FAHRENHEIT 10000 LAB
The Fahrenheit 10000 Lab offers its expertise to perform temperature testing as well as electrical and mechanical testing on low voltage products. This is possible with direct or alternating current.
The tests that are made within the Lab follow standardized methods.
Soreel is able to simulate the setting conditions that are required by national and international standards.
Conducting testing successfully and measuring accordingly require great rigor and expertise in many fields, which is what our Lab offers.
The Fahrenheit 10000 Lab is an entirely independent entity, which ensures impartiality and integrity in the testing.
Click on the Cofrac Logo and write “Soreel” or “Fahrenheit 10000” in the research engine to see our accreditation.
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| Type of test | Object under test | Method | Means | Method reference |
| Temperature rise test | Low voltage electrical equipment | Measurement of the temperature during the heating process |
Thermocouple Up to 6300A |
IEC 61439-1 NF EN 61439-1 NF EN 50123-1 |
| Dielectric test | Low voltage electrical equipment | Apply voltage to a power frequency between two electrically conductive components | Dielectrimeter |
IEC 61439-1 NF EN 61439-1 NF EN 50123-1 |
| Insulation resistance test | Low voltage electrical equipment | Measurement of the insulation resistance | Megohmmeter |
IEC 61439-1 NF EN 61439-1 |
| Clearances and creepage distances | Low voltage electrical equipment | Measurement of the distance (width and height) between two electrically conductive components | Electrical Micrometer |
IEC 61439-1 NF EN 61439-1 |
| Effective continuity between the exposed-conductive-parts | Low voltage electrical equipment | Measurement of the resistance between the masses and the external conductor | Micro-ohmmeter |
IEC 61439-1 NF EN 61439-1
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| Mechanical operation | Low voltage electrical equipment | Various actions applied to the product without passing current | Operator |
IEC 61439-1 NF EN 61439-1 IEC 61439-2 NF EN 61439-2 NF EN 50123-1 |