BALLY 719308 Heater, Wire 358" 115V

Ensure frost-free doors and optimal temperature control with this high-quality OEM heater wire for Bally walk-in coolers and freezers.

The Bally 719308 heater wire prevents condensation and ice buildup along your walk-in door frames, a common issue that can lead to sticking doors, energy inefficiency, and damage to door seals. Replacing a worn or broken heater wire with this genuine OEM part restores consistent heating, protecting your unit and maintaining reliable temperature performance. Installation is straightforward: simply route the wire along the door frame and connect it to a 115V power source for immediate functionality.

Product Details

• Product Type: Door Frame Heater Wire
• Compatibility: Fits Bally walk-in coolers and freezers, designed for specific door sizes in commercial refrigeration units
• Manufacturer: Bally – Genuine OEM Original Part
• Common Symptoms Fixed: Stops condensation, ice accumulation, sticking doors, and inefficient door sealing to maintain reliable walk-in performance.

Part Numbers Replaced

719308

Key Features

Genuine OEM Quality: Manufactured by Bally to meet exact specifications, ensuring a perfect fit and reliable operation equivalent to the original factory part.

Enhanced Performance & Efficiency: Delivers consistent heat along the door frame, preventing frost buildup and maintaining energy-efficient operation.

Durable Construction: Designed to withstand commercial refrigeration conditions, this heater wire resists wear, moisture, and long-term use.

Easy Installation: Flexible wire design allows for simple installation along the door frame, minimizing downtime and eliminating the need for complex tools.

Reliable Compatibility: Specifically engineered for Bally walk-in coolers and freezers, ensuring seamless integration with your existing system.

Protect your walk-in cooler or freezer from ice and condensation while improving efficiency and door operation. Order the Bally 719308 Heater Wire today and restore your refrigeration system to peak performance.