CISA SikurExit 3-Point Panic Multipoint Mortise Lock 40/92 U24x5 Function A/D / pc

Usage

The Cisa Sikur Exit 3-point panic mortise lock is designed for securing emergency exit doors in commercial or public buildings, providing reliable multipoint locking for enhanced protection and compliance with safety regulations.

Advantages

• Three-point locking distributes force across the door, improving resistance to break-ins and reducing wear.
• Certified to European standards EN 1125 (panic exit devices) and EN 12209 (mechanical locks) for high safety assurance.
• Reversible design with adjustable latchbolt allows flexible installation on single or double aluminum or steel doors.
• Panic function ensures quick, safe egress—compatible with external handles or key functions as needed (Function A/D).
• The reinforced faceplate and anti-picking system increase durability; switching between A/D functions may require specific setup steps.

Specifications

• Milled U-shaped continuous stainless steel faceplate: size U24x5 mm, length 2300 mm; backset: 40 mm; centers: 92 mm.
• Main body of galvanized steel, bolts fabricated from hardened material, incorporating anti-drill features on the latch area.
• Meets Security Grade 6 per EN 12209: withstands lateral forces up to 1,000 kg and frontal load resistance of 600 kg. Secondary bolt throw: central deadbolt at 20 mm; upper/lower bolts extend by 25 mm each. Adjustable latch protrusion from 11–17 mm; fraud-resistant variant from 9–15 mm.
• Panic operation certified EN1125/EN179. Compatible with electric handles and master key systems. Includes pre-drilled holes for protective escutcheons or plates. Holds open function available in certain configurations. Interchangeable with previous single-point versions for straightforward upgrades.

How it works

The lock secures a door at three points—top, bottom, and center—in one motion via internal rods operated by key or handle. For panic situations inside the building, a bar or handle enables instant full unlocking to ensure rapid evacuation while maintaining stringent security when locked externally under controlled access conditions.