Optimizes run time to minimize energy
consumption.
Increases compressor longevity and reliability.
Reduces heat output to room and lowers HVAC
loads in room.
Increases interior volume within conventional
dimensions offering more storage capacity per
sq.ft. of occupied floor space.
Complies with the Montreal Protocol and IEC
for safety and efficiency.
High visibility LED display provides a convenient
user interface to setpoints, alarm parameters,
internal diagnostics, communications and
security.
Cabinet design attributes include high-strength,
lockable door latches and doors, latchable
inner doors, adjustable shelves, locking casters
and seismic restraints to simplify operation,
installation and to satisfy local codes.
Essential for compliance with LEEDs, RoHS,
UL and other third-party standards and
recommended practices.
Provides the industry’s best storage volume
to sq.ft. floor space ratio, lowering the per unit
storage costs per sample.
Minimizes carbon footprint, assists building
owners in LEED Certification best practices.
Easy access to controls, displays, inventory
racks, while low noise operation permits a
wider choice of installation locations.
Power Failure AlarmLED Digital DisplayQuiet, Reliable Compressors
Cascade Cooling SystemInsulated Inner Doors
2
2
V.I.P.™ Series - 86ºC Freezers www.greenfreezers.com
Page 3
Integrated Solutions for Biological Safety, Security,
Performance and Energy Savings
SANYO V.I.P.™ ultra-low freezers represent the industry’s most complete combination of refrigeration, control, alarm, monitoring and accessibility
for product safety at -86°C. Ideal for material storage in repositories, hospitals, clinics and medical research facilities, the V.I.P.™ Series are
designed to reduce energy consumption.
2
7.24 sq.ft./0.68m
2
9.51 sq.ft./0.88m
2
The environmentally-friendly refrigeration system is •
intelligently managed by intuitive microprocessor controls
and integrated into SANYO’s patented V.I.P.
™
vacuum
panel cabinet make the most efficient use of available
floor space.
Inner doors and shelves are configurable for use with •
stainless steel racks to simplify inventory management.
New SANYO designed Cool Safe•
™
refrigeration
compressors feature innovative refrigerant feedback
processes to reduce compressor temperature, thereby
extending compressor life and minimizing heat output.
Optional liquid N•
or liquid CO2 back-up systems, offer a
2
circle of protection unmatched in the marketplace.
Cabinet Construction
The cabinet features a patented SANYO V.I.P.™ vacuum
insulated panel design which optimizes interior volume in the
smallest footprint possible. The high-tech, composite thin-wall
cellular construction combines the vacuum panel insulation
with polyurethane foam for structural stability and high
insulation values to minimize energy use.
The outer door closes uniformly against a multi-point •
gasket to form a tight seal and prevent moisture migration
leading to frost or ice build-up. Door gaskets are multipoint compression for a long-lasting, tight seal around
the periphery of the cabinet thermal break.
An Easy-In/Easy-Out•
one-handed operation.
A locking provision is designed for use with a •
conventional padlock.
The interior inventory system is based on a center •
shelf and two latching insulated inner doors designed
for one-handed operation.
Insulated inner doors are steel-framed, high-impact plastic •
with foamed-in-place insulation and minimize exposure
during routine door openings.
™
outer door latch permits
Dual inner door configuration, standard, with optional •
half-inner door accessories available for field-installation.
For a four-door configuration order two sets of half
inner doors.
A universal keyed door lock prevents the outer door from •
opening.
The two primary compartments can be sub-divided by •
adjustable shelves to accommodate standard stainless
steel inventory racks for 2" or 3" boxes (see Accessories).
Shelf brackets are incrementally adjustable.
Rounded interior corners enhance temperature uniformity •
and simply cleaning and decontamination when required.
Seismic restraints are included to meet local codes.•
Multiple access ports permit use of back-up injection •
tubes, probes, leads or instrumentation.
