High efficiency management for residential heat pumps
Электронные ТРВ
The heat pump market is now growing faster, aided by carbon emission reduction goals and the availability of more renewable energy sources.
CO2 ready
Электронные ТРВ
CAREL offers complete solutions for optimum management of all refrigerant applications that use CO2 as the refrigerant.
"Everything for CO2 retail applications" compendium
Электронные ТРВ
The choice of the type of refrigerant and the type of system are fundamental in reducing emissions and protecting the environment.

E2V - B for Ammonia

E2V-BS1*; E2V-BS0*
E2V - B for Ammonia
  • Общие характеристики

    The CAREL E2V electronic expansion valves for low capacity applications combine high reliability and precise control, guaranteed by the equal percentage characteristic of the movable element and the 15 mm stroke without axial rotation.
    The wide range available can cover all applications that require cooling capacities up to 40 kW. The possibility of operation with fluid flow in both directions is especially useful when the valve is used for heat pump applications, moreover simplifying refrigerant circuit layout and reducing installation costs. Fitted on all sizes, the Teflon gasket on the movable element guarantees perfect tightness on closing.

    The E2V-BS1 or E2VBS0 valve is made using high quality laser welding and premium grade materials, such as AISI 316; it has specific features enabling it to be used with ammonia (R717).




  • Руководства по эксплуатации
    Код Описание Язык Дата * Выпуск
    Код +050000341
    Описание E2V - Valvola di espansione elettronica / Electronic expansion valve / Soupape à détente électrique / Elektronisches Expansionsventil / Válvula de expansión electrónica
    Язык ENG  FRE  GER  ITA  SPA 
    Дата 07/02/2022
    Выпуск 5.4


  • High resolution images
    Код Описание Язык Дата * Выпуск
    Код PH14LE2301-E2V-c
    Описание CAREL E2V for transcritical CO2 - Electronic expansion valve - ExV - EEV Technology
    Язык ALL 
    Дата 11/03/2022
    Выпуск R.0