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SYSTEM'O

SYSTEM’O ® MAIN ADVANTAGES 

  • No corrosion, limited scaling
  • CPVC is among the best in class raw material regarding Biofilm development
  • Very high resistance to chemical treatments (recomanded by the French ministry for Healthcare)
  • B,s1-d0 rating to fire reaction (Euroclasses)
  • No confusion on project site (1 pipe for HWS, 1 pipe for CWS and a common range of fittings)
  • Time efficient installation procedure

Applications

  • Risers
  • Main rings
  • Small distribution (second fix)
  • Plant rooms

NETWORK DESIGN, MATERIALS SELECTION AND MAINTENANCE:

Safety of pipeworks goes through good design, wise materials selection and thorough maintenance of systems.

Experts recommend 3 fundamental lines of action to effectively restrict bacteria development in water pipeworks

(sources: French Technical Water Guide for Public Health Buildings, The Des-

ign and Construction Guide of the Centre Scientifique et Technique du Bâti-

ment (Scientific and Building Methods Centre), the notice of the Conseil

Supérieur d’Hygiène Publique de France (French Superior Public Health Coun-

cil), the DHOS/E4/DGS/SD7A N°2005-417 circular dated 9 September 2005 of the

French Ministry of Health and Social Solidarity):

  • Avoid stagnation and provide effective water circulation.
  • Fight against scaling and corrosion with design and maintenance appropriate for water quality and the specifications of the system.
  • Keep the water in the pipeworks at a high temperature or be able to raise the temperature punctually.

Treatment for domestic water systems may be used in addition to these measures: chlorine shock, continuous chlorination, temperature elevation (70° for 1/2 hour).

Biofilm is a bactery colony that adheres to the internal surfaces of pipes. The interface between the water and the pipe material is an ideal spot for bacteria cells, organic matter and bacteria to

build up and develop. Many tests have been conducted in Europe by official laboratories (e.g: KIWA for The Netherlands, CRECEP for France, etc.) in order to evaluate the effect of biofilm formation on various types of materials. Studies show that C-PVC (of which HTA is composed) is one of the materials which contribute least to biofilm expansion. They also demonstrate that no material can prevent the formation of biofilm. Biofilm formation can be efficiently restricted by adequate system design, and by selecting materials which help limitate corrosion and scaling. Biofilm is a bactery colony that adheres to the internal surfaces of pipes. The interface between the water and the pipe material is an ideal spot for bacteria cells, organic matter and bacteria to build up and develop.

Many tests have been conducted in Europe by official laboratories (e.g: KIWA for The Netherlands, CRECEP for France, etc.) in order to evaluate the effect of biofilm formation on various types of materials.

Studies show that C-PVC (of which HTA is composed) is one of the materials which contribute least to biofilm expansion. They also demonstrate that no material can prevent the formation of biofilm. Biofilm formation can be efficiently restricted by adequate system design, and by selecting materials which help limitate corrosion and scaling.

The selected material must also be able to withstand chemical treatment (continuous chlorination or chlorinated shock) and punctual temperature increases to optimise the results: SYSTEM’O ® perfectly meets these constraints.

BACTERIA DEVELOPMENT:
A PROBLEM IN DOMESTIC HOT AND COLD WATER NETWORKS

Maintaining water quality in supply systems is an absolute priority. A requirement that applies to all public buildings, housing etc., as well as to all healthcare buildings.

From now on water quality must be ensured for water supplied through supply mains right up to the user’s tap for cold water as well as hot water.

The proliferation of bacteria in water mains can become a health risk, especially for the most vulnerable people.

Here are some of the best known bacteria:
Legionella bacteria develop in water pipeworks where the temperature variesbetween 25 and 45°C. Sludge, corrosion or scale in pipes are aggravating factors in the formation of these bacteria.
Pseudomonas bacteria develop in domestic cold water pipeworks and are the cause of 10 to 20% of nosocomial infections.

Raising the water temperature is the only effective way to eradicate them

SYSTEM’O ® 16 strong assets

 1. A COMPLETE SYSTEM FOR DOMESTIC HOT AND COLD WATER SERVICES

2. A COST EFFECTIVE SOLUTION

3. NO RISK OF CONFUSION

  • 2 pipes
  • 1 single range of fittings
  • 1 single weldingpolymer

4. FIRE CLASSIFICATION

SYSTEM’O ® is Bs1d0 rated (Euroclasses) non flammable, no smoke, no flaming drops.bs1d0

 

 

 

 

5. NO CORROSION

SYSTEM’0 ® is not susceptible to corrosion thus guaranteeing that your systems are sustainable and waterproof.

6. LIMITS SCALING

One of the aggravating factors in bacteria formation.

7. MAKES THE FIGHT AGAINST BACTERIA EASIER

8. MATERIAL WITH ONE OF THE POOREST BIOFILM DEVELOPMENT POTENTIALS

9. SUITABLE FOR CHEMICAL ANDHEAT TREATMENT FOR BOTH HOT AND COLD WATER

10. OPTIMAL WATER FLOW

The smooth internal surface of SYSTEM’O ® reduces frictional losses, prevents furring and scaling.

11. INSTALLATION TIME UNDERCONTROL

A professional solution enabling easy installation works even on occupied sites

  • Lightweight pipes.
  • Simple tools.
  • No fire permit required for installation.

12. SAFE JOINTS:

  • Easy visual seal quality check
  • Specific application tools
  • High performancejoints

13. DEDICATED BRACKETING:

A wide range ofMonoklip pipe brackets(ø 16 to 160 mm), fully appropriate for supporting SYSTEM’0®

14. LOW NOISE SYSTEM’O PIPES

15. RECYCLING FRIENDLY

SYSTEM’O® is over 98% recyclable.

16. DURABILITY/WATERTIGHTNESS

Designed for a 50 year working life according to ISO 10508.

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Coupling SOC/SOC SYSTEM'O HTA

HMA

ELBOW 45° SOC/SOC SYSTEM'O HTA

H8M

ELBOW 90° SOC/SOC SYSTEM'O HTA

H4M

ELBOW 90° THREADED FEMALE BRASS SOC/SOC SYSTEM'O HTA

H4GL

ELBOW 90° WITH BACK PLATE THREADED FEMALE BRASS SOC/SOC SYSTEM'O HTA

H4GP

ELBOW 90° WITH THREADED BRASS INSERT 1/2" SOC/SOC SYSTEM'O HTA

H4MI

ELBOW LONG 90° SOC/SOC SYSTEM'O HTA

H4C

FLANGE STUB SERRATED SOC SYSTEM'O HTA

HCS

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