Electromagnetic Lock

002L Electromagnetic Lock

Electromagnetic access lock Thickened aluminum alloy shell, rust-resistant, sturdy and durable.

Long service life, average service life up to 1 million cycles.

280kg high suction force, powerful.

Magnetic lock suction plate has anti-residual magnetism design, no residual magnetism generated during long-term operation.

Anodized aluminum material, electroplated lock body suction plate, strong corrosion resistance.

Internal hexagonal anti-tamper design

TL-EML200 double-door electromagnetic lock, compatible with all TP-LINK access control devices sold. Easy to install, strong suction force, widely applicable in communities, parks, enterprises, campuses and other environments.

1. Anti-residual magnetism design: The magnetic lock's suction plate features an anti-residual magnetism design, ensuring a long service life.

2. Anti-tamper device: Utilizes an internal hexagonal anti-tamper design, paired with a dedicated screwdriver for safety and reliability.

3. Aluminum alloy shell: Thickened aluminum alloy material, balancing safety and aesthetics, suitable for iron doors, wooden doors, glass doors, etc.

Standard Parameters

Operating Method: Electromagnetic induction locking, power-off unlocking

Feedback Signal: None

Delay Function: 0/3/6 second delay

Low Power Consumption Function: Ultra-low temperature operation

Operating Temperature: -20-55°C

Applicable Door Type: Glass door

Lock Body Dimensions: 500×47×27(mm)

Suction Plate Dimensions: 180×38×12(mm)

Sensing Method: Magnetic field induction

Service Life: 1 million cycles

Technical Parameters

Operating Voltage: DC 12V/24V

Operating Current: 480mA/240mA

Rated Power: 5W+5W

Electromagnetic locks, commonly referred to as maglocks, are widely used in access control systems due to their reliability, durability, and ease of integration. Among the various models available, the 002L Electromagnetic Lock stands out as a popular choice for securing doors in commercial, industrial, and residential settings. This article provides an in-depth exploration of the 002L electromagnetic lock, covering its features, working principles, applications, installation process, and maintenance tips.

1. Introduction to Electromagnetic Locks

Electromagnetic locks operate using the principle of electromagnetism to secure doors. When an electric current passes through the lock's coil, it generates a magnetic field that attracts a metal armature plate mounted on the door. This creates a strong holding force, keeping the door locked until the power is cut. Unlike mechanical locks, electromagnetic locks do not have moving parts, which reduces wear and tear and enhances longevity.

The 002L Electromagnetic Lock is a high-performance model designed for medium-duty applications. It offers a balance between security and convenience, making it suitable for offices, server rooms, storage facilities, and other controlled-access areas.

2. Key Features of the 002L Electromagnetic Lock

The 002L model boasts several features that contribute to its effectiveness and popularity:

High Holding Force: Typically rated at 600 lbs (272 kg) or more, the 002L provides robust security, preventing forced entry.

Low Power Consumption: Operates on 12V or 24V DC, making it energy-efficient and compatible with most access control systems.

Fail-Safe Mechanism: In a power outage, the lock releases automatically, ensuring safe egress in emergencies.

Durable Construction: Made from high-quality materials such as stainless steel and aluminum, the lock resists corrosion and physical damage.

Easy Integration: Compatible with various access control devices, including keypads, card readers, and biometric systems.

Compact Design: Its slim profile allows for discreet installation without compromising door aesthetics.

3. How the 002L Electromagnetic Lock Works

The 002L consists of two main components:

Electromagnet: Installed on the door frame, it contains a coil that generates a magnetic field when energized.

Armature Plate: Attached to the door, it is drawn toward the electromagnet when power is applied, locking the door.

When an authorized user presents a credential (e.g., keycard, PIN, or fingerprint), the access control system cuts power to the lock, releasing the door. Once the door closes, power is restored, and the lock re-engages.

4. Applications of the 002L Electromagnetic Lock

Due to its versatility, the 002L is used in various environments:

Commercial Buildings: Secures office doors, conference rooms, and executive suites.

Data Centers: Protects sensitive equipment from unauthorized access.

Healthcare Facilities: Ensures restricted areas (e.g., pharmacies, labs) remain secure.

Educational Institutions: Controls access to classrooms, labs, and administrative offices.

Residential Properties: Enhances security for smart homes and apartment buildings.

5. Installation Guide for the 002L Electromagnetic Lock

Proper installation is crucial for optimal performance. Follow these steps:

Step 1: Gather Tools and Materials

002L electromagnetic lock

Mounting brackets and screws

Power supply (12V/24V DC)

Access control system (keypad, card reader, etc.)

Drill, screwdriver, and measuring tape

Step 2: Position the Lock

Mount the electromagnet on the door frame and the armature plate on the door, ensuring alignment.

Mark screw holes and drill pilot holes.

Step 3: Secure the Components

Attach the electromagnet and armature plate using provided screws.

Adjust the gap between the two components (typically 0.5mm or as specified).

Step 4: Wiring

Connect the lock to the power supply and access control system.

Test the lock by applying and cutting power to verify functionality.

Step 5: Final Checks

Ensure smooth door operation without sticking.

Confirm fail-safe release during power loss.

6. Maintenance and Troubleshooting

To prolong the lock’s lifespan:

Regular Cleaning: Remove dust and debris from the electromagnet and armature plate.

Check Alignment: Misalignment can reduce holding force; adjust if necessary.

Inspect Wiring: Loose connections may cause intermittent operation.

Common Issues and Solutions:

Door Doesn’t Lock: Verify power supply and wiring.

Weak Holding Force: Clean surfaces or realign components.

False Release: Check for voltage fluctuations or interference.

7. Advantages Over Mechanical Locks

No Moving Parts: Less prone to mechanical failure.

Remote Control: Can be integrated with smart systems for Remote access.

Quick Release: Instant unlocking improves emergency response.

8. Conclusion

The 002L Electromagnetic Lock is a reliable, efficient, and secure solution for modern access control needs. Its robust design, ease of installation, and compatibility with various systems make it a preferred choice for many applications. By following proper installation and maintenance practices, users can ensure long-term performance and security.

Whether for commercial or residential use, the 002L offers a seamless blend of strength and convenience, making it an excellent investment in safety and access management.