SUMMIT's new line of silent solid state minibars offers a more efficient choice for the hotel industry, with an energy smart and noise-free performance for satisfied guests.
The MBH31B is a compact minibar in a textured black finish with a reversible door. The interior offers 1.06 cu.ft. of storage capacity with two adjustable shelves and two door racks ideal for holding smaller bottles. The thermostat is located in the rear of the unit with a convenient 4-setting turn dial for easy temperature maintenance. Note: This unit is designed to store beverages and cannot be used for perishable food storage. Due to its efficient and silent design, it is best used for keeping already chilled items cold.
The solid state heat pump cooling system utilizes no moving parts, eliminating the vibrations and noise so common with compressor-based units. The MBH31B also functions more efficiently than standard absorption minibars, using on average 30% less energy. Unlike absorption minibars, this model utilizes non-flammable, non-toxic refrigerants with an ammonia-free design.
Sized with a compact footprint, the MBH31B is a great choice for hotels looking to offer beverages to their guests.
Energy efficient performance
Unique solid state system utilizes a heat pump design to offer significant energy savings over absorption models
Compact size
Ideally sized for use on top of counters or in smaller hotel rooms
Silent operation
0 db sound rating with no compressor vibrations or fan noises
Adjustable shelves
Includes two shelves with multiple positions to accommodate a variety of beverages
Door storage
Two racks offer ideal storage for smaller bottles
Adjustable thermostat
Dial thermostat located on the back of the unit features four settings for easy temperature management
Reversible door
User-reversible door swing for added flexibility
Fully finished cabinet
Allows the unit to be used freestanding or enclosed with proper ventilation. See the user manual for more information about proper clearance
100% CFC free
Environmentally friendly design without ozone-damaging or flammable chemicals
