Browse
Buildbase | Building & Timber Supplies. Designed for the trade - Open to the public
Please Set Branch for Collection or Delivery

Danf Ang Trvslct Rev Bi Dir 8/10mm RASC2

Part Number : H014013

Please enter your location for stock availability.

£17.71 Ex VAT

£21.25 Inc VAT

£POA
Please contact your local branch for a quote.

Please enter your location for stock availability.
Please enter your location for stock availability.

Description

Danfoss Angled TRV Selectable Reversible Bi-Directional 8/10mm RAS-C2

This RAS-C2 radiator thermostat angle 8/10 mm, 013G605500, is designed for use in 2-pipe domestic heating systems like radiators or heated tower rails. Each valve has a 1/2" BSP tail piece connection to the radiator, along with compression fittings to connect it to the pipework. It comes complete with the revolutionary ‘flow selectable’ revolver valve body, which can be mounted either vertically or horizontally in flow or return. With its flow selection device it helps reverse the effects of water hammer, saving you from a possibly expensive problem. It provides highly accurate temperature control and is compatible with ra-fs flow selectable bi-directional valves, ra-fn, ra-n and ra-g valve bodies.

Features and Benefits:

  • Valve Bodies are Reversible
  • Sensor Has Frost Protection
  • Sensor has Positive Shut-Off
  • Now with Unique Flow Selectable Bi-Directional Valve
  • Available in Convenient Combi Packs
  • Radiator Packs with Matching Lockshield Valves Also Available
  • Available in 8, 10 and 15mm Sizes, Pushfit Elbow Version
  • High Performance Liquid Sensor
  • Temperature Range 8° to 28°C
  • European Std En215 Approved and Manufactured Under iso9001

Technical Specification

Technical Specifications

AX Part Number GM000016690
Manufacturer Part Number 013G605500
EAN Barcode 5702420050928

Documents

We use cookies to help give you the best experience on our website. If you continue without changing your settings, we'll assume that you are happy to receive all cookies on the website. However, you can read our Cookie Policy here.

Accept and Continue