Electric Strikes Versus Maglocks for Your Door

A controlled-access door has to do more than keep unauthorized people out. It must let authorized staff in without disrupting traffic, work with the door and frame already in place, and allow people to exit safely when needed. When comparing electric strikes versus maglocks, the better choice depends on the opening, the building’s use, life-safety requirements, and how people move through the space every day.

For a busy Minneapolis office, apartment building, clinic, warehouse, or school facility, the locking hardware should be selected as part of the entire door system. A reliable card reader or keypad cannot make up for an incorrect lock choice, a weak frame, or poorly coordinated exit hardware.

How Electric Strikes Work

An electric strike is installed in the door frame where the latch enters. Instead of replacing the full lock on the door, it electronically releases the keeper in the frame so an authorized user can open the door. The existing mechanical latch or latchbolt usually remains in place.

This setup makes electric strikes a practical option for many commercial doors that already have cylindrical locks, mortise locks, panic hardware, or certain types of latch-based hardware. The door can often still be opened from the secure side with a mechanical key, while a credential, keypad code, or remote release controls entry from the other side.

Electric strikes are commonly chosen for exterior personnel doors, office suite entrances, multifamily common doors, and openings where maintaining a familiar mechanical locking function matters. Because the latch continues to hold the door closed, the hardware can provide a clean balance between electronic access control and traditional key access.

Fail-Secure and Fail-Safe Electric Strikes

Electric strikes are available in fail-secure and fail-safe configurations. A fail-secure strike stays locked when power is lost. This is often useful where security must remain in place during a power interruption, while authorized access can still be handled by a key.

A fail-safe strike releases when power is lost. This can be appropriate for specific openings, but it must be selected carefully based on the door’s purpose and applicable building and fire code requirements. The choice is not simply about preference. It affects how the door behaves during a power outage and how the full access system must be designed.

How Maglocks Work

A magnetic lock, often called a maglock, uses an energized electromagnet mounted at the door frame and a metal armature plate mounted to the door. When power is applied, the magnet holds the door closed. When power is removed, the magnetic bond releases.

Unlike an electric strike, a maglock does not rely on the door’s latch to secure the opening. It is a separate locking method that can be well suited to certain glass doors, aluminum storefront doors, and other openings where modifying the frame for a strike is difficult or impractical.

Maglocks are generally fail-safe. If power is interrupted, they release. That makes proper power planning, exit controls, fire alarm interface requirements where applicable, and code-compliant installation especially important. A maglock is not a stand-alone product decision. It is part of an access and egress system.

Why Door Closing Matters With Maglocks

A maglock can only hold a door that is fully closed and aligned. If a door does not latch or close consistently because of worn hinges, a damaged closer, weather changes, or a misaligned frame, the lock may not perform as intended.

That makes door condition a major part of a maglock installation. Before adding electronic access hardware, a professional should evaluate the door closer, hinges, frame alignment, latch condition, and overall operation. A properly functioning door is the foundation of dependable access control.

Electric Strikes Versus Maglocks: Key Differences

The main difference is straightforward: an electric strike releases a mechanical latch, while a maglock uses magnetic force to hold the door shut. From there, the practical differences become more specific.

Electric strikes generally work best when the opening already uses compatible latch hardware and the goal is to add electronic entry control without changing the door’s basic locking method. They can preserve key access and may be a strong choice for doors that need to remain mechanically secure when power is unavailable.

Maglocks can be useful when the door configuration does not work well with a strike, particularly on some glass or narrow-frame aluminum doors. They do not need a latch to provide holding force, but they require careful attention to code-compliant free egress, power loss behavior, and reliable door closing.

Neither option is automatically more secure in every application. The security of either system depends on the door, frame, fasteners, credential management, wiring, power supply, exit hardware, and installation quality. A strong lock mounted on a weak or poorly aligned opening will not deliver the result a property owner expects.

Choosing for Your Type of Property

For an office or retail back door, an electric strike may be a practical fit if the door has compatible panic hardware or a latch-based lockset. Employees can use cards, fobs, codes, or a request-to-exit system as designed, while managers may retain mechanical key control for authorized access.

For a multifamily building, the answer can vary by entrance. A main entry with an intercom or credential reader may call for one approach, while a staff-only service door may call for another. Property managers also need to consider resident traffic, package deliveries, emergency egress, and how keys or credentials will be managed over time.

For medical, educational, or high-traffic facilities, access control should support daily operations without creating confusion at exits. Doors used by the public, staff, visitors, and delivery personnel may need different hardware strategies. A facilities manager should avoid applying the same lock type to every opening simply for consistency.

Exterior doors also deserve extra review. Minnesota weather can affect door alignment, closers, thresholds, and weatherstripping. If an exterior door binds, drags, or fails to close fully, correct those issues before relying on electronic locking hardware.

Code and Life-Safety Considerations

Electronic locking cannot interfere with safe, code-compliant exit from an occupied building. The details vary by occupancy, door location, existing hardware, and local requirements. That is why access control planning should include a review of the complete opening, not just the lock.

Maglocks often receive more attention in this area because they depend on power to remain locked. Depending on the application, the system may need properly located release controls, connection to other building systems, listed components, and specific wiring methods. An incorrect installation can create operational problems and may not meet applicable requirements.

Electric strikes also require careful coordination, especially when installed with panic devices, fire-rated doors, or specialized locksets. Fire door labels, latching requirements, and hardware compatibility should not be treated as minor details. The right product must match the rated opening and its intended use.

A professional locksmith can help identify whether the existing door hardware supports an electric strike, whether a maglock is appropriate, and what repairs or upgrades should happen first. This is particularly valuable for older buildings where doors may have been modified several times over the years.

Questions to Ask Before Selecting a Lock

Start with the door itself. Is it wood, hollow metal, aluminum storefront, or glass? Does it have a latch, panic bar, closer, or fire rating? Does it close and latch every time without being pushed or pulled into position?

Then consider operations. Who needs access, when do they need it, and what happens during a power loss? Will staff use keys, cards, fobs, mobile credentials, keypads, or an intercom? Does the opening need to support frequent public traffic, or is it a controlled employee entrance?

Finally, consider serviceability. Electronic hardware should be installed so that future credential changes, door repairs, key control, and maintenance remain manageable. The cheapest hardware choice can become expensive if it causes recurring door problems or does not fit the way the property actually operates.

Get the Door and Lock Working Together

Electric strikes and maglocks both have a place in professional access control. The best choice comes from matching the lock to the opening, the people using it, and the requirements for secure entry and safe exit. B-Safe Lock & Key can evaluate commercial door hardware and help Twin Cities property owners select a practical, reliable solution that supports daily use.

A well-planned access door should feel simple to the people authorized to use it. That result starts with the right hardware, installed correctly, on a door that is ready to do its job.