EN 15069:2008

Foreword
Introduction
1 Scope
2 Normative references
3 Terms and definitions
4 General requirements
  4.1 SC valve types
  4.2 Classification
       4.2.1 Temperature classes
       4.2.2 Pressure classes
  4.3 Construction requirements
       4.3.1 General
       4.3.2 Materials
       4.3.3 Nominal sizes
  4.4 Construction
  4.5 Connection
       4.5.1 General
       4.5.2 Connection and disconnection
       4.5.3 Disconnection
       4.5.4 Rotation
  4.6 Operation
       4.6.1 General
       4.6.2 Manual operated control (if fitted)
  4.7 Dangerous substances
5 Performance requirements and tests
  5.1 General
  5.2 Test end fittings
  5.3 Test sequence schedule
  5.4 Leak-tightness
       5.4.1 Angular seal
       5.4.2 External leak-tightness
       5.4.3 Internal leak-tightness
  5.5 Internal Pressure
       5.5.1 Requirements
       5.5.2 Test
  5.6 Rated flow rate
       5.6.1 Requirements
       5.6.2 Test
  5.7 Tensile strength resistance
       5.7.1 Requirements
       5.7.2 Tests
  5.8 Bending resistance
       5.8.1 Requirements
       5.8.2 Tests
  5.9 Resistance to torsion
       5.9.1 Requirements
       5.9.2 Tests
  5.10 Resistance to impact
       5.10.1 Requirements
       5.10.2 Tests
  5.11 Durability
       5.11.1 Durability of the manually operated
              control SC valve
       5.11.2 Durability of connection and disconnection
       5.11.3 Rotation durability of the SC valve outlet
       5.11.4 Temperature durability - Thermal ageing
  5.12 High and low temperature resistance
       5.12.1 Low temperature resistance
       5.12.2 High temperature resistance (only for
              SC valve without TSD)
       5.12.3 Leak-tightness during thermal load (only
              for SC valve with TSD)
  5.13 Resistance to lubricants
       5.13.1 General
       5.13.2 Requirement
       5.13.3 Test
  5.14 Reaction to fire
       5.14.1 Requirement
       5.14.2 Testing and assessment methods
  5.15 Resistance to gas
       5.15.1 General
       5.15.2 Requirement
       5.15.3 Test
  5.16 Corrosion resistance
       5.16.1 Requirement
       5.16.2 Test
  5.17 Operating torque for a manually operated
       control SC valve
       5.17.1 Requirement
       5.17.2 Test
  5.18 Operating strength for a safety quick
       connection SC valve
       5.18.1 Requirement
       5.18.2 Test
  5.19 Stop resistance
       5.19.1 Requirement
       5.19.2 Test
  5.20 SC valves type 2 and 4
       5.20.1 Leak-tightness of the OSD
       5.20.2 Overflow safety rate
       5.20.3 Overflow safety durability
       5.20.4 Normal flow durability
  5.21 Electrical continuity
       5.21.1 Requirement
       5.21.2 Test
  5.22 Leak-tightness of the system with non-metal
       components
       5.22.1 Requirement
       5.22.2 Test
  5.23 SC valves type 3 and 4
       5.23.1 Reaction to temperature
6 Evaluation of conformity
  6.1 General
  6.2 Type testing
       6.2.1 Initial type testing (ITT)
       6.2.2 Subsequent type testing
  6.3 Factory production control (FPC)
       6.3.1 General
       6.3.2 FPC requirements for all manufacturers
       6.3.3 Manufacturer-specific FPC system requirements
  6.4 Installation instructions
  6.5 Packaging
Annex A (informative) - SC valve and hose fitting design
                        requirements for connection to the
                        gas supply pipework or to the pressure
                        reduction device of portable gas bottles
Annex B (informative) - Test end fitting
Annex ZA (informative) - Clauses of this European Standard
                         addressing the provision of the EU
                         Construction Products Directive
      ZA.1 Scope and relevant characteristics
      ZA.2 Procedure for attestation of conformity of
           SC valves
           ZA.2.1 System of attestation of conformity
           ZA.2.2 EC Certificate and Declaration of conformity
           ZA.3 CE marking and labeling
Bibliography

These valves are suitable for connection of the fixed gas supply system to domestic appliances inside or outside a dwelling using 2nd or 3rd Family gases and at a pressure of up to and including 0,5 bar.These valves are designed for the use with either movable appliances or for the connection of fixed appliances.