Access control hardware and intrusion detection products—including electric strikes, magnetic locks, door sensors, and security devices—play a critical role in securing facilities and controlling entry points. Designed for seamless integration with modern access control systems, these components provide reliable door locking, monitoring, and alarm functionality across commercial, industrial, and institutional environments. Electric strikes and magnetic locks ensure secure door control, while door contacts, motion sensors, and intrusion devices help detect unauthorized access and enhance overall system awareness. Built for durability and consistent performance, these solutions support both standalone security applications and fully integrated systems. Whether securing a single entry point or an entire facility, access control and intrusion hardware deliver the foundation for a complete, scalable security solution.
We offer a comprehensive selection of access control hardware, door security products, intrusion detection devices, and perimeter security solutions used to secure and monitor facilities. Our product lineup includes:
Whether you're securing a single door, an entire building, or a multi-site facility, we offer products designed for commercial, industrial, educational, healthcare, and government environments.
ID Enhancements serves a wide range of security and facility professionals, including security integrators, low-voltage contractors, locksmiths, commercial property managers, facility managers, IT and physical security professionals, and system installers working on access control and intrusion alarm projects. We also assist businesses, schools, healthcare facilities, government agencies, and organizations seeking commercial-grade security hardware and intrusion detection solutions.
An electric strike replaces the standard door strike plate and works with a mechanical lockset. When the access control system sends a signal, the strike releases the latch, allowing the door to open. Electric strikes can be configured as either fail-secure (the door remains locked during a power outage) or fail-safe (the door unlocks during a power outage), depending on the application.
A magnetic lock (maglock) uses an electromagnet mounted to the door frame and an armature plate attached to the door. When power is applied, the magnet creates a strong holding force that keeps the door closed. Because a maglock relies on continuous power to remain locked, it is inherently fail-safe and releases when power is removed.
In general, electric strikes are often preferred when a mechanical lock is already installed, while magnetic locks are commonly used on glass storefront doors, aluminum-framed openings, and applications where a traditional locking mechanism is not practical.
An electric strike is an electromechanical device installed in a door frame that replaces the standard mechanical strike plate. When an access control system sends a signal, the electric strike releases the door latch, allowing the door to open. When de-energized, the strike holds the latch in place, keeping the door secured.
Electric strikes are commonly used with access control systems, keypads, card readers, intercoms, and remote release devices because they allow a door to be unlocked electronically while retaining the existing mechanical lockset.
An electric strike connects to an access control panel or door controller. When a valid credential is presented—such as a key card, key fob, PIN code, mobile credential, or intercom release request—the controller sends a signal to the strike. The strike then releases the door latch for a programmable period, typically between 3 and 15 seconds, allowing the door to be opened. Once the unlock period expires, the strike resets, and the door is secured again when closed.
A fail-safe electric strike unlocks when power is removed. This configuration is commonly used where the door must automatically unlock during a power outage or fire alarm event to support life-safety and building code requirements.
A fail-secure electric strike remains secured when power is lost. Authorized access is temporarily unavailable until power is restored, but the door continues to protect the secured area. Fail-secure configurations are commonly used for server rooms, data centers, pharmaceutical storage areas, records rooms, and other applications where maintaining security during a power outage is important.
The appropriate choice depends on the building's life-safety requirements, local codes, and the security objectives of the opening.
Electric strikes are designed to work with several common door hardware configurations, including:
Because lock and strike dimensions vary by manufacturer and model, it is important to verify compatibility before selecting an electric strike. Product specifications or manufacturer compatibility charts can help ensure the correct match.
Electric strikes are available for hollow metal, aluminum, and wood door frames. Many models offer multiple faceplate options, adjustable keeper designs, or installation accessories that help accommodate different frame preparations and door alignments. This makes electric strikes suitable for both new construction projects and retrofit applications.