Inventory Rack System
SANYO freezers are available with
a variety of inventory racks to meet
specific applications. Freezers can
be ordered with full-load inventory
systems by selecting one catalog
number. For individual racks, boxes
and dividers see the Storage
Capacity Chart. Catalog Number
SDR-624 sliding drawer rack with
fiberboard boxes shown.
The SANYO ergonomic design features
a high-security Easy-In/Easy-Out™ door latch
designed for simplicity and safety.
Also allows for one handed operation.
™
Series - 86ºC Freezers www.greenfreezers.com
V.I.P.
3
3
Page 4
V.I.P.™ Series Construction
1.Easy-In/Easy-Out™ door latch for smooth, one-handed
operation, positive seal against gasket. Padlock provision
standard.
2. Universal keyed door lock offers added security.
3. Integrated, microprocessor-based control system
and LED display includes comprehensive setpoint, alarm,
monitoring, diagnostic and communications functions.
4.Circular-chart temperature recorder (optional) mounts
easily in pre-engineered mounting space.
5. Insulated and gasketed inner doors seal inside to offer
additional protection, improve uniformity. Inner door
latches are standard.
6. Front access to washable, electrostatic condenser
filter for routine condenser air filter cleaning.
7. High impact, recessed casters and leveling feet
simplify installation.
8
8. Seismic restraints secure cabinet to building
superstructure to meet local codes.
9. New generation SANYO designed Cool Safe
compressors are specifically designed for low
temperature applications.
10.Multiple access ports permit insertion of independent
probes, instrumentation or liquid N
injectors.
11. CFC-refrigerants are highly efficient, environmentally
safe, non-ozone depleting.
12.Internal voltage and power management systems
assure component protection over wide voltage ranges.
13. Remote alarm contacts and optional communication
port available; see Accessories.
2
or liquid CO2 back-up
™
3
10
13
1
5
2
6
4
12
9
7
11
4
4
V.I.P.™ Series - 86ºC Freezers www.greenfreezers.com
Page 5
Patented V.I.P.™ Insulation
Inner Door Options
The SANYO Patented V.I.P.™ Vacuum Insulation Panel thinwall composite is a high-efficiency design that yields more
interior storage volume in a conventional freezer footprint.
The V.I.P.
™
minimizes energy transfer to and from the ultra-low
temperature interior. The composite construction, complete
with reflective barrier film and structural closed-cell foam,
is used on all walls and the outer door.
This advanced insulation technology offers structural stability
to eliminate distortion, and inhibits moisture accumulation that
can lead to icing. Aggregate insulation efficiency minimizes
compressor cycle run-time to lower energy costs.
The SANYO Patented V.I.P.™
Vacuum Insulation Panel
thin-wall composite is a high-efficiency
design that yields 30% more interior
storage volume in a conventional
freezer footprint.
Barrier Film
™
V.I.P.
Panel
Interior
Rigid foamed
polyurethane
The center shelf forms the
base of a convenient and
flexible inventory system using
conventional racks with boxes,
microplates or other storage
protocols. Stainless steel
shelf and insulated inner-door
combinations create choices of interior compartments that
can be arranged for long-term, low access biologicals or
short-term, frequently accessed material.
Easy-In / Easy Out•
™
SANYO Eagle™ inner door latches
feature ergonomic design to seal firmly against the cabinet
with one hand.
High strength, insulated inner doors help minimize change •
in interior temperatures during routine door openings.
Additional half-door configuration permit additional inner •
door orientations. Half doors are available in pairs only.
See Accessories.
SANYO Inner Door Latches
provide single-hand access. The outer
door latch closes smoothly with a
single-hand action over a cam action
bearing. The outer door can be secured
with an independent padlock provided
by customer.
SANYO V.I.P. ™ Series freezers offer high-density storage that effectively
reduces the volumetric unit costs of ultra-low storage.
600
500
300
2" Box
200
100
0
SANYO Freezers maximize available space at a reduced footprint for
high density storage.
