Honeywell Technologies Hall Effect Sensor Through Hole, Threaded Barrel, Surface, Side, Probe, Ratiometric Output, Flat

This hall-effect sensor is a Compact magnetic switch designed for position sensing and digital magnetic detection in industrial control and instrumentation. It operates from a low-voltage DC supply and is built for through-panel and probe installations where a ratiometric output and polarity protection are required. The product suits demanding electrical and mechanical environments that require a flat body style and varied mounting options.

• Ratiometric output at up to 12.6V provides proportional signal scaling • Reverse polarity protection prevents damage from incorrect supply connection • Maximum operating temperature +150°C supports high-temperature installations • Minimum operating temperature -40°C enables use in cold environments • Switching current limited to 30 mA reduces drive current requirements • Stainless steel and aluminium housing options enhance mechanical resilience

• Suitable for magnetic position sensing in automation actuators • Ideal for insertion in panels using threaded-barrel mounting • Used for contactless switching in electrical enclosures with solder-tag terminals • Can be used for probe-based detection in mechanical assembly lines • Suitable for low-current signal detection in electronic control modules

The device supports through-hole, threaded-barrel, surface, side and probe mounting to accommodate panel, chassis and probe-style installations.

Solder-tag terminals permit secure soldered connections to wiring looms or PCB pads where mechanical strain relief is required.

The housing comprises stainless steel, plastic and aluminium options to balance corrosion resistance, electrical insulation and structural support.

The sensor accepts a maximum supply of 12.6V DC while providing a ratiometric output that scales with the supply voltage, allowing consistent signal behaviour across nominal supply fluctuations.