DC 12V Narrow Frame Electric Strike Lock – Fail Secure & Fail Safe
DC 12V Stainless Steel Narrow Frame Electric Strike Lock for Access Control Systems
Upgrade your door access control setup with this heavy-duty DC 12V Electric Strike Lock. Constructed from thick stainless steel with built-in full copper coils and high-quality magnetic materials, this narrow-frame electric strike delivers a powerful 1,000 kg holding strength — built to last in demanding commercial and residential environments. Its slim, embedded profile creates a clean, professional appearance ideal for glass doors, stainless steel doors, and any standard frame door.
Made in Mainland China.
NO vs. NC — What Does It Mean?
- NO (Normally Open / Fail Secure): Locked when power is OFF; unlocked when power is ON. Ideal for high-security environments where doors must stay locked during a power outage.
- NC (Normally Closed / Fail Safe): Locked when power is ON; unlocked when power is OFF. Best for environments where egress must remain free during power loss.
Key Features
- Dual Mode: Supports both NO (Fail Secure) and NC (Fail Safe) configurations
- Stainless Steel Bolt Structure: Corrosion-resistant and built for long-term durability
- Full Copper Coil Interior: Ensures stable electromagnetic performance and minimal heat generation
- Zero Residual Magnetism: Special manufacturing process prevents residual magnetism after extended use, ensuring reliable release every time
- Narrow Frame Design: Perfect for slim door frames, glass doors, and tight installation spaces
- CE Certified: Meets European safety and electromagnetic compatibility standards
- Compact & Lightweight: Weighs just 0.6 kg for easy installation
Technical Specifications
| Operating Voltage | DC 12V |
| Current Draw | 220 mA (NO) / 170 mA (NC) |
| Holding Strength | 1,000 kg |
| Bolt Structure | Stainless Steel |
| Security Mode | Fail Safe (NC) & Fail Secure (NO) |
| Weight | 0.6 kg |
| Certification | CE |
| Compatible Doors | Glass doors, stainless steel doors, standard frame doors |
| Country of Origin | Mainland China |
Ideal Applications
- Office building access control systems
- Retail store entrances
- Apartment and residential entry doors
- Glass door lobbies and storefronts
- Server rooms and secured areas
For guidelines on building access control and physical security standards, refer to the U.S. Consumer Product Safety Commission (CPSC) and OSHA's Exit and Egress Guidelines to ensure your installation meets safety and egress requirements.
Frequently Asked Questions
Q: What is the difference between a Fail Secure and Fail Safe electric strike lock?
A: A Fail Secure (NO) electric strike lock remains locked when power is cut — ideal for high-security doors where you don't want unauthorized entry during a power outage. A Fail Safe (NC) electric strike lock unlocks automatically when power is lost, ensuring safe egress in emergencies. This DC 12V electric strike supports both modes, giving you flexibility based on your security requirements.
Q: Is this electric strike lock compatible with my existing access control system?
A: Yes. This 12V DC electric strike lock is designed to integrate with standard access control systems, including keypad, card reader, intercom, and biometric systems. It operates at 12VDC with a current draw of 220 mA (NO) or 170 mA (NC), making it compatible with most standard access control power supplies.
Q: Can this lock be installed on a glass door or narrow frame door?
A: Absolutely. The narrow frame design of this electric strike lock makes it especially well-suited for glass doors and slim door frames. Its embedded installation style keeps the profile flush and neat, maintaining a clean aesthetic while providing robust 1,000 kg holding strength.
Q: Does this electric strike lock produce residual magnetism after long-term use?
A: No. This lock is manufactured using a special process that prevents residual magnetism buildup, even during extended continuous operation. This ensures the latch releases cleanly and consistently every time, maintaining reliable performance over the long term.