NEW DUAL HS X

The hydraulic separator is made entirely of stainless steel (Aisi 304) from welded pipe. It includes the air vent valve, discharge valve (Aisi and connection joints. It works at a maximum working pressure of 10 bar and a temperature between 0°C and 110°C.
The MONDEO multifunctional hydraulic separator compensates for the anomalies that flow rates or heads cause in systems; the use of stainless steel guarantees less heat loss than traditional steel separators.
The particular shape allows it to have three different characteristics:
- HYDRAULIC SEPARATION
- DE-AERATION
- DIRT SEPARATION

Key Features

Brand MONDEO
Material Aisi 304
DN 25 - 50
PN 10
 

BUY MODEL VARIANTS

In this section you will find all the variants of this model in the catalog: you can use the filters below to make your search more specific. When you have identified the variant you need, specify the quantity and use the button to add it to your Shopping List.
Loading...

Blog Waterfitters

Hydraulic manifolds for pressurization units or heating systems | Water Fitters
Hydraulic manifolds: streamlining efficiency and performance.

Designed to separate and distribute fluids, in a variety of systems, they are widely used for pressurization units and heating systems.

Read more
Promotion filters and pumps for swimming pool mobile | Water Fitters
Spring... it's maintenance time for our pool components like filters or pumps

What do I need to do to properly maintain my swimming pool when the summer season is coming and we're ready for a dip?

Read more
Aqua Smart 45 sistema di pompaggio in superficie | Water Fitters
AQUA SMART45: the innovative energy-efficient and easy-to-implement pumping system.

This innovative surface pumping system saves more than 50% of electricity consumption and maintains constant pressure.

Read more
Efficient hydraulic systems for agriculture | Water Fitters
Hydraulic systems for more sustainable agriculture

More efficient plumbing systems for agriculture: the challenge to reduce energy consumption, waste and water losses.

Read more