LAARS

Product Description The Fenwal 35-652500-001 Ignition Module is designed to ignite fuel in various industrial and commercial settings. Its compact design allows for easy installation in limited spaces. Reliable operation is ensured by its advanced electrical framework, suitable for long service life. Versatile use...

Product DescriptionThe Fenwal 35-652505-003 Ignition Module is designed for use with Water Pik Laars systems. This module provides reliable ignition for water heaters, ensuring smooth operation. It is a genuine Fenwal part, ensuring quality and compatibility with your existing systems. Replace faulty modules with...

Product DescriptionThe Fenwal 35-655005-013 Hot Surface Ignition Control is engineered to consolidate multiple gas-fired appliance functions into one seamless unit, significantly reducing system costs while enhancing efficiency and safety. Ideal for professional settings that demand reliability and precision in thermal management. Integrated diagnostic support...

Product DescriptionThe Fenwal Ignition Control Board, with model number 35-655005-023, is engineered to manage and control ignition systems efficiently. Its incorporation in industrial and commercial settings underscores its importance in reliable ignition and combustion management. Monitors and regulates ignition spark timing, duration, and intensity....

Product DescriptionThe Fenwal 35-655005-211 Ignition Module is engineered for optimal performance in controlling gas-fired 24 VAC appliances. It integrates multiple functions including heat demand monitoring, combustion blower control, and flame maintenance. Integrated diagnostic LED for troubleshooting. Microprocessor design ensures precise ignition and purge cycles....

Product DescriptionThe Fenwal 35-655006-011 is a microprocessor-based ignition control module designed for efficient and reliable operation of gas-fired appliances. It supports both 120V and 240V inputs and utilizes a hot surface ignition method to ensure quick and safe ignition. Microprocessor-based design ensures high reliability...

Product DescriptionThe Fenwal 35-655205-011 is a control module designed for industrial applications, providing a 24V no pilot pressure with a four-second time to fire interval. It is capable of three ignition attempts with a 15-inch protection rating. Robust durability and reliable performance. Four-second time-to-fire...

Product DescriptionThe Fenwal 35-655500-001 is a Hot Surface Ignition Control, suitable for various gas-fired appliances. This unit operates on a 24V system and features a microprocessor-based design ensuring precise, repeatable ignition and purge sequences. It's engineered for single try ignition with a four-second time...

Product DescriptionFenwal 35-655505-011 is a high-performance hot surface ignition control designed to manage multiple gas-fired 24 VAC appliance functions effectively. Its microprocessor-based design ensures reliable and precise control over ignition and purge times. Efficient three trial ignition system. Microprocessor circuit design for accurate timing....

Product DescriptionThe Fenwal Ignition Control, model 35-655600-005, is engineered to handle multiple gas-fired 24 VAC appliance functions with a single control unit, lowering system costs. This device seamlessly integrates into your existing setups ensuring efficient burner management and troubleshooting with its diagnostic LED indicators....

Product Description The Fenwal 35-655605-001 is a robust HVAC igniter, designed for industrial and commercial systems, providing efficient ignition in demanding environments. 3-try operation with a 5-second trial for ignition Zero Inter-Purge (0IP) Optimized for 24V systems Product HighlightsFenwal's advanced engineering delivers a reliable...

Product DescriptionThe Fenwal 35-655605-003 ignition control is designed for robust and efficient performance in various industrial applications. Manufactured with advanced microprocessor technology, this 24 VAC ignitor provides hot surface ignition with a seven-second trial for ignition (TFI) and three trials for each operation. Microprocessor-based...