Pilot valves for ICS Flexline™

  • Overview
  • Documents
  • Tools and apps
  • Software

Simple selection and full flexibility

Danfoss' pilot valves mechanically control main valves and can be screwed directly to the main valve without the need for welding, soldering, or separate pilot lines. Small capacities can be controlled directly by the pilot valve without a main valve when installed in the matching CVH housing.

Featuring backwards compatibility, the complete line of pilots for ICS Flexline™ reduces the number of variants from eight to only four, simplifying ordering, inventory management, and storage.

With market trends moving in the direction of higher pressure systems, Danfoss' pilot valves cover all regulation, types, and ranges, including ammonia and CO2 applications.

The range of pilot valves consists of:

  • Constant-pressure pilot valve, type CVP
  • Differential-pressure pilot valve, type CVPP
  • Pressure-operated pilot valve with reference pressure connection, type CVC
  • Electronically operated constant-pressure pilot valve, type CVE
  • Solenoid pilot valve, type EVM (NC)
  • Solenoid pilot valve, type EVM (NO)
  • Housing, type CVH for mounting in external pilot lines

These high quality pilot valves are based on Danfoss' patented membrane package and can either be screwed directly into ICS valves or connected via an external pilot line. Some valves feature surface-treatments (CVC, CVP, and CVPP) or stainless steel construction (CVE) for enhanced durability.

Features and benefits

One platform for all specifications—all pilot valves can be used on all main valve sizes

Several pilot valves can be connected in series or in parallel to provide many functions in the same main valve

Accurate pressure and temperature control

Full backwards compatibility

Compatible with HCFCs, non-flammable HFCs, R-717 (ammonia), and R-744 (CO2); use flammable hydrocarbons is not recommended

Photo of an industrial room where there are Danfoss products related to industrial refrigeration

New pilot valves: Simple selection and full flexibility

The new Danfoss Pilot Valve program for ICS control valves is based on our patented and standardized membrane package, which ensures that all valves live up to the renowned Danfoss quality and reliability standards.

Product photo of the ICS pilot operated servo valve by Danfoss

ICS, pilot operated servo valve

ICS is a compact, pilot operated servo valve. An ICS valve comprises three main components: a valve body, a function module and a top cover. The function of the ICS valve is defined by the pilot valves connected.

Documents

Type Name Language Valid for Updated Download File type
Brochure IR Pilot valves English Multiple 682.0 KB .pdf
Installation guide Pilot valves - CVP, CVPP, CVC, CVE and EVM English Multiple 783.2 KB .pdf
Data sheet Pilot valves Type CVP, CVPP, CVC and CVT English Multiple 11 Mar, 2018 345.3 KB .pdf
Data sheet Pilot valves, types CVP, CVPP, CVC, CVE, EVM and CVH English Multiple 12 Feb, 2020 1.5 MB .pdf
Data sheet Pilot valves, types CVP, CVPP, CVC, CVE, EVM and CVH English United States 12 Feb, 2020 1.5 MB .pdf
Data sheet Pilot-operated servo valve, type ICS English Multiple 14 Oct, 2018 10.0 MB .pdf
Data sheet Pilot-operated servo valve, type ICS English United States 14 Oct, 2018 10.0 MB .pdf

Tools and apps

The same industrial refrigeration photo we use for just about everything, this time promoting the Industrial refrigeration application tool by Danfoss

Industrial refrigeration application tool

Want to know more about industrial refrigeration with ammonia? The IR application tool is an interactive PowerPoint slideshow that takes you through all details of a two-stage ammonia plant. By clicking on a specific area of the plant, you will be provided with detailed cut-away drawings and information on the specific valves required. You will also find useful links to technical literature, product animations and videos.

Software

Coolselector®2 app icon

The truth is Cool(selector®2)

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.