Thor Kitchen 24-inch Built-in Column Wine Cooler, Stainless Steel Panel Ready - XRF24CWC-SS

Thor Kitchen 24-inch Built-in Column Wine Cooler, Stainless Steel Panel Ready - XRF24CWC-SS

THOR Kitchen offers the power and performance of a premium professional appliance at a practical price. The XRF24CWC Built-in Wine Cooler combines precise temperature control with sophisticated design to elevate your wine storage. Tri-zone cooling keeps red, white, and sparkling wines at ideal temperatures (41°F–68°F), while full-extension beech wood shelves and a dedicated display rack provide easy access and a high-end look. Interior LED lighting with three color options creates the perfect ambiance, and triple-ply UV-protected glass with frost control preserves your collection in optimal conditions. With a 100-bottle capacity, touch controls, Sabbath Mode, and a charcoal filtration system, this cooler blends functionality, style, and performance for serious wine enthusiasts.

What Our Experts Think

• 24-inch built-in design fits seamlessly into custom kitchens.

• Precise temperature control preserves wine flavor and aroma.

• Sleek stainless steel panel-ready finish complements modern kitchen decor.

• Energy-efficient cooling maintains consistent conditions for long-term storage.

• Adjustable shelves accommodate various bottle sizes.

• THOR Kitchen quality ensures durability and professional performance.

Q&A

• Q: Can it be built into standard cabinetry?
  A: Yes, the 24-inch design is built-in ready for most kitchens.

• Q: What temperature range does it offer?
  A: Adjustable settings provide optimal storage for red, white, and sparkling wines.

• Q: Are the shelves removable?
  A: Yes, shelves slide out for easy access and cleaning.

• Q: Is it energy efficient?
  A: Yes, the cooler maintains consistent temperatures with minimal energy use.

Maintenance Tips

• Wipe spills immediately to prevent odors and stains.

• Clean shelves and interior with mild soap and water regularly.

• Check door seals periodically to maintain temperature consistency.

• Avoid placing near heat sources to optimize cooling performance.

• Defrost periodically if condensation builds up.