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Solid Door Built-In Vaccine Refrigerator
These
premier built-in undercounter refrigerators are designed in accordance
with the NSF/ANSI 456 Standard for Vaccine Storage. Refrigerators
protect pharmaceuticals at optimal temperatures, preventing waste and
allowing for peak delivery.
The ADA compliant, solid door
refrigerators utilize microprocessor controllers and feature temperature
alarms, remote alarm contacts, and probe access ports with included
probes. American Biotech Supply Vaccine Storage Refrigerators utilize
HFC-free refrigerant for environmental health and energy efficiency.
REFRIGERATION SYSTEM
| COMPRESSOR | HERMETIC, HIGH PERFORMANCE |
| REFRIGERANT | EPA SNAP COMPLIANT, R600A, ISOBUTANE |
| CONDENSER | HYBRID FIN AND TUBE WITH LOW NOISE FAN |
| EVAPORATOR | PLATE WALL |
| DEFROST | CYCLE OPTIMIZED, ZERO ENERGY |
PERFORMANCE
| UNIFORMITY¹ (CABINET AIR) | +/- 0.8°C |
| STABILITY² (CABINET AIR) | +/- 1.2°C |
| MAXIMUM TEMPERATURE VARIATION (CABINET AIR) | +/- 1.4°C |
| TEMPERATURE RISE AFTER AN AFTER 8 SEC DOOR OPENINGS | TEMPERATURE DID NOT EXCEED 6.4°C AT ANY PROBE FOR ALL REQUIRED NSF/ANSI 456 TESTING PROTOCOLS |
| RECOVERY AFTER 3 MIN DOOR OPENING | ALL PROBES RECOVER TO UNDER 8°C WITHIN 4.8 MIN. |
| ENERGY CONSUMPTION | 1.15 KWH/DAY |
| AVERAGE HEAT REJECTION | 1.57 KWH/DAY (224 BTU/H) |
| NOISE PRESSURE LEVEL (DBA) | 43 OR LESS INSTALLED |
| PULL DOWN TIME TO NOMINAL OPERATING TEMP | 35 MIN |
PERFORMANCE
DATA ACQUIRED AT 22°C AMBIENT, USING NSF/ANSI 456 COMPLIANT VALIDATION
BALLAST PROBES, EMPTY CHAMBER, DURING STABILIZED STEADY STATE OPERATION
AND A DAQ SAMPLING RATE OF ONE MEASUREMENT EVERY 10 SECONDS
- UNIFORMITY IS DEFINED AS THE MAXIMUM VARIANCE IN TEMPERATURE ACROSS ALL PROBES AT ANY POINT IN TIME OVER THE TESTING PERIOD
- STABILITY IS DEFINED AS THE MAXIMUM VARIANCE IN TEMPERATURE EXPERIENCED BY ANY SINGLE PROBE OVER THE TESTING PERIOD
- TEMPERATURE PERFORMANCE FOR ALL LOADED AND UNLOADED DOOR OPENING PROTOCOLS, ALL ALARM, CONTROLLER AND PROBE REQUIREMENTS AS DEFINED IN THE NSF/ANSI 456 STANDARD FOR VACCINE STORAGE
- DATA PER ENERGY STAR TEST RESULTS OR EQUIVALENT TESTING AND CALCULATION. HEAT REJECTION BASED ON DAILY AVERAGES, NOT CONTINUOUS OPERATION. PERFORMANCE EXCEEDS ENERGY STAR REQUIREMENTS.
