AllPoints GL1935601 1 Inch gas Ignition Module stainless steel durable with precise spark control
- Footprint & configuration support seamless integration
- Capacity & throughput optimized for high-volume use
- Core performance specs ensure reliable sparking
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The Garland GL1935601 Ignition Module is a durable, high-precision component designed specifically for commercial foodservice equipment. Manufactured by Garland, a trusted name in commercial kitchen technology, this ignition module facilitates reliable spark generation for gas appliances, ensuring operational efficiency and safety. Engineered to meet professional standards, it features robust materials and precise electrical specifications, including a voltage requirement and phase compatibility, making it suitable for restaurant, hotel, and institutional cooking environments. With a compact form factor and dependable performance, this module supports seamless integration into existing gas ignition systems, enhancing overall equipment reliability and reducing downtime.
The Garland GL1935601 Ignition Module offers precise spark control for gas-powered appliances, with a rugged design that withstands high-temperature kitchen environments. Its engineered durability ensures long-term reliability, while straightforward installation and maintenance streamline servicing routines. Suitable for bench-mounted or integrated setups, it optimizes workflow continuity by enabling quick replacement and consistent ignition performance in commercial kitchens.
Ideal for maintaining consistent ignition in commercial gas appliances requiring high reliability.
The Garland GL1935601 Ignition Module operates on standard electrical requirements with precise specifications tailored for commercial kitchen environments. It features a voltage compatibility suitable for typical gas appliance ignition circuits and is designed with air-cooling for consistent performance under demanding workloads. The module's robust construction involves corrosion-resistant materials with a stainless steel exterior, supporting durability and sanitation. With a compact footprint measuring approximately 1 inch in width, height, and depth, it weighs approximately 0.8 lbs, facilitating easy installation and replacement. Its operating temperature range is optimized for kitchen conditions, ensuring reliable sparking performance across varying heat and humidity levels. The module's design also supports quick disassembly for routine cleaning and maintenance, contributing to operational efficiency in high-volume foodservice settings.
A commercial ignition module is a critical component used in gas-powered appliances within professional kitchens to generate consistent sparks for reliable ignition. The Garland GL1935601 ignition module is installed in gas ranges, ovens, and fryers to ensure safe and efficient startup of burners, typically mounted directly onto the appliance’s ignition system. Designed for durability and quick replacement, it supports high-volume usage scenarios, making it essential for maintaining continuous operation in busy foodservice environments, particularly where fast, reliable ignition is crucial for safety and productivity.
Designed for dependable ignition in commercial kitchen settings, the Garland GL1935601 suits kitchens with moderate throughput, supporting restaurant and institutional food preparation functions. Built with robust materials and precise electrical specifications, it ensures consistent spark generation and long-term performance under daily use. This model is ideal for installation in appliances requiring reliable ignition, with a focus on operational efficiency and safety, making it suitable for mid-volume foodservice operations.
Why select the Garland GL1935601 Ignition Module over alternative models? Its robust construction from high-grade materials ensures long-lasting performance in demanding commercial kitchens. Its compact, easy-to-install design simplifies routine maintenance and integration into various gas ignition systems. The module’s precise spark control enhances safety and operational reliability, particularly in high-use restaurant applications, while its compatibility with standard electrical connections minimizes installation complexity.
