Opera Maxima II Motorised Pivoting Deadbolt Lock 50mm Backset per piece

Usage

The Opera Maxima II motorized swing-bolt lock is designed for secure, automated locking of metal or wooden doors in access control systems, including commercial, industrial, and high-security environments.

Advantages

• Motorized operation enables fast and reliable automatic locking and unlocking.
• Swinging deadbolt made from hardened anti-cut steel enhances resistance to forced entry.
• Opto-electronic bolt position control improves security monitoring and integration with alarm systems.
• Stainless steel faceplate and strike with an adjustable anti-rebound ball-catch ensure smooth alignment during closure.
• Cylinder override allows manual operation in case of power failure (cylinder not included).

Specifications

• Concealed mortise design; main components in stainless steel. Swing deadbolt: hardened steel, dimensions 35 x 14 mm; extension: 40 mm. Faceplate: stainless steel, 440 x 30 x 3 mm. Strike plate with adjustable receiver (stroke adjustable up to 16 mm).
• Complies with CE EN14846 standards for electric locks. Mechanical blockade secures bolt when closed; certified for security applications.
• Operates at a voltage of 12 VDC; peak current consumption: up to 4 A on actuation via the electronic controller. Maximum energizing time: approximately 150 ms per cycle. Adjustable magnet/sensor extension up to 25 mm permits precise door status detection.
• Differentiating features include opto-electronic monitoring of the bolt position, quick-connect wiring harnesses for installation efficiency, compatibility with access control panels/automation systems via N.O./N.C./C contacts as well as automatic relocking functions (0.5s at closing or after delay if door isn’t opened).

How it works

The lock receives opening or closing commands from a connected electronic access system. The swinging deadbolt extends or retracts rapidly using an internal motor while sensors monitor both bolt and door status—permitting automated relocking based on real-time conditions as well as safe manual override when necessary.