Honeywell 103SR14A-1 HCS Magnetics Hall Effect Position Sensor

What Is the Honeywell 103SR14A-1 HCS Magnetics Sensor?

The Honeywell 103SR14A-1 HCS Magnetics Hall effect position sensor is a digital unipolar position sensor designed for applications that require higher magnetic sensitivity than the standard 103SR13A family. This difference is important in layouts where the magnet-to-sensor gap is tighter to engineer, where magnetic field strength is lower, or where designers want a more responsive switching point. In search behavior, users often look for terms such as Honeywell 103SR14A-1 HCS Magnetics, high sensitivity Hall effect sensor, or industrial magnetic position switch.

Technical listing data identifies the Honeywell 103SR14A-1 as a digital open-collector Hall effect switch with wire leads, 4.5 V to 24 V supply, and an operating temperature range of -40 °C to 100 °C. Its must operate point is listed at 16 mT and its must release point at 0.5 mT, which positions it as a more sensitive alternative to the 103SR13A branch. This variant is also described with a sealed 15/32-32 UNS-2A cylindrical aluminum threaded housing, two hex nuts, and 152.4 mm 24-gauge lead wires with irradiated polyethylene insulation.

Why Engineers Choose the 103SR14A-1

The Honeywell 103SR14A-1 HCS Magnetics sensor is useful when designers need magnetic position sensing with a lower required operate threshold. That can support compact designs, smaller magnets, or applications where target movement tolerances are limited. Its non-contact operation also reduces wear and helps maintain stable switching in repetitive-use systems.

Application Examples

Typical application areas include industrial automation, machine position verification, enclosure status monitoring, and actuator travel sensing. The short wire-lead format can be useful in assemblies where the sensor is terminated directly into a nearby harness or sealed connector system. For more information about Honeywell, it is helpful to compare the 103SR14A and 103SR13A families side by side when sensitivity is a key selection factor.

FAQ

How is the Honeywell 103SR14A-1 different from the 103SR13A family?

The key difference is magnetic sensitivity. The 103SR14A-1 is listed with a 16 mT must operate value and a 0.5 mT must release value, making it more sensitive than the 103SR13A range.

What wiring style does the Honeywell 103SR14A-1 use?

This model is commonly listed with short wire leads rather than a longer fixed cable assembly.

What supply voltage does the 103SR14A-1 require?

It operates from 4.5 V to 24 V, which supports common industrial control voltage environments.

Why would a high-sensitivity Hall effect sensor be useful?

It can be advantageous when the magnet is smaller, the mounting distance is tighter, or the application needs switching at a lower magnetic field strength.

Which technical search terms best fit this product?

Relevant searches include Honeywell 103SR14A-1 HCS Magnetics, high sensitivity Hall effect position sensor, industrial magnetic switch, and open collector Hall effect sensor.