The SunStar Upright Refrigerator ST-10RF-B is a versatile and energy-efficient appliance designed for off-grid and grid-connected environments, offering durability, reliability, and flexibility. Manufactured in the USA, it is perfect for energy-conscious users and those with limited power availability.

---

Key Features:

• Dual Power Compatibility:
  Operates on both 12/24V DC and 115V AC, making it ideal for various applications, including off-grid living, RVs, and cabins.

• Independent Temperature Control:
  Features separate compressors and thermostats for the refrigerator and freezer, enabling precise and independent temperature settings.

• Energy Efficiency:
  Equipped with 4-inch thick polyurethane insulation and energy-efficient compressors, this model minimizes power consumption, with a typical power draw of only 55 watts.

• User-Friendly Design:
  Offers adjustable shelving, reversible doors, interior LED lighting in both compartments, automatic defrost in the refrigerator, manual defrost in the freezer, and front-adjustable leveling legs for convenience and flexibility.

• Durability and Warranty:
  Built with high-quality materials and backed by a 2-year performance warranty, ensuring years of reliable operation.

---

Specifications:

Specification	Details
Total Capacity	10 cu ft (278 liters)
Refrigerator Compartment	6.6 cu ft
Freezer Compartment	3.2 cu ft
Dimensions (WxHxD)	23.5" x 60" x 26.25"
Weight	148 lbs
Power Consumption	188 Wh/day (refrigerator), 314 Wh/day (freezer)
Operating Voltage	12/24V DC or 115V AC
Refrigerant	R600A
Insulation Thickness	4 inches
Cooling System	Dual compressors and thermostats
Lighting	Interior LED in both compartments
Door Configuration	Reversible
Defrost Type	Automatic (refrigerator), Manual (freezer)
Leveling Legs	Front adjustable
Warranty	2-year performance warranty

This appliance is not only functional but also customizable to fit user preferences and space requirements. Its robust insulation and energy-efficient design ensure that it operates optimally in any environment while consuming minimal power.