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ABS 72 Cu. Ft. Standard Glass Door Laboratory Refrigerator ABT-VS-LS-72
ABS 72 Cu. Ft. Standard Glass Door Laboratory Refrigerator ABT-VS-LS-72
These laboratory refrigerators are designed for reliable and cost-effective cold storage. This model features ultra-low energy consumption and energy efficient natural refrigerants. Using microprocessor temperature technology, this unit delivers precise temperature monitoring and control. It offers essential security features, including keyed door locks and temperature alarms, along with remote alarm contacts. Enjoy durable powder-coated steel construction, glass door transparency, and adjustable inner shelving to optimize your workflow. All features are designed to heighten performance and efficiency in your lab.
Description
| Maximum temperature variation (Cabinet air) | +/- 2.5° C |
| Stability (Simulator ballast) | +/- 0.5° C |
| Energy Consumption (kWh/day) | <2.8 KWh/day *meets ENERGY STAR® v2.0 for Laboratory Refrigerators |
| Average Heat Rejection (BTU/hr) | <720 BTU/h |
| Pull down time to nominal operating temp | < 60 min (empty) |
| Noise Pressure Level (dBA) | 40 dBA or less installed |
| Compressor | Hermetic |
| Refrigerant | EPA SNAP compliant R600a Isobutane (Hydrocarbon natural refrigerant) |
| Condenser | Tube and grid, high efficiency fan forced air |
| Evaporator | Fin and tube, high efficiency fan forced air |
| Defrost | Cycle Defrost |
| Performance Notes | Max temperature variation based on an empty chamber at steady state using 15 bare (unweighted) thermocouple probes. Product loading, door openings, and ambient conditions will affect performance. Stability of simulator ballast based on bottle probe provided with the unit located center of empty chamber at steady state, no door openings |
Performance
| Maximum temperature variation (Cabinet air) | +/- 1.5° C |
| Stability (Simulator ballast) | +/- 0.3° C |
| Energy Consumption (kWh/day) | <2.2 KWh/day *meets ENERGY STAR® v2.0 for Laboratory Refrigerators |
| Average Heat Rejection (BTU/hr) | <570 BTU/h |
| Pull down time to nominal operating temp | < 40 min (empty) |
| Noise Pressure Level (dBA) | 40 dBA or less installed |
| Compressor | Hermetic, variable speed |
| Refrigerant | EPA SNAP compliant R600a Isobutane (Hydrocarbon natural refrigerant) |
| Condenser | Tube and grid, high efficiency fan forced air |
| Evaporator | Fin and tube, high efficiency fan forced air |
| Defrost | Cycle Defrost |
| Performance Notes | Max temperature variation based on an empty chamber at steady state using 15 bare (unweighted) thermocouple probes. Product loading, door openings, and ambient conditions will affect performance. Stability of simulator ballast based on bottle probe provided with the unit located center of empty chamber at steady state, no door openings |
Temp Controller
| Controller technology | Microprocessor temperature controller with variable frequency compressor control, C°/F° switchable, resolution is 0.1° C/0.2° F |
| Battery Backup | Non-applicable |
| Display technology | Digital temperature display |
| Adjustable Temperature Range | 2° C to 15° C |
| Digital Communication | Non-applicable |
| External alarm connection | Remote alarm contacts |
| Alarms | Audible and visual high/low temperature alarms, remote alarm contacts |
| Display Probe | Product simulator bottle with glass bead media |
| Disclaimers | Refrigerator requires a minimum 2” of clearance around back and sides of the unit for proper ventilation (more if next to heat rejecting equipment) – improper installation will void the warranty and will lead to temperature maintenance issues, overheating and possible failure |
$5,689.20
ABS 72 Cu. Ft. Standard Glass Door Laboratory Refrigerator ABT-VS-LS-72—
$5,689.20
Product Information
Product Information
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Shipping & Returns
Description
ABS 72 Cu. Ft. Standard Glass Door Laboratory Refrigerator ABT-VS-LS-72
These laboratory refrigerators are designed for reliable and cost-effective cold storage. This model features ultra-low energy consumption and energy efficient natural refrigerants. Using microprocessor temperature technology, this unit delivers precise temperature monitoring and control. It offers essential security features, including keyed door locks and temperature alarms, along with remote alarm contacts. Enjoy durable powder-coated steel construction, glass door transparency, and adjustable inner shelving to optimize your workflow. All features are designed to heighten performance and efficiency in your lab.
Description
| Maximum temperature variation (Cabinet air) | +/- 2.5° C |
| Stability (Simulator ballast) | +/- 0.5° C |
| Energy Consumption (kWh/day) | <2.8 KWh/day *meets ENERGY STAR® v2.0 for Laboratory Refrigerators |
| Average Heat Rejection (BTU/hr) | <720 BTU/h |
| Pull down time to nominal operating temp | < 60 min (empty) |
| Noise Pressure Level (dBA) | 40 dBA or less installed |
| Compressor | Hermetic |
| Refrigerant | EPA SNAP compliant R600a Isobutane (Hydrocarbon natural refrigerant) |
| Condenser | Tube and grid, high efficiency fan forced air |
| Evaporator | Fin and tube, high efficiency fan forced air |
| Defrost | Cycle Defrost |
| Performance Notes | Max temperature variation based on an empty chamber at steady state using 15 bare (unweighted) thermocouple probes. Product loading, door openings, and ambient conditions will affect performance. Stability of simulator ballast based on bottle probe provided with the unit located center of empty chamber at steady state, no door openings |
Performance
| Maximum temperature variation (Cabinet air) | +/- 1.5° C |
| Stability (Simulator ballast) | +/- 0.3° C |
| Energy Consumption (kWh/day) | <2.2 KWh/day *meets ENERGY STAR® v2.0 for Laboratory Refrigerators |
| Average Heat Rejection (BTU/hr) | <570 BTU/h |
| Pull down time to nominal operating temp | < 40 min (empty) |
| Noise Pressure Level (dBA) | 40 dBA or less installed |
| Compressor | Hermetic, variable speed |
| Refrigerant | EPA SNAP compliant R600a Isobutane (Hydrocarbon natural refrigerant) |
| Condenser | Tube and grid, high efficiency fan forced air |
| Evaporator | Fin and tube, high efficiency fan forced air |
| Defrost | Cycle Defrost |
| Performance Notes | Max temperature variation based on an empty chamber at steady state using 15 bare (unweighted) thermocouple probes. Product loading, door openings, and ambient conditions will affect performance. Stability of simulator ballast based on bottle probe provided with the unit located center of empty chamber at steady state, no door openings |
Temp Controller
| Controller technology | Microprocessor temperature controller with variable frequency compressor control, C°/F° switchable, resolution is 0.1° C/0.2° F |
| Battery Backup | Non-applicable |
| Display technology | Digital temperature display |
| Adjustable Temperature Range | 2° C to 15° C |
| Digital Communication | Non-applicable |
| External alarm connection | Remote alarm contacts |
| Alarms | Audible and visual high/low temperature alarms, remote alarm contacts |
| Display Probe | Product simulator bottle with glass bead media |
| Disclaimers | Refrigerator requires a minimum 2” of clearance around back and sides of the unit for proper ventilation (more if next to heat rejecting equipment) – improper installation will void the warranty and will lead to temperature maintenance issues, overheating and possible failure |
