LOCKEY L235 Little Lockey Mortice Latch With Passage

The Lockey L235 "Little Lockey" is a compact and discreet mechanical digital mortice lock designed to blend seamlessly with standard household fixtures and fittings. Its small footprint makes it an ideal security solution for residential and light commercial applications, including home offices, cupboards, cabinets, and internal doors.

Equipped with a passage mode function, the L235 allows for unrestricted entry and exit when security is not required. The lock features a standard 12-button keypad, offering over 5,000 potential code combinations ranging from 3 to 7 digits. For added durability and security, the internal components are Teflon-coated to reduce wear, and the external knobs are fitted with a slipping clutch mechanism to prevent damage if forced. Fully reversible and weather-resistant, this digital lock is suitable for both internal and external doors.

Technical Specifications

• Brand: Lockey
• Model: L235 (Little Lockey)
• Backset: 60mm
• Latch: 60mm to 70mm
• Required Case Depth: 95mm
• Door Thickness: 35mm to 55mm
• Keypad: 12-button
• Code Length: 3 to 7 digits (over 5,000 combinations)
• Finish: Satin Chrome
• Handing: Reversible
• Dimensions: 125mm (H) x 37mm (W)
• Operation Outside: Thumbturn on entry of correct code
• Operation Inside: Thumbturn with free exit
• Guarantee: Limited Lifetime

Key Features

• Compact Design: Small and inconspicuous profile, perfect for blending in with domestic fixtures, cabinets, and cupboards.
• Passage Mode: Features a convenient passage function to allow free access without entering a code when needed.
• Slipping Clutch: Knobs are designed with a slipping clutch mechanism to protect the lock from damage if forced.
• Anti-Thrust Latch: Latch bolt features an anti-thrust pin for enhanced security.
• Weather Resistant: Suitable for both internal and external installations.
• Durable Construction: Teflon-coated internal parts enhance operation and delay natural wear and tear.
• Easy Code Management: Simple code-change process with over 5,000 possible combinations.