STEALTH02 Series: Black Monitored Slim Maglock with Door Status Options

Full Description

Secure, Slimline, and Monitored Maglocks

The STEALTH02 series offers a range of high-performance, slim monitored maglocks from Stealth Locking, designed for professional access control applications. Delivering a powerful 600lb (275kg) holding force, these maglocks provide a reliable and secure locking solution. The sleek black finish and slim design ensure a discreet and aesthetically pleasing installation. Available in two variations, the standard STEALTH02 and the advanced STEALTH02DS with added door status monitoring; this series is a versatile and fire-rated choice for securing single doors.

Product Options:

• STEALTH02: A black slimline monitored maglock that provides lock status indication, confirming whether the lock is engaged or disengaged.
• STEALTH02DS: An advanced version of the black slimline monitored maglock that includes a reed switch to provide both lock status and door status monitoring (open/closed).

Key Features Of The STEALTH02 Series (Common to both models):

• Powerful Holding Force: Delivers a reliable holding force of 600lbs (275kg), ensuring a high level of security for single doors.
• Slim & Discreet Design: The compact form factor and Stealth black finish are ideal for installations where aesthetics and an unobtrusive look are a priority.
• Lock Monitoring: Both models provide a signal that indicates the lock’s status, which is crucial for integration with professional security and access control systems.
• Dual Voltage: Compatible with both 12Vdc and 24Vdc power supplies, offering installation flexibility.
• Fail-Safe Operation: The maglock is fail-safe, automatically unlocking when power is removed to ensure safe egress in compliance with fire safety regulations.
• Anti-Residual Magnetism: This feature prevents residual magnetism, ensuring that the door opens smoothly and without resistance when the power is disengaged.
• Surge Protection (MOV): Includes a Metal Oxide Varistor (MOV) to protect the electronics from voltage spikes and power surges, enhancing the lock’s durability and lifespan.
• Fire Rated: Certified for use on fire-rated door assemblies, ensuring the installation meets essential safety standards.
• Surface Mount: Designed for easy surface mounting, with the top-plate, armature-plate, and fixings all included.

Additional Feature (STEALTH02DS only):

• Door Status Monitoring: The STEALTH02DS model includes a built-in reed switch that provides a separate signal for the physical position of the door (open or closed). This is a critical feature for advanced access control systems that need to log door events or trigger alarms if a door is propped open.

Technical Information:

• Holding Force: Up to 275kg (600lb)
• Current Draw: 500mA @ 12Vdc / 250mA @ 24Vdc
• Voltage: 12Vdc or 24Vdc (selectable)
• Features: Fail-safe, Anti-residual magnetism, MOV protection, Fire rated.
• See STEALTH02 Data Sheet
• See STEALTH02DS Data Sheet

Benefits of The Stealth Monitored Slim Maglock:

• Enhanced Security: Provides a strong and reliable locking mechanism with continuous status feedback.
• Aesthetic Appeal: The slim profile and sleek black finish ensure a clean and professional appearance.
• Flexible & Versatile: The dual-voltage capability and optional door status monitoring allow for integration into a wide range of security systems.
• Safety Compliant: Fire-rated certification and fail-safe operation guarantee compliance with essential safety standards.
• Reliable Performance: Surge protection and anti-residual magnetism ensure long-term, trouble-free operation.

Ideal Applications:

• Single doors in offices, commercial buildings, and residential properties.
• Server rooms and other secure areas where access control is paramount.
• Any indoor location where a secure, slim, and aesthetically pleasing maglock is required.
• The STEALTH02DS is particularly suited for installations where monitoring the physical position of the door is a crucial requirement for security protocols and building management systems.