The Cadet PRO Compact Right Height Elongated toilet from American Standard is part of the Cadet PRO line exclusively for trade professionals. The Right Height toilet stands at 16-1/2" tall - and the compact elongated bowl provides additional comfort while still fitting perfectly in smaller bathrooms and spaces. A powerful flush accompanies this 1.28 gallons per flush toilet, using 20% less water than the standard 1.6 gpf toilet. The EverClean surface inhibits the growth of stain and odor-causing bacteria, mold, and mildew on the surface. This model is designed for a 14-inch rough-in installation.
- Space-saving elongated bowl fits in the space of a round front
- PowerWash rim scours the bowl with every flush keeping it fresher longer
- Cadet flushing system with 2-1/8 in. glazed trapway and oversized 3 in. flush valve for a thorough, powerful flush
- Includes EZ-Install Tools and color-matched bowl caps
- Meets WaterSense requirements
- 14 in rough-in
|
| Features |
Water Efficient |
| Warranty |
5 Year Limited Warranty |
|
| Flush Valve Size |
3 |
| Flush Technology |
Gravity Fed |
| Flushing Type |
Single Flush |
| GPF_Max |
1.28 |
| Toilet_Insulated_Tank |
No |
| Toilet Trapway Diameter |
2-1/8 |
| Everclean |
EverClean |
| No. of Flush Valves |
1 |
Professional delivery and installation is available for every product we sell. We would be happy to coordinate delivery and installation for you.
Extended warranties are usually very inexpensive and can save you thousands in the future.
It's simple and inexpensive to purchase extended warranties and one of the smartest ways to protect your investment.
Plumbing fixtures
can be large, heavy and expensive. You probably don't have the special tools or expertise needed to fix them in a crisis. If you can spare a few thousand dollars without batting an eyelash for new
fixtures
should they break tomorrow, don't buy a warranty. But if you're like most of us, protect yourself by purchasing inexpensive extended warranties when you buy a new product and save yourself big money in the long run.
