Revco* Ultra-Low Slimline Freezer

Exclusive thin wall super insulation technique, combined with a slimline design, creates a very space-efficient, high-capacity freezer unit.
. Three standard racks per shelf and five shelf positions provide storage capacity for up to 180 boxes, using minimal lab floor space
. Closed-cell, high-density, foamed-in-place urethane insulation on the side and back walls combine with Dow Instill* vacuum insulation core to maintain R-value
. Composite wall design decreases wall thickness from five inches to only two inches, maximizing interior storage space
Efficient Narrow Cabinet Design
. At only 75.25 in. high and 24 in. wide, ULT-1186-3SI has a smaller footprint and can be easily moved on heavy duty swivel casters
Outer Doors
. Chrome latch assures a positive door seal and accommodates a customer supplied padlock for locking and sample security
Inner Doors
. Five inner doors constructed of durable ABS plastic create independent storage compartments with uniform chamber insulation
. Each door is mounted on a continuous hinge for optimal sample protection and increased service life
. Doors operate independently to prevent entire sample contents
from ambient thermal exposure
Inner Chamber
. Five-compartment design features four shelves, each adjustable to one-inch increments, for alternate inventory configuration
. Pressure equalization port combats door open-and-close pressurization differential in the chamber allowing easy reentry
within 30 seconds
. The Revco Legaci* cascade refrigeration system assures unprecedented reliability for the most critical storage applications
. Custom design features high performance with two hermetic Copeland compressors and propane-free DuPont Suva* refrigerants that cool the load as well as the system components
. Two compressors provide scientifically matched (1) HP motor size and displacement required for efficient ultra-low temperature applications
. Lubricating oils maintain proper viscosity for ultra-low temperatures
. Balanced condensers and fans complement the cooling capacity of refrigerants