AllPoints HH19ZA950 2 Inch OEM Metal Thermal Disc with Durable Construction
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The Carrier HH19ZA950 Thermal Disc from AllPoints is a precision-engineered thermal disc designed for integration into OEM and industrial applications. Constructed with high-grade materials, this thermal component ensures reliable temperature regulation and consistent performance in demanding food processing and packaging environments. With a compact size, it is ideal for facilitating efficient heat transfer in equipment, supporting operational accuracy and reducing downtime. Its 1.25-inch height, 2-inch width, and 2.2-inch depth dimensions make it suitable for compact assemblies requiring durable, precision components. Engineered for high-temperature stability, this thermal disc operates effectively within specified thermal ranges, contributing to optimized workflow in foodservice equipment and industrial manufacturing settings.
The Carrier HH19ZA950 Thermal Disc offers precise temperature regulation essential for commercial foodservice and industrial processing. Its robust metal construction provides durability against frequent thermal cycling, while the design supports easy installation and maintenance. This thermal component facilitates efficient heat transfer, fitting seamlessly into OEM assemblies and equipment requiring reliable thermal management for enhanced workflow productivity. Its compact form factor and high thermal conductivity material ensure consistent performance under typical operational conditions, making it suitable for various high-demand applications.
Ideal for commercial food processing and industrial heating systems requiring reliable thermal components.
The Carrier HH19ZA950 Thermal Disc features a compact profile with dimensions of 1.25 inches in height, 2 inches in width, and 2.2 inches in depth, weighing only 0.05 lbs for ease of handling and installation. It is manufactured from high-quality metals optimized for thermal conductivity, ensuring efficient heat transfer. Operating within standard thermal ranges, this OEM component supports consistent performance in temperature-sensitive environments. Its design requires no hazardous materials and is free from certifications, aligning with standard industrial safety guidelines. The unit is non-electrically powered, relying solely on conductive heat transfer, and is suitable for use in temperature ranges typical for hot food processing and industrial heating applications. Installation involves straightforward placement within OEM assemblies, with minimal maintenance needed due to its durable construction.
A commercial thermal disc is a precision component used in industrial and foodservice equipment to facilitate efficient heat transfer and temperature regulation. The Carrier HH19ZA950 is a high-grade OEM thermal disc designed for integration into heating systems, supporting consistent operation in high-demand environments. It features a compact, durable metal construction suitable for applications such as food processing, industrial heating, and equipment calibration. installed in various commercial kitchen appliances, this thermal disc optimizes thermal exchange and supports reliable process control, making it ideal for mid-volume foodservice and manufacturing facilities requiring stable operation under continuous use.
Top OEM thermal discs like the Carrier HH19ZA950 are built for reliable heat transfer, supporting stable temperature control within commercial food processing environments. Designed for moderate workloads, these components provide consistent performance and durability, making them suitable for industrial kitchens, manufacturing, and equipment calibration. Carriers from AllPoints support workplace efficiency with precision thermal management in high-demand operations.
Why Choose the AllPoints HH19ZA950 thermal disc over comparable OEM components? Its high-grade metal construction ensures long-lasting durability, and its precise dimensions enable seamless integration into various equipment. The reliable thermal transfer performance supports consistent temperature regulation critical for food safety and process efficiency, while its compact, lightweight design simplifies installation and maintenance. This model’s robust design minimizes downtime and enhances operational quality in demanding environments.