576
400
480
Box Capacity
SANYO MDF-U74VC
Brand A
Brand B
The Digital Temperature Recorder(optional)
mounts on the cabinet door. The recorder is
programmable to capture and store non-corruptible
data points for downloading to an independent
data management system to meet criteria outlined
in U.S. FDA21CFR Part II directives. An independent
probe is placed in the interior chamber.
Manufactured by Elpro, Switzerland.
™
Series - 86ºC Freezers www.greenfreezers.com
V.I.P.
5
Page 6
Cascade Cooling System
Low Stage Capillary Tube. Liquid refrigerant
under pressure is passed through the capillary
tube where it flash evaporates in the low stage
evaporator to absorb energy (heat) from the
product stored in the freezer.
Freezer Cabinet with Evaporator.
The evaporator coil is strategically wrapped
around the interior chamber and concealed
within the composite wall of vacuum insulation
panels and conventional foamed-in-place
urethane insulation.
Low Stage Refrigerant. Commonly
available worldwide, R508.
Low Stage Heat Exchanger. Energy is
absorbed by the refrigerant gas and transferred
to the low-stage heat exchanger to cool
discharge gas.
Low Stage Compressor. The compressor
pumps refrigerant through the low stage circuit.
Low Stage Oil Reservoir. High stage
refrigerant passes through the low-stage oil
sump to cool lubricating oil resulting in highstage compressor energy being used to minimize
the workload on the low stage compressor.
Interstage Heat Exchanger. Energy is
transferred to the high stage circuit.
High Stage Capillary Tube. Liquid
refrigerant under pressure is passed
through the capillary tube where it
flash evaporates in the interstage heat
exchanger to absorb energy (heat) from
the low stage refrigerant circuit.
Main Condenser and Motor/Fan
Assembly. The motor/fan assembly
blows ambient air across condenser coils
to move energy (heat) from the high stage
refrigerant to the ambient environment.
High Stage Refrigerant. Commonly
available worldwide. Selected for optimum
cooling performance in compliance with
international environmental protection laws.
Air Cooled Pre-Condenser. Removes
energy (heat) from the high stage refrigerant
enroute to the high stage oil reservoir.
High Stage Compressor. The
compressor pumps refrigerant through
the high stage circuit.
High Stage Oil Reservoir. High stage
refrigerant passes through the high stage
sump to cool lubricating oil en route to
the low stage compressor through the
air-cooled pre-condenser.
Air Cooled Pre-Condenser. Removes energy
(heat) from the high stage refrigerant enroute
to the low stage compressor.
Instrumentation (Not Shown). Temperature and pressure sensors throughout the high
and low stage circuits transmit information to the SANYO Status 3 central controller for
operation, monitoring and interpretation.
SANYO Cool Safe™ Compressor Technology: How It Works
By apportioning the oil cooling function between specially designed SANYO Cool Safe™ compressors, and by cooling the
compressor oil to minimize compressor operating temperatures, the SANYO ultra-low temperature freezer refrigeration system
is balanced to decrease component stress, increase system longevity and reliability, and improve temperature uniformity
necessary for better cell viability regardless of where the specimen is stored within the chamber.
SANYO V.I.P.™ Model MDF-U74VC Energy Savings
+30°C. Important: Performance testing and published data on SANYO ultra-low temperature freezers is based on
Ambient Temperature
During Test
Voltage Ranges
During Test
Freezer Loads
During Test
extensive testing in a +30°C ambient to simulate worst-case conditions. When comparing performance of competitive
ultra-low freezers it is important to establish and verify conditions under which tests are performed. Tests performed
at temperatures below +30°C may exhibit lower compressor discharge temperatures; these discharge temperatures
are not typical of real-world conditions, however, and should be used with caution when evaluating new or
replacement freezer selection. For summary information on SANYO test conditions contact SANYO.
