RF Exposure Evaluation for SR1KW0L-SG1-US Power Station

RF Exposure Info

This document presents an RF exposure evaluation for the SR1KW0L-SG1-US Portable Power Station, conducted by Global Testing Group (GTG). The evaluation adheres to FCC regulations, specifically FCC 1.1310, to assess the environmental impact of human exposure to radio frequency radiation. The report details the EUT (Equipment Under Test) specifications, including the model number, FCC ID, antenna gain, operating frequencies (BLE and WIFI), modulation types, power supply, and maximum output power for various wireless modes.

The evaluation employs the Friis transmission formula to calculate power density at a specified distance, ensuring compliance with Maximum Permissible Exposure (MPE) limits. The report includes tables summarizing measured power, tune-up power, antenna gain, and calculated power density results for BLE and WIFI modes (802.11b, 802.11g, 802.11n HT20, and 802.11n HT40). The results demonstrate that the device operates within the permissible exposure limits defined by FCC regulations, ensuring user safety.


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tags: ["SR1KW0L-SG1-US", "2BBDT-SR1KW0L", "Portable Power Station", "RF Exposure", "FCC 1.1310", "MPE", "BLE", "WIFI"]
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This document presents an RF exposure evaluation for the SR1KW0L-SG1-US Portable Power Station, conducted by Global Testing Group (GTG). The evaluation adheres to FCC regulations, specifically FCC 1.1310, to assess the environmental impact of human exposure to radio frequency radiation. The report details the EUT (Equipment Under Test) specifications, including the model number, FCC ID, antenna gain, operating frequencies (BLE and WIFI), modulation types, power supply, and maximum output power for various wireless modes.

The evaluation employs the Friis transmission formula to calculate power density at a specified distance, ensuring compliance with Maximum Permissible Exposure (MPE) limits. The report includes tables summarizing measured power, tune-up power, antenna gain, and calculated power density results for BLE and WIFI modes (802.11b, 802.11g, 802.11n HT20, and 802.11n HT40). The results demonstrate that the device operates within the permissible exposure limits defined by FCC regulations, ensuring user safety.

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