By varying the pole piece gap, any magnetic field strength can be set!
The "EM-112150P" is a small experimental magnet with a built-in permanent magnet, allowing it to generate a magnetic field without a power supply. At a pole piece gap of 11mm, it generates a magnetic field of approximately 0.5 tesla or more. It also ensures uniformity of the magnetic field, allowing for NMR signal acquisition. It can be used for various experiments, calibration of Hall elements, and a wide range of applications. Since there is no power supply for the electromagnet, it does not generate heat. 【Features】 ■ Built-in permanent magnet ■ Maximum magnetic field of approximately 0.5 tesla ■ Wide range of magnetic field uniformity ■ Compact and portable ■ No need for water cooling or similar ■ Adjustable pole piece gap to set the required magnetic field strength *For more details, please download the PDF or feel free to contact us.
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【Features Details】 ■ High magnetic field strength: Approximately 0.34 to 0.5T (magnetic field strength is an approximate value) ■ Gap between pole pieces: 11mm to 21mm ■ High uniformity: 1×10-4/cc or higher (at a pole piece gap of 11mm) ■ Weight: Approximately 6Kg ■ Permanent magnet: Neodymium magnet ■ Magnetic field strength calibration: Absolute value measurement conducted with our NMR magnetic field measuring device before shipment *For more details, please download the PDF or feel free to contact us.
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For more details, please download the PDF or feel free to contact us.
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Echo Electronics Co., Ltd. is engaged in the design, manufacturing, and sales of electrical equipment and electronic measuring instruments, as well as the design, manufacturing, and sales of electronic application devices. We offer precise magnetic field strength measurements and customization of measuring instruments to suit various magnetic field measurement environments. Our NMR magnetic field measuring instruments are widely used in the field of physics (such as physical research and accelerator facilities) and in the medical field (such as distribution measurements for MRI magnets), based on over 50 years of experience.