Variable. For 208V-230V, AC, 60Hz models testing is conducted over voltages ranges starting as low as 202V
to simulate brown-out conditions typical of real-world installations.
Variable. Thermal mass of a fully loaded freezer at equilibrium under normal ultra-low temperatures yields the best
performance data. SANYO freezers are tested under empty, half-load and full-load conditions.
6
V.I.P.™ Series - 86ºC Freezers www.greenfreezers.com
Page 7
Control, Alarm & Monitoring
The SANYO microprocessor control system is secure, easy to use and comprehensive. Setpoint, alarm parameters and self-diagnostic functions
are accessed through a tamper-resistant keypad protocol. Control inputs are managed with convenient push-ad buttons on a unitized, sealed
control overlay. The panel is door-mounted and angled for easy access.
Alarm Safety FeaturesEventVisualAudible
Status Alert
High Temperature
Low Temperature
Power FailureLoss of PowerIntermittent tone
Control Temperature Sensor Failure
Filter Sensor Failure
Interstage Refrigeration Sensor Failure
Filter CheckClogged or dusty condenser filterFILTER lamp flashes
Auto ReturnTouch key is not pressed for 90 sec.Reverts to chamber temp. display
Door AlarmDoor OpenOPEN lamp onSolid tone sounds afterYes
Status alert function uses predictive intelligence to determine if freezer is
operating within specifications under existing environmental conditions.
•Compressorstart-updelay
sequence delays re-start after
building power failure; allows
facility power to reach
equilibrium to permit smooth
compressor start-up.
Abnormal ambient (too high or too
low), or abnormal freezer loading
(too much warm product at once)
Interior chamber warms beyond
high temp setpoint
Interior chamber cools beyond
low temp setpoint
Sensor probe disconnect,
short-circuit or failure
• Digital display defaults to actual
chamber temperature. Display
mode changes when setpoint, alarm
parameters, programming and
diagnostic functions are performed.
STATUS lamp flashesNoneNone
Intermittent tone; time
ALARM lamp flashes; digital
display flashes actual chamber
temp.
ALARM lamp flashesSolid toneNo
• SANYO exclusive Ni-Cad battery powers control memory
•
delay of 15 min. after
reaching alarm setpoint
avoids false alarms.
Intermittent tone
NoneNo
and alarm functions during power failure.
• Alarm indicator lamp glows when freezer is in alarm
condition; alarm ringback is factory set for 30 minutes,
adjustable in 10 minute increments from 10 to 60 minutes.
• Filter indicator lamp glows
when electrostatic filter requires
removal for cleaning.
Signal to
Alarm Contact
Yes
Buzzer silence
temporarily mutes
audible alarm.
•
Alarm test verifies readiness of alarm
function and Ni-Cad battery charge.
Press to set temperature; set button is also
•
• Setpoint entry advances digital
display to next position.
•
used for other diagnostic functions.
Alarm setpoints are factory set 10ºC above and below setpoint. Alarm parameters
are adjustable by pressing up or down arrow keys and following the prompt.
™
Series - 86ºC Freezers www.greenfreezers.com
V.I.P.
• Audible alarm.
• Door alarm indicator has
2 minute delay until audible
alarm activates; delay time
is adjustable.
•Setpointentryadvancesdigital
to next value from 0 to 9.
7
Page 8
Green Product Features
Because modern laboratories are energy-intensive, SANYO has developed a corporate-wide energy savings and environmental
GREEN
product
impact approach to new product development. V.I.P.™ Series freezers offer significant benefits through a balance of refrigeration
power, cabinet construction and intelligent control over all functions.
SANYO freezers are designed to support LEED certification •
associated with the U.S. Green Building Council
recommendations.
Components are compliant with RoHS directives on the •
use of hazardous materials in electrical and electronic
equipment.
The SANYO V.I.P.•
™
vacuum insulated panel cabinet
design offers high-density storage in a minimal footprint,
optimizing available laboratory space and storage volume
efficiencies.
