Wayne Combustion 64959-SER Ignitor Wire Lead

Wayne Combustion 64959-SER Ignitor Wire Lead

  • $61.15


IGNITOR WIRE LEAD W/HeatTubing

64959-SER is the cross for 64411-002

Wayne Combustion 64959-SER Ignitor Wire Lead with Heat Tubing – Genuine OEM Replacement Part

The Wayne Combustion 64959-SER Ignitor Wire Lead is a high-quality OEM replacement part designed to ensure reliable ignition performance in Wayne burners and combustion systems. This durable ignitor wire lead with heat-resistant tubing provides a secure electrical connection for consistent ignition and long-lasting operation, even under high-temperature conditions.

Overview:
Engineered by Wayne Combustion Systems, the 64959-SER Ignitor Wire Lead is built for superior heat tolerance and dependable electrical conductivity. The included heat tubing protects the wire from wear, abrasion, and extreme temperatures, ensuring safe and efficient burner performance. Ideal for service professionals and maintenance technicians, this part guarantees a perfect OEM fit and hassle-free installation.

Key Features:

  • Genuine OEM Wayne Combustion replacement part

  • Designed for reliable ignition performance

  • Includes heat-resistant tubing for added durability and safety

  • Provides secure electrical connection in high-temperature environments

  • Easy to install – ideal for maintenance and repair applications

  • Ensures efficient burner operation and ignition reliability

Specifications:

  • Manufacturer: Wayne Combustion Systems

  • Part Number: 64959-SER

  • Product Type: Ignitor Wire Lead with Heat Tubing

  • Application: Wayne burners and combustion systems

  • Condition: Brand New, Factory Sealed

Description:
The Wayne Combustion 64959-SER Ignitor Wire Lead is built to meet the highest industry standards for performance and safety. Its robust construction and heat-resistant insulation ensure optimal ignition efficiency and long service life. Whether used for replacement or preventive maintenance, this OEM wire lead provides dependable performance in demanding burner environments.

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