Sanyo VR-L4110WSEC Booklet - Page 23

Green Design and Performance freezer, generating immediate return on investment based on first costs, operating costs and maintenance costs over time. Additionally, the placement of evaporator surfaces within the cabinet walls achieve exceptional documented ultra-low temperature uniformity, thereby permitting investigators more freedom in placing valuable cell lines and biologicals within the interior cabinet, and assuring uniform cell viability when harvesting products from the ultra-low archive. Because benefits of the SANYO Cool Safe™ compressor design extend to evaporator tubing surrounding the interior chamber, and the interior chamber is part of the thin-wall composite based on the patented V.I.P.™ vacuum insulation panel cabinet, SANYO can offer more usable storage volume within the same sq.ft. of floor space than competitive models. MDF-U74VC V.I.P. ™ Energy Savings Model # Ambient Temperature SANYO Over Previous SANYO Model MDF-U53VA 23°C -26% MDF-U74VC 23°C -11.2% Dollars ($) 1.0 0.9 0.8 0.89 0.88 0.7 0.6 0.61 0.5 0.4 0.3 0.2 0.1 0 Annual CO2 Emissions by Box Capacity SANYO MDF-U74VC Brand A Brand B Chart 1 - SANYO Freezers help the environment by reducing carbon footprint. Dollars / Cubic Foot 12 11.11 10 10.93 8 7.63 6 4 Total Annual Electrical Cost per Box Capacity SANYO MDF-U74VC Brand A Brand B 2 0 Chart 2 - SANYO Freezers emit less heat into the laboratory, minimizing air conditioning costs. Power Consumption 1.54 By Capacity (KW/day/box Efficiency) 2.25 2.65 SANYO MDF-U74VC Brand A Brand B 0.00 0.50 1.00 1.50 2.00 2.50 3.00 Watts Chart 3 - SANYO freezers provide reduced operational cost for highly efficient sample storage. 23