Crown Steam LCT-2 Load Compensating Timer Stainless Steel Two Compartment with Precise Timing
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- Dual-compartment load balancing ensures consistency
- Corrosion-resistant stainless steel enhances durability
- Simple calibration for load accuracy
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The Crown Steam LCT-2 Load Compensating Timers with two compartments represent a precise electronic timing solution designed for commercial foodservice applications. Engineered by Crown (Middleby), this timer provides dual-channel load balancing with adjustable compensation, ensuring consistent cooking and holding processes in professional kitchens. Featuring optimized functionality for high reliability, it offers easy integration into advanced kitchen workflows with a durable construction suitable for demanding environments. The device's technical design includes precise load management across two compartments, enabling operators to synchronize timers with kitchen equipment, thus enhancing operational efficiency and accuracy in medium-volume settings. Its robust build, combined with straightforward calibration, supports seamless maintenance and longevity in high-use scenarios.
The Crown Steam LCT-2 load compensating timers are built with dual compartments for independent timing, ensuring consistent operation. Constructed from stainless steel for durability, these timers are optimized for ease of use with intuitive controls and straightforward calibration. Ideal for settings requiring reliable load management, they support precise synchronization of cooking or holding processes, reducing operator error and workflow interruptions. Designed for quick installation and minimal maintenance, they integrate smoothly into a variety of commercial kitchen setups, including food prep and holding stations, enhancing efficiency without complicating routine operations.
Suitable for commercial kitchen environments requiring dependable load-sensitive timing.
The Crown Steam LCT-2 operates on a 120V electrical system with 60Hz frequency, utilizing a single-phase connection that supports up to 10 amps with a wattage draw of approximately 1200W. Its self-contained design ensures straightforward installation without external cooling requirements. Constructed from high-grade stainless steel, it resists corrosion and withstands frequent cleaning, with a temperature operating range of 0°F to 150°F, facilitating use in various kitchen environments. The timer measures 10.5 inches in width, 7 inches in depth, and 6.5 inches in height, with a shipping weight of approximately 8 lbs. Its intuitive digital interface allows precise load adjustment, and its durable components ensure long service life within demanding workloads.
A commercial load compensating timer is a specialized electronic device designed to precisely control operational timing based on load conditions across multiple compartments. It ensures consistent cooking, holding, or processing functions by adjusting timing parameters dynamically, tailored for foodservice environments like restaurants and catering facilities. The Crown Steam LCT-2, specifically, features two independent compartments with load-based compensation, making it suitable for applications requiring accurate synchronization of multiple kitchen processes. It is typically installed in food prep or holding stations, supporting efficient operation in medium-volume foodservice settings.
Designed for moderate workload foodservice settings, the Crown Steam LCT-2 load compensating timers by Crown (Middleby) offer precise load-based timing control and durability, ideal for medium-volume restaurant kitchens. Their advanced load management function supports reliable operation during continuous daily use.
Compared to similar electronic timers, the Crown Steam LCT-2 features dual compartments with load compensation for enhanced synchronization, stainless steel construction for increased durability, and a straightforward calibration system that minimizes setup time. Its compact, self-contained design simplifies installation in crowded kitchen environments, and its reliable performance reduces operational downtime, making it a robust choice for restaurant-ready applications requiring precise timing management.