Powell Electronics distributes Honeywell proximity sensors for aerospace

Distribution Powell Electronics Distributes Honeywell Proximity Sensors for Aerospace

2026-08-25 From Stefanie Eckardt | Translated by AI 1 min Reading Time

Powell Electronics now offers Honeywell proximity sensors in the General Aerospace Proximity Sensors and Harsh Application Proximity Sensors versions. The sensors are used in aerospace applications.

Powell Electronics expands its portfolio with GAPS and HAPS proximity sensors from Honeywell for aerospace applications.(Source: Honeywell) — Powell Electronics expands its portfolio with GAPS and HAPS proximity sensors from Honeywell for aerospace applications.
(Source: Honeywell)

The General Aerospace Proximity Sensors (GAPS) are configurable, non-contact, and hermetically sealed components designed to detect the presence or absence of target objects. They can be used in less harsh application areas and differ in certain electrical and environmental characteristics from the Harsh Application Proximity Sensors (HAPS). The proximity sensors in the HAPS version are configurable, non-contact, and hermetically sealed components designed to detect the presence or absence of target objects in harsh aerospace environments.

Integrated condition monitoring

The proximity sensors of the GAPS and HAPS series can be configured with an optional output for condition monitoring to the host system. The detection of the target object is based on the principle of the Eddy Current Killed Oscillator (ECKO). In addition, Honeywell has developed and implemented the patented FAVCO technology (Fixed Amplitude Variable Current Oscillator), which enables the sensors to provide integrated health monitoring (IHM). Furthermore, both the GAPS and HAPS series contribute to reducing downtime and maintenance costs, as they are equipped with circuitry that can detect internal faults and output them as such, rather than merely as false positives or false negatives.

The technical features of the GAPS and HAPS series proximity sensors include an extended operating temperature range from –55 to 115 °C (-131 to 239 °F), vibration resistance up to 20g (GAPS) or 90g (HAPS), a supply DC voltage from 12 V to 32 V, and a response time to target objects of less than 5 ms. (se)

mikrochiip-20pr-20image-1012x569v1 (Bild:Mikrochip Technology)

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Date: 08.12.2025

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