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05704-A-0122 HONEYWELL High performance pressure sensor

05704-A-0122 HONEYWELL High performance pressure sensor

Manufacturers ：HONEYWELL
Model(s)  ：05704-A-0122
Additional Information ：High performance pressure sensor
Estimated Shipping Size
Dimensions: 263 × 58 × 28mm
Weight:.4.3 kg
Country of Origin: United States of America

 

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Overview

Essential details：05704-A-0122 HONEYWELL High performance pressure sensor

Honeywell absolute, gauge and true gauge and small pressure sensors meet the most demanding test and measurement specifications in the world’s harshest environments, including general industrial process requirements and pressure sensors dedicated to hazardous areas. Honeywell also manufactures a wide range of fully functional wet/wet and wet/dry differential pressure sensors and transmitters. We design our products with robust and reliable stainless steel construction (including liquid bonding materials) to meet or exceed standard requirements. Honeywell pressure products have evolved and refined over time to meet the exacting requirements of our consumers, while being fully customized to meet your needs

05704-A-0122

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05704-A-0122 HONEYWELL High performance pressure sensor

Position sensor (Hall sensor)

Since there are no brushes in the BLDC motor, the commutation is electronically controlled. In order for the motor to rotate, the stator windings must be energized sequentially, and the position of the rotor (i.e., the north and south poles of the rotor) must be known to precisely energizing a specific set of stator windings.

A position sensor with a Hall sensor (operating on the principle of the Hall effect) is usually used to detect the position of the rotor and convert it into an electrical signal. Most BLDC motors use three Hall sensors, which are embedded in the stator to detect the position of the rotor.

The output of the Hall sensor will be high or low, depending on whether the North Pole of the rotor is South or near the North Pole. By combining the results of the three sensors, the exact sequence of power-on can be determined.

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