Jetmax JM-RC-DR1 RF Remote Control
Product Information
Specifications:
- Model: JM-RC-DR1
- FCC ID: 2AZA6JM-RC-DR1
- RF Remote Control
Product Usage Instructions
RF Remote Control Safety Information:
The RF Remote Control has been evaluated to meet general RF exposure requirements. It can be used in portable exposure conditions without restrictions.
Battery Use Reminders:
- Always purchase the correct size and grade of battery suitable for the intended use.
- Replace all batteries of a set at the same time.
- Clean the battery contacts and those of the device before battery installation.
- Ensure correct installation of batteries with regard to\ polarity (+ and -).
- Remove batteries from equipment not in use for an extended period.
- Promptly remove used batteries.
Frequently Asked Questions
- Q: Can I use rechargeable batteries with the RF Remote Control?
- A: It is recommended to use standard disposable batteries for optimal performance. Rechargeable batteries may not provide the same level of power output.
- Q: How far is the effective range of the RF Remote Control?
- A: The effective range can vary depending on environmental factors, but typically ranges up to 30 meters in an open area.
Product Information
Guangdong Global Testing Technology Co., Ltd. Room 101-105, 203-210, Building 1, No.2, Keji 8 Road, Songshan Lake Park, Dongguan city, Guangdong, People’s Republic of China, 523808 This report is based on a single evaluation of the submitted sample(s) of the above mentioned \Product, it does not imply an assessment of the production of the products. This report shall not be reproduced, except in full, without the written approval of Guangdong Global Testing Technology Co., Ltd.
Revision History
| Rev. | Issue Date | Revisions | Revised By | |||
| V0 | September 23,
2024 |
Initial Issue |
Summary of Test Results
| Test Item | Limit/Requirement | Result |
| Antenna Requirement | FCC Part 15.203 | Pass |
| AC Power Line Conducted Emission | FCC Part 15.207 | Pass |
| 20dB Bandwidth | FCC Part 15.231(c) | Pass |
| Transmission Time | FCC Part 15.231(a) | Pass |
| Radiated Emission | FCC Part 15.205/15.209 FCC Part 15.231(b) | Pass |
This test report is only published to and used by the applicant, and it is not for evidence purposes in China.
*The measurement result for the sample received is <Pass> according to <CFR 47 FCC PART 15 SUBPART C> when <Accuracy Method> decision rule is applied.
ATTESTATION OF TEST RESULTS
Applicant Information
- Company Name: Jetmax Lighting Co., Ltd
- Address: No.3, Golden 2nd Road, Baima, Nancheng District, Dongguan City, Guangdong Province
Manufacturer Information
- Company Name: Jetmax Lighting Co., Ltd
- Address: No.3, Golden 2nd Road, Baima, Nancheng District, Dongguan City, Guangdong Province
EUT Information
- Product Description: RF Remote Control
- Model: JM-RC-DR1
- Brand: N/A
- Sample Received Date: September 12, 2024
- Sample Status: Normal
- Sample ID: A24081243 001
- Date of Tested: September 12, 2024 to September 20, 2024
| APPLICABLE STANDARDS | |
| STANDARD | TEST RESULTS |
| CFR 47 FCC PART 15 SUBPART C | Pass |
TEST METHODOLOGY
All tests were performed in accordance with the standard CFR 47 FCC PART 15 SUBPART C
FACILITIES AND ACCREDITATION
|
Accreditation Certificate |
A2LA (Certificate No.: 6947.01)
Guangdong Global Testing Technology Co., Ltd. has been assessed and proved to be in compliance with A2LA. FCC (FCC Designation No.: CN1343) Guangdong Global Testing Technology Co., Ltd. has been recognized to perform compliance testing on equipment subject to Supplier’s Declaration of Conformity (SDoC) and Certification rules ISED (Company No.: 30714) Guangdong Global Testing Technology Co., Ltd. has been registered and fully described in a report filed with ISED. The Company Number is 30714 and the test lab Conformity Assessment Body Identifier (CABID) is CN0148. |
