Description

D&D Technologies invented magnetic safety gate latches in the early 1990s. MagnaLatch® Child Safety Gate Latches are the safest and most trusted gate latches on the market. Designed specifically for toddler-resistant gates around swimming pools*, childcare centres, schools and homes, these Australian-made latches use patented magnetic technology and super-strong “permanent magnets” to eliminate mechanical jamming during closure. Made from hi-tech engineering polymers and stainless-steel components, MagnaLatch® Gate Latches are suitable for mounting to most gates and gate materials. Millions of the award-winning MagnaLatch® have been sold worldwide. This “Series 3” model of MagnaLatch® features a new, visible Locked/Unlocked indicator, rekeyable security lock (can be rekeyed by a locksmith to match doors), vertical and horizontal alignment indicators, and much more. It’s been tested to 2 million cycles and it’s 50% stronger than previous models. * When installing this latch to a swimming pool gate always confirm any safety requirements with your local Council or authorities to ensure compliance.

Features:

• Suitable for all “Series 3” and ALERT Top and Vertical Pull models
• Kit contains various round-post shims to suit post dimensions
• Gate Frame Diameter: 35 and 48-51mm
• Post Diameter: 48-51mm, 63mm and 73mm
• Australian Made & Owned
• Limited Lifetime Warranty

Technical Specifications:

• Product Code – DD-RPAK3 25-50mm
• Gate Application – Pool Gate, Child Safety Gate, Front Gate, Side Gate, Driveway Gate – Single, Pet Gate, Playground Gate, Public/Commercial Gate, Security Gate, Privacy Gate, Safety Gate
• Gate Material – Chain Link, Aluminium, Steel/Ornamental Iron, Wood, Vinyl/PVC
• Maximum Gate Size – 900mm W x 1500mm H (3ft x 5ft)
• Gate Frame/Post Shape – Round-to-Round
• Minimum Post Size – 25mm+ (1″)
• Ideal Gate Gap – 38mm (1½”)
• Fixing Method – Screw-On
• Colour – Black
• Lock Type – Rekeyable (to match door locks)

Installation Instructions – Click Here

Dimensions Document – Click Here