- Products
- Refrigeration components
- Refrigeration components
- System components
- Expansion valves
- Electronic
- Danfoss Expansionsventil elektronisch ETS 5T18L 1/4'' x 1/4'' R744
Danfoss Expansionsventil elektronisch ETS 5T18L 1/4'' x 1/4'' R744
More in this category: Electronic
One click to the most important information:
Description
The ETS 5T is a compact and lightweight, stepper motor-driven electric expansion valve with high reliability and easy installation thanks to its stainless steel housing and copper plate connection. The connection has a bi metal design that eliminates the need for cooling the valve body during ...
The ETS 5T is a compact and lightweight, stepper motor-driven electric expansion valve with high reliability and easy installation thanks to its stainless steel housing and copper plate connection. The connection has a bi metal design that eliminates the need for cooling the valve body during installation. The ETS 5T retains the compact design of the ETS 5M, which is considered the smallest electronic expansion valve on the market. It offers a precise solution for expansion and flow control. The portfolio covers a wide performance range and is specially designed for CO₂ systems.
Features
The new ETS5T series offers the following highlights:
- For R744 systems with a maximum working pressure (MWP) of 140 bar and a maximum operating pressure (MOPD) of 120 bar.
- Optimised valve characteristic curve.
- Precise valve control, even at low opening degrees.
- Bi-flow, full performance ...
The new ETS5T series offers the following highlights:
- For R744 systems with a maximum working pressure (MWP) of 140 bar and a maximum operating pressure (MOPD) of 120 bar.
- Optimised valve characteristic curve.
- Precise valve control, even at low opening degrees.
- Bi-flow, full performance in both flow directions.
- High flexibility in installation position.
- Danfoss superheater regulator series EKE 100/110 or EKF can be used.
Accessories / Replacement parts
-
Coil
Technical data
1/4 Zoll
Bedingungen Nennleistung
- Unterkühlung = 0 °C
- Überhitzung = 0 °C
- Kondensationstemperatur = −5 °C
- Verdampfungstemperatur = −25 °C