Access controls and electrified hardware have become indispensable tools in modern security systems. By implementing these technologies, organizations can effectively manage access, mitigate security risks, and ensure the safety of personnel and assets. In this blog post, we will explore the concept of electrified hardware, provide examples of its applications, and delve into various types of electrified hardware components.

At its core, electrified hardware refers to devices and components that are integrated into access control systems to enhance security and convenience. These devices are powered by electricity and are designed to control entry and exit points, restrict unauthorized access, and provide efficient means of entry for authorized individuals.

Access Controls:
Access controls are a crucial component of electrified hardware. They enable authorized individuals to gain access to secure areas while preventing unauthorized entry. Examples include:
1. Badge-In: Employees use RFID or proximity cards to access restricted areas by simply waving their badge in front of a card reader.
2. Keypad-In: Users enter a unique PIN code on a keypad to gain entry, ensuring that only individuals with the correct code can access the area.

Door Security:
Electrified hardware plays a vital role in securing doors and entryways. It ensures that only authorized personnel can gain access to sensitive areas.
1. Securing Your Space: Electrified locks, such as electric strikes and mag locks, provide enhanced security by keeping doors locked until authorized access is granted.
2. ADA (American Disabilities Act): Electrified hardware also includes features that comply with accessibility regulations, such as push-to-access buttons, which allow easy entry for individuals with disabilities.

To understand the inner workings of access control systems, it is essential to explore the basic types of electrified hardware components.

Power Supplies:
Power supplies provide the necessary electrical energy to operate electrified hardware. Common examples include:
1. Transformer and Bridge Rectifier: A 24-volt AC transformer and an inline bridge rectifier convert the incoming power to a usable form for the system.
2. Von Duprin PS902 2 AMP Power Supply: This power supply is designed specifically for access control systems and provides reliable power to electrified hardware components.

Mag Locks:
Magnetic locks, or mag locks, use an electromagnet to secure doors. When power is supplied, the magnet attracts a metal plate, keeping the door locked. Example: BEA - MAGLOCK 3UL.

Electric Strikes:
Electric strikes are installed in the door frame and allow the latch or bolt to be released when power is supplied. Example: HES 1600.

Electric Locks:
Electric locks provide electronic control over the locking mechanism of doors. When power is supplied, the lock is disengaged, allowing the door to be opened. Various types of electric locks are available to suit different door types and security requirements.

Electric Exit Devices:
Electric exit devices, such as electrified panic bars, allow easy and secure egress from a building. These devices incorporate electrified hardware to control the locking and unlocking mechanism of exit doors.

Access controls and electrified hardware provide a robust security solution that enhances safety, manages access, and reduces security risks across various environments. By understanding the different components and their functionalities, organizations can implement effective access control systems that prioritize both security and convenience. As technology continues to advance, access controls and electrified hardware will undoubtedly play an even more vital role in ensuring the safety of personnel and assets in the future.