Note: All tests measurement facilities use to collect the measurement data are located at Room 101-105, 203-210, Building 1, No.2, Keji 8 Road, Songshan Lake Park, Dongguan city, Guangdong, People’s Republic of China, 523808
CALIBRATION AND UNCERTAINTY
- MEASURING INSTRUMENT CALIBRATION
The measuring equipment utilized to perform the tests documented in this report has been calibrated in accordance with the manufacturer’s recommendations and is traceable to recognized national standards. - MEASUREMENT UNCERTAINTY
Where relevant, the following measurement uncertainty levels have been estimated for tests performed on the apparatus:
| Test Items | k | Uncertainty |
| 20dB Emission Bandwidth | 1.96 | ±9.2 PPM |
| Conducted Output Power | 1.96 | ±1.5 dB |
| Power Spectral Density Level | 1.96 | ±1.9 dB |
|
Conducted Spurious Emission |
1.96 |
9 kHz-30 MHz: ± 0.95 dB
30 MHz-1 GHz: ± 1.5 dB 1GHz-12.75GHz: ± 1.8 dB 12.75 GHz-26.5 GHz: ± 2.1dB |
| Note: This uncertainty represents an expanded uncertainty expressed at approximately the 95% confidence level using a coverage factor of k=1.96. | ||
| Test Item | Measurement Frequency Range | K | U(dB) |
| Conducted emissions from the AC mains power ports (AMN) | 150 kHz ~ 30 MHz | 2 | 3.37 |
| Radiated emissions | 9 kHz ~ 30 MHz | 2 | 4.16 |
| Radiated emissions | 30 MHz ~ 1 GHz | 2 | 3.79 |
| Radiated emissions | 1 GHz ~ 18 GHz | 2 | 5.62 |
| Radiated emissions | 18 GHz ~ 40 GHz | 2 | 5.54 |
| Note: This uncertainty represents an expanded uncertainty expressed at approximately the 95% confidence level using a coverage factor of k=2. | |||
EQUIPMENT UNDER TEST
DESCRIPTION OF EUT
CHANNEL LIST
| Channel List | |||||||
| Channel | Frequency (MHz) | Channel | Frequency (MHz) | Channel | Frequency (MHz) | Channel | Frequency (MHz) |
| 1 | 433.92 | / | / | / | / | / | / |
MAX FIELD STRENGTH
| Frequency (MHz) | Channel Number | Max field strength (dBµV/m) |
| 433.92 | 1 | 71.61 |
TEST CHANNEL CONFIGURATION
| Test Channel Number | Frequency |
| CH 1 | 433.92 MHz |
THE WORSE CASE POWER SETTING PARAMETER
| The Worse Case Power Setting Parameter | |||
| Test Software | / | ||
| Modulation Mode | Transmit
Antenna Number |
Test Channel | |
| CH 1 | |||
| ASK/OOK | 1 | Default | |
DESCRIPTION OF AVAILABLE ANTENNAS
| Antenna | Frequency (MHz) | Antenna Type | MAX Antenna Gain (dBi) |
| 1 | 433.92 | Internal antenna | 0 |
| Test Mode | Transmit and Receive Mode | Description |
| ASK/OOK | 1TX | ANT 1 can be used as transmitting antenna. |
Note: The value of the antenna gain was declared by the customer.
SUPPORT UNITS FOR SYSTEM TEST
| Equipment | Manufacturer | Model No. |
| / | / | / |
SETUP DIAGRAM
Radiated Emission:
EUT
RF conducted:
EUT
MEASURING EQUIPMENT AND SOFTWARE USED
| Test Equipment of Conducted RF | |||||
| Equipment | Manufacturer | Model No. | Serial No. | Last Cal. | Due Date |
| Spectrum Analyzer | Rohde & Schwarz | FSV40 | 102257 | 2023/09/18 | 2024/09/17 |
| Spectrum Analyzer | KEYSIGHT | N9020A | MY51285127 | 2023/09/18 | 2024/09/17 |
| EXG Analog Signal Generator | KEYSIGHT | N5173B | MY61253075 | 2023/09/18 | 2024/09/17 |
| Vector Signal Generator | Rohde & Schwarz | SMM100A | 101899 | 2023/09/18 | 2024/09/17 |
| RF Control box | MWRF-test | MW100-RFCB | MW220926GTG | 2023/09/18 | 2024/09/17 |
| Wideband Radio
Communication Tester |
Rohde & Schwarz |
CMW270 |
102792 |
2023/09/18 |
2024/09/17 |
