19L Portable Boar Semen Transport Refrigerator

• Designed for temperature-controlled storage and transportation of liquid boar semen.
• 19-liter capacity suitable for mobile pig AI and routine semen distribution.
• Supports DC 12–24V vehicle power for cars, vans, and farm service vehicles.
• Supports AC 220V power for indoor farm and laboratory operation.
• Active cooling and heating provide temperature control in both warm and cold environments.
• Touch digital controller allows convenient temperature setting and monitoring.
• Internal ventilation circulation helps distribute conditioned air throughout the storage chamber.
• Dual-core temperature-control design supports efficient heating and cooling performance.
• Fluorine-free cooling design avoids conventional fluorinated refrigerant systems.
• Can be adjusted to approximately 17°C for standard liquid boar semen management.
• Secure lid locks help keep the chamber closed during vehicle transportation.
• Integrated carrying handle provides convenient portability between vehicles and farm facilities.
• 2.5-meter vehicle and household power cables provide flexible installation.
• Suitable for boar studs, pig AI technicians, genetic companies, commercial pig farms, and veterinary reproduction teams.

• Product Type: Portable Heating and Cooling Boar Semen Refrigerator
• Nominal Capacity: 19 L
• Primary Application: Liquid Boar Semen Storage and Transportation
• Vehicle Power Supply: DC 12–24 V
• Indoor Power Supply: AC 220 V
• Vehicle Cooling Power: 68 W
• Vehicle Heating Power: 60 W
• Indoor Cooling Power: 78 W
• Indoor Heating Power: 70 W
• Listed Minimum Cooling Temperature: Approximately -5°C at Ambient Temperature Below 25°C
• Listed Heating Range: Approximately 60–65°C
• Recommended Boar Semen Setpoint: Approximately 17°C
• Typical Liquid Boar Semen Storage Range: Approximately 16–18°C
• Temperature Controller: Touch Digital Controller
• Air Circulation: Internal Ventilation Circulation
• Vehicle Power Cable Length: Approximately 2.5 m
• Indoor Power Cable Length: Approximately 2.5 m
• Approximate External Dimensions: 450 × 310 × 350 mm
• Approximate Internal Dimensions: 380 × 200 × 240 mm
• Housing: Engineering Plastic
• Installation: Portable / Vehicle / Indoor

The listed minimum and maximum temperatures represent equipment operating capability and are not recommended boar semen storage temperatures. Actual cooling performance varies with ambient temperature, loading volume, ventilation, power supply, lid-opening frequency, and operating conditions. Final dimensions and electrical configuration should be confirmed before ordering.

• Vehicle transportation of extended liquid boar semen.
• Temperature-controlled semen delivery from boar studs to sow farms.
• Temporary semen storage at commercial pig farms.
• Pig artificial insemination field services.
• Small- and medium-volume semen distribution routes.
• Boar studs and centralized semen production centers.
• Swine genetic and breeding companies.
• Commercial sow farms and breeding farms.
• Veterinary reproduction services.
• Livestock breeding research facilities.
• Temperature-controlled transport of compatible pig AI laboratory materials.

1. Place the refrigerator on a stable surface inside the vehicle.
2. Keep all ventilation openings clear to allow effective heat exchange.
3. Connect the unit to a compatible DC 12–24V vehicle power source.
4. Set the temperature to the required semen transport value.
5. Allow the chamber to approach the selected temperature before loading semen whenever possible.
6. Load only semen doses that have been processed and conditioned according to the laboratory protocol.
7. Arrange semen bags, tubes, or bottles securely to reduce movement during transport.
8. Close and lock the lid completely before moving the vehicle.
9. Monitor the digital temperature display periodically during transport.

• Connect the refrigerator to the specified AC 220V supply.
• Place it in a clean, dry, and ventilated indoor location.
• Keep it away from direct sunlight, heaters, steam, and excessive external heat.
• Maintain adequate clearance around the ventilation outlets.
• Use an independent thermometer or temperature data logger when additional verification is required.

• Disconnect all power sources before cleaning.
• Remove semen doses and accessories from the chamber.
• Clean internal surfaces with a soft cloth and suitable mild cleaning solution.
• Disinfect according to the semen center's biosecurity procedure where required.
• Do not allow water to enter the controller, electrical connectors, or ventilation openings.
• Keep the air inlet and outlet areas free from dust and obstruction.
• Inspect the vehicle and household power cables regularly.
• Check lid locks, hinges, and sealing surfaces periodically.
• Verify temperature accuracy as part of routine semen-storage quality control.
• Store the unit clean and dry when it is not in use.

Q: What is this 19L refrigerator designed for?
A: It is designed primarily for temperature-controlled storage and vehicle transportation of extended liquid boar semen used in pig artificial insemination.

Q: Can it be used in both a vehicle and a building?
A: Yes. It supports DC 12–24V vehicle power and AC 220V indoor power.

Q: What temperature should be selected for liquid boar semen?
A: Approximately 17°C is commonly used, with standard liquid boar semen storage generally maintained between about 16°C and 18°C.

Q: Does the refrigerator both cool and heat?
A: Yes. The unit provides active cooling and heating so that it can compensate for changing ambient temperatures.

Q: What is the lowest listed cooling temperature?
A: The product specification lists cooling down to approximately -5°C when ambient temperature is below approximately 25°C. This value is equipment capability and is not a semen storage setting.

Q: What is the heating capability?
A: The listed maximum heating range is approximately 60–65°C. Boar semen should never be stored at this temperature.

Q: Why is internal air circulation useful?
A: Internal ventilation helps distribute conditioned air around the chamber and reduces local temperature differences around stored semen packages.

Q: What are the power consumption values?
A: The listed vehicle configuration uses approximately 68 W for cooling and 60 W for heating, while the indoor configuration uses approximately 78 W for cooling and 70 W for heating.

Q: Can this refrigerator replace a passive insulated transport box?
A: For routes where electrical power is continuously available, active temperature control offers better compensation for changing ambient conditions. Passive boxes remain useful for short trips, backup transport, or situations without power.

Q: Is independent temperature monitoring recommended?
A: Yes. A calibrated thermometer or temperature data logger is recommended when commercial semen transport requires temperature verification and traceability.

Q: Where is this refrigerator typically used?
A: It is suitable for boar studs, commercial pig farms, pig AI centers, genetic companies, semen transport vehicles, veterinary reproduction teams, and swine breeding facilities.