Lockey 2900SCMG Keyless Narrow Stile Deadbolt Lock Marine Grade

Product Description

The LOCKEY 2900SCMG is a mechanical keyless deadbolt lock designed for narrow stile doors in marine-grade applications. It operates without batteries or electronic components, using a pushbutton combination mechanism to control a deadbolt. The satin chrome finish is rated for marine-grade environments, offering corrosion resistance in high-humidity and coastal conditions. Licensed locksmiths, security installers, and experienced contractors typically specify this lock for demanding exterior and gate installations where keyless access and weather resistance are both required.

This lock is suited for narrow stile aluminum or glass-framed doors commonly found in commercial storefronts, pool enclosures, and coastal residential entry points. The marine-grade satin chrome finish makes it appropriate for environments with direct salt air or moisture exposure. It ships as a single unit and is intended for direct installation on compatible narrow stile door preparations.

Key Features

• Mechanical pushbutton operation requires no batteries or wiring
• Deadbolt locking mechanism provides positive, code-controlled security
• Marine-grade satin chrome finish resists corrosion in high-humidity and coastal environments
• Narrow stile form factor fits aluminum-frame and glass-frame door applications
• Sold individually as a single unit

Compatibility

Designed as an OEM-style replacement or new-installation deadbolt for narrow stile doors requiring a mechanical keyless access solution.

Installation Notes

Installation is typically performed by a licensed locksmith or qualified door hardware installer. Verify the door stile width and existing bore pattern before ordering to confirm fitment. Disengage any existing latch or lock hardware and follow all applicable local building and fire codes governing egress hardware before beginning work. Do not force the deadbolt mechanism during installation, as this may damage the internal combination assembly.