Electromagnetic & Electromechanical Locks (2,000+ items) - Page 46
Grade 1 Fail Safe Electric Mortise Lock, Less Cylinder, 07 Lever, A Rose, Satin Chromium Plated Fin
Grade 1 Electric Mortise Lock, Electrical Fail Secure Function, 12VDC/24VDC, 2-3/4 In. Backset, L Le
Grade 1 Fail Safe Electric Mortise Lock, Conventional Cylinder, 06 Lever, A Rose, Satin Chromium Pla
Grade 1 Fail Safe Electrified Mortise Lock, Outside Grip Locked when Energized, Outside Cylinder Ove
Grade 1 Fail Secure Electric Mortise Lock, Conventional Cylinder, 03 Lever, A Rose, Request to Exit,
Grade 1 Electrified Cylindrical Lock, Storeroom Function, 12-24V DC, Fail Safe, 2-3/4-in Backset, Sp
Grade 1 Electrified Cylindrical Lock, Storeroom Function, 12-24V DC, Fail Secure, 2-3/4-in Backset,
Grade 1 Fail Safe Electric Mortise Lock, Schlage FSIC Prep Less Core, 06 Lever, A Rose, Satin Chromi
Grade 1 Fail Secure Electric Mortise Lock, Less Cylinder, 03 Lever, B Rose, Satin Chromium Plated Fi
Grade 1 Electric Mortise Lock, Electrical Fail Safe Function, 12VDC/24VDC, 2-3/4 In. Backset, L Leve
Grade 1 Fail Secure Electric Mortise Lock, Schlage FSIC Prep Less Core, 03 Lever, A Rose, Satin Stai
Grade 1 Fail Secure Electric Mortise Lock, Less Cylinder, 01 Lever, A Rose, Request to Exit, Satin C
CO100CY70 KP RHO 606 LD Electric Cylindrical Lock
CO200CY70 KP SPA 626 PD Electric Cylindrical Lock
InSync Battery Operated ASM Mortise Lock, Auto Deadbolt, Unit, Continental Lever, Right Hand, Satin
Maglock, 1200lbs. Holding Force, Magnetic Bond Sensor, Offset Strike, Door Position Switch, 12/24VD
Grade 1 Electrified Cylindrical Lock, Storeroom Function, 12-24 VDC, Fail Safe, 2-3/4in Backset, Bo
Fail Secure, 24V, Electrified Mortise Lock, 3 Lever, H Rose, Request to Exit, Satin Stainless Steel
About Electromagnetic & Electromechanical Locks
Electromagnetic & Electromechanical Locks are used to secure and control access to restricted areas. They are designed with a variety of technologies that allow for increased security, convenience, and safety when it comes to locking doors or other entry points.
Types of Electromagnetic & Electromechanical Locks
Electromagnetic locks, also known as maglocks, use an electromagnetic field to hold the door closed. They are commonly used in commercial settings where higher security is desired. Electromechanical door locks use mechanical components like levers and cylinders in addition to electricity to lock and unlock doors. Both types of locks can be purchased pre-made or custom built.
How Electromagnetic & Electromechanical Locks are Made
Electromagnetic & Electromechanical Locks are typically made from steel or aluminum alloy frames along with electromagnets, solenoids, switches, circuit boards, and other electrical components. The materials used must be strong enough to withstand extreme temperatures while providing reliable performance.
Industries that use Electromagnetic & Electromechanical Locks
Professionals from a variety of industries rely on the reliability of electromagnetic & electromechanical locks for their projects. Architects may choose these locks for high-security buildings while hospitals may install them for patient safety purposes. Similarly, government facilities often use these types of locks due to their superior security features.
Find the Electromagnetic & Electromechanical Locks You Need at Zoro
Looking for a specific item? Use our robust search tool to find it by name or keyword, or use our handy filters to narrow down our full assortment. You can also check out our whole selection of electromagnetic & electromechanical locks along with other tools or equipment to ensure you have all you need to tackle the job, especially if you're taking on a DIY project for the first time.
Plus, when you shop at Zoro, you'll always enjoy competitive prices on tons of great brands you know and trust. We make the shopping experience as fast and seamless as possible with free shipping on orders over $50 for registered users, Net 30 payment terms for qualifying customers, and an unparalleled customer service experience.

