| CONTROLLER TECHNOLOGY | PARAMETRIC, MICROPROCESSOR, LED DISPLAY WITH 0.1°C RESOLUTION |
| TEMPERATURE SETPOINT RANGE | 1°C TO 10°C (SETPOINT MUST REMAIN UNALTERED FROM THE FACTORY SETTING TO REMAIN COMPLIANT WITH NSF/ANSI PERFORMANCE REQUIREMENTS) |
| DISPLAY PROBE | CALIBRATED, STAINLESS STEEL |
| EXTERNAL ALARM CONNECTION | STATE SWITCHING REMOTE ALARM CONTACTS |
| ALARMS | VISUAL AND AUDIBLE INDICATORS |
| HIGH / LOW TEMPERATURE, COMPLIANT WITH ALARM REQUIREMENTS DEFINED IN THE NSF/ANSI STANDARD FOR VACCINE STORAGE | |
| SIMULATOR BALLAST | 20 ML BOTTLE, GLASS BEAD THERMAL MEDIA |
Glass Door Freestanding Vaccine Refrigerator
These premier undercounter refrigerators are designed in accordance with the NSF/ANSI 456 Standard for Vaccine Storage. Refrigerators protect pharmaceuticals at optimal temperatures, preventing waste and allowing for peak delivery.
These glass door freestanding refrigerators utilize microprocessor controllers and feature temperature alarms, remote alarm contacts, LED interior lighting, and probe access ports with included probes. American Biotech Supply Vaccine Storage Refrigerators utilize HFC-free refrigerant for environmental health and energy efficiency.
The acceptable temperature ranges for vaccine storage are 36°F to 46°F (or 2°C and 8°C) in the refrigerator and -58°F and 5°F (or -50°C and -15°C) in freezers.
*-one or more of these certifications may apply to this unit.
REFRIGERATION SYSTEM
| COMPRESSOR | HERMETIC, HIGH PERFORMANCE |
| REFRIGERANT | EPA SNAP COMPLIANT, R600A, ISOBUTANE |
| CONDENSER | TUBE AND GRID CONSTRUCTION, FANLESS |
| EVAPORATOR | PLATE WALL |
| DEFROST | CYCLE OPTIMIZED, ZERO ENERGY |
PERFORMANCE
| UNIFORMITY¹ (CABINET AIR) | +/- 1.4°C |
| STABILITY² (CABINET AIR) | +/- 1.3°C |
| MAXIMUM TEMPERATURE VARIATION (CABINET AIR) | +/- 1.7°C |
| TEMPERATURE RISE AFTER AN AFTER 8 SEC DOOR OPENINGS | TEMPERATURE DID NOT EXCEED 6.4°C AT ANY PROBE FOR ALL REQUIRED NSF/ANSI 456 TESTING PROTOCOLS |
| RECOVERY AFTER 3 MIN DOOR OPENING | ALL PROBES RECOVER TO UNDER 8°C WITHIN 6 MIN. |
| ENERGY CONSUMPTION | 1.15 KWH/DAY |
| AVERAGE HEAT REJECTION | 1.67 KWH/DAY (224 BTU/H) |
| NOISE PRESSURE LEVEL (DBA) | 41 OR LESS INSTALLED |
| PULL DOWN TIME TO NOMINAL OPERATING TEMP | 36 MIN |
PERFORMANCE DATA ACQUIRED AT 22°C AMBIENT, USING NSF/ANSI 456 COMPLIANT VALIDATION BALLAST PROBES, EMPTY CHAMBER, DURING STABILIZED STEADY STATE OPERATION AND A DAQ SAMPLING RATE OF ONE MEASUREMENT EVERY 10 SECONDS
- UNIFORMITY IS DEFINED AS THE MAXIMUM VARIANCE IN TEMPERATURE ACROSS ALL PROBES AT ANY POINT IN TIME OVER THE TESTING PERIOD
- STABILITY IS DEFINED AS THE MAXIMUM VARIANCE IN TEMPERATURE EXPERIENCED BY ANY SINGLE PROBE OVER THE TESTING PERIOD
- TEMPERATURE PERFORMANCE FOR ALL LOADED AND UNLOADED DOOR OPENING PROTOCOLS, ALL ALARM, CONTROLLER AND PROBE REQUIREMENTS AS DEFINED IN THE NSF/ANSI 456 STANDARD FOR VACCINE STORAGE
- DATA PER ENERGY STAR TEST RESULTS OR EQUIVALENT TESTING AND CALCULATION. HEAT REJECTION BASED ON DAILY AVERAGES, NOT CONTINUOUS OPERATION. PERFORMANCE EXCEEDS ENERGY STAR REQUIREMENTS.
