Electric gates operate through various mechanisms, including hydraulic, electromechanical, and electro-hydraulic  http://www.socalgatesanddoors.com    systems. These systems employ motors, gears, and control panels to open and close the gate. Hydraulic gates use fluid pressure to operate, while electromechanical gates rely on electric motors and gears. Electro-hydraulic gates combine aspects of both systems, utilizing fluid pressure controlled by an electric motor.

While electric gates offer robust security features, they are not immune to forced entry attempts. Like any security measure, they have vulnerabilities that determined intruders might exploit. One potential vulnerability is the power supply. Electric gates require electricity to function, and if the power source is compromised, such as through a power outage or sabotage, the gate may become inoperable, potentially allowing unauthorized access.

Another vulnerability lies in the control mechanism. If the control panel or access codes are compromised, intruders may gain unauthorized entry by manipulating the gate's opening mechanism. Weak or default access codes, lack of encryption, or outdated control systems can increase the risk of unauthorized access.

Physical force can also be used to breach electric gates, although it may require significant effort depending on the gate's design and construction. Intruders might attempt to ram the gate with a vehicle or use cutting tools to bypass the barrier. However, well-constructed gates with sturdy materials and reinforced components can withstand such attacks, making forced entry more challenging.