Uponor UK
Head Office
Uponor UK
The Pavillion
Blackmoor Lane
Watford Hertfordshiree
WD18 8GA

Uponor RTM tee adapter female thread

- Cylindrical female thread acc. to ISO 7.
- Made of brass

Uponor RTM tee adapter female thread

Item details

Uponor RTM tee adapter female thread 16-Rp1/2"FT-16
Uponor RTM tee adapter female thread 20-Rp1/2"FT-20
Uponor RTM tee adapter female thread 20-Rp3/4"FT-20

Documents

Installation Manual
285 B1090425

Installation Manual RTM 16-25 (1090425)

Installation Report
116 B1120119

Installation Report MLC leak test report TW water (1120119)

Installation Report
127 B1120120

Installation Report MLC flushing protocol TW water (1120120)

Approval Certificate
282 B1030970

UPONOR CER RTM SYS MECH WRAS 2203909 GB EN (1030970)

About

Specification

-Uponor RTM fittings are designed to be tool independent and work with selected Uponor pipes to create perfect pipe connections. They are quick to use, secure, and result in a long-lasting, leak-free joint. RTM fittings work perfectly for tap water and heating/cooling application.
-With audible joint identification and 360° visual inspection window. Colour coded Tension Ring spacers for fitting size identification. Fittings are manufactured from Polyphenylsulfone Radel R5100 (PPSU) with 2 EPDM sealing rings to BS EN 681-1 for each connection. Threaded female fittings are BSP 'Rp' type to BS EN 10226-1:2004, male type threads are 'R' type to BS EN 102261:2004. Flat sealing washers are from CNAF compressed fibre.
-Installation and tooling, for manufacturer's warranties to apply, all products must be installed to Uponor's latest installation instructions (refer to Uponor UK for the latest version)
All installers should hold a current manufacturer's training certificate of not more than two years old.
Correct tooling, as approved by Uponor should be used at all times. All tools should be regularly maintained, calibrated and be of good serviceable quality (safety training MUST be sought).
-All pressure testing must be carried out by a competent person. Any pressure testing should first be proceeded by an initial visual inspection of the complete pipe system and equipment.
-Uponor multi-layer pipe systems should be pressure tested in accordance with BS EN 806-4:2010-06 to part 6.1.3.2 procedure A, or Water Regulation (Water Fittings) 1999, using potable cold water accordance with to BS EN 13443-1 before the system is operational.
The maximum test pressure should be 1.1 times MDP at a maximum temperature of :: 25 oC

Application

-Heating systems (high temperature radiators) - where the water temperature does not continuously exceed 80ºC, 10 bar (Conditions to application Class 5 - BS EN ISO 21003-1:2008). The maximum short-term malfunction temperature is 100ºC for an accumulative 100 hours over the working life of the system. (Heating systems must be installed with room and water temperature controls in accordance with the current Building Regulations Parts L1 (Energy – Dwellings) and L2 (Energy – Non Dwellings) for England and Wales, or an equivalent national standard for Scotland or Republic of Ireland)
-Hot & Cold water domestic services: 10°C to 70°C where the water temperature does not continuously exceed 70ºC, 10 bar (Conditions to application Class 2 - BS EN ISO 21003-1:2008). The maximum short-term malfunction temperature is 95ºC for an accumulative 100 hours over the working life of the system.
-Uponor multi-layer pipe can be used for DHW recirculating systems, provided the operating temperatures and pressures do not exceed the maximum conditions detailed under 'Domestic Services'
-Chilled water: -10°C to 10°C,10 bar. If risk of damage from freezing, a suitable anti-freeze additive must be used. Any additive must be suitable for use with Polyethylene, PPSU, EPDM and CW625N brass
if not different mentioned:
- Male and female threads acc.to EN 10226-1.

Certification

-WRAS : 2203909 - RTM
-KIWA – UK water Regulation 4
-Manufacturing is in accordance with the international quality standard ISO 9001 and environmental standard ISO 14001.

Product drawings

1048587_ZMD
1048587
198 B
1048588_ZMD
1048588
198 B
1048589_ZMD
1048589
198 B
1048587_LAB
1048587
93 B
1048588_LAB
1048588
93 B
1048589_LAB
1048589
93 B
1048587_REN
1048587
418 B
1048587_REN
1048587
129 B
1048589_REN
1048589
129 B