40L Lithium Battery Boar Semen Transport Cooler

• 40-liter capacity suitable for medium- and high-volume boar semen distribution.
• Designed for temperature-managed transportation and temporary storage of liquid boar semen.
• Supports AC 220V household power for indoor operation.
• Supports DC 12V vehicle power for mobile semen transportation.
• Lithium-battery version provides additional flexibility when external power is temporarily unavailable.
• Dual-opening lid allows partial access to reduce unnecessary internal temperature loss.
• Approximately 65–75 W rated power according to the listed product configuration.
• Large internal chamber accommodates semen bags, bottles, tubes, trays, and compatible transport accessories.
• Movable internal divider allows flexible organization of the storage space.
• Lightweight rubber wheels simplify movement between vehicles, laboratories, and farm buildings.
• Concealed carrying handle allows the unit to be lifted or pulled as required.
• Hidden cable-storage compartment keeps power cables organized when not in use.
• Robust portable construction is suitable for repeated farm and vehicle operation.
• Suitable for boar studs, AI centers, genetic companies, commercial pig farms, and semen delivery teams.

• Product Type: Portable Powered Boar Semen Transport Cooler
• Nominal Capacity: 40 L
• Primary Application: Liquid Boar Semen Storage and Transportation
• Indoor Power Supply: AC 220 V
• Vehicle Power Supply: DC 12 V
• Rated Power: Approximately 65–75 W
• Battery Configuration: Lithium-Battery and Non-Battery Versions Available
• Recommended Boar Semen Storage Temperature: Approximately 17°C
• Typical Liquid Boar Semen Storage Range: Approximately 16–18°C
• External Dimensions: 560 × 380 × 420 mm
• Internal Dimensions: 450 × 300 × 300 mm
• Lid Design: Dual-Opening Lid
• Internal Organization: Removable Divider
• Mobility: Rubber Wheels and Concealed Carrying Handle
• Cable Storage: Integrated Hidden Cable Compartment
• Installation: Portable / Vehicle / Indoor

Lithium-battery capacity, charging time, independent operating duration, exact temperature-control range, and cooling performance are not specified in the current product information and should be confirmed according to the ordered configuration. Actual thermal performance depends on ambient temperature, loading volume, ventilation, power supply, transport conditions, and lid-opening frequency.

• Vehicle transportation of extended liquid boar semen.
• Delivery from commercial boar studs to sow farms.
• Pig artificial insemination field services.
• Medium- and large-batch semen distribution routes.
• Temporary semen storage at commercial pig farms.
• Centralized semen production and distribution centers.
• Swine genetic and breeding companies.
• Commercial pig breeding farms.
• Veterinary reproduction services.
• Remote semen delivery where lithium-battery operation provides additional flexibility.
• Transport of compatible temperature-sensitive pig AI laboratory materials.

• Place the cooler on a stable surface inside the vehicle and secure it against excessive movement.
• Keep ventilation openings unobstructed to allow effective heat dissipation.
• Connect the unit to a compatible DC 12V vehicle power source.
• Allow the chamber to reach the required transport condition before loading semen whenever possible.
• Load semen doses only after they have been processed and conditioned according to the laboratory procedure.
• Arrange semen bags, bottles, or tubes securely and use the movable divider where required.
• Use only one section of the dual lid when possible to reduce unnecessary temperature loss.
• Monitor semen temperature during transport according to the quality-control procedure.

• Confirm that the lithium battery is adequately charged before beginning a route without continuous external power.
• Use only the battery, charger, and electrical accessories specified for the ordered cooler configuration.
• Do not expose the battery pack to excessive heat, water, mechanical damage, or unauthorized modification.
• For long transport routes, confirm the expected battery operating time before departure.
• Reconnect to vehicle or mains power whenever practical to reduce dependence on battery capacity.

• Connect the cooler to the specified AC 220V power supply.
• Place the unit in a clean, dry, and ventilated indoor area.
• Keep the cooler away from direct sunlight, heaters, steam, and other strong heat sources.
• Maintain adequate clearance around all ventilation openings.
• Use an independent thermometer or temperature data logger when additional temperature verification is required.

• Disconnect external power and switch off the battery system before cleaning.
• Remove all semen doses, dividers, 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 electrical components, ventilation openings, connectors, or the battery compartment.
• Keep air inlets and outlets free from dust and obstruction.
• Inspect the AC cable, DC cable, battery connections, wheels, handles, and lid hinges regularly.
• Check the internal divider and lid sealing surfaces for damage or deformation.
• Verify temperature performance periodically as part of semen transport quality control.
• Store the cooler clean, dry, and protected from excessive heat when not in use.

Q: What is the capacity of this semen transport cooler?
A: The nominal capacity is 40 liters, making it suitable for medium- and higher-volume semen transport applications.

Q: Does this version include a lithium battery?
A: The product is available in both lithium-battery and non-battery configurations. This product page focuses on the lithium-battery version.

Q: How long can the lithium battery operate the cooler?
A: Battery operating time depends on battery capacity, ambient temperature, starting chamber temperature, loading, and cooling demand. The battery capacity and rated runtime should be confirmed for the ordered configuration.

Q: Can it operate from a vehicle?
A: Yes. The listed vehicle power supply is DC 12V.

Q: Can it also be used indoors?
A: Yes. The listed household power supply is AC 220V.

Q: What temperature is recommended for liquid boar semen?
A: Approximately 17°C is commonly used under standard conditions, with liquid boar semen generally maintained within approximately 16–18°C according to the extender and laboratory protocol.

Q: Why does the cooler use a dual-opening lid?
A: The dual-opening design allows partial access to the chamber, helping reduce unnecessary loss of conditioned air when only a small number of semen doses need to be removed.

Q: What are the external dimensions?
A: The listed external dimensions are approximately 560 × 380 × 420 mm.

Q: What are the internal dimensions?
A: The listed internal dimensions are approximately 450 × 300 × 300 mm.

Q: Is the internal space adjustable?
A: Yes. A movable divider allows the storage chamber to be organized according to the number and type of semen packages being transported.

Q: Should transport temperature be independently monitored?
A: Yes. A calibrated thermometer or temperature data logger is recommended when commercial semen transport requires temperature verification and traceability.

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