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ASSA ABLOY 5103 Entrance Lockcase
ASSA ABLOY 51PA Panic Exit Entrance Lockcase
Doric Heavy Duty Friction Stays (PHX Series)
The PHX Platinum Friction Stays are manufactured in 304
Austenitic Stainless Steel to ensure maximum corrosion
resistance with solid core spin reveted components for
geometric accuracy.
Product Features:
• Thicker arms and square roll channels for added
strength
• Friction shoes are core insert molded stainless steel with
positive screw adjustment to deliver smooth operation
• All arms are manufactured in solid 2.5mm bar thickness
and are indented at particular locations to provide
additional strength
• Engineered polymer riser pads size 10 & 16 to assist in
the closing of the sash in side hung application with
ease.
Doric Standard Duty Friction Stays (PAX Series), Awning (Top Hung) Configuration
The PAX Platinum Friction Stays are manufactured in 304
Austenitic Stainless Steel to ensure maximum corrosion
resistance with solid core spin reveted components for
geometric accuracy.
Product Features:
• Geometry of the arms ensure that weight is distribute
evenly onto two points of the friction foot to provide
balanced and constant pressure when operating the
window
• The sliding channel is a double rolled square profile to
provide accurate travel of the friction shoe
• All arms are manufactured in solid 2mm bar thickness
and are indented at particular locations to provide
additional strength
Doric Standard Duty Friction Stays (PAX Series), Casement (Side Hung) Configuration
The PAX Platinum Friction Stays are manufactured in 304
Austenitic Stainless Steel to ensure maximum corrosion
resistance with solid core spin reveted components for
geometric accuracy.
Product Features:
• Geometry of the arms ensure that weight is distribute
evenly onto two points of the friction foot to provide
balanced and constant pressure when operating the
window
• The sliding channel is a double rolled square profile to
provide accurate travel of the friction shoe
• All arms are manufactured in solid 2mm bar thickness
and are indented at particular locations to provide
additional strength
