500kg Holding Force DC12V 1000Lbs Maglock Door Entry System

The 500kg Holding Force DC12V 1000Lbs Maglock Door Entry System provides high-strength security for commercial and residential access control applications. With a powerful magnetic locking force of up to 500kg (1200lbs), this electromagnetic lock ensures maximum door holding power while offering reliable electronic control. It is ideal for securing main doors, emergency exits, and restricted access points.

Product Features

Powerful Holding Force

This maglock delivers an impressive 500kg (1200lbs) holding force, making it suitable for high-security areas that require dependable locking strength.

Dual Voltage Compatibility

Supports both DC12V and DC24V input (adjustable), offering flexible integration with a wide range of access control systems and power configurations.

Built-in LED Indicator

Equipped with a red LED status indicator that clearly displays lock activation, providing a visual cue for enhanced monitoring and system feedback.

Secure Magnetic Locking

Utilizes electromagnetic technology where the armature and coil become magnetized when energized, creating a fail-safe locking system that secures the door until power is interrupted.

Maintenance-Free Design

The maglock features a solid-state construction with no moving parts, reducing wear and tear and minimizing maintenance needs over time.

Versatile Application

Perfect for wooden, metal, glass, and fireproof doors, this lock is ideal for office buildings, server rooms, storage areas, and any site requiring robust entry security.

Product Specifications

• Voltage: DC12V / DC24V (Adjustable)

• Holding Force: 500kg / 1000Lbs / 1200Lbs (varied description, standardized as 500kg/1200Lbs)

• LED Indicator: Red LED (lock status display)

• Material: High-strength aluminum alloy

• Lock Type: Electromagnetic (Maglock)

• Application: Single swing or double door configurations

• Installation: Surface mount with optional Z/L brackets (sold separately)

• Usage: Indoor use recommended for optimal performance