Calibration tool for SAE-Flare Fitting 1/4
[L500-SF-CTZ-006]

Calibration tool for SAE-Flare Fitting 1/4

ARMACELL SAE FLARE FITTINGS - Secure and Fast Solution for Split Installations

The Armacell SAE flare fitting meets the highest safety standards. It replaces the soldering in a fast, safe and economic way. No additional sealing is needed, only metal-to-metal sealing by the rim on the flare of the compression ferrule. The nut made of brass alloy fits perfectly on the tube armature, and the most important part -the compression ferrule- takes over the sealing much better than the traditional hand-made flared end to the copper tube very effectively. No copper gasket is needed and none of the pieces have to be replaced after maintenance and repair.

»	Secure and fast solution for split installations
»	Avoids the normal problems associated with traditional soldering
»	No special flare toolings needed
»	No hot working permit needed
»	Gas tight and highly resistant to mechanical damage
»	Complies with new CEN regarding refrigeration gases
»	Corresponds to the new standards and regulations of the CEN for refrigeration installations (EN 378/1 + EN 378/2 ).

Technical Features
»	No copper sealing necessary
»	Compression ferrule
»	Tight up to 10-7 mbar l /s respectively <= 0,5 gr/a Helium for all refrigerants ( CFC/HFC/HCFC)
»	Tight connection: no leaky connections, higher safety standard, meets test procedure DQJ/KP/926/99 developed by the refrigeration commission.
»	Meets the new standards EN378:2000 for refrigeration systems and heat pumps - Safety and environmental requirements - Part 2 (design,construction, testing, marking and documentation).

Supervision & Certificates
Tested by internal test procedures according to DIN 3859 and by CETIM:
»	Reverse-bending strength test: no leakage after 10 Mio. cycles at 50 Hz under nominal pressure
»	Helium-leakage detector (gas tightness) : < 0,5 g/year (10-6 mbar/l/s)
»	Burst-pressure test (4 times nominal pressure): no leakage
»	Temperature cycle test (5 cycles at -40º C to +120 ºC at 10 bar He): no leakage CETIM, Internal and field test results