Built Like A Tank Magnetic Door Lock With 1200lbs Grip Electromagnetic Access Control DC 12V Fail Safe Operation Heavy Duty Outswing Door Security To Keep Your Spot Secure And Squared Away

Regular price $130.95 Sale price$291.00you save $160.05
SKU: VXB0BYV33642
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Heavy duty magnetic lock for secure building entry systems
✔️ DC 12V magnetic access lock delivering 1200lbs tension consistently

This single unit assembly serves as a robust magnetic access control solution designed for residential gates, office suites, commercial warehouses, and cabinet storage vaults. The main electromagnet measures 10.43 L x 2.95 W x 1.57 H inches / 265 L x 75 W x 40 H millimeters, while the matching striker plate spans 3.31 L x 2.36 W x 0.59 inches / 84 L x 60 W x 15 millimeters. Built from corrosion resistant stainless steel with an anti residue magnesium finish, it mounts easily to wooden, glass, metal, fireproof doors, and various cabinetry setups. Powered by standard DC input, the system operates safely in either normally closed or fail safe modes depending on your property layout.

✅ Reliable electronic locking mechanism delivers 500 kg maximum pull strength
✅ Built in voltage spike suppressor protects wiring and internal coils
✅ Works seamlessly with handy keypads, RFID readers and card readers
✅ Straightforward mounting setup requires minimal tools and basic wiring skill
✅ Compact profile hides neatly behind frames without cluttering exterior wall

💡 Why do electromagnetic security locks frequently experience power drain problems? Weak magnetic retention almost always stems from inadequate electrical current or improper air gaps between components. - Verify your power supply maintains steady amperage since dips trigger instant release events - Calculate exact clearance spacing between magnet face and iron plate to maintain maximum flux density - Inspect terminal connections regularly because oxidation introduces resistance that throttles performance - Upgrade wiring gauge length runs exceed ten feet to prevent unnecessary voltage drop across the circuit

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