Secure and convenient, electronic brushed code lock protect property by unlocking with a specific code or password.
Homeowners and businesses prefer these locks for their enhanced security features.
Not only are they resistant to picking, but they can also be customized to provide access only to authorized users, increasing security.
Components of an electronic brushed code lock
An electronic brushed code lock typically consists of several main components:
This is the brain of the lock, responsible for receiving and processing the code entered by the user, and sending a signal to the motor to unlock the mechanism.
Electronic Brushed Code Lock have a Motor
The motor is responsible for unlocking the mechanism once the correct code has been entered.
Depending on the type of lock, the motor can be either electric or mechanical.
The mechanism is unlocked by entering the code at this point. Keypads, available in physical buttons, touch screens, or biometric scanners, are used for this purpose.
Electronic Brushed Code Locks require a power source, which can come from either batteries or an external power adapter.
Some electronic brushed code locks may also have additional components, such as LED displays to indicate the lock’s status or sound alarms to alert the user in case of unauthorized access attempts.
Working principle of an electronic brushed code lock
The working principle of an electronic brushed code lock involves a series of steps that occur when a user enters the correct code to unlock the mechanism.
Here is a general overview of how an electronic brushed code lock works:
User inputs code: The user enters the correct code into the keypad or touch screen.
The control circuit receives and interprets code: The control circuit receives the code entered by the user and compares it to the pre-programmed code stored in its memory.
Control circuit sends signal to motor: If the code entered by the user matches the pre-programmed code, the control circuit sends a signal to the motor to unlock the mechanism.
Motor unlocks mechanism: When a user enters the correct code on the electronic brushed code lock, the motor physically unlocks the mechanism, enabling access to the secured space or item.
However, in cases where the user enters an incorrect code multiple times, the lock can be programmed to trigger an alarm or lockout period to discourage unauthorized access attempts.
Advantages of an electronic brushed code lock
Electronic brushed code locks offer several advantages over traditional mechanical locks, including:
Compared to traditional mechanical locks, electronic brushed code locks offer enhanced security as they cannot be easily picked or manipulated.
Additionally, these locks can be programmed to permit access solely to authorized users, further increasing the level of security they provide.
Electronic brushed code locks are easy to use and can be unlocked quickly by entering the correct code. This eliminates the need for keys, which can be lost or stolen.
Electronic brushed code locks can be customized to suit the user’s specific needs.
For example, different codes can be assigned to different users, and access can be restricted to specific times of the day.
Electronic brushed code locks can be programmed to keep a record of each time the lock is accessed, providing an audit trail that can be useful for security or management purposes.
Some electronic brushed code locks can be accessed remotely using a smartphone app or other remote control device, allowing users to control access to the lock from a distance.
Applications of electronic brushed code locks
Electronic brushed code locks have a wide range of applications across various industries and settings, including:
Residential settings commonly use electronic brushed code locks for securing doors and gates.
These locks provide homeowners with a layer of security and convenience. Thus they enable easy programming to allow access solely to authorized users.
Electronic brushed code locks are also widely used in commercial settings, such as offices, warehouses, and factories.
Moreover, they can control access to sensitive areas or equipment or restrict access to certain parts of the building.
Healthcare settings frequently utilize electronic brushed code locks to restrict access to medication cabinets.
Additionally to restrict medical supply rooms, and other restricted areas due to their ability to provide enhanced security.
Electronic brushed code locks are commonly used in educational settings to secure classrooms, labs, and other areas where access needs to be restricted.
The hospitality industry frequently utilizes electronic brushed code locks to safeguard guest rooms and other restricted areas, due to their ability to limit access.
Compared to traditional mechanical locks, electronic brushed code locks have numerous benefits.
These include enhanced security, greater convenience, customization options, the ability to create an audit trail, and remote access.
As a result, they have become a preferred option for those seeking to improve their security measures.