Chauvin Arnoux CA 40 Gaussmeter
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696,78 EUR |
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( 829,17 EUR incl. VAT ) ≈ £581.11 | ≈ $778.30 plus delivery charges: 55,00 € |
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| On order · Delivery time approx. 20 workdaysinfo_outline | |||||||||||
| Datasheet: | file_download Download | ||||||||||
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| Lieske Part No.: | 612029 | ||||||||||
| Mfg Part No: | P01167501 | ||||||||||
| UPC/EAN: | 3760171413760 | ||||||||||
| Weight: | 0.2 kg | ||||||||||
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Graduated prices net
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Product information for Chauvin Arnoux P01167501:
The CA 40 Gaussmeter/Teslameter from Chauvin Arnoux is a portable digital measuring instrument for detecting low-frequency magnetic fields. It is designed for measuring magnetic induction fields in the frequency range of 30 Hz to 300 Hz and is suitable for use in laboratories and production facilities, particularly when precise adjustment or monitoring of magnetic fields is required. The device is compactly designed and enables precise measurements in various industrial and technical application areas.
Applications
The CA 40 is suitable for measuring magnetic fields in environments where low-frequency alternating fields occur, for example in electrical engineering, testing of electrical installations, or in manufacturing technology. Measurements are taken in the ranges of 20 μT, 200 μT, and 2000 μT, with values specified for each measurement range. The application is particularly useful where precise detection of magnetic induction is required, such as in the analysis of electromagnetic interference or checking switchgear installations.
Functions and Equipment in Detail
The device features a unidirectional probe designed for measurement in a fixed direction. Measurement accuracy is ±(4 %+3 pts), ±(5 %+3 pts), and ±(10 %+5 pts), depending on the selected measurement range. These specifications refer to the deviation of measured values from the actual value and are crucial for the reliability of the results. The frequency bandwidth of 30 to 300 Hz covers the range of low-frequency alternating fields typically found in electrical installations.
Technology Explained Simply
Measurement is performed by detecting magnetic induction, expressed in Tesla (T) or Gauss (G). The CA 40 measures in microtesla (μT), a common unit for weak magnetic fields. The unidirectional probe detects the field in only one direction, which is advantageous for targeted measurements. The stated precision includes both percentage deviations and a fixed error value in points, which is important for evaluating measurement accuracy.
Compatibility and Accessories
For improved handling and protection of the device, a transport case is available. This provides secure transport and protection against mechanical impacts. The use of the transport case is optional and serves as a supplement to device care.
Mounting and Installation
The device is used directly at the measurement site without additional mounting or installation. The probe is held at the location where the magnetic field is to be measured. Operation is performed via the device’s control interface, which is designed for selecting measurement ranges and displaying results. Measurement is contactless, meaning no direct connection to the object under test is required.
Advantages in Operation
The CA 40 offers high measurement accuracy for low-frequency magnetic fields and is suitable for use in various technical environments. Its compact design and low weight of 285 g enable mobile use. Dimensions of 163 x 68 x 24 mm ensure a convenient size that fits comfortably in the hand. Measurement is performed without additional tools, making operation simple and quick. The precision specification in percent and points allows for accurate evaluation of measurement results.
Applications
The CA 40 is suitable for measuring magnetic fields in environments where low-frequency alternating fields occur, for example in electrical engineering, testing of electrical installations, or in manufacturing technology. Measurements are taken in the ranges of 20 μT, 200 μT, and 2000 μT, with values specified for each measurement range. The application is particularly useful where precise detection of magnetic induction is required, such as in the analysis of electromagnetic interference or checking switchgear installations.
Functions and Equipment in Detail
The device features a unidirectional probe designed for measurement in a fixed direction. Measurement accuracy is ±(4 %+3 pts), ±(5 %+3 pts), and ±(10 %+5 pts), depending on the selected measurement range. These specifications refer to the deviation of measured values from the actual value and are crucial for the reliability of the results. The frequency bandwidth of 30 to 300 Hz covers the range of low-frequency alternating fields typically found in electrical installations.
Technology Explained Simply
Measurement is performed by detecting magnetic induction, expressed in Tesla (T) or Gauss (G). The CA 40 measures in microtesla (μT), a common unit for weak magnetic fields. The unidirectional probe detects the field in only one direction, which is advantageous for targeted measurements. The stated precision includes both percentage deviations and a fixed error value in points, which is important for evaluating measurement accuracy.
Compatibility and Accessories
For improved handling and protection of the device, a transport case is available. This provides secure transport and protection against mechanical impacts. The use of the transport case is optional and serves as a supplement to device care.
Mounting and Installation
The device is used directly at the measurement site without additional mounting or installation. The probe is held at the location where the magnetic field is to be measured. Operation is performed via the device’s control interface, which is designed for selecting measurement ranges and displaying results. Measurement is contactless, meaning no direct connection to the object under test is required.
Advantages in Operation
The CA 40 offers high measurement accuracy for low-frequency magnetic fields and is suitable for use in various technical environments. Its compact design and low weight of 285 g enable mobile use. Dimensions of 163 x 68 x 24 mm ensure a convenient size that fits comfortably in the hand. Measurement is performed without additional tools, making operation simple and quick. The precision specification in percent and points allows for accurate evaluation of measurement results.
| Eigenschaften | |
| Magnetic field measurement | 20 μT, 200 μT, 2000 μT |
| Power density | - |
| Alarm | - |
| Dimensions | 163 x 68 x 24 mm |
| Weight | 285 g |
Questions & answers
What is the delivery time of Chauvin Arnoux CA 40 Gaussmeter?
The article Chauvin Arnoux CA 40 Gaussmeter is currently not in stock but has been backordered.
According to our experience the article is ready for dispatch within 20 working days. The delivery time usually refers to 1 piece. When ordering larger quantities, we can maybe shorten the delivery time. Just send us an inquiry about the desired quantity of Chauvin Arnoux P01167501 to our sales team for an exact delivery time.
How can I buy the item at a lower price?
We offer you Chauvin Arnoux CA 40 Gaussmeter always at the best possible price. We can give you a discount of 2% on Chauvin Arnoux CA 40 Gaussmeter if you choose payment in advance on ordering.
In addition, you can save money with our attractive graduated prizes with every purchase. If you buy a minimum of 3 pieces of Chauvin Arnoux CA 40 Gaussmeter we can offer you a price of 691,55 EUR per piece. The more you buy, the cheaper the article will be.
We also offer individual prices for your needs. You can get an offer by using the form Wholesale Inquiry.
Fitting accessory for Chauvin Arnoux CA 40 Gaussmeter
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Chauvin Arnoux P01298036 Transport case No. 5
This transport bag from Chauvin Arnoux is designed for the safe transport and orderly storage of measuring instruments and accessories. It is made of high-quality, durable fabric and features a ... Lieske Part No.: 758012 Mfg Part No: P01298036 |
78,40 EUR
 ≈ £65.39 | ≈ $87.57
On order · Delivery time approx. 20 workdaysinfo_outline
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