Honeywell Technologies 1 Axis Through Hole Hall Effect Sensor 4.5 V 10.5V, TO-92, 3-Pin

This Hall effect sensor converts magnetic field presence into an electrical signal for sensing applications across electronic systems. It operates from low supply voltages and functions reliably across a wide temperature range, making it suitable for Compact installations where fast magnetic detection is required. The device is supplied in a through-hole TO-92 package and presents a simple 3-pin Interface for integration into control and monitoring circuits.

• 3 μs response time enables Rapid magnetic event detection
• 7 mA supply current minimises power draw in continuous operation
• 4.5 V minimum supply voltage supports low-voltage designs
• 150°C maximum temperature rating allows high-temperature use
• 3% sensitivity delivers consistent detection accuracy

• Suitable for position sensing in small actuators
• Ideal for non-contact switch replacement in control panels
• Used for rotor or shaft monitoring in low-voltage drives
• Can be used for proximity detection in Compact assemblies
• Appropriate for magnetic field sensing in test rigs

It is supplied in a TO-92 through-hole package suitable for straightforward insertion and soldering.

It requires a 3-pin connection comprising supply, ground and output.

It operates from -40°C up to 150°C for use in elevated temperature environments.

It has a sensitivity specified at 3% for repeatable magnetic detection.

The device is defined with a magnetic type Value of 4.10 to guide selection with magnets and field strengths.