Blood banks, hospitals, and research laboratories need reliable cold storage to keep whole blood and red blood cells viable. Even small temperature deviations can damage blood components or allow bacterial growth.
The BBR-4V626 and its larger counterpart, the BBR-4V966, are double-door blood bank refrigerators designed to maintain stable temperatures between 2°C and 6°C while offering practical features for daily use.
This guide covers the specifications, key features, operating practices, and considerations for anyone evaluating or using these models.
Whole blood and red blood cells must stay within a narrow temperature window. Storage below 1–2°C risks hemolysis (destruction of red blood cells), while temperatures above 6°C can promote bacterial growth and reduce shelf life.
Modern blood bank refrigerators use forced-air circulation and multiple sensors to maintain uniformity and recover quickly after door openings. Facilities also need clear alarms and reliable backup systems because any failure can compromise an entire inventory.
We offer two double-door models in this series.
Both models share the same core technology: microprocessor control, forced-air cooling, electrically heated glass doors, and multiple transparent inner doors that reduce cold air loss during access.
Several practical features stand out in daily operation.
| Specification | BBR-4V626 | BBR-4V966 |
|---|---|---|
| Capacity | 626 L | 966 L |
| Blood Bags | 360 bags | 576 bags |
| Blood Bag Size | 450 ml | 450 ml |
| Temperature Range | 2–6°C | 2–6°C |
| Temperature Uniformity | ≤1.5°C | ≤1.5°C |
| Temperature Accuracy | 0.1°C | 0.1°C |
| Recovery Time | ≤15 min | ≤15 min |
| Shelves | 12 pcs | 12 pcs |
| Blood Storage Baskets | 36 pcs | 36 pcs |
| Power Consumption | 550 W | 560 W |
| Internal Dimensions (W × D × H) | 1100 × 420 × 1325 mm | 1100 × 650 × 1325 mm |
| External Dimensions (W × D × H) | 1220 × 665 × 1885 mm | 1220 × 895 × 1885 mm |
| Net Weight | 220 kg | 246 kg |
| Refrigerant | R134a | R134a |
| Door Type | 2 × electrically heated glass semi-foam doors | Same |
| Inner Doors | 6 × transparent acrylic | 6 × transparent acrylic |
Place the unit in a well-ventilated area with at least 10–15 cm clearance on all sides for proper heat dissipation. Avoid locations near heat sources or in direct sunlight. Level the refrigerator using the adjustable feet or casters before loading.
After installation, allow the unit to stabilize at the set temperature for several hours before storing blood products. Connect the unit to a dedicated power circuit with proper grounding. Facilities should also consider connecting the alarm output to a central monitoring system or security desk for after-hours response.
Safety depends heavily on reliable alerts.
A thermal printer comes standard for temperature recording. Optional accessories include a temperature recorder, USB interface, and RS485 connectivity for integration with facility monitoring systems.
The BBR-4V series is specified to recover to 6°C within 15 minutes after a door opening in a 32°C ambient environment. While high-end medical-grade units sometimes achieve faster recovery, 15 minutes remains acceptable for many mid-sized facilities when combined with proper door management.
Temperature uniformity of ≤1.5°C across the chamber helps ensure all stored units stay within safe limits, even when the refrigerator is heavily loaded.
Clean the interior monthly with a mild disinfectant suitable for stainless steel. Wipe door gaskets regularly and inspect them for wear.
Keep the condenser coils clean to maintain cooling efficiency. Schedule professional servicing at least once a year, including sensor calibration and refrigerant checks.
The BBR-4V626 works well for hospital blood banks, regional transfusion centers, and research laboratories that need reliable 2–6°C storage, good visibility, and organized basket systems. The larger BBR-4V966 suits higher-volume operations.
Buyers in highly regulated environments should verify current certification requirements (such as local medical device regulations or AABB/FDA expectations) separately, as these details are not listed on the product specifications.
The BBR-4V626 and BBR-4V966 double-door blood bank refrigerators offer solid capacity, practical design features, and a comprehensive alarm package for maintaining blood products within the critical 2–6°C range.
Their combination of heated glass doors, individual inner doors, and forced-air cooling addresses common operational challenges in blood storage.
Facilities evaluating these models should focus on temperature uniformity, recovery performance, alarm reliability, and ease of daily access.
Proper installation, disciplined door management, and regular maintenance will help maximize the performance and longevity of the unit.
Whole blood and red blood cells should be stored between 2°C and 6°C. Temperatures below this range risk cell damage, while higher temperatures can promote bacterial growth.
Uniformity ensures every blood bag stays within the safe range, even in different parts of the chamber. A uniformity of ≤1.5°C, as specified for the BBR-4V series, is generally acceptable for most clinical applications.
Check the display for the current temperature, inspect the door seal and closing, and review recent door activity. Document the incident and transfer blood products to a validated backup unit if the temperature moves outside safe limits for an extended period.
Yes. A thermal printer is included as standard. Optional temperature recorders and digital interfaces are also available for facilities that require continuous electronic logging.
Most facilities perform basic cleaning monthly and schedule professional maintenance, including calibration and system checks, at least once per year or according to local regulatory requirements.
Since 1992, Applied Physics Corporation has been a leading global provider of precision contamination control and metrology standards. We specialize in airflow visualization, particle size standards, and cleanroom decontamination solutions for critical environments.