A preload-capable strike can release reliably even when pressure builds up against the door, such as from wind or a person leaning on it. Standard strikes may bind under pressure and fail to release. Preload capability is an important feature for exterior doors and high-traffic entries exposed to environmental forces.
Some electric strikes are available with built-in monitoring features that provide status information to an access control system. Common options include latchbolt monitoring (LBM), which indicates whether the door latch is properly engaged, and keeper status monitoring, which helps verify the condition of the strike mechanism. These monitoring outputs can be used to support door status reporting, alarm notifications, and system auditing within an access control platform.
For complete door monitoring, electric strikes are often used in conjunction with door position switches (DPS) and request-to-exit (REX) devices, which provide additional information about door activity and occupancy.
HES, an Allegion brand, is one of the most recognized manufacturers of electric strikes for commercial access control applications. HES offers solutions for cylindrical locksets, mortise locks, and exit devices, with models designed for hollow metal, aluminum, and wood door frames. Many HES electric strikes feature field-adjustable designs, monitoring options, preload capability, and fire-rated configurations, making them a popular choice for offices, schools, healthcare facilities, government buildings, and other commercial environments.
Key HES product lines include:
Many HES electric strikes are available with fire-rated listings for use on labeled fire-door assemblies. Depending on the model, certifications may include UL fire-door listings, ANSI/BHMA compliance, and other industry approvals for commercial access control applications. Because certifications vary by product, always verify the specific ratings and code requirements for your installation before making a selection.
Yes. Many HES electric strikes are well suited for retrofit applications, and the HES 1500 and 1600 Series are specifically designed to simplify upgrades from existing mechanical or electric strikes. These models are engineered to match many common strike footprints, helping minimize frame modifications, reduce installation time, and simplify the transition to electrified access control hardware.
HES electric strikes are available in a variety of architectural finishes to complement commercial door hardware and frame aesthetics. Depending on the model, available finishes may include satin chrome, satin stainless steel, dark bronze, black suede powder coat, and other specialty finishes. Finish availability varies by product series, so it is important to verify the options offered for a specific model.
Adams Rite electric strikes are commonly used on narrow-stile aluminum storefront doors, glass entry systems, and commercial aluminum-framed openings. Their compact design allows them to fit within narrow frame profiles where traditional electric strikes may not be practical, making them a popular choice for retail storefronts, office buildings, schools, and other commercial facilities.
Unlike many electric strikes designed for hollow metal or wood door frames, Adams Rite electric strikes are engineered specifically for narrow-stile aluminum storefront applications. They are designed to work seamlessly with Adams Rite deadlatches and narrow-stile locking hardware and are available in both fail-safe and fail-secure configurations.
The Adams Rite UltraLine 7400 Series is a compact electric strike designed for narrow-stile aluminum and glass door applications. Its low-profile design helps simplify installation in limited frame space while maintaining compatibility with many Adams Rite deadlatches and locking devices. Models are available in both fail-safe and fail-secure configurations.
Adams Rite electric strikes are primarily designed for use with Adams Rite deadlatches and narrow-stile locksets. While some cross-compatibility may exist depending on latch design and dimensions, compatibility should always be verified between the electric strike and the specific lockset before ordering or installation.
A magnetic lock (maglock) consists of an electromagnet mounted to the door frame and a metal armature plate attached to the door. When power is applied, the electromagnet creates a strong holding force that secures the door. When power is removed, the magnetic bond releases immediately, allowing the door to open. Because maglocks have no mechanical latching components or moving parts, they are known for their durability, reliability, and long service life.
Magnetic locks are available in a range of holding-force ratings to suit different applications. Common ratings include:
The appropriate holding force depends on the door construction, opening size, traffic levels, and security requirements.
Yes. Because magnetic locks require continuous power to remain locked, they automatically release when power is removed. This makes maglocks inherently fail-safe and well suited for applications where life-safety and emergency egress requirements must be considered. Facilities that need continued operation during power interruptions often use battery backup systems or uninterruptible power supplies (UPS) to maintain lock operation.