Noise reduction and operating cost efficiencies are •
integrated into the refrigeration system.
Heat output is limited to minimize the impact on facility •
HVAC demands.
A microprocessor controller oversees the refrigeration •
system to regulate cooling cycles, reducing energy
consumption.
SANYO Cool Safe•
™
compressor technology for lower
compressor heat internally and externally lower HVAC
loads.
SANYO is conscious of the need to protect our environment
and conserve energy. As a corporate pioneer in life science
laboratory equipment and appliances, and as a global source
of solutions ranging from energy management to solar power
and alternative energies, SANYO remains committed to
providing the best possible laboratory equipment for research
and clinical needs.
CFC Free Refrigerants
SANYO was the first ultra-low freezer manufacturer to employ
non-HCFC R508 low-stage refrigerant, now recognized as
today’s industry standard and widely available. This nonproprietary refrigerant is available to refrigeration service
professionals on the open market.
The high stage refrigeration system is available to refrigeration
professionals on the open market as well.
Green Design
and Performance
1.0
0.9
0.8
0.7
0.6
0.5
0.4
Dollars ($)
0.3
0.2
0.1
0
Chart 1 - SANYO Freezers help the environment by reducing carbon footprint.
8
V.I.P.™ Series - 86ºC Freezers www.greenfreezers.com
0.61
0.89
0.88
Annual CO2
Emissions by Box
Capacity
SANYO MDF-U74VC
Brand A
Brand B
12
10
8
6
4
Dollars / Cub ic Foot
2
0
Chart 2 - SANYO Freezers emit less heat into the laboratory, minimizing air
conditioning costs.
7.6 3
11.11
10.93
Total Annual
Electrical Cost per
Box Capacity
SANYO MDF-U74VC
Brand A
Brand B
Page 9
RoHS Compliance
In 2006, RoHS (Restriction of Hazardous Substances)
legislation (EU Directive 2003/95/EU) became effective.
RoHS relates to the restriction of hazardous substances and
reductions in environmental pollution.
Through RoHS legislation the EU and other participating
countries are banning toxic substances in electrical equipment
such as lead, cadmium, mercury, chromium 6+, PBB and
PBDE.
While compliance with this legislation has posed a significant
challenge for SANYO, all SANYO ultra-low freezers and
components are now 100% compliant to RoHS standards.
Electrical Standards
All SANYO products including ultra-low temperature freezers
are tested and certified by an NRTL (National Recognized
Testing Laboratory) to assure compliance with US and
International standards for electrical safety prescribed in
29 CFR 1910.7( c ).
Noise Reduction
Ultra-low freezers are often located within research and
hospital laboratories or production facilities. Users prefer
close proximity for easy access to valuable stored products.
If operating noise from refrigeration compressors is
excessive, and/or compounded by installation of multiple
freezers in adjacent locations, the working environment is
severely compromised.
SANYO has included advanced noise abatement in all
contemporary ultra-low freezers and noise reduction levels
are well below those of competitive freezers. Data is
available upon request.
Inventory Management
The concept of High Density Storage is enabled by advances
in SANYO Cool Safe
of interior storage space is significantly lower in a SANYO
ultra-low 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
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.
panel cabinet, SANYO can offer more usable storage volume
within the same sq.ft. of floor space than competitive models.
™
compressor design. The cost per 2" box
™
compressor
™
vacuum insulation
SANYO V.I.P.™ Green Initiative Program
With a capacity of up to 57,600 two-inch vials in fiberboard boxes, the
energy-saving advantages of this efficient SANYO system extend to lower
per-unit storage costs regardless of the preferred inventory configuration.
Power Consumption
1.54
2.25
2.65
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.