| CONTROLLER TECHNOLOGY | PARAMETRIC, MICROPROCESSOR, LED DISPLAY WITH 0.1°C RESOLUTION |
| TEMPERATURE SETPOINT RANGE | 1°C TO 10°C (SETPOINT MUST REMAIN UNALTERED FROM THE FACTORY SETTING TO REMAIN COMPLIANT WITH NSF/ANSI PERFORMANCE REQUIREMENTS) |
| DISPLAY PROBE | CALIBRATED, STAINLESS STEEL |
| EXTERNAL ALARM CONNECTION | STATE SWITCHING REMOTE ALARM CONTACTS |
| ALARMS | VISUAL AND AUDIBLE INDICATORS |
| HIGH / LOW TEMPERATURE, COMPLIANT WITH ALARM REQUIREMENTS DEFINED IN THE NSF/ANSI STANDARD FOR VACCINE STORAGE | |
| SIMULATOR BALLAST | 20 ML BOTTLE, GLASS BEAD THERMAL MEDIA |
Item#:
ASGLDOFRVACR
Solid Door Freestanding Vaccine Refrigerator Certified to NSF/ANSI 456
These premier undercounter refrigerators are designed in accordance with the NSF/ANSI 456 Standard for Vaccine Storage. Refrigerators protect pharmaceuticals at optimal temperatures, preventing waste and allowing for peak delivery.
These solid door freestanding refrigerators utilize microprocessor controllers and feature temperature alarms, remote alarm contacts, LED interior lighting, and probe access ports with included probes. American Biotech Supply Vaccine Storage Refrigerators utilize HFC-free refrigerant for environmental health and energy efficiency.
\The acceptable temperature ranges for vaccine storage are 36°F to 46°F (or 2°C and 8°C) in the refrigerator and -58°F and 5°F (or -50°C and -15°C) in freezers.
REFRIGERATION SYSTEM
| COMPRESSOR | HERMETIC, HIGH PERFORMANCE |
| REFRIGERANT | EPA SNAP COMPLIANT, R600A, PROPANE |
| CONDENSER | TUBE AND GRID CONSTRUCTION, FANLESS |
| EVAPORATOR | PLATE WALL |
| DEFROST | CYCLE OPTIMIZED, ZERO ENERGY |
PERFORMANCE
| UNIFORMITY¹ (CABINET AIR) | +/- 1.4°C |
| STABILITY² (CABINET AIR) | +/- 1.3°C |
| MAXIMUM TEMPERATURE VARIATION (CABINET AIR) | +/- 1.7°C |
| TEMPERATURE RISE AFTER AN AFTER 8 SEC DOOR OPENINGS | TEMPERATURE DID NOT EXCEED 6.5°C AT ANY PROBE FOR ALL REQUIRED NSF/ANSI 456 TESTING PROTOCOLS |
| RECOVERY AFTER 3 MIN DOOR OPENING | ALL PROBES RECOVER TO UNDER 8°C WITHIN 6 MIN. |
| ENERGY CONSUMPTION | 1.15 KWH/DAY |
| AVERAGE HEAT REJECTION | 1.67 KWH/DAY (315 BTU/H) |