| Wideband Radio Communication Tester | Rohde & Schwarz |
CMW500 |
103235 |
2023/09/18 |
2024/09/17 |
| temperature humidity chamber | Espec | SH-241 | SH-241-2014 | 2023/09/18 | 2024/09/17 |
| RF Test Software | MWRF-test | MTS8310E (Ver. V2/0) | N/A | N/A | N/A |
| Test Equipment of Radiated emissions below 1GHz | |||||
| Equipment | Manufacturer | Model No. | Serial No. | Last Cal. | Due Date |
| 3m Semi-anechoic Chamber | ETS | 9m*6m*6m | Q2146 | 2022/08/30 | 2025/08/29 |
| EMI Test Receiver | Rohde & Schwarz | ESCI3 | 101409 | 2023/09/18 | 2024/09/17 |
| Spectrum Analyzer | KEYSIGHT | N9020A | MY51283932 | 2023/09/18 | 2024/09/17 |
| Pre-Amplifier | HzEMC | HPA-9K0130 | HYPA21001 | 2023/09/18 | 2024/09/17 |
| Biconilog Antenna | Schwarzbeck | VULB 9168 | 01315 | 2022/10/10 | 2025/10/09 |
| Biconilog Antenna | ETS | 3142E | 00243646 | 2022/03/23 | 2025/03/22 |
| Loop Antenna | ETS | 6502 | 243668 | 2022/03/30 | 2025/03/29 |
|
Test Software |
Farad |
EZ-EMC
(Ver.FA-03A2 RE) |
N/A |
N/A |
N/A |
| Test Equipment of Radiated emissions above 1GHz | |||||
| Equipment | Manufacturer | Model No. | Serial No. | Last Cal. | Due Date |
| 3m Semi-anechoic Chamber | ETS | 9m*6m*6m | Q2149 | 2022/08/30 | 2025/08/29 |
| Spectrum Analyzer | Rohde & Schwarz | FSV40 | 101413 | 2023/09/18 | 2024/09/17 |
| Spectrum Analyzer | KEYSIGHT | N9020A | MY51283932 | 2023/09/18 | 2024/09/17 |
| Pre-Amplifier | A-INFO | HPA-1G1850 | HYPA21003 | 2023/09/18 | 2024/09/17 |
| Horn antenna | A-INFO | 3117 | 246069 | 2022/03/11 | 2025/03/10 |
| Pre-Amplifier | ZKJC | HPA-184057 | HYPA21004 | 2023/09/18 | 2024/09/17 |
| Horn antenna | ZKJC | 3116C | 246265 | 2022/03/29 | 2025/03/28 |
|
Test Software |
Farad |
EZ-EMC (Ver.FA-03A2 RE+) |
N/A |
N/A |
N/A |
| Test Equipment of Conducted emissions | |||||
| Equipment | Manufacturer | Model No. | Serial No. | Last Cal. | Due Date |
| Shielded Room | CHENG YU | 8m*5m*4m | N/A | 2022/10/29 | 2025/10/28 |
| EMI Test Receiver | Rohde & Schwarz | ESR3 | 102647 | 2023/09/18 | 2024/09/17 |
| LISN/AMN | Rohde & Schwarz | ENV216 | 102843 | 2023/09/18 | 2024/09/17 |
| NNLK 8129 RC | Schwarzbeck | NNLK 8129 RC | 5046 | 2023/09/18 | 2024/09/17 |
|
Test Software |
Farad |
EZ-EMC (Ver. EMC-con-3A1
1+) |
N/A |
N/A |
N/A |
ANTENNA PORT TEST RESULTS
ON-TIME AND DUTY CYCLE
LIMITS
None; for reporting purposes only.
TEST PROCEDURE
Refer to ANSI C63.10-2013 Zero–Span Spectrum Analyzer method.
TEST SETUP
TEST ENVIRONMENT
| Temperature | 23.2℃ | Relative Humidity | 52% |
| Atmosphere Pressure | 101kPa |
TEST RESULTS
433.92MHz
|
On Time (msec) |
Period (msec) |
Duty Cycle x
(Linear) |
Duty Cycle (%) |
Duty Cycle Correction Factor (db) | 1/T Minimum VBW
(kHz) |
Final setting For VBW (kHz) |
| 21.9 | 100 | 0.219 | 21.9 | -13.19 | 0.05 | 1 |
Note:
Duty Cycle Correction Factor=20log(x).
- Where: x is Duty Cycle (Linear)
- Where: T is On Time (transmitting duration)
If that calculated VBW is not available on the analyzer then the next higher value should be used
20DB BANDWIDTH
LIMITS
| CFR 47 FCC Part15 (15.231) Subpart C | |||
| Section | Test Item | Limit | Frequency Range (MHz) |
|
CFR 47 FCC 15.231(a)(2) |
20 dB
Bandwidth |
≤ 1084.8 kHz |
433.92 |
TEST PROCEDURE
Connect the EUT to the spectrum analyser and use the following settings
| Center Frequency | The center frequency of the channel under test |
| Frequency Span | Approximately 2 to 3 times the 20dB bandwidth |
| Detector | Peak |
| RBW | 1 % to 5 % of the 20 dB bandwidth |
| VBW | approximately 3×RBW |
| Trace | Max hold |
| Sweep | Auto couple |
a) Use the occupied bandwidth function of the instrument, allow the trace to stabilize and report the measured 20 dB Bandwidth.
