RF Exposure Evaluation for DAJA Laser Engraving Machine

AiTDG-241127004W3_FCC RF EXPOSURE 20cm

This document presents the RF exposure evaluation for the DAJA laser engraving machine, model DJ6 Pro. The evaluation was conducted by Dongguan Yaxu (AiT) Technology Limited to ensure compliance with FCC regulations regarding radio frequency energy exposure. The report details the product specifications, applicable standards, measurement methods, and results of the evaluation.

The evaluation considered the device's operating frequency, antenna gain, and maximum output power. The MPE (Maximum Permissible Exposure) was calculated at a distance of 20cm, as specified by the manufacturer. The results demonstrate that the device complies with the FCC limits for uncontrolled RF exposure, ensuring the safety of users and the general public. The report includes information on the test facility, measurement uncertainty, and manufacturing tolerance, providing a comprehensive assessment of the device's RF exposure characteristics.

The evaluation was performed according to 47CFR §1.1310,47CFR §2.1091 and KDB447498 D01 General RF Exposure Guidance v06. The test dates were from Nov. 27, 2024 to Dec. 23, 2024, and the report was issued on Dec. 24, 2024.


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tags: ["DJ6 Pro", "2BHH8-DJ6PRO", "AiTDG-241127004W3", "laser engraving machine"]
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This document presents the RF exposure evaluation for the DAJA laser engraving machine, model DJ6 Pro. The evaluation was conducted by Dongguan Yaxu (AiT) Technology Limited to ensure compliance with FCC regulations regarding radio frequency energy exposure. The report details the product specifications, applicable standards, measurement methods, and results of the evaluation.

The evaluation considered the device's operating frequency, antenna gain, and maximum output power. The MPE (Maximum Permissible Exposure) was calculated at a distance of 20cm, as specified by the manufacturer. The results demonstrate that the device complies with the FCC limits for uncontrolled RF exposure, ensuring the safety of users and the general public. The report includes information on the test facility, measurement uncertainty, and manufacturing tolerance, providing a comprehensive assessment of the device's RF exposure characteristics.

The evaluation was performed according to 47CFR §1.1310,47CFR §2.1091 and KDB447498 D01 General RF Exposure Guidance v06. The test dates were from Nov. 27, 2024 to Dec. 23, 2024, and the report was issued on Dec. 24, 2024.

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