.

Acorn engineering toilet