Mini Push Pull Electromagnet Lock
Mini Push Pull Electromagnet Lock
The Mini Push-Pull Electromagnet Lock is a compact solenoid-based locking mechanism that converts electrical energy into linear motion. When powered, the internal electromagnet drives the metal plunger to either push or pull, enabling simple locking and unlocking actions. Its small size and fast response make it well suited for lightweight access control and automation projects.
Technical Specifications:
- Operating Voltage: Typically 6 V or 12 V DC (model dependent)
- Operating Mode: Push-pull (linear solenoid action)
- Current Consumption: Moderate (varies with voltage and load)
- Actuation Type: Momentary (energized to move, spring return when off)
- Connector: 2-wire lead with JST-type plug
- Body Material: Metal housing with insulated copper coil
- Mounting: Through-hole mounting points on the metal frame
Features:
- Compact and lightweight design
- Fast response and reliable actuation
- Simple two-wire control
- Can be driven via relay, transistor, or motor driver
- Spring-loaded return for fail-safe operation
- Durable metal construction
Applications:
- Small electronic door or drawer locks
- DIY access-control systems
- Vending and dispensing mechanisms
- Robotics and automation projects
- Smart cabinets and lockers
- Educational and prototype electromechanical systems
Product Information
Product Information
Shipping & Returns
Shipping & Returns



Mini Push Pull Electromagnet Lock
Mini Push Pull Electromagnet Lock
Mini Push Pull Electromagnet Lock
The Mini Push-Pull Electromagnet Lock is a compact solenoid-based locking mechanism that converts electrical energy into linear motion. When powered, the internal electromagnet drives the metal plunger to either push or pull, enabling simple locking and unlocking actions. Its small size and fast response make it well suited for lightweight access control and automation projects.
Technical Specifications:
- Operating Voltage: Typically 6 V or 12 V DC (model dependent)
- Operating Mode: Push-pull (linear solenoid action)
- Current Consumption: Moderate (varies with voltage and load)
- Actuation Type: Momentary (energized to move, spring return when off)
- Connector: 2-wire lead with JST-type plug
- Body Material: Metal housing with insulated copper coil
- Mounting: Through-hole mounting points on the metal frame
Features:
- Compact and lightweight design
- Fast response and reliable actuation
- Simple two-wire control
- Can be driven via relay, transistor, or motor driver
- Spring-loaded return for fail-safe operation
- Durable metal construction
Applications:
- Small electronic door or drawer locks
- DIY access-control systems
- Vending and dispensing mechanisms
- Robotics and automation projects
- Smart cabinets and lockers
- Educational and prototype electromechanical systems
Original: $3.24
-70%$3.24
$0.97Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Mini Push Pull Electromagnet Lock
The Mini Push-Pull Electromagnet Lock is a compact solenoid-based locking mechanism that converts electrical energy into linear motion. When powered, the internal electromagnet drives the metal plunger to either push or pull, enabling simple locking and unlocking actions. Its small size and fast response make it well suited for lightweight access control and automation projects.
Technical Specifications:
- Operating Voltage: Typically 6 V or 12 V DC (model dependent)
- Operating Mode: Push-pull (linear solenoid action)
- Current Consumption: Moderate (varies with voltage and load)
- Actuation Type: Momentary (energized to move, spring return when off)
- Connector: 2-wire lead with JST-type plug
- Body Material: Metal housing with insulated copper coil
- Mounting: Through-hole mounting points on the metal frame
Features:
- Compact and lightweight design
- Fast response and reliable actuation
- Simple two-wire control
- Can be driven via relay, transistor, or motor driver
- Spring-loaded return for fail-safe operation
- Durable metal construction
Applications:
- Small electronic door or drawer locks
- DIY access-control systems
- Vending and dispensing mechanisms
- Robotics and automation projects
- Smart cabinets and lockers
- Educational and prototype electromechanical systems










