EM LOCK 600LBS (SINGLE LEAF - T&F) - Morx

The EM LOCK 600LBS (SINGLE LEAF - T&F) is a heavy-duty electromagnetic locking mechanism designed for single-leaf door installations with a holding force of 600 pounds, engineered for secure access control in commercial and industrial environments. Security professionals, facility managers, and access control integrators rely on this electromagnetic lock to provide fail-safe or fail-secure operation depending on power state configuration. This product solves the critical challenge of maintaining robust perimeter security while enabling convenient electronic access management for authorized personnel.

Product Overview

The EM LOCK 600LBS operates on the principle of electromagnetic attraction, where energized coils generate a powerful magnetic field that locks an armature plate to the magnet body with 600 pounds of holding force. This single-leaf configuration is specifically engineered for standard door frames where space is limited and single-point locking is sufficient. The T&F designation indicates both Time-delayed and Fail-safe functionality, meaning the lock can be programmed to release after a set duration and will default to locked position during power loss, making it ideal for emergency exit compliance and high-security applications.

The Morx engineering design incorporates premium-grade electromagnet coils with optimized magnetic flux density, ensuring consistent locking performance across temperature variations and extended operational cycles. The single-leaf mounting configuration reduces installation complexity while maintaining the full 600-pound holding capacity, making it suitable for glass doors, aluminum frames, and standard steel door installations. The robust construction withstands repeated access cycles typical in high-traffic commercial environments while maintaining electromagnetic efficiency and reliability.

Key Specifications

Key Features

• 600-pound holding force provides maximum security for single-leaf door installations with minimal electromagnetic interference
• Time-delayed release functionality allows programmed unlock duration for controlled access scenarios and emergency evacuation procedures
• Fail-safe design maintains locked state during power loss, ensuring security is not compromised in case of electrical failure
• Dual voltage compatibility (12V DC and 24V DC) enables flexible integration with existing access control systems and power supplies
• Compact single-leaf design reduces installation footprint while maintaining full electromagnetic holding capacity
• Low power consumption at 24V operation extends battery backup runtime in uninterruptible power supply configurations

Applications and Use Cases

• Corporate office access control where single-entry glass doors require secure electronic locking with fail-safe backup during power interruptions
• Hospital and healthcare facility restricted areas needing electromagnetic locks that release automatically during fire alarm activation for emergency evacuation
• Data center server rooms and secure storage facilities requiring 600-pound holding force to prevent unauthorized access to critical infrastructure
• Government and financial institutions implementing multi-factor access control with time-delayed release for enhanced security protocols
• Manufacturing facilities and warehouse entry points where electromagnetic locks integrate with badge readers and biometric systems
• Educational institutions securing laboratory and equipment storage areas with fail-safe locks that prioritize life safety during emergencies

How to Use

Installation of the EM LOCK 600LBS requires mounting the magnet body to the door frame header and positioning the armature plate on the door leaf itself, ensuring perfect alignment for optimal magnetic engagement. Begin by measuring the door frame dimensions and selecting appropriate mounting brackets compatible with your frame material (aluminum, steel, or composite). Secure the magnet body using corrosion-resistant fasteners, then install the armature plate on the door with proper spacing (typically 1-2mm gap) to allow smooth engagement when the electromagnet is energized. Wire the lock to your access control system's relay output, ensuring proper polarity for 12V or 24V DC operation as selected.

For fail-safe configuration, connect the lock directly to the normally-energized circuit so it remains locked during normal operation and releases upon power loss or relay activation. For time-delayed operation, program your access control panel to energize the lock for a specified duration (typically 0.5 to 10 seconds) before de-energizing for automatic re-locking. Test the holding force by attempting to manually pull the door open when locked, and verify that the armature plate disengages smoothly when power is removed. Perform regular maintenance by inspecting the magnetic surfaces for dust accumulation and cleaning with a soft cloth to maintain consistent electromagnetic performance.

Frequently Asked Questions

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Buy EM LOCK 600LBS (SINGLE LEAF - T&F) - Morx Online in India

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