![]() The wet bar sink would be vented locally and said vent tied into the group vent for the bathroom that eventually will protrude through the roof. I assume if this was "legal" I would need to tie it in below the waste/vent tee for the vanity sink. I'm obviously trying to avoid busting the slab to tie in this wet bar, but I'm worried bringing it in above the slab might mess up the group vent. I'd like confirmation of this.Īssuming the above is correct (I will be posting a pic below that should help anyone interested on confirm), my big question is whether I can run an additional drain from a proposed wet bar into the basement vanity drain line above the slab. I assume this means I will have to run a new vent through the roof for the basement bath. One vent is located near the kitchen/laundry, and one each near the two existing bathrooms on the main floor. I don't believe my house has a main vent stack as it appears there are 3 separate vents through the roof. My plan is to tie that vent back into the vent for the ejector pit in the basement ceiling and then run a vertical vent up through a chase into the attic and out the roof eventually. Based on extensively searching through many posts on these forums I have managed to put together what I think is the correct way to finish the DWV piping for this setup using a group vent that tees off where the vanity sink will connect to the 2" stub. ![]() About 10' away I have a pit for a sewage ejector pump. ![]() What I have is three stubs coming out of the slab, a 2" stub where a vanity sink would go, a 4" stub where a toilet would go and a 1-1/2" stub where a tub/shower would go. ![]() The basement has been plumbed (to some extent) for a bathroom underneath the slab. The packing material is water soluble, so it will disappear on the first use.I have a 2 yr old house that had an unfinished basement when we bought it. The pre-plumbed 4″ inlet hub makes for a quick connection to the main sewage line.Įach basin is filled with environmentally friendly packing peanuts prior to shipment to ensure things remain in place during transit. The cover is sealed in place prior to shipment. The basin’s cover includes a cord seal for the pump’s electrical cord along with a predrilled 2″ vent hole. The basin comes complete with a 2″ PVC discharge pipe that includes a predrilled 3/16″ weep hole to prevent the pump from becoming airlocked. The vortex impeller design of the Model 266 allows the pump to pass 2″ spherical solids limiting the potential for clogging and unwanted downtime. It includes our Model 266 automatic sewage pump. The package comes preassembled in an 18″ x 30″ polyethylene structural foam (PSF) basin. The access cover is the only part that is visible after installation. The Model 912 sewage ejector package is designed for burial flush-to-grade. Purchasing a job ready package reduces installation errors while minimizing cost. It is ideal for those looking to install a job ready sewage ejector system. It is a higher head and higher flow package when compared to the 912-0007 with the Model 264. Our Model 912 is a preassembled sewage ejector package that comes with all of the key components required for installation. ![]() Standard APak® Outdoor Alarm System With Mechanical Float.915 Simplex Grinder Package System with an BN801.912 Simplex Sewage Package System with an M266.912 Simplex Sewage Package System with an BN264.912 Simplex Sewage Package System with an M264.Our pre-plumbed packages make selecting and installing the right equipment easy. Sewage or grinder pumps move raw sewage and unwanted water away from the home. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |