Sensors

Aerospace thermal switch for commercial and military applications combines small size with robust electrical characteristics and more.

• Aerospace thermal switch for commercial and military applications combines small size with robust electrical characteristics and more.
• Key Benefits: Devices meet or exceed all conditions of MIL-PRF-24236/1, Higher temperatures are available as customs, The 550 Series supports applications to 550°F upper ambient, The 570 Series supports applications to 400°F upper ambient

The 700 Series is rooted at the start of the Space Age – this series is a purpose-designed product to support manned and unmanned space applications.

• The 700 Series is rooted at the start of the Space Age – this series is a purpose-designed product to support manned and unmanned space applications.
• Dimensions: 700 series, ½ in mechanism, 700 series, ½in mechanism

Honeywell’s multi-generational legacy in thermal switch development allows us to produce a custom thermal switch solution.

• Honeywell’s multi-generational legacy in thermal switch development allows us to produce a custom thermal switch solution.

Full authority digital engine controls (FADEC) is designed for pressure systems to provide extremely precise and stable pressure measurements.

• Full authority digital engine controls (FADEC) is designed for pressure systems to provide extremely precise and stable pressure measurements.
• Key Benefits: Modular solutions that solve multiple pressure channel needs, Reduced engine maintenance costs due to industry-leading sensor stability

Sensing elements and signal conditioning electronics are integrated into load-path electromechanical components.

• Sensing elements and signal conditioning electronics are integrated into load-path electromechanical components.
• Key Benefits: Overload protection, Pilot input force measurement, Servo-loop feedback

Honeywell HMC2003 is a high-sensitivity 3-axis analog magnetometer using AMR sensors for precise low-field detection. Features low-noise amps, stable performance, and flexible analog output—ideal for UAVs, navigation, and medical devices.

• Honeywell HMC2003 is a high-sensitivity 3-axis analog magnetometer using AMR sensors for precise low-field detection. Features low-noise amps, stable performance, and flexible analog output—ideal for UAVs, navigation, and medical devices.

Honeywell HMR2300 is a 3-axis smart magnetometer with RS-232/RS-485 output for detecting magnetic field strength and direction. Ideal for UAVs, navigation, anomaly detection, and lab use. Includes demo kit and free software.

• Honeywell HMR2300 is a 3-axis smart magnetometer with RS-232/RS-485 output for detecting magnetic field strength and direction. Ideal for UAVs, navigation, anomaly detection, and lab use. Includes demo kit and free software.

See how Honeywell’s MagVar software keeps your fleet’s inertial reference systems magnetic variation table up to date with the Earth’s natural change.

• See how Honeywell’s MagVar software keeps your fleet’s inertial reference systems magnetic variation table up to date with the Earth’s natural change.

Honeywell’s HMC6343 & HMR3300 are compact, tilt-compensated digital compasses using AMR & MEMS tech for precise heading. Ideal for UAVs, optics & industrial systems, with solid-state reliability & easy integration for high-volume use.

• Honeywell’s HMC6343 & HMR3300 are compact, tilt-compensated digital compasses using AMR & MEMS tech for precise heading. Ideal for UAVs, optics & industrial systems, with solid-state reliability & easy integration for high-volume use.

Transformer that provides an AC output voltage directly proportional to the linear motion of its input shaft; available in basic and high temperature.

• Transformer that provides an AC output voltage directly proportional to the linear motion of its input shaft; available in basic and high temperature.

The HMC1051Z, HMC1052L, and HMC1053 sensors from Honeywell are engineered for ultra-sensitive, low-field magnetic sensing.

• The HMC1051Z, HMC1052L, and HMC1053 sensors from Honeywell are engineered for ultra-sensitive, low-field magnetic sensing.

Enhance your systems with our advanced Magnetic Sensors and Transducers, ensuring accurate measurements.

• Enhance your systems with our advanced Magnetic Sensors and Transducers, ensuring accurate measurements.

Honeywell HMC1501/1512 AMR sensors detect linear and angular displacement with sub-degree resolution, gap tolerance, and vibration resistance—ideal for OEMs in position sensing and rotary speed measurement.

• Honeywell HMC1501/1512 AMR sensors detect linear and angular displacement with sub-degree resolution, gap tolerance, and vibration resistance—ideal for OEMs in position sensing and rotary speed measurement.
• Features: 4-Element Wheatstone Bridges, Absolute Sensing, Available in Tape & Reel Packaging, Effective Linear Range, Surface Mount Sensors, Wide Angular Range
• Bridge Offset Tempco: ±100 ppm/°C (Typical) (TA = -40°C to +125°C) (HMC1501 and HMC1512)
• Bridge Ohmic Tempco: 2800 ppm/°C (Typical) (Vb=5 volts, TA = -40 °C to +125°C) (HMC1501 and HMC1512)

A variable transformer in which, most commonly, both rotor and stator have two phase windings that are mechanically displaced by 90°.

• A variable transformer in which, most commonly, both rotor and stator have two phase windings that are mechanically displaced by 90°.

Miniature inertial measurement unit is the system of choice for commercial and military programs with proven space flight heritage.

• Miniature inertial measurement unit is the system of choice for commercial and military programs with proven space flight heritage.
• Key Benefits: 100 percent mission success, Based on inertial measurement system of choice for future high-volume commercial and military programs, Best-performing gyro ever manufactured, as validated by independent government labs, Flown on geostationary earth orbit, low earth orbiting and deep-space-probe applications, High-performance bus attitude control, Inertial measurement system of choice for commercial and military programs, Low cost, lightweight, low power, tactical performance, Low-drift, low-noise applications, Precision payload pointing and stabilization, Proven space flight heritage, Tailorable to unique program needs through sizing of fiber coil and fiber length, Tailored and enhanced our high-volume military inertial product for space applications

The HMC104X and HMC105X family of magnetoresistive sensors offer a compact and highly reliable solution for low field magnetic sensing.

• The HMC104X and HMC105X family of magnetoresistive sensors offer a compact and highly reliable solution for low field magnetic sensing.
• Size: 1.5”x4.2”x0.88” (HMR3000) millimetre, 10 mm x 3.9 mm x 1.5 mm (HMC102X) millimetre, 12.7 mm x 7.3 mm x 2.5 mm (HMC100X) millimetre, 1”x1.45”x0.4” (HMR3300) millimetre, 3 mm x 3 mm x 0.8 mm (HMC104X) millimetre, 3 mm x 3 mm x 1 mm (HMC105X) millimetre, 9 mm x 9 mm x 1.9 mm (HMC6343) millimetre
• Board Area (2 Axis): 10 mm² (HMC104X), 128 mm² (HMC100X), 15 mm² (HMC105X), 60 mm² (HMC102X)

A 12-channel system designed to provide highly accurate satellite navigation position information to the FMZ-2000 flight management system.

• A 12-channel system designed to provide highly accurate satellite navigation position information to the FMZ-2000 flight management system.

The insulating layer of silicon dioxide (SiO2) isolates the integrated circuit transistors from the bulk substrate providing a number of benefits.

• The insulating layer of silicon dioxide (SiO2) isolates the integrated circuit transistors from the bulk substrate providing a number of benefits.