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PHCbi -150°C Cryogenic Freezer
An Ideal Cryogenic Environment with VIP® PLUS Design
PHCbi VIP® PLUS Cryogenic Series -150°C ultra-low temperature freezer offers superior performance providing unsurpassed uniformity in the chamber from top-to-bottom, side-to-side, front-to-back.
Innovative Control and Monitoring: The temperature inside the freezer can be set and monitored easily by means of precise microprocessor temperature control with an LCD graphic display. The controller utilizes a platinum RTD sensor which is extremely precise and durable.
Economical vs LN2 Storage: Mechanical Freezer Preservation eliminates LN2 consumption, mitigates safety concerns, and reduces cost of ownership. It also minimizes the chance of cross-contamination among multiple samples as they are stored within same supercooled environment.
Security and Alarms: Status Alert monitors ambient and system conditions continuously and notifies of any abnormalities before a problem can occur. In case of power failure or an irregular rise in temperature, a rechargeable, high capacity battery-operated indicator lamp and alarm will be activated.
±5°C uniformity in a mechanically refrigerated design promotes better top-to bottom uniformity than liquid nitrogen vapor-phase storage, without the concern of cross-contamination often associated with liquid nitrogen liquid phase storage.
MICROPROCESSOR TEMPERATURE CONTROL
The temperature inside the freezer can be set and monitored easily by means of precise microprocessor temperature control with an LCD graphic display.
PERFORMANCE
PHCbi designed compressors are specifically for cryogenic temperature applications. This provides superior performance leading to faster pull-down speed and unsurpassed uniformity throughout the chamber.
Rigid polyurethane foamed-in place + vacuum insulation panel (VIP PLUS)
SHELVES
N/A
ACCESS PORT
40mm (1.5 in), 1 place in the side table
NET WEIGHT
325 kg (716.5 lbs)
COMPRESSOR
High stage side: Hermetic type, Output: 1100 W; Low stage side: Hermetic type, Output: 1100 W
EVAPORATOR
High stage side; Cascade condenser type, Low stage side; Tube on sheet type
REFRIGERANT
High stage side; R-407D, Low stage side; HFC mixed refrigerant
TEMPERATURE CONTROL RANGE
-125°C to -150°C (ambient temperature; 30°C, no load)
ALARMS
High temp. alarm, Low temp. alarm, Power failure alarm, Door alarm, Filter check
COOLING PERFORMANCE
-150°C at the center of the chamber (ambient temperature; 30ºC, no load)
TEMPERATURE CONTROL SYSTEM
Microprocessor Control System
AREA FOOTPRINT
13.07 sq.ft. (1.15 m2)
DATA MANAGEMENT
Optional with LabAlert System
ENERGY CONSUMPTION
40.8 KWh/day at 23°C ambient
SOUND LEVEL
51 dB [A] (background noise: 20 dB)
STORAGE (BOXES) FOR 2"/51 mm FIBERBOARD BOXES
150
STORAGE (RACKS) FOR 2"/51 mm FIBERBOARD BOXES
15
STORAGE (BOXES) FOR 3"/76 mm FIBERBOARD BOXES
105
STORAGE (RACKS) FOR 3"/76 mm FIBERBOARD BOXES
15
VACUUM RELEASE PORT
No
PHCbi -150°C Cryogenic Freezer
An Ideal Cryogenic Environment with VIP® PLUS Design
PHCbi VIP® PLUS Cryogenic Series -150°C ultra-low temperature freezer offers superior performance providing unsurpassed uniformity in the chamber from top-to-bottom, side-to-side, front-to-back.
Innovative Control and Monitoring: The temperature inside the freezer can be set and monitored easily by means of precise microprocessor temperature control with an LCD graphic display. The controller utilizes a platinum RTD sensor which is extremely precise and durable.
Economical vs LN2 Storage: Mechanical Freezer Preservation eliminates LN2 consumption, mitigates safety concerns, and reduces cost of ownership. It also minimizes the chance of cross-contamination among multiple samples as they are stored within same supercooled environment.
Security and Alarms: Status Alert monitors ambient and system conditions continuously and notifies of any abnormalities before a problem can occur. In case of power failure or an irregular rise in temperature, a rechargeable, high capacity battery-operated indicator lamp and alarm will be activated.
UNIFORMITY
±5°C uniformity in a mechanically refrigerated design promotes better top-to bottom uniformity than liquid nitrogen vapor-phase storage, without the concern of cross-contamination often associated with liquid nitrogen liquid phase storage.
MICROPROCESSOR TEMPERATURE CONTROL
The temperature inside the freezer can be set and monitored easily by means of precise microprocessor temperature control with an LCD graphic display.
PERFORMANCE
PHCbi designed compressors are specifically for cryogenic temperature applications. This provides superior performance leading to faster pull-down speed and unsurpassed uniformity throughout the chamber.
±5°C uniformity in a mechanically refrigerated design promotes better top-to bottom uniformity than liquid nitrogen vapor-phase storage, without the concern of cross-contamination often associated with liquid nitrogen liquid phase storage.
MICROPROCESSOR TEMPERATURE CONTROL
The temperature inside the freezer can be set and monitored easily by means of precise microprocessor temperature control with an LCD graphic display.
PERFORMANCE
PHCbi designed compressors are specifically for cryogenic temperature applications. This provides superior performance leading to faster pull-down speed and unsurpassed uniformity throughout the chamber.