Most commercial maglocks operate on 12VDC or 24VDC. They are typically dual-voltage compatible, but 24VDC is preferred for longer wire runs to prevent voltage drop. Current draw varies by model and holding force rating.
The mounting hardware required depends on the door type and swing direction:
Additional mounting accessories may be required depending on the door frame, header depth, and installation conditions.
A surface-mounted magnetic lock is installed on the surface of the door frame and remains visible when the door is closed. It is the most common type of maglock used in commercial access control applications.
A shear magnetic lock is recessed into the door and frame, creating a concealed installation. In addition to magnetic holding force, shear locks use interlocking alignment features that help resist lateral movement. They are often selected when aesthetics are important or when a hidden locking solution is desired.
Most magnetic lock installations require a means of releasing the lock from the secure side of the opening. This function is commonly provided by a request-to-exit (REX) device such as a motion sensor, push button, touchless wave sensor, or other approved release device. Because magnetic locks do not contain a mechanical latch, proper egress and life-safety requirements must be considered during system design. Many installations also integrate maglocks with the building fire alarm system so the locks automatically release during emergency conditions, as required by applicable codes.
Yes. Magnetic locks are commonly installed on glass and frameless glass doors using specialized mounting hardware such as U-brackets or glass door clamps that secure the armature plate without drilling through the glass. The maglock body is typically mounted to the header or frame above the opening. This configuration is widely used on all-glass storefront entrances, office buildings, retail locations, and other commercial applications.
An electronic keypad lock allows authorized users to gain entry by entering a PIN code. Depending on the model, electronic keypad locks may also support credential cards, key fobs, mobile credentials, or multi-factor authentication. Many standalone models operate without requiring a connection to a central access control panel, making them a cost-effective solution for securing individual doors.
Alarm Lock Trilogy is a line of standalone electronic keypads and proximity locks built to ANSI Grade 1 commercial standards. Key features include:
No, it operates as a fully standalone battery-powered lock and does not need wiring to an access control panel or network. Programming is done through the keypad or with a handheld programmer. Some models support wireless networking for central management when connected to a compatible access control platform.
Depending on the model, the Trilogy supports PIN code only, HID proximity card only, or a combination of card plus code for two-factor authentication. A mechanical key override is also standard on many models for emergency access.
The audit trail can record up to 40,000 events that include user, time, and date stamps. This can provide documentation for compliance, investigations, or security audits.
ID Enhancements offers selected Yale commercial electronic lock solutions, including keypad locks, credential-based locks, and other access control door hardware. Yale, an ASSA ABLOY brand, manufactures commercial-grade cylindrical and mortise lock platforms designed for a wide range of access control and standalone security applications.
The Paxton PaxLock is a wireless electronic door lock designed for use with the Paxton Net2 and Paxton10 access control platforms. Depending on the model, PaxLock supports RFID credentials and other compatible Paxton authentication methods while eliminating the need to run wiring through the door. It provides an efficient way to extend access control to interior doors where traditional wired locking hardware may be impractical.
A door contact sensor consists of a magnet mounted on the door and a sensor mounted on the frame. When the door is closed, the magnet and sensor remain aligned, indicating a secure condition. When the door opens, the magnet moves away from the sensor, causing a change in the circuit state and signaling the access control system or alarm panel that the door has been opened.
Door contacts serve several important functions:
Contact sensors come in several formats:
A normally closed (NC) contact keeps the circuit closed when the door is in its secure position and opens the circuit when the door is opened. Because a cut wire also opens the circuit, NC configurations are commonly used in security systems for improved supervision.
A normally open (NO) contact keeps the circuit open when the door is secure and closes the circuit when the door opens. The appropriate configuration depends on the requirements of the access control or alarm system.
EOL resistance involves placing a resistor at the end of the sensor circuit. The alarm panel continuously monitors the resistance value. If the wire is cut, shorted, or tampered with, the resistance changes, triggering a tamper alert on the panel. EOL supervision significantly improves intrusion detection reliability.
