Adams Rite 7140-515-628-12 Electric Strike 24VDC Fail-Safe in Clear Anodized, 2-7/8"

The 7140-515-628-12 from Adams Rite is an electric strike 24VDC fail-safe in clear anodized, 2-7/8". This innovative electric strike is tailored for seamless integration with Adams Rite deadlatches and cylindrical locksets, providing enhanced access control. Designed for reliability and durability, it allows remote electrical unlocking while promoting security and safety. The compact design fits perfectly into standard frames, making it an optimal choice for modern infrastructures.

Features

• Clear Anodized Finish: Provides an aesthetically pleasing and durable surface that resists corrosion and wear.
• Aluminum Construction: Lightweight yet strong, ensuring longevity without adding excessive weight to the door assembly.
• Grade 1 Strength: Meets the highest standards for durability and security, making it suitable for high-traffic areas.
• 24V DC Continuous or Intermittent Operation: Versatile power options to meet different operational needs.
• Current Draw/Amps for 24V Operation: DC Continuous - 0.17A (silent), making it energy efficient while ensuring quiet operation.
• Stainless Steel Split-Jaw: Durable component included with the strike opening, ensuring robust locking action.
• Compact Size: Zinc-aluminum alloy case measures approximately 1" x 3-3/8" x 1-5/8" deep, allowing easy installation into tight spaces.
• Remote Electrical Control: Enables door access without the need to manually operate the latch mechanism, enhancing user convenience.
• UL 1034 Burglary-Resistant Listed: Guarantees high security, making this product compliant with industry standards.
• Fail-Safe Power Failure Mode: Ensures safety by unlocking when power is lost, allowing quick exit in emergencies.
• Flat Faceplate: Included faceplate measures 1-1/4" x 4-7/8" with square corners, ensuring compatibility with most installations.
• Fail Safe Feature: Requires power to lock the strike lip, enhancing safety during power outages.

Adams Rite 7140-515-628-12 Detailed Specifications