| NOISE PRESSURE LEVEL (DBA) | 41 OR LESS INSTALLED |
| PULL DOWN TIME TO NOMINAL OPERATING TEMP | 42 MIN |
PERFORMANCE DATA ACQUIRED AT 22°C AMBIENT, USING NSF/ANSI 456 COMPLIANT VALIDATION BALLAST PROBES, EMPTY CHAMBER, DURING STABILIZED STEADY STATE OPERATION AND A DAQ SAMPLING RATE OF ONE MEASUREMENT EVERY 10 SECONDS
- UNIFORMITY IS DEFINED AS THE MAXIMUM VARIANCE IN TEMPERATURE ACROSS ALL PROBES AT ANY POINT IN TIME OVER THE TESTING PERIOD
- STABILITY IS DEFINED AS THE MAXIMUM VARIANCE IN TEMPERATURE EXPERIENCED BY ANY SINGLE PROBE OVER THE TESTING PERIOD
- TEMPERATURE PERFORMANCE FOR ALL LOADED AND UNLOADED DOOR OPENING PROTOCOLS, ALL ALARM, CONTROLLER AND PROBE REQUIREMENTS AS DEFINED IN THE NSF/ANSI 456 STANDARD FOR VACCINE STORAGE
- DATA PER ENERGY STAR TEST RESULTS OR EQUIVALENT TESTING AND CALCULATION. HEAT REJECTION BASED ON DAILY AVERAGES, NOT CONTINUOUS OPERATION. PERFORMANCE EXCEEDS ENERGY STAR REQUIREMENTS.
| CONTROLLER TECHNOLOGY | PARAMETRIC, MICROPROCESSOR, LED DISPLAY WITH 0.1°C RESOLUTION |
| TEMPERATURE SETPOINT RANGE | 1°C TO 10°C (SETPOINT MUST REMAIN UNALTERED FROM THE FACTORY SETTING TO REMAIN COMPLIANT WITH NSF/ANSI PERFORMANCE REQUIREMENTS) |
| DISPLAY PROBE | CALIBRATED, STAINLESS STEEL |
| EXTERNAL ALARM CONNECTION | STATE SWITCHING REMOTE ALARM CONTACTS |
| ALARMS | VISUAL AND AUDIBLE INDICATORS |
| HIGH / LOW TEMPERATURE, COMPLIANT WITH ALARM REQUIREMENTS DEFINED IN THE NSF/ANSI STANDARD FOR VACCINE STORAGE | |
| SIMULATOR BALLAST | 20 ML BOTTLE, GLASS BEAD THERMAL MEDIA |
Item#:
ASSODRVRCNA456
Stainless Steel Built-In Vaccine Refrigerator
These premier built-in undercounter refrigerators are designed in accordance with the NSF/ANSI 456 Standard for Vaccine Storage. Refrigerators protect pharmaceuticals at optimal temperatures, preventing waste and allowing for peak delivery.
The stainless steel Refrigerators utilize microprocessor controllers and feature temperature alarms, remote alarm contacts, and probe access ports with included probes. American Biotech Supply Vaccine Storage Refrigerators utilize HFC-free refrigerant for environmental health and energy efficiency.
