1. High calibration accuracy: Provides reliable standards for Hall sensors, ensuring precise results.
2. Variable magnetic field strengths: Meets diverse calibration needs from 0.1T to 3.0 T.
3. Energy-efficient and durable: No external power is required, ensuring stable long-term performance.
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Calibration magnets, an important tool in modern measurement and calibration technology, are designed to calibrate Hall effect sensors and similar devices precisely. Calibration magnets are known for their precise magnetic field output, producing a stable and adjustable magnetic field to meet the calibration needs of different Hall effect sensors or devices. Whether in a laboratory environment requiring high-precision measurements or an industrial production site requiring rapid calibration, calibration magnets perform well. Calibration magnets are suitable for the calibration of Hall effect sensors and can be widely used in other fields requiring accurate magnetic field measurement, such as reluctance sensors, magnetometers, etc.

 

 

Accurate calibration: The calibration accuracy of the calibration magnet is between 0.1% and 1%, providing a reliable standard for the calibration of Hall effect sensors. This ensures accurate and consistent results, which is critical for applications that require high precision.

Diverse magnetic field strength: The normal magnetic field level is {{0}}.1T1.1 T, and calibration magnets can meet a variety of calibration needs by providing up to 3.0 T magnetic field options. This diversity enables users to select the most appropriate magnetic field strength for their specific application.

Energy-efficient and long-lasting: As permanent magnets, calibrated magnets do not require an external power source, saving energy and reducing operating costs. At the same time, long-term use does not require heating, ensuring continuous and stable performance and extending their service life.

Stable and rigid air gap: The calibration magnet's air gap is fixed and rigid, ensuring a stable magnetic field and making it a standard magnetic field for calibration. This stability ensures accurate and reliable results over the long term. 6. Customizable options: We can customize permanent magnets of different shapes according to customers' specific needs.

 

 



DX 4010-01

40

10

0.1

Φ6*6

Φ82 x 102

3

DX 4010-02

40

10

0.2

Φ6*6

Φ84 x 102

3

DX 4010-03

40

10

0.3

Φ6*6

Φ84 x 102

3

DX 4010-04

40

10

0.4

Φ6*6

Φ84 x 102

3

DX 4010-05

40

10

0.5

Φ6*6

Φ84 x 102

3

DX 4010-06

40

10

0.6

Φ6*6

Φ84 x 102

3

DX 4010-07

40

10

0.7

Φ6*6

Φ84 x 102

3

DX 4008-08

40

8

0.8

Φ6*6

Φ84 x 115

4

DX 4006-09

40

6

0.9

Φ6*6

Φ82 x 136

5

DX 4006-10

30

6

1

Φ5*5

Φ82 x 136

5

DX 4006-11

30

6

1.1

Φ5*5

Φ82 x 136

5

Uniformity(H/H): 0.001

 

 

 

Providing efficient transportation solutions has become the key to capturing and maintaining customer loyalty in the logistics industry. To this end, we firmly adhere to the concept of "customer first", through the comprehensive use of sea, air and other transportation modes, to provide customers with the right solutions to meet their different needs. Our logistics team is experienced and well-versed in the nuances of various modes of transport. The optimal transportation scheme is planned according to the specific characteristics of the goods and the characteristics of the destination. We are committed to providing excellent service to ensure every shipment is delivered on time, safely and without error.

 

Air transportaion

sea transportation

express transportation

 

 

Question 1: How can the uniformity of the magnetic field with a calibration magnet be ensured?

 

 

 

Question 2: How does the Calibration Magnet perform in high or low-temperature environments?

 

 

 

Question 3: Will the magnetic field strength of the Calibration Magnet change after prolonged use?

 

 

 

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