49-499 | Radio Shack Magnetic Reed/Hall-Effect Automation Switch, Proximity/Magnetic Field Sensor

Description

The Radio Shack 49-499 is a magnetic sensing switch designed for automation and electronic control applications. Using reed and Hall-effect sensing principles, it detects magnetic fields and proximity changes with dependable accuracy. Its compact design makes it suitable for integration into various low-voltage sensing and control systems.

Technical Specifications

Information About 49-499

The 49-499 is part of Radio Shack’s line of magnetic sensing components and is engineered for applications requiring precise detection of magnetic field presence or movement. As a reed/Hall-effect hybrid device, it offers reliable switching performance in response to changes in magnetic proximity, making it useful in industrial automation, security systems, and consumer electronics. Its construction supports consistent activation and signal integrity, enabling it to function effectively as part of control circuits where non-contact sensing is required. The switch’s versatility allows it to serve in monitoring, triggering, and position-detection roles across a wide range of automation environments.

Key Features

• Reed/Hall-effect magnetic sensing: Provides dependable non-contact detection of magnetic fields.
• Proximity-based switching: Activates when a magnetic field approaches or changes position.
• Compact design: Suitable for integration into small control assemblies or enclosures.
• Versatile application use: Supports industrial automation, security systems, and electronic devices.
• Responsive switching action: Ensures accurate and repeatable activation.
• Low-voltage operation: Compatible with standard control and monitoring circuits.
• Durable construction: Designed for consistent performance in automated environments.
• Easy system integration: Functions as a drop-in component for proximity-triggered controls.

The 49-499 delivers reliable magnetic sensing performance for proximity detection and automation control across a range of electronic systems.