CODING INTERNATIONAL CO LTD

SMART Position Sensor
Honeywell’s Wise Position Sensor encompasses the most basic geometric configurations: lines, angles, along with circles. The new sensor is highly durable, precise, and cost-effective, enabling design and style engineers to replace a great optical encoder, or to start using a sensor instead of a resolver which can be expensive and difficult for you to integrate into a system.

The SMART Situation Sensor utilizes non-contact magnetoresistive (MR) technology to determine the object’s placement, which allows it for you to accurately sense situation in dirty as well as harsh environments, updating optical encoders, which make use of light to determine situation, to obtain a highly exact measurement. Resolvers are typically hand-wired units with extremely high precision and durability for use within incredibly precise, non-serviceable aerospace apps.  SMART Position Sensor

The sensor comes with a high level of precision needed for the specific transport and industrial apps in which it is designed to run, measuring values right down to 0.01°. Potential travel applications include guiding angle, articulation viewpoint, and boom arm detection, while professional customers could use the idea in solar panels as well as wind turbines.

Honeywell uses a patented combination of an ASIC with an array of MR sensors to accurately and also reliably determine the position of a magnet dog collar attached to a spinning object to identify as well as control the object’s position. This technology helps OEMs minimize warranty costs because there are fewer parts to wear down or break down. And also this helps end users minimize downtime due to much less calibration requirements.

 SMART Position Sensor
The SMART Position Sensor’s automotive-grade potting causes it to be more resistant to vibrations, shock, and intense temperatures, improving trustworthiness and allowing for used in a wide variety of tough software. Repeatable output that occurs in just a 3.0 mm ±2.0 mm [0.118 in. ± 0.079 in.] air flow gap between the indicator and magnet receiver collar expand application possibilities. The sensor offers minimal signal mistake with up to 2.50 mm [0.10 in.] of radial problem, simplifying design-in.