AllPoints 334-60085-00 5.3 Inch Yellow Liquid Line to OEM Sensor Stainless Steel
- Supports precise flow detection in medium-volume systems
- Constructed from food-safe, corrosion-resistant materials
- Easy installation reduces downtime and maintenance
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The Kairak 334-60085-00 Sensor Yellow Liquid Line 30 I is a specialized OEM sensor designed for precision fluid control within commercial refrigeration and liquid handling systems. Manufactured by Kairak, this yellow liquid line sensor ensures accurate detection and management of liquid flow in industrial foodservice environments. Its robust construction and precise specifications are ideal for integrating into cold storage, beverage dispensing, or process automation units, facilitating reliable operation and process consistency. With a capacity of 30 gallons, this sensor is engineered for accurate flow detection in medium-volume applications, making it highly suitable for commercial kitchens and food processing facilities seeking dependable liquid monitoring solutions.
This sensor's core function is to provide real-time liquid flow detection, supporting seamless system automation in foodservice operations. Constructed from durable materials resistant to food-grade chemicals and temperature fluctuations, it offers reliable long-term performance. Its design allows for straightforward installation and maintenance, reducing downtime. Suitable for integration with existing refrigeration and processing equipment, it enhances workflow efficiency by ensuring consistent liquid management. The sensor's technical precision and corrosion-resistant composition make it a vital component for medium-capacity foodservice systems demanding accurate flow oversight.
Designed for medium-volume liquid flow management in commercial kitchens and refrigeration systems.
The Kairak 334-60085-00 Sensor Yellow Liquid Line features a compact profile measuring 1.05 inches in height, 5.3 inches in width, and 6.7 inches in depth, weighing approximately 1 pound. Constructed predominantly from stainless steel and food-safe plastics, it is built for durability in temperature ranges from cold to moderate heat environments. The sensor operates reliably within standard refrigeration electrical systems, compatible with typical 24V operation, and does not require dedicated power sources. Its design is suited for integration into systems requiring precise liquid detection, such as beverage dispensers or refrigerated storage units. The sensor's maintenance involves minimal disassembly, and cleaning routines focus on avoiding chemical damage to its food-safe components. It does not include self-cleaning or programmable features but emphasizes straightforward installation and reliable performance in moderate workload settings.
A commercial liquid flow sensor is a device used for accurate detection and measurement of liquid movement within foodservice, refrigeration, or processing systems. The Kairak 334-60085-00 Sensor Yellow Liquid Line 30 I is a prime example, featuring precise flow detection capabilities designed for industrial applications. Installed within liquid lines, it monitors flow rates in environments such as cold storage units or beverage dispensers, supporting automation and operational efficiency in moderate workload foodservice settings. Its robust build from food-safe materials ensures reliable long-term performance, making it suitable for medium-volume fluid management tasks in commercial kitchens, processing plants, and refrigeration systems.
Designed for operational reliability, the Kairak 334-60085-00 sensor offers durable construction, precise detection, and straightforward integration, making it ideal for medium-capacity refrigeration and beverage setups in commercial kitchens and processing facilities.
AllPoints 334-60085-00 stands out among commercial liquid sensors with its robust stainless steel housing, precise flow detection in foodservice environments, and simple installation process. Designed for longevity and dependable performance, it enhances operational precision and reduces maintenance downtime compared to standard sensors, making it a reliable choice for commercial refrigeration and process automation.
