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Profipress S - Copper pipe connect system

Name: Profipress S - Copper pipe connect system
Brand: VIEGA LTD
SKU: qwkj7er1JxA8kdQ9KqTXSU

Verified by manufacturer 18 days ago

VIEGA LTD

Third party certifications:

WRAS
Certificate type
EPD
Certificate type

Press connector system made of copper, gunmetal or silicon bronze for copper pipes.

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+44 (0)204 582 6495 Website

Application

Areas of application:

Solar installations (flat plate/vacuum collector).
District heat supply systems.
Low-pressure steam systems.

Use for systems with additives (e.g. anti-corrosion or anti-freeze agents in heating water) or areas of application other than those described must be approved by Viega.

Description

Flow-optimised press connector system made of copper (99.9 % Cu-DHP), gunmetal or silicon bronze for copper pipes. Press connectors for protecting the sealing element equipped with cylindrical pipe guide. The pressing force is located before and behind the sealing element seat. Suitable for concealed and pre-wall installations of riser pipes and floor installations.

Marking:

Manufacturer, pipe dimension, batch, approval markings (DVGW), white dot on press end, white rectangle with inscription »FKM«.

Press connector with SC‑Contur:

Inadvertently unpressed connections are noticed immediately during a leakage test. Viega guarantees the detection of unpressed connections in the following pressure ranges:

Minimum water pressure: 0.1 MPa/ 1 bar/ 14.5 PSI.
Maximum water pressure: 0.65 MPa/ 6.5 bar/ 94.3 PSI.
Minimum air pressure: 22 hPa/ 22 mbar/ 0.3 PSI.
Maximum air pressure: 0.3 MPa/ 3 bar/ 43.5 PSI.

Sealing elements:

FKM (fluorocarbon rubber), matt black, pre-assembled.

The use of Profipress S and Profipress connectors with FKM sealing elements in potable water and gas installations is not permitted.

Standards and approvals

Press connectors tested in accordance with DVGW Worksheet W 534 with DVGW test mark.

Press connectors suitable for copper pipes in accordance with DIN EN 1057 and DVGW Worksheet GW 392.

General information

Color	Copper
Finish	Copper
Material	Copper Gunmetal Silicon bronze
Length	Bespoke
Width	Bespoke
Height	Bespoke
Warranty description	25 year

Uniclass	Pr_65_52_63_18 Copper pipe fittingsPrimary
CAWS	S90/150 Indirect hot water storage supply S90/150 Indirect hot water storage supply S90/130 Instantaneous hot water supply S90/110 Mains cold water supply S90/110 Mains cold water supply S90/130 Instantaneous hot water supply S90/120 Storage cold water supply S90/140 Direct hot water storage supply S90/140 Direct hot water storage supply S90/120 Storage cold water supply

Product range	Piping Technology

Specification data - Copper pipe fittings

Standards	-
Press fittings	Manufacturer's standard. Guidance for specification option: Press connector fittings manufactured from copper and silicon bronze and pipes up to 35mm manufactured from copper in accordance with DIN EN 1057. The fittings shall be supplied and manufactured by Viega, equipped with the SC-Contur ‘leak before press’. SC-Contur guarantees the identification of non-pressed connections throughout the entire pressure range from 22 mbar to 3 bar with air and 1 to 6.5 bar with water. The fitting is double pressed; both in front and behind the FKM sealing element.

Type	- Manufacturer guidance Consult literature and insert requirements [part number(s)].
Accessories	- Manufacturer guidance Consult manufacturer and insert requirements.
Sizes	12–35 mm.
MaximumOperatingTemperature	Solar installations (flat plate/vacuum collectors): 140°C/ 284°F; short-term max. 280°C/ 536°F. District heat supply systems: 140°C/ 284°F. Low-pressure steam systems: 120°C/ 248°F.
Operating pressure (maximum)	Solar installations (flat plate/vacuum collectors): 0.6 MPa/ 6 bar/ 87 PSI. District heat supply systems: 1.6 MPa/ 16 bar/ 232 PSI. Low-pressure steam systems: 0.1 MPa/ 1 bar/ 14.5 PSI.

Sustainability data

Contains Red List materials	No
Country of material origin	Germany
Country of product manufacture	Germany
Embodied carbon A1-A3 (production stage) as defined in BS EN 15804	5.47 kg CO₂ eq/kg