Yes. Wireless door contact sensors transmit status information using wireless radio signals to a compatible receiver, alarm panel, or access control system. They eliminate the need to run wiring to each opening and are commonly used in retrofit projects, historic buildings, leased spaces, and locations where installing new cabling would be difficult or costly.
A PIR motion detector senses movement by detecting changes in heat signatures within its field of view. When someone moves through the detection zone, their body heat creates a change in the infrared pattern, triggering the sensor. PIR detectors are commonly used in commercial and residential intrusion alarm systems.
A dual-technology motion detector combines two independent sensing technologies—most commonly passive infrared (PIR) and microwave detection. Both technologies must detect activity before an alarm condition is generated. This approach significantly reduces false alarms caused by environmental conditions that might affect a single-technology detector.
Detection range varies by model and manufacturer. Standard commercial PIR detectors can cover a range of 30 to 50 feet and a field of view of 90 to 110 degrees. Long-range and curtain detection models are also available for corridor coverage or large open spaces. Check the specific product datasheet for coverage angles and distance ratings before ordering.
A curtain detector uses a narrow, vertical beam pattern to create an invisible detection barrier across a window, doorway, or other specific entry point. When someone crosses through the beam, the sensor triggers. This is used to protect specific openings rather than a wide-area pattern that covers the entire room.
Yes. False alarms can occur if the wrong detector is selected for the environment or if it is installed improperly. Common causes include direct sunlight, HVAC airflow, rapid temperature changes, insects, and other environmental conditions. Dual-technology detectors and proper placement can significantly reduce unwanted alarms.
Yes. Ceiling or wall-mounted PIR motion detectors are widely used as request-to-exit (REX) devices. When someone approaches a magnetically locked door from the inside, the motion sensor detects movement and signals the access control panel to release the lock.
A glass break sensor detects the sound pattern associated with breaking glass. Using an internal microphone and signal processing technology, the sensor analyzes acoustic characteristics commonly produced when glass shatters. When a qualifying sound is detected within its coverage area, the sensor triggers an alarm. Glass break sensors provide perimeter protection by detecting forced entry through windows and glass doors before an intruder enters the protected area.
Detection range varies by manufacturer and model, but many commercial glass break sensors provide coverage of approximately 20 to 25 feet and require a clear line of sight to the protected glass. Always review the manufacturer's specifications for coverage distance, room size limitations, and glass compatibility requirements before installation.
A shock sensor detects the physical impact or vibration of an attack on a window, door, or wall. It is mounted directly on or near the surface being protected. When an impact of sufficient magnitude is detected, the sensor triggers. Some models function simultaneously as both a shock sensor and a door contact sensor.
A glass break sensor detects the acoustic sound of glass shattering at a distance. A shock sensor detects physical vibration from an impact on the surface it is mounted to. Glass break sensors can protect multiple windows from a single location. Shock sensors require individual mounting at each protection point.
Intrusion alarm products are the hardware and communication components used to detect, report, and respond to unauthorized access or security breaches within a facility. These products commonly include:
The control panel is the central brain of an intrusion alarm system. It monitors all connected sensors, processes alarm events, triggers notification devices, and communicates with monitoring centers or mobile devices. Panels are rated by the number of zones they can support.
ID Enhancements offers DSC intrusion alarm products, including PowerSeries and PowerSeries Neo control panels, zone expanders, keypads, communicators, and compatible sensors. DSC, a Johnson Controls brand, is one of the most widely deployed intrusion alarm platforms in North America, with solutions ranging from small systems to enterprise-scale installations.
NAPCO Security Technologies manufactures intrusion alarm panels, wireless sensors, access control, and locking products suitable for residential and commercial properties. Their intrusion line includes:
Linear is a long-established security brand known for wireless intrusion alarm products, sensors, receivers, and related security system components. Linear products are commonly used in residential and light-commercial alarm installations and are often selected for their wireless integration capabilities and ease of deployment.
