ICM Flexline™ motor valves

  • Overview
  • Documents
  • Videos
  • Software
  • Related products

Perfect control for your application

The ICM motor operated valves from Danfoss ICV Flexline™ series are quick and simple to handle, install and service due to their low weight and compact design. The valve is designed to regulate the expansion process in liquid lines and to control pressure or temperature in dry and wet suction lines and hot gas lines.

The ICM valves are ready for the refrigerants of the future, designed and tested to withstand a maximum working pressure of up to 65 bar (943 psi) in a media temperature range of –60 to +120°C [–76 to +248°F]. This makes them suitable for the natural refrigerant CO₂, ammonia and other future high pressure refrigerants.

The ICM motor valve is available as a complete valve and as parts programme.

Features and benefits

Fast and easy handling, installation and service

Low weight and compact design

Suitable for natural, high-pressure refrigerants, e.g. CO₂

Second-to-none control characteristics

Provides high suction pressure and better COP for energy savings

Application Development Centers - Danfoss

Application Development Centers

Partner up with us to prepare for the future. At our global Application Development Centers we offer a collaborative environment with expert support and state-of-the-art test facilities for refrigeration and air conditioning.

We are Engineering Tomorrow. Together. Today.

Brochure - Danfoss ICM Flexline motor valves for industrial refrigeration

Reduce lifecycle costs, increase savings and design freedom

The ICM Flexline™ motor valves are not only designed to give you savings and design freedom, but they also provide a reliable, safe and green solution for your needs - both now and in the future.

Documents

Documents
Type Name Language Valid for Updated Download File type

Videos

Software

Coolselector®2

Coolselector®2: We did complex — you do awesome

Coolselector®2 features unbiased calculations for the selection of refrigeration and air conditioning components based on the user’s requirements or based on standard operating conditions.

 

Related products

Something went wrong. We are working on this. Please, try again a bit later.