DC 12V Electric Strike Lock – Fail Safe & Fail Secure | Glass Door
DC 12V Electric Strike Lock – Fail Safe & Fail Secure | Glass Door
DC 12V Stainless Steel Electric Strike Lock for Glass Doors
Upgrade your access control system with this heavy-duty DC 12V Electric Strike Lock (Model 150F) — engineered for frameless glass doors, office entryways, and secure interior installations. Built from thick stainless steel with a full copper coil interior, this lock delivers an impressive 800 kg holding force while maintaining a sleek, embedded profile that blends seamlessly with modern door designs.
CE certified and made in Mainland China.
Fail Safe vs. Fail Secure — What's the Difference?
- Fail Safe (NC — Normally Closed): Locked when power is ON, unlocked when power is OFF. Ideal for doors that must open during a power outage (e.g. emergency egress).
- Fail Secure (NO — Normally Open): Locked when power is OFF, unlocked when power is ON. Best for secure areas that must remain locked during a power loss.
This lock supports both modes, giving you the flexibility to configure it to match your specific security requirements.
Key Features
- 🔒 800 kg Holding Force — robust stainless steel bolt structure
- ⚡ 12V DC Operation (optional 24V) — low power consumption
- 🏗️ Embedded Installation — clean, flush-mount appearance
- 🔧 Full Copper Coil Interior — stable electromagnetic performance
- 🧲 No Residual Magnetism — long operating hours without magnetic carry-over
- 🪟 Designed for Frameless Glass Doors — compact profile fits standard glass door hardware
- ✅ CE Certified — meets European safety and quality standards
Technical Specifications
| Specification | Detail |
|---|---|
| Model | 150F |
| Voltage | 12V DC (Optional 24V) |
| Current Draw | 240mA (NO) / 120mA (NC) |
| Holding Force | 800 kg |
| Lock Dimensions | 149L × 28W × 31H mm |
| Mouth Size | 29L × 17W × 11H mm |
| Bolt Material | Stainless Steel |
| Weight | 0.35 kg |
| Certification | CE |
| Country of Origin | Made in China |
What's in the Box?
- 1 × Electric Strike Lock (Model 150F)
- Mounting hardware
Ideal Applications
- Frameless glass office doors
- Retail storefronts and showroom entries
- Access-controlled interior doors
- Residential smart home door setups
- Integration with card readers, keypads, and intercom systems
For best practices on electronic access control installation and safety standards, refer to the U.S. Consumer Product Safety Commission (CPSC) and OSHA Egress Guidelines.
Frequently Asked Questions
Q: Can this electric strike lock be used with a standard access control keypad or card reader?
A: Yes. This DC 12V electric strike lock is fully compatible with standard access control systems, including card readers, keypads, PIN pads, and intercom buzzers. Simply wire the lock output to your access controller's relay output. It supports both NO (Normally Open / Fail Secure) and NC (Normally Closed / Fail Safe) configurations.
Q: What is the difference between Fail Safe and Fail Secure modes for this lock?
A: In Fail Safe (NC) mode, the door is locked when power is on and automatically unlocks if power is lost — ensuring people can exit safely during an outage. In Fail Secure (NO) mode, the door remains locked when power is off, keeping a secured area protected even during a power failure. Choose the mode that fits your building's safety and security requirements.
Q: Is this electric strike lock suitable for frameless glass doors?
A: Absolutely. This lock is specifically designed for frameless glass door installations. Its compact embedded form factor (149 × 28 × 31 mm) and stainless steel construction make it an ideal fit for modern frameless glass door setups commonly found in offices, retail spaces, and commercial buildings.
Q: What voltage does this lock require, and can it run on 24V?
A: The standard operating voltage is 12V DC. An optional 24V configuration is also available, giving you flexibility to match your existing power supply infrastructure. Current draw is 240mA in NO mode and 120mA in NC mode.
Q: Does this lock produce residual magnetism after extended use?
A: No. The electromagnetic component is manufactured using high-quality magnetic materials and a special production process that prevents residual magnetism from building up during long operating hours, ensuring consistent and reliable locking performance over time.