REFRIGERATION SYSTEM
| COMPRESSOR | HERMETIC, HIGH PERFORMANCE |
| REFRIGERANT | EPA SNAP COMPLIANT, R600A, ISOBUTANE |
| CONDENSER | HYBRID FIN AND TUBE WITH LOW NOISE FAN |
| EVAPORATOR | PLATE WALL |
| DEFROST | CYCLE OPTIMIZED, ZERO ENERGY |
PERFORMANCE
| UNIFORMITY¹ (CABINET AIR) | +/- 0.8°C |
| STABILITY² (CABINET AIR) | +/- 1.2°C |
| MAXIMUM TEMPERATURE VARIATION (CABINET AIR) | +/- 1.4°C |
| TEMPERATURE RISE AFTER AN AFTER 8 SEC DOOR OPENINGS | TEMPERATURE DID NOT EXCEED 6.4°C AT ANY PROBE FOR ALL REQUIRED NSF/ANSI 456 TESTING PROTOCOLS |
| RECOVERY AFTER 3 MIN DOOR OPENING | ALL PROBES RECOVER TO UNDER 8°C WITHIN 4.8 MIN. |
| ENERGY CONSUMPTION | 1.15 KWH/DAY |
| AVERAGE HEAT REJECTION | 1.57 KWH/DAY (224 BTU/H) |
| NOISE PRESSURE LEVEL (DBA) | 43 OR LESS INSTALLED |
| PULL DOWN TIME TO NOMINAL OPERATING TEMP | 35 MIN |
PERFORMANCE DATA ACQUIRED AT 22°C AMBIENT, USING NSF/ANSI 456 COMPLIANT VALIDATION BALLAST PROBES, EMPTY CHAMBER, DURING STABILIZED STEADY STATE OPERATION AND A DAQ SAMPLING RATE OF ONE MEASUREMENT EVERY 10 SECONDS
- UNIFORMITY IS DEFINED AS THE MAXIMUM VARIANCE IN TEMPERATURE ACROSS ALL PROBES AT ANY POINT IN TIME OVER THE TESTING PERIOD
- STABILITY IS DEFINED AS THE MAXIMUM VARIANCE IN TEMPERATURE EXPERIENCED BY ANY SINGLE PROBE OVER THE TESTING PERIOD
- TEMPERATURE PERFORMANCE FOR ALL LOADED AND UNLOADED DOOR OPENING PROTOCOLS, ALL ALARM, CONTROLLER AND PROBE REQUIREMENTS AS DEFINED IN THE NSF/ANSI 456 STANDARD FOR VACCINE STORAGE
- DATA PER ENERGY STAR TEST RESULTS OR EQUIVALENT TESTING AND CALCULATION. HEAT REJECTION BASED ON DAILY AVERAGES, NOT CONTINUOUS OPERATION. PERFORMANCE EXCEEDS ENERGY STAR REQUIREMENTS.
| CONTROLLER TECHNOLOGY | PARAMETRIC, MICROPROCESSOR, LED DISPLAY WITH 0.1°C RESOLUTION |
| TEMPERATURE SETPOINT RANGE | 1°C TO 10°C (SETPOINT MUST REMAIN UNALTERED FROM THE FACTORY SETTING TO REMAIN COMPLIANT WITH NSF/ANSI PERFORMANCE REQUIREMENTS) |
| DISPLAY PROBE | CALIBRATED, STAINLESS STEEL |
| EXTERNAL ALARM CONNECTION | STATE SWITCHING REMOTE ALARM CONTACTS |
| ALARMS | VISUAL AND AUDIBLE INDICATORS |
| HIGH / LOW TEMPERATURE, COMPLIANT WITH ALARM REQUIREMENTS DEFINED IN THE NSF/ANSI STANDARD FOR VACCINE STORAGE | |
| SIMULATOR BALLAST | 20 ML BOTTLE, GLASS BEAD THERMAL MEDIA |
Glass Door Built-in Vaccine Refrigerator
These premier built-in undercounter refrigerators are designed in accordance with the NSF/ANSI 456 Standard for Vaccine Storage. Refrigerators protect pharmaceuticals at optimal temperatures, preventing waste and allowing for peak delivery.
The glass door refrigerators utilize microprocessor controllers and feature temperature alarms, remote alarm contacts, LED interior lighting, and probe access ports with included probes.
