This heating system component is designed to enhance the efficiency and comfort of radiator-based heating systems.
The heating system component is available in two different sizes: 1/2″ and 3/4″. These dimensions refer to the diameter of the device, which is an essential factor for compatibility and installation.
The heating system component features threads that comply with ISO 228 standards, which are equivalent to DIN EN ISO 228 and BS EN ISO 228. These threads provide a secure and reliable connection between the component and other elements of the heating system.
The working temperature range extends from 6℃ to 28℃, allowing for efficient heating performance across various climate conditions. The maximum flow temperature, which refers to the highest temperature of the fluid passing through the component, is 120℃.
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This Thermostatic Brass Radiator Valve component is a valuable addition to radiator-based heating systems, offering room-by-room temperature regulation and significant energy savings. Designed in accordance with EN215 standards, Thermostatic Brass Radiator Valve ensures reliability and high performance. Available in two sizes, 1/2″ and 3/4″, the component seamlessly integrates with existing systems, promoting efficient heat transfer and maintaining constant desired temperatures throughout the building.
The component stands as a testament to precision with its threads meticulously crafted in alignment with the exacting ISO 228 standards, a paragon of compatibility equating to the esteemed DIN EN ISO 228 and BS EN ISO 228 benchmarks. This meticulous adherence unfurls a tapestry of assurance, weaving a narrative of connection that’s not just secure but effortlessly established. Within this standardized threading lies a symphony of harmony, where compatibility reigns supreme and the specter of leaks or pressure loss is exiled to the shadows.
This component isn’t just a witness to the intricate dance of threads; it’s a resilient performer in a dynamic play of temperatures. Its adaptable nature is vividly portrayed through a working temperature span ranging from 6℃ to 28℃, a chameleon-like ability to seamlessly navigate diverse climate conditions. However, its prowess doesn’t halt at adaptability; it flourishes in the face of challenges, withstanding a maximum flow temperature that scales the heights of 120℃, while keeping an operating temperature of 110℃, a testament to its unwavering commitment to both reliability and safety. In this symposium of precision, adaptability, and endurance, the component emerges as a sentinel of seamless integration, a master of temperature dynamics, and a guardian of unyielding functionality.