By Capacity
(KW/ day/ box Efficiency)
SANYO MDF-U74VC
Brand A
Brand B
V.I.P.™ Energy Savings MDF-U53VA
Ambient Temperature23ºC23ºC
Savings Over Previous
SANYO Model
11 5 V
-11.2%-26%
V.I.P.™ Series - 86ºC Freezers www.greenfreezers.com
208V-230V
MDF-U74VC
9
Page 10
Storage Capacity
MDF-U53VA
Maximum Sample Storage CapacityMDF-U33VMDF-U54VCMDF-U74VC
Rack Positions, Standard Configuration
3 columns4 columns6 columns
4 rows4 rows4 rows
Fiberboard Boxes, 2" high (2ml) in SANYO racks 216352576
Sample Vials, 2ml (2" box), 100-Cell Dividers21,60035,20057,600
Fiberboard Boxes, 3" high (4ml) in SANYO Racks144224384
Sample Vials, 4ml (3" box), 100-Cell Dividers14,40022,40038,400
Standard Microplate with Foil Tape, in Racks129621123456
Standard Microplate with Cover Lid, in Racks100816322596
Note: Maximum storage volume varies according to storage vessel, vial configuration, preservation protocol,
laboratory technique and user preference. Contact SANYO for detailed information on inventory racks, boxes and storage options.
Fully Loaded Inventory SystemsCatalog NoCatalog NoCatalog No
Maximum Vial Capacity
Includes full quantity of storage racks, boxes and dividers
Inventory Rack for 3" (4ml sample) boxes;SUR-334-NSUR-334-N
8 yticapaC
21 yticapaCpeed sexob 4 x hgih sexob 3
Microplate Storage Racks (Plates Not Included)
Inventory Rack for microplates, with locking rod; SUMPR-612-LRSUMPR-612-LRSUMPR-612-LR
108 standard plates with cover lid per rackCapacity 6Capacity 8Capacity 24
8 yticapaCkcar rep dil revoc htiw setalp dradnats 69
Inventory Rack for microplates, with locking rod; SUMPR-616-LR
60 standard plates with cover lid per rackCapacity 6
Fiberboard Storage Boxes and DividersCatalog NoCatalog NoCatalog No
Inventory Box, 2" high (2ml sample)
with 100-Cell Divider
B2C-S100B2C-S100B2C-S100
Inventory Box, 3" high (4ml sample)
with 100-Cell Divider
B3C-S100B3C-S100B3C-S100
Inventory Box, 2" high (2ml sample)
Without Divider
B2CB2CB2C
Inventory Box, 3" high (4ml sample)
Without Divider
B3CB3CB3C
18D18D18DlleC-18 ,rediviD xoB
46D46D46DlleC-46 ,rediviD xoB
**
**
Door Configurations:
™
freezers include two inner doors,
All V.I.P.
standard. Easy In/ Easy Out
™
inner doors
are available in half sets of two, permitting
partitioning of interior. Two smaller doors per
set. For four-door configuration order two sets.
Catalog No. MDF-7ID for MDF-U74VC, MDF-5ID
for MDF-U54VC/53VA
Quantity Required: 1 1 2
SANYO is a pioneer in development of high
performance commercial products worldwide. As
a result, SANYO Biomedical products include many
innovative features such as patented V.I.P.™ vacuum
insulation panels, Cool Safe™ quiet-running refrigeration
compressors, and intuitive microprocessor electronics.
These innovations are made possible by our exclusive
Vertical Component Integration program. This powerful
corporate technology transfer capability, together
with modern robotic manufacturing and quality
assurance processes, guarantee that only the very
best components are used in each SANYO product.
10
™
V.I.P.
Series - 86ºC Freezers www.greenfreezers.com
Patented SANYO refrigerants are non-ozone depleting,
non-flammable and environmentally safe in compliance
with the Montreal Protocol.
Page 11
Specifications
ModelMDF-U33VMDF-U53VAMDF-U54VCMDF-U74VC
Temperature Range-50°C to -86°C-50°C to -86°C-50°C to -86°C-50°C to -86°C