REFRIGERATION SYSTEM
| COMPRESSOR | HERMETIC, HIGH PERFORMANCE |
| REFRIGERANT | EPA SNAP COMPLIANT, R600A, ISOBUTANE |
| CONDENSER | HYBRID FIN AND TUBE WITH LOW NOISE FAN |
| EVAPORATOR | PLATE WALL |
| DEFROST | CYCLE OPTIMIZED, ZERO ENERGY |
PERFORMANCE
| UNIFORMITY¹ (CABINET AIR) | +/- 0.8°C |
| STABILITY² (CABINET AIR) | +/- 1.2°C |
| MAXIMUM TEMPERATURE VARIATION (CABINET AIR) | +/- 1.4°C |
| TEMPERATURE RISE AFTER AN AFTER 8 SEC DOOR OPENINGS | TEMPERATURE DID NOT EXCEED 6.4°C AT ANY PROBE FOR ALL REQUIRED NSF/ANSI 456 TESTING PROTOCOLS |
| RECOVERY AFTER 3 MIN DOOR OPENING | ALL PROBES RECOVER TO UNDER 8°C WITHIN 4.8 MIN. |
| ENERGY CONSUMPTION | 1.15 KWH/DAY |
| AVERAGE HEAT REJECTION | 1.57 KWH/DAY (224 BTU/H) |
| NOISE PRESSURE LEVEL (DBA) | 43 OR LESS INSTALLED |
| PULL DOWN TIME TO NOMINAL OPERATING TEMP | 35 MIN |
PERFORMANCE DATA ACQUIRED AT 22°C AMBIENT, USING NSF/ANSI 456 COMPLIANT VALIDATION BALLAST PROBES, EMPTY CHAMBER, DURING STABILIZED STEADY STATE OPERATION AND A DAQ SAMPLING RATE OF ONE MEASUREMENT EVERY 10 SECONDS
- UNIFORMITY IS DEFINED AS THE MAXIMUM VARIANCE IN TEMPERATURE ACROSS ALL PROBES AT ANY POINT IN TIME OVER THE TESTING PERIOD
- STABILITY IS DEFINED AS THE MAXIMUM VARIANCE IN TEMPERATURE EXPERIENCED BY ANY SINGLE PROBE OVER THE TESTING PERIOD
- TEMPERATURE PERFORMANCE FOR ALL LOADED AND UNLOADED DOOR OPENING PROTOCOLS, ALL ALARM, CONTROLLER AND PROBE REQUIREMENTS AS DEFINED IN THE NSF/ANSI 456 STANDARD FOR VACCINE STORAGE
- DATA PER ENERGY STAR TEST RESULTS OR EQUIVALENT TESTING AND CALCULATION. HEAT REJECTION BASED ON DAILY AVERAGES, NOT CONTINUOUS OPERATION. PERFORMANCE EXCEEDS ENERGY STAR REQUIREMENTS.
| CONTROLLER TECHNOLOGY | PARAMETRIC, MICROPROCESSOR, LED DISPLAY WITH 0.1°C RESOLUTION |
| TEMPERATURE SETPOINT RANGE | 1°C TO 10°C (SETPOINT MUST REMAIN UNALTERED FROM THE FACTORY SETTING TO REMAIN COMPLIANT WITH NSF/ANSI PERFORMANCE REQUIREMENTS) |
| DISPLAY PROBE | CALIBRATED, STAINLESS STEEL |
| EXTERNAL ALARM CONNECTION | STATE SWITCHING REMOTE ALARM CONTACTS |
| ALARMS | VISUAL AND AUDIBLE INDICATORS |
| HIGH / LOW TEMPERATURE, COMPLIANT WITH ALARM REQUIREMENTS DEFINED IN THE NSF/ANSI STANDARD FOR VACCINE STORAGE | |
| SIMULATOR BALLAST | 20 ML BOTTLE, GLASS BEAD THERMAL MEDIA |
Built-In Vaccine Refrigerator NSF/ANSI 456 Certified
These premier built-in undercounter refrigerators are designed in accordance with the NSF/ANSI 456 Standard for Vaccine Storage. Refrigerators protect pharmaceuticals at optimal temperatures, preventing waste and allowing for peak delivery.
The solid door refrigerators utilize microprocessor controllers and feature temperature alarms, remote alarm contacts, and probe access ports with included probes. American Biotech Supply Vaccine Storage Refrigerators utilize HFC-free refrigerant for environmental health and energy efficiency.
