Honeywell 1490068-3P10 Magnet Accessory Overview
The Honeywell 1490068-3P10 magnet is one of the clearer parts in this list from a public classification standpoint. Distributor data identifies it as MAGNET with a detailed description of Magnet in the multi-purpose magnets category under sensors and transducers. That positioning suggests a component intended to work with detection, actuation, or position-related assemblies where magnetic interaction is part of the design.
What Is the Honeywell 1490068-3P10 Magnet?
When engineers search for the Honeywell 1490068-3P10 custom assembly or Honeywell 1490068-3P10 magnet accessory, they are usually not looking for a decorative or generic magnet. They are looking for a defined magnetic component with a known fit and expected behavior inside a sensor-linked system. Magnets in industrial assemblies can support position sensing, movement indication, rotational detection, proximity logic, or coupling with transducer elements.
Because the part is classified under sensors and transducers, it should be understood as a functional system component. That matters in design and maintenance work. Magnet strength, shape, placement, and stability can all influence how the associated sensor responds.
Why a Magnet Accessory Can Be Technically Critical
The Honeywell 1490068-3P10 magnet may appear simple from its catalog description, but magnets are often one of the hidden variables in reliable sensor behavior. If the magnetic field is too weak, too strong, or positioned incorrectly, signal quality and repeatability may suffer. In some assemblies, even small deviations can affect switching points or reading consistency.
That is why original part numbers remain important in magnetic sensor environments. The correct Honeywell magnet helps support the intended balance between mechanical packaging and sensing performance. This is especially relevant in custom assemblies where the magnet works with a dedicated housing, rotor, or transducer geometry.
Verified Public Technical Details
- Manufacturer: Honeywell Sensing and Productivity Solutions
- Part number: 1490068-3P10
- Public description: MAGNET
- Detailed description: Magnet
- Category: Sensors, Transducers
- Subcategory: Magnets / Multi Purpose Magnets
- Packaging: Bulk
- Part status: Active
- Public lead time reference: 4 weeks
These verified public attributes make it clear that the part belongs in the sensing ecosystem, even though full magnetic performance values are not exposed in the public catalog pages referenced here.
For more information about Honeywell, reviewing the complete sensing application around the magnet can help ensure a better replacement or integration decision.
Frequently Asked Questions
Is Honeywell 1490068-3P10 just a standard magnet?
No. Public listings place it in the multi-purpose magnets category under sensors and transducers. That means it should be treated as a functional component intended for technical use, not as a casual general-purpose item.
Why is this magnet associated with sensors and transducers?
Many sensing systems rely on magnetic interaction to detect position, movement, or state changes. A magnet accessory may be essential to how a nearby sensor operates, even if the magnet itself has no electronics.
Can a different magnet be substituted?
That depends on the design, but substitution should be approached carefully. Magnetic strength, orientation, dimensions, material, and mounting all influence performance. In precision assemblies, using the original coded part is the safer approach.
What does the active status indicate?
It indicates that the part is currently recognized in supply channels referenced by public listings. Even so, actual procurement timing can still depend on order quantity, distributor arrangements, and manufacturer lead time.
What should engineers confirm before using 1490068-3P10?
They should confirm the host assembly, sensor relationship, required magnetic orientation, physical envelope, mounting method, and any maintenance notes tied to the full device. Magnets often look simple, but their function in the system is usually very specific.