HES 1600-CDB-630-DLM Dynamic Low Profile Electric Strike for Deadbolt Lock, Satin Stainless Steel, Dual Lock Monitor

The 1600-CDB-630-DLM from HES is a dynamic low profile electric strike designed specifically for deadbolt locks, offering a stylish satin stainless steel finish and dual lock monitoring capabilities. With its robust construction and innovative features, this electric strike ensures enhanced security and reliability for commercial and residential applications. Experience the perfect blend of strength and flexibility with the 1600-CDB's ease of installation and adjustable options, meeting all your lock requirements.

HES 1600-CDB-630-DLM Key Features

• Stainless steel construction: Provides durability and resistance to corrosion, ensuring long-lasting performance.
• Tamper resistant: Enhances security by preventing unauthorized tampering or forced entry.
• Static strength 1500 lbs: Offers high resistance to forced entry, making it ideal for secure environments.
• Dynamic strength 70 ft-lbs: Ensures reliable operation under load, maintaining security integrity during use.
• Endurance 1,000,000 cycles: Guarantees longevity and reduces maintenance costs over time.
• Field selectable fail safe/fail secure: Provides versatility in lockup preferences based on security needs.
• Dual voltage 12/ 24 VDC/VAC: Flexible power options accommodate various installation requirements.
• Non-handed: Simplifies installation by allowing use on both right and left-hand doors.
• Interchangeable faceplates and accessories: Offers customization and adaptability for different applications.
• Field replaceable components: Minimizes downtime by allowing easy replacements in the field.
• Fully finished faceplate, keeper, case and trim: Provides a sleek, professional appearance while enhancing durability.
• Field adjustable integrated shim: Facilitates easy alignment and installation adjustments.
• ElectroLynx™ connectors: Simplifies wiring connections, ensuring quicker installation and reliable operation.

HES 1600-CDB-630-DLM Detailed Specifications