REFRIGERATION SYSTEM
| COMPRESSOR | HERMETIC, HIGH PERFORMANCE |
| REFRIGERANT | EPA SNAP COMPLIANT, R600A, ISOBUTANE |
| CONDENSER | HYBRID FIN AND TUBE WITH LOW NOISE FAN |
| EVAPORATOR | PLATE WALL |
| DEFROST | CYCLE OPTIMIZED, ZERO ENERGY |
PERFORMANCE
| UNIFORMITY¹ (CABINET AIR) | +/- 0.8°C |
| STABILITY² (CABINET AIR) | +/- 1.2°C |
| MAXIMUM TEMPERATURE VARIATION (CABINET AIR) | +/- 1.4°C |
| TEMPERATURE RISE AFTER AN AFTER 8 SEC DOOR OPENINGS | TEMPERATURE DID NOT EXCEED 6.4°C AT ANY PROBE FOR ALL REQUIRED NSF/ANSI 456 TESTING PROTOCOLS |
| RECOVERY AFTER 3 MIN DOOR OPENING | ALL PROBES RECOVER TO UNDER 8°C WITHIN 4.8 MIN. |
| ENERGY CONSUMPTION | 1.15 KWH/DAY |
| AVERAGE HEAT REJECTION | 1.57 KWH/DAY (224 BTU/H) |
| NOISE PRESSURE LEVEL (DBA) | 43 OR LESS INSTALLED |
| PULL DOWN TIME TO NOMINAL OPERATING TEMP | 35 MIN |
PERFORMANCE DATA ACQUIRED AT 22°C AMBIENT, USING NSF/ANSI 456 COMPLIANT VALIDATION BALLAST PROBES, EMPTY CHAMBER, DURING STABILIZED STEADY STATE OPERATION AND A DAQ SAMPLING RATE OF ONE MEASUREMENT EVERY 10 SECONDS
- UNIFORMITY IS DEFINED AS THE MAXIMUM VARIANCE IN TEMPERATURE ACROSS ALL PROBES AT ANY POINT IN TIME OVER THE TESTING PERIOD
- STABILITY IS DEFINED AS THE MAXIMUM VARIANCE IN TEMPERATURE EXPERIENCED BY ANY SINGLE PROBE OVER THE TESTING PERIOD
- TEMPERATURE PERFORMANCE FOR ALL LOADED AND UNLOADED DOOR OPENING PROTOCOLS, ALL ALARM, CONTROLLER AND PROBE REQUIREMENTS AS DEFINED IN THE NSF/ANSI 456 STANDARD FOR VACCINE STORAGE
- DATA PER ENERGY STAR TEST RESULTS OR EQUIVALENT TESTING AND CALCULATION. HEAT REJECTION BASED ON DAILY AVERAGES, NOT CONTINUOUS OPERATION. PERFORMANCE EXCEEDS ENERGY STAR REQUIREMENTS.
| CONTROLLER TECHNOLOGY | PARAMETRIC, MICROPROCESSOR, LED DISPLAY WITH 0.1°C RESOLUTION |
| TEMPERATURE SETPOINT RANGE | 1°C TO 10°C (SETPOINT MUST REMAIN UNALTERED FROM THE FACTORY SETTING TO REMAIN COMPLIANT WITH NSF/ANSI PERFORMANCE REQUIREMENTS) |
| DISPLAY PROBE | CALIBRATED, STAINLESS STEEL |
| EXTERNAL ALARM CONNECTION | STATE SWITCHING REMOTE ALARM CONTACTS |
| ALARMS | VISUAL AND AUDIBLE INDICATORS |
| HIGH / LOW TEMPERATURE, COMPLIANT WITH ALARM REQUIREMENTS DEFINED IN THE NSF/ANSI STANDARD FOR VACCINE STORAGE | |
| SIMULATOR BALLAST | 20 ML BOTTLE, GLASS BEAD THERMAL MEDIA |
Item#:
ASBIVARENA456
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