Alula manufactures wireless intrusion alarm and smart security devices designed to integrate with existing alarm systems or operate as standalone platforms. Their products include wireless sensors, smart alarm communicators, and cloud-connected security devices.
Bosch Security Systems manufactures commercial intrusion detection solutions used in retail, education, healthcare, government, and enterprise environments. Their product portfolio includes:
An alarm zone is an individual circuit on the alarm control panel that independently monitors one or more sensors. When a sensor in that zone is triggered, the panel identifies it as a specific zone event. The number of available zones determines how many sensors the panel can support.
A monitored system connects to a professional central monitoring station via a telephone line, cellular communicator, or internet connection. When an alarm triggers, the monitoring center is alerted and can dispatch police, fire, or security personnel. An unmonitored system sounds a local siren or sends app notifications but does not automatically contact a monitoring center.
A push-button exit device is a wall-mounted button that signals the access control system to release a magnetic lock or electric strike when pressed from the inside. It allows building occupants to exit without presenting a card or entering a PIN. Buttons are available in standard, illuminated, and weather-resistant formats.
Camden manufactures a comprehensive range of access control, accessibility, and door activation products. Their product range includes:
A wave-to-open switch uses an infrared sensor to detect hand movement at close range, triggering a door release or operator without physical contact. They are commonly used in applications designed to meet accessibility requirements and in environments where touchless operation is preferred.
Yes. Weatherproof and outdoor-rated push buttons and REX devices are available from brands like Camden for installation at exterior access points. Always confirm the device's IP or NEMA rating before using it in outdoor, wet, or harsh environments.
ID Enhancements offers LiftMaster gate access and vehicle entry products including:
A barrier arm gate operator controls a horizontal arm that rises to allow vehicle entry and lowers to block access. It integrates with access control systems so that only authorized vehicles presenting a valid credential—such as an RFID tag, keypad code, or intercom approval—can cause the arm to lift.
Yes. LiftMaster commercial gate operators include inputs for connecting third-party access control readers, including RFID readers, keypads, intercoms, and loop detectors. The reader sends a signal to the operator when a valid credential is presented, triggering the gate to open.
Most electric strikes and magnetic locks are available in 12VDC or 24VDC versions, with many models being dual-voltage compatible. The power supply must be rated to handle the combined current draw of all connected devices. A dedicated access control power supply with battery backup is also recommended.
Yes. A magnetic lock requires a continuous electromagnetic field to maintain the hold. In contrast, an electric strike only draws power momentarily when releasing. Consider your power consumption when sizing the appropriate power supply, especially in facilities with multiple locks.
Not necessarily. One properly rated power supply can power multiple locks and devices, as long as its total current output exceeds the combined draw of all connected hardware. Always calculate the total current load before selecting a power supply.
In many applications, magnetic locks installed on egress doors must be integrated with the building fire alarm system or other approved emergency release methods. Requirements vary based on local building and fire codes, occupancy type, and the locking arrangement. Always consult applicable codes and the authority having jurisdiction (AHJ) when designing a maglock installation.
Professional installation is strongly recommended, as wiring, power supply sizing, fire code compliance, sensor placement, panel programming, and system testing can impact your system's effectiveness. Incorrect installation can result in safety hazards, false alarms, system failures, or voided warranties.
Depending on the application, important certifications may include UL listings for safety and performance, UL fire-door listings for fire-rated openings, ANSI/BHMA durability ratings, and other approvals required by local codes or project specifications. Always verify the certifications required for the specific opening and application before selecting an electric strike.
To select the correct strike:
Match the holding force to the security level and door type:
The appropriate holding force should be selected based on the door construction, opening size, traffic patterns, and security requirements of the application.
Yes. You can search for specific products or applications through our ID Supplies Finder.
