DC 12V Electric Strike Lock Fail-Safe Fail-Secure 800KG | XM-360A
DC 12V Electric Strike Door Lock – Fail-Safe & Fail-Secure | 800KG Holding Strength
Upgrade your access control system with the Ximiir XM-360A Electric Strike Door Lock. Built from thick-grade stainless steel with full copper coils inside, this surface-mounted electric strike delivers an impressive 800KG (1,760 lbs) holding strength at a compact 12V DC operating voltage. Ideal for framed doors, glass doors, and stainless steel doors in offices, apartments, warehouses, and commercial buildings.
Made in Mainland China.
Fail-Safe vs. Fail-Secure – What's the Difference?
- Fail-Safe (NC – Normally Closed): Locked when power is ON; unlocks when power is OFF. Best for emergency-egress doors where you want the door to open if power is lost.
- Fail-Secure (NO – Normally Open): Locked when power is OFF; unlocks when power is ON. Best for high-security areas where the door must remain locked during a power outage.
Key Features
- 🔒 800KG / 1,760 lbs holding strength – robust, reliable locking force
- ⚡ 12V DC operation – low power consumption (120mA NO / 240mA NC)
- 🔧 Surface-mounted, drilling installation – straightforward setup on most door frames
- 🏗️ Thick stainless steel body with built-in full copper electromagnetic coils
- 🧲 No residual magnetism – special process ensures clean, reliable release every time
- 🪟 Low-profile, elegant design – suits glass doors, frame doors, and stainless steel doors
- 🔁 Dual mode: choose Fail-Safe or Fail-Secure to match your security requirements
Specifications
| Model | XM-360A |
| Voltage | 12V DC |
| Current | 120mA (NO / Fail-Secure) / 240mA (NC / Fail-Safe) |
| Holding Strength | 800KG (approx. 1,760 lbs) |
| Lock Size | 138mm (L) × 32mm (W) × 39mm (H) |
| Bolt Structure | Stainless Steel |
| Weight | 0.6 kg |
| Installation | Surface-mounted, drilling installation |
| Compatible Doors | Frame doors, stainless steel doors, glass doors |
| Country of Origin | Mainland China |
Where to Use It
The Ximiir XM-360A electric strike lock is designed for seamless integration into virtually any access control system — from keycard readers and keypads to biometric scanners and smart intercoms. Compatible with framed doors, glass doors, and stainless steel door systems in:
- Office buildings & co-working spaces
- Residential apartment entrances
- Warehouses & storage facilities
- Retail stores & hospitality venues
- Government & institutional buildings
For guidance on physical security best practices, visit CISA.gov — the Cybersecurity & Infrastructure Security Agency. For workplace door security standards, refer to OSHA's door and exit safety guidelines.
Frequently Asked Questions
Q: What is the difference between Fail-Safe and Fail-Secure on this electric strike lock?
A: Fail-Safe (NC) means the lock is energized to stay locked — if power is cut, the door will unlock automatically, making it ideal for emergency exits. Fail-Secure (NO) means the lock is energized to open — if power is cut, the door remains locked, which is better for high-security areas. The Ximiir XM-360A supports both modes, so you select the one that fits your security and safety requirements.
Q: What voltage and current does this electric strike door lock require?
A: This electric strike operates on 12V DC. Current draw is 120mA in Fail-Secure (NO) mode and 240mA in Fail-Safe (NC) mode. Ensure your access control power supply meets these requirements for reliable operation.
Q: What types of doors is the XM-360A electric strike compatible with?
A: The Ximiir XM-360A is suitable for framed doors, stainless steel doors, and small glass doors. Its compact profile (138mm × 32mm × 39mm) and surface-mount drilling installation make it versatile enough for most standard commercial and residential door frames.
Q: Does this electric strike lock leave residual magnetism after operation?
A: No. The XM-360A uses a special electromagnetic process and high-quality magnetic materials to ensure no residual magnetism builds up during extended use, guaranteeing clean and reliable locking and unlocking cycles over time.