MIDEA MVU30W4AST Midea 30 in. Under Cabinet Convertible Slim Range Hoo

Key Specs

Type: Ducted mount hoods
Width: 0 Inch
Depth: 0 Inch
Height: 0 Inch

More details

Translation missing: en.products.product.product_variants

$111.56

Check Delivery Options

Out of stock

Quantity:

Product Information
Specifications
Features
Reviews

General
Model: MVU30W4AST
Brand: MIDEA
Type: Range Hoods
Height: 0
Width: 0
Length: 0
Cooking Capabilities
Number of Burners: 0
Number of Elements: 0
Convection: No
Self-Cleaning: No
Cooking Capabilities
Warming Drawer: No
Hidden element: No
Proof cook mode: No
Continuous grate: No
Down draft: No
Storage Drawer: No
Induction: No
Features
Sabbath mode: No
Recessed turntable: No
Number of Shelves: 0
Convection: No
Advanced Features
Wi-Fi Connectivity: No
Smart Features: No
Power & Consumption
Microwave wattage: 0
CFM: 0

Midea MVU30W4AST 30 inch Under Cabinet Ducted/Ductless Convertible Slim Vent Durable Stainless Steel Kitchen Reusable Filter, 3 Speed Exhaust Fan and 2 LED Lights Range Hood.

Model Number	MVU30W4AST
UPC	840296506059
Color	Stainless Steel
Air Flow	100 CFM
Control Type	Push Button
Lighting	LED
Mounting	Under Cabinet
Fan Speeds	3
Exhaust Vent	1
Exhaust Vent Location	Top Mount
Certifications and Listings	UL Listed
Annual Energy Consumption	51.5 kw/yr
Sound Level (dBA)	65 dBA
Electrical Requirements (v/Hz)	60Hz
Voltage (V)	120V
Amperage (A)	2.5A
*Product Dimensions (in) WDH*	29.92 x 19.69 x 5.51
Product Weight (lbs)	17.2
Included Accessories	Filter
Parts and Labor	1 Year

Fresh Air & 3 Speeds - Elegant Under Cabinet Range Hood with 3 -speed exhaust fan provides you fresh air, while keeping the noise low.
Dual Installation Mode & Ideal Size - The stainless steel thin bodies and ideal sizes fit your cabinet perfectly and save space, and it can be installed in exhaustion mode and recirculation mode.
5-Layer Reusable Aluminum Filter - The 5-layer aluminum filter effectively removes grease and cooking odors. Also, being easily detached and dishwasher safe, it can always sustain its optimal efficiency.