In applications where a reed switch signals relative motion, permanent magnets are used to provide the operating magnetic field. HSI offers two types of magnets: square shaped and cylindrical shaped, all in many different lengths, widths, heights, gauss strengths, and material composition.

In applications where a reed switch signals relative motion, permanent magnets are used to provide the operating magnetic field. HSI offers two types of magnets: square shaped and cylindrical shaped, all in many different lengths, widths, heights, gauss strengths, and material composition.

In applications where a reed switch signals relative motion, permanent magnets are used to provide the operating magnetic field. HSI offers two types of magnets: square shaped and cylindrical shaped, all in many different lengths, widths, heights, gauss strengths, and material composition.

In applications where a reed switch signals relative motion, permanent magnets are used to provide the operating magnetic field. HSI offers two types of magnets: square shaped and cylindrical shaped, all in many different lengths, widths, heights, gauss strengths, and material composition.

In applications where a reed switch signals relative motion, permanent magnets are used to provide the operating magnetic field. HSI offers two types of magnets: square shaped and cylindrical shaped, all in many different lengths, widths, heights, gauss strengths, and material composition.

In applications where a reed switch signals relative motion, permanent magnets are used to provide the operating magnetic field. HSI offers two types of magnets: square shaped and cylindrical shaped, all in many different lengths, widths, heights, gauss strengths, and material composition.

In applications where a reed switch signals relative motion, permanent magnets are used to provide the operating magnetic field. HSI offers two types of magnets: square shaped and cylindrical shaped, all in many different lengths, widths, heights, gauss strengths, and material composition.

In applications where a reed switch signals relative motion, permanent magnets are used to provide the operating magnetic field. HSI offers two types of magnets: square shaped and cylindrical shaped, all in many different lengths, widths, heights, gauss strengths, and material composition.

In applications where a reed switch signals relative motion, permanent magnets are used to provide the operating magnetic field. HSI offers two types of magnets: square shaped and cylindrical shaped, all in many different lengths, widths, heights, gauss strengths, and material composition.

In applications where a reed switch signals relative motion, permanent magnets are used to provide the operating magnetic field. HSI offers two types of magnets: square shaped and cylindrical shaped, all in many different lengths, widths, heights, gauss strengths, and material composition.

In applications where a reed switch signals relative motion, permanent magnets are used to provide the operating magnetic field. HSI offers two types of magnets: square shaped and cylindrical shaped, all in many different lengths, widths, heights, gauss strengths, and material composition.

In applications where a reed switch signals relative motion, permanent magnets are used to provide the operating magnetic field. HSI offers two types of magnets: square shaped and cylindrical shaped, all in many different lengths, widths, heights, gauss strengths, and material composition.

In applications where a reed switch signals relative motion, permanent magnets are used to provide the operating magnetic field. HSI offers two types of magnets: square shaped and cylindrical shaped, all in many different lengths, widths, heights, gauss strengths, and material composition.

In applications where a reed switch signals relative motion, permanent magnets are used to provide the operating magnetic field. HSI offers two types of magnets: square shaped and cylindrical shaped, all in many different lengths, widths, heights, gauss strengths, and material composition.

In applications where a reed switch signals relative motion, permanent magnets are used to provide the operating magnetic field. HSI offers two types of magnets: square shaped and cylindrical shaped, all in many different lengths, widths, heights, gauss strengths, and material composition.

In applications where a reed switch signals relative motion, permanent magnets are used to provide the operating magnetic field. HSI offers two types of magnets: square shaped and cylindrical shaped, all in many different lengths, widths, heights, gauss strengths, and material composition.

In applications where a reed switch signals relative motion, permanent magnets are used to provide the operating magnetic field. HSI offers two types of magnets: square shaped and cylindrical shaped, all in many different lengths, widths, heights, gauss strengths, and material composition.

In applications where a reed switch signals relative motion, permanent magnets are used to provide the operating magnetic field. HSI offers two types of magnets: square shaped and cylindrical shaped, all in many different lengths, widths, heights, gauss strengths, and material composition.

In applications where a reed switch signals relative motion, permanent magnets are used to provide the operating magnetic field. HSI offers two types of magnets: square shaped and cylindrical shaped, all in many different lengths, widths, heights, gauss strengths, and material composition.

In applications where a reed switch signals relative motion, permanent magnets are used to provide the operating magnetic field. HSI offers two types of magnets: square shaped and cylindrical shaped, all in many different lengths, widths, heights, gauss strengths, and material composition.

In applications where a reed switch signals relative motion, permanent magnets are used to provide the operating magnetic field. HSI offers two types of magnets: square shaped and cylindrical shaped, all in many different lengths, widths, heights, gauss strengths, and material composition.

In applications where a reed switch signals relative motion, permanent magnets are used to provide the operating magnetic field. HSI offers two types of magnets: square shaped and cylindrical shaped, all in many different lengths, widths, heights, gauss strengths, and material composition.

In applications where a reed switch signals relative motion, permanent magnets are used to provide the operating magnetic field. HSI offers two types of magnets: square shaped and cylindrical shaped, all in many different lengths, widths, heights, gauss strengths, and material composition.

In applications where a reed switch signals relative motion, permanent magnets are used to provide the operating magnetic field. HSI offers two types of magnets: square shaped and cylindrical shaped, all in many different lengths, widths, heights, gauss strengths, and material composition.

In applications where a reed switch signals relative motion, permanent magnets are used to provide the operating magnetic field. HSI offers two types of magnets: square shaped and cylindrical shaped, all in many different lengths, widths, heights, gauss strengths, and material composition.

In applications where a reed switch signals relative motion, permanent magnets are used to provide the operating magnetic field. HSI offers two types of magnets: square shaped and cylindrical shaped, all in many different lengths, widths, heights, gauss strengths, and material composition.