1. What is an access control system, and how does it work?

An access control system is a security solution that restricts and manages entry to buildings, rooms, or sensitive areas. It uses credentials like keycards, PIN codes, biometric data, or RFID to grant or deny access. The system records entry/exit logs for monitoring and auditing purposes.

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2. What types of access control devices are available on this page?

We offer a range of access control devices, including:

• Access Control Panels and Boards: Central units for managing multiple access points.
• Standalone Access Control Readers: Devices that combine authentication and control in one unit.
• Electronic Door Strikes and Electromagnetic Locks: Secure locking mechanisms for doors.
• Request-to-Exit (REX) Buttons: Devices to unlock doors when exiting.
• Access Control Cards and Key Fobs: Credentials used for granting access.

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3. What is the difference between a standalone reader and a panel-based system?

• Standalone Readers: Manage a single door and do not require a central control panel. Ideal for small installations.
• Panel-Based Systems: Manage multiple doors and users, offering centralized control, integration with software, and advanced features like audit trails.

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4. Do these systems support biometric authentication?

Yes, many access control systems on this page support biometric authentication, including:

• Fingerprint scanners.
• Facial recognition devices. These methods add an extra layer of security compared to traditional keycards or PIN codes.

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5. What is a Request-to-Exit (REX) button, and why is it used?

A REX button is a device installed near an exit door. Pressing it unlocks the door temporarily, allowing easy egress. It’s commonly used in secure areas where access needs to be controlled.

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6. What are electromagnetic locks, and how do they work?

Electromagnetic locks (maglocks) are secure locking devices that use an electric current to create a magnetic field, which holds the door closed. When power is interrupted (e.g., via an authorized access request), the lock releases, allowing the door to open.

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7. Can access control systems integrate with surveillance systems?

Yes, many access control systems can integrate with CCTV surveillance systems. For example, linking an access control panel with an NVR or camera allows you to capture video footage of access events, such as door entry or unauthorized attempts.

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8. What is the difference between a card reader and an RFID reader?

• Card Reader: Reads data stored on access control cards or key fobs.
• RFID Reader: Uses radio frequency technology to detect and authenticate RFID-enabled cards or tags from a distance, without physical contact.

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9. Do these systems support mobile phone access?

Yes, some advanced access control systems support mobile credentials, allowing users to unlock doors using a smartphone app or NFC (Near Field Communication) technology.

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10. What is the difference between an electronic door strike and a maglock?

• Electronic Door Strike: Replaces the standard door strike plate and allows the door to be opened electronically when access is granted. It works with mechanical locks and is often used for doors that require a fail-secure setup (stays locked during power outages).
• Maglock: Uses magnets to secure the door and is typically used for fail-safe setups (unlocks during power outages for emergency egress).

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11. What are access control power supplies, and why are they needed?

Access control systems require power supplies to operate locks, readers, and panels. Power supplies may include backup batteries to ensure system functionality during power outages.

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12. Can access control systems generate reports?

Yes, panel-based systems integrated with software can generate detailed reports, including:

• Entry/exit logs.
• Unauthorized access attempts.
• Time-based access tracking for individual users or groups.

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13. Are these systems suitable for multi-door installations?

Yes, access control panels can manage multiple doors. For example, a 4-door panel can control access to four separate points, with options to expand for larger systems.

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14. What is the purpose of access control cards and key fobs?

Access control cards and key fobs are physical credentials that store user authentication data. They are used to grant access when presented to a compatible reader.

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15. What is a fail-safe vs. fail-secure locking mechanism?

• Fail-Safe: Automatically unlocks the door during a power outage, ensuring free egress for safety (commonly used with maglocks).
• Fail-Secure: Remains locked during a power outage, maintaining security (commonly used with electronic door strikes).

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16. Are these systems NDAA-compliant?

Yes, many access control systems on this page meet NDAA compliance, making them suitable for government or federally funded installations.

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17. What is access control software, and what does it do?

Access control software is used to configure and manage access permissions, schedules, and user credentials. It also provides real-time monitoring and reporting capabilities.

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18. Can these systems integrate with alarms or other security devices?

Yes, access control panels often include alarm input/output ports for integration with strobes, sirens, or other security devices. Triggers can be set for unauthorized access attempts or door-forced events.

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19. What is the difference between proximity cards and smart cards?

• Proximity Cards: Use RF (Radio Frequency) technology for simple authentication and are often read-only.
• Smart Cards: Have embedded microchips that store more data and support advanced features like encryption for added security.

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20. Do you offer access control packages?

Yes, we provide access control packages that include essential components such as readers, controllers, locks, and power supplies. These packages simplify installation for small to large-scale applications.