DC 12V Door Cabinet Lock Electric Lock Assembly Solenoid

SKU: DE1WRR3GCU
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4.7 (86 reviews)
The DC 12V Door Cabinet Lock Electric Lock Assembly Solenoid is a compact electromechanical locking device designed for electrically controlled locking and unlocking of cabinets, drawers, doors, lockers, enclosures, and other small access-control systems. It uses a 12V DC solenoid mechanism to operate the locking bolt, allowing the lock to be controlled using a switch, relay, access-control system, keypad, RFID...
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The DC 12V Door Cabinet Lock Electric Lock Assembly Solenoid is a compact electromechanical locking device designed for electrically controlled locking and unlocking of cabinets, drawers, doors, lockers, enclosures, and other small access-control systems. It uses a 12V DC solenoid mechanism to operate the locking bolt, allowing the lock to be controlled using a switch, relay, access-control system, keypad, RFID module, microcontroller, or other suitable control circuit.

When the appropriate 12V DC power is applied, the internal solenoid generates a magnetic force that moves the locking mechanism, allowing the connected door or cabinet to be released. Once power is removed, the mechanism returns according to the lock's design, providing a simple method for integrating electronic access control into custom projects.

The compact construction makes this electric lock suitable for applications where a traditional mechanical lock needs to be replaced or supplemented with electronic control. It can be used for DIY smart cabinets, electronic lockers, storage boxes, automated doors, access-control prototypes, vending machines, equipment enclosures, and security-related projects.

The lock can be controlled using a push button, relay module, transistor/MOSFET driver, keypad, RFID system, fingerprint module, Arduino, ESP32, or other compatible controller. When using a microcontroller, an appropriate driver circuit and flyback protection should be used because the solenoid is an inductive load and requires more current than a typical GPIO pin can provide.

Suitable for electronics hobbyists, robotics enthusiasts, engineers, technicians, and DIY makers, the 12V electric solenoid lock provides a simple and practical way to add electronic locking functionality to custom enclosures and access-control systems.

Key Features

12V DC Electric Solenoid Lock
Electromechanical Door Lock
Designed for Cabinet Doors
Suitable for Drawers and Lockers
Compact Lock Assembly
Solenoid-Operated Mechanism
Electrical Unlocking
Suitable for Electronic Access Control
12V DC Operation
Easy to Integrate
Suitable for DIY Smart Lock Projects
Ideal for Electronic Cabinets
Suitable for Storage Boxes
Suitable for Lockers
Ideal for Vending Machine Projects
Useful for Equipment Enclosures
Suitable for Access-Control Systems
Compatible With Relay Modules
Compatible With Push Buttons
Suitable for Keypad Control
Suitable for RFID Access Systems
Suitable for Arduino Projects
Compatible With ESP32
Suitable for Microcontroller Projects With Driver
Compact Space-Saving Design
Simple Electrical Connection
Mechanical Locking Bolt
Suitable for Custom Automation
Ideal for Robotics Projects
Useful for Security Prototypes
Suitable for Educational Projects
Suitable for DIY Electronics
Easy to Mount
Suitable for Custom Enclosures
Practical Electronic Locking Solution

Shipping & Returns

Orders placed before 3 PM IST will be shipped on the same day (excluding Sundays and Public holidays) through our shipping partners. In rare cases, the pickup may get delayed during Public holidays / Bandh / Environmental disturbances.

Specifications

Specifications:

Product Name: DC 12V Door Cabinet Lock Electric Lock Assembly Solenoid
Product Type: Electric Solenoid Lock
Lock Type: Electromechanical Solenoid Lock
Operating Voltage: 12V DC
Actuation: Solenoid
Lock Mechanism: Electrically Actuated Locking Bolt
Power Requirement: 12V DC
Control Method: Switch, Relay, MOSFET, Access Controller or Suitable Driver
Microcontroller Control: Possible With External Driver
Arduino Compatibility: Yes, With Suitable Driver
ESP32 Compatibility: Yes, With Suitable Driver
Current Consumption: Depends on Specific Lock Version
Power Consumption: Depends on Operating Current
Mounting: Screw Mounted
Installation: Door / Cabinet Mounted
Application: Cabinet, Drawer, Locker, Door and Enclosure Locking
Construction: Metal Mechanical Lock Assembly
Lock Body: Compact
Bolt Movement: Solenoid Actuated
Return Mechanism: Depends on Lock Design
Unlock Method: Electrical Activation
Locking Method: Mechanical / Spring Return Depending on Version
Relay Control: Suitable
Driver Requirement: Recommended for Microcontroller Control
Inductive Load: Yes
Flyback Protection: Recommended
Operating Mode: Intermittent Operation Recommended Unless Specifically Rated for Continuous Duty
Maintenance: Low
Applications: Cabinets, Lockers, Drawers, Storage Boxes, Vending Machines, Equipment Enclosures, Access-Control Systems, Smart Cabinets, DIY Automation, Robotics and Electronic Security Projects
Package Includes: 1 × 12V Electric Solenoid Door/Cabinet Lock Assembly

FAQ

1. What is this 12V electric lock used for?

It is used to electronically control the locking and unlocking of cabinets, drawers, lockers, doors, storage boxes, equipment enclosures, and other suitable applications.

2. How does the solenoid lock work?

When 12V DC power is applied, the internal solenoid generates magnetic force that moves the locking mechanism. The exact locking and unlocking action depends on the particular lock design.

3. Can it be controlled with Arduino or ESP32?

Yes. An Arduino, ESP32, or similar microcontroller can control the lock using a suitable relay, MOSFET, or transistor driver circuit. The solenoid should not be powered directly from a GPIO pin.

4. Can it be used with an RFID system?

Yes. It can be integrated with an RFID access-control system where the RFID controller activates a relay or suitable driver to operate the 12V solenoid lock.

5. Does the lock require 12V power?

Yes. The lock is designed for 12V DC operation. The power supply should be capable of providing the required current for the specific lock.

6. Can the lock remain powered continuously?

Continuous energizing is not recommended unless the particular lock model is specifically rated for continuous operation. Solenoids can generate heat during extended energization, so the manufacturer's duty-cycle specification should be followed.

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