Features an A/C Powered Built-in Fan located Inside the Pet House that cycles Air and Cools the Interior at the push of a button
The Gel-Foamed Pad Features Electrical Warming Nodes that warm at the Push of a Button
This Lightweight Pet House both Velcro's Assembled and Collapses in Seconds! Great for Travel and those who don't want to Heat or Cool their Entire Home
Features a Stitched-Exterior Storage Pocket for the Fan
Available in Multiple Sizes and Colors
Specification
Brand:Pet Life
Details
The Pet Life "Hush Puppy" Electronic and Collapsible Pet House is Smart, Innovative and Intelligent electronically powered Heating and Cooling system built-into a Collapsible Cat and Dog house. Powered at the push of the button, when set to 'Cooling Mode' the button turns BLUE and the silently powered fan located inside the house is activated and directly cools the interior through cycled air. When set to 'Heating Mode' the heating nodes located inside the memory foamed cushion begin to activate and a light warming sensation is comfortably applied to the pad. Features Thermal Control Technology a safety feature that automatically turns off when Pad reaches a certain Warming Temperature. The Hush Puppy smart house conveniently velcro's together and Collapses, Folds and Assembles in seconds making it perfect for travel. This amazing house is AC powered and features a built-in zippered compartment for the fan. Well designed and crafted, looks great in any home or office setting. Available in Multiple Sizes and Colors.
Sizing Specifications: (Inches) L x W x H SMALL: 19" x 16.5" x 16.5" LARGE: 29.5" x 23.6" x 23.6"
Component Specifications: ADAPTER SPECS: INPUT: AC 100-240V, 50/60Hz | OUTPUT: 12V, 2000mA | LENGTH: 4 feet. FAN SPECS: DC 12V, Power Consumption: 6.6 W, Air Flow: 25.6 CMF, Air Pressure: 24.5mmH2O
Recommended Use: Heating Mode: Do not leave the device on for more than 48 Hours. Cooling Mode: Do not leave the device on for longer than 4 Hours at a time. It is recommended to turn off the device for at least 10 minutes between usage intervals.
