AMANA 497158 Drain Kit for WS900E/WS900E/WS900SC PTAC Wall Sleeve.

AMANA® PTAC CONDENSATE DRAIN KIT| Attaches to wall sleeve base pan for controlled internal or external disposal of condensate | For use with C, D and E series sleeves

Attach the AMANA PTAC CONDENSATE DRAIN KIT to your wall sleeve for internal or external disposal of condensate. If you have a C, D or E series sleeve, then this kit is a must-have item for your home comfort system. The drain kit includes a complete set of installation instructions to make installation easy.

Attach this drainage kit to the wall sleeve base pan for controlled internal or external disposal of condensate. For use with C, D and E series sleeves.

AMANA PTAC BAck BOX ABSORPTION DRAIN KIT| Attaches to bottom of air handler for controlled, internal or external disposal of condensate | Includes drain pipe with quick connect fittings and attachment hardware

When you install a heat pump, dehumidifier or water source heat pump in your home, you should install a condensate drainage system. The condensate drainage kit from Amana attaches to the wall sleeve base pan of your equipment to control internal or external disposal of condensate. Made of PVC copper tubing, this kit includes all necessary fittings and connectors for installation.

With the AMANA PTAC Condensate Drain Kit, you can connect your condensate drain directly to a wall sleeve or to a drain in a crawl space or basement. This kit allows for either internal or external waste disposal of condensate for up to four units. It includes a flexible drain hose and clamps, along with hardware and instructions for easy set up.

C series & D series PTAC covers and wall sleeves are easily adapted for condensate discharge to the inside or outside of building by attaching the new type modular AMANA® ptac condensate drain kit.

The drain kit for WS900E/WS900E/WS900SC PTAC Wall Sleeve is designed and built to install onto the base pan of the wall sleeve. The kit provides an external or internal drain through the bottom of the unit that can be used for controlled disposal of any condensation water generated by the system