Brass Thermostatic Radiator Valve, Angle Type

Item Number : ART.VG19.42502

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The Brass Thermostatic Radiator Valve plays a crucial role in maintaining comfortable temperatures within a building by connecting with radiators, an essential component called the temperature regulation valve.

Size and Shape:

The Brass Thermostatic Radiator Valve are available in two common sizes: 1/2″ and 3/4″. These sizes refer to the diameter of the valve, allowing compatibility with different heating system configurations.

Threads:

‘The threads of these valves conform to the ISO 228 standard, which is equivalent to DIN EN ISO 228 and BS EN ISO 228. This standard governs the specifications for the threads on the valves, ensuring compatibility with other components within the heating system.

Temperature and Pressure:

The working temperature ranges from 6℃ to 28℃, enabling precise control over the desired room temperatures. The valves can withstand a maximum operating temperature of 110℃ and a maximum flow temperature of 120℃, ensuring their durability and reliability.

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The Brass Thermostatic Radiator Valve serve a crucial role in heating systems, enabling precise temperature control and energy efficiency. Designed in accordance with EN215 standards, these valves are available in sizes of 1/2″ and 3/4″, ensuring compatibility with various heating system configurations. The threads on these valves adhere to the ISO 228 standard, providing seamless integration with other components. With a working temperature range of 6℃ to 28℃, these valves allow for individual temperature regulation in each room, maintaining desired temperatures throughout the building.

Brass Thermostatic Radiator Valve can handle a maximum working pressure of 10bar and a maximum differential pressure of 1bar, ensuring their durability and reliable operation. With a hysteresis of 0.8K, these valves offer precise control and response in maintaining the desired temperature settings. Additionally, with maximum flow and operating temperatures of 120℃ and 110℃ respectively, they are designed to withstand the demands of heating systems, ensuring their longevity and optimal performance.