Опубликуйте свои продукты
1561 - SOLAR THERMOSTATIC MIXING VALVE
PINTOSSI+C

1561 - SOLAR THERMOSTATIC MIXING VALVE

Pintossi+C Solar thermostatic mixing valve is designed for use in domestic water as well as heating systems.

The main function is to maintain constant, to a set value, the mixed water temperature, regardless of any variation of temperature and pressure of hot and cold water supply.

An anti-burn function is provided by the valve, stopping the hot mixed water delivery in case of unexpeted interruption of the inlet cold water supply, avoiding potentials burns. Thanks to this and anti-burining function the valve is particular indicated in public buildings like schools and hospitals for the presence of individuals at risk.

Thanks to high water temperatures allowed, the valve is suitable to be used in solar systems or in standard systems where the hot inlet water can reach high termperatures.

Cпецификация
  • MATERIALS:
    Body: brass CW617N
    Strainer: Stainless steel
    Gaskets: EPDM 
    Handle : plastic

    TECHINICAL SPECIFICATIONS:
    Max working temperature: 100°C
    Max working pressure: 10 bar
    Mixed water range: 27°C - 55°C
    Temp. stability : +/- 3°C 
    Max flow rate : 20l/min

Техническая спецификация
  • Уникальная ссылка1561-SOLAR-THERMOSTATIC-MIXING-VALVE
  • Тип продукцииCOMPONENTS FOR CENTRAL HEATING SYSTEMS
  • Группа продукцииTHERMOSTATIC MIXING VALVES
  • ТипОбъект (один объект)
  • Дата публикации2021-02-17
  • Номер версии1
  • Высота (мм)105
  • Ширина (мм)73
Связанные
  • Основной материалЛатунь
Классификация
  • Категория BIMobjectСантехника - Клапаны
  • Классификация IFCКлапан
  • Название по ССКПУ ООНValves
  • Код ССКПУ ООН401416
  • Код Uniclass 2015Pr_65_54_95_88
  • Описание Uniclass 2015Thermostatic mixing valves
  • Код CSI MasterFormat 201423 00 00
  • Заголовок CSI MasterFormat 2014Heating, Ventilating, and Air Conditioning (HVAC)
  • Номер OmniClass23-27 31 29
  • Наименование OmniClassMixing Valves
  • Код CSI UniFormat IID30
  • Заголовок CSI UniFormat IIHVAC