TEST SETUP
TEST ENVIRONMENT
| Temperature | 23.2℃ | Relative Humidity | 52% |
| Atmosphere Pressure | 101kPa |
TEST RESULTS
|
Frequency (MHz) |
20dB bandwidth (kHz) |
Limit (kHz) |
Result |
| 433.92 | 18.36 | ≤1084.8 | Pass |
TRANSMISSION TIME
LIMITS
| CFR 47 FCC Part15 (15.231) Subpart C | ||
| Section | Test Item | Limit |
|
CFR 47 FCC §15.247 (a) |
Transmission Time |
A manually operated transmitter shall employ a switch that will automatically deactivate the transmitter within not
more than 5 seconds of being released. |
TEST PROCEDURE
Connect the EUT to the spectrum analyser and use the following settings:
| Center Frequency | The center frequency of the channel under test |
| Detector | PEAK |
| RBW | 8MHz |
| VBW | 8MHz |
| Span | 0Hz |
| Sweep time | Auto couple |
Allow trace to fully stabilize and record value.
TEST SETUP
TEST ENVIRONMENT
| Temperature | 23.4℃ | Relative Humidity | 55% |
| Atmosphere Pressure | 101kPa |
TEST RESULTS
|
Frequency (MHz) |
TRANSMISSION TIME (s) |
Limit (s) |
Result |
| 433.92 | 0.344 | ≤5 | Pass |
RADIATED TEST RESULTS
LIMITS
Please refer to CFR 47 FCC §15.231(b)
| Fundamental frequency (MHz) | Field strength of fundamental (microvolts/meter) | Field strength of spurious emission (microvolts/meter) |
| 40.66-40.70 | 2,250 | 225 |
| 70-130 | 1,250 | 125 |
| 130-174 | 11,250 to 3,750 | 1125 to 375 |
| 174-260 | 3,750 | 375 |
| 260-470 | 13,750 to 12,500 | 1375 to 1,250 |
| Above 470 | 12,500 | 1,250 |
Note: 1. Linear interpolations.
Please refer to CFR 47 FCC §15.205 and §15.209.
Radiation Disturbance Test Limit for FCC (Class B) (9 kHz ~ 1 GHz)
| Emissions radiated outside of the specified frequency bands above 30 MHz | |||
|
Frequency Range (MHz) |
Field Strength Limit (uV/m) at 3 m |
Field Strength Limit | |
| (dBuV/m) at 3 m | |||
| Quasi-Peak | |||
| 30 – 88 | 100 | 40 | |
| 88 – 216 | 150 | 43.5 | |
| 216 – 960 | 200 | 46 | |
| Above 960 | 500 | 54 | |
|
Above 1000 |
500 |
Peak | Average |
| 74 | 54 | ||
| FCC Emissions radiated outside of the specified frequency bands below 30 MHz | ||
| Frequency (MHz) | Field strength (microvolts/meter) | Measurement distance (meters) |
| 0.009-0.490 | 2400/F(kHz) | 300 |
| 0.490-1.705 | 24000/F(kHz) | 30 |
| 1.705-30.0 | 30 | 30 |
TEST PROCEDURE
Below 30 MHz
The setting of the spectrum analyser
| RBW | 200 Hz (From 9 kHz to 0.15 MHz)/ 9 kHz (From 0.15 MHz to 30 MHz) |
| VBW | 200 Hz (From 9 kHz to 0.15 MHz)/ 9 kHz (From 0.15 MHz to 30 MHz) |
| Sweep | Auto |
- The testing follows the guidelines in ANSI C63.10-2013 clause 6.4.
- The EUT was arranged to its worst case and then turntable (from 0 degree to 360 degrees) to find the maximum reading. A pre-amp and a high pass filter are used for the test in order to get better signal level. Both Horizontal, Face-on and Face-off polarizations of the antenna are set to make the measurement.
- The EUT was placed on a turntable with 80 cm above ground.
- The EUT was set 3 meters from the interference receiving antenna, which was mounted on the top of a 1 m height antenna tower.
- The radiated emission limits are based on measurements employing a CISPR quasi-peak detector except for the frequency bands 9-90 kHz, 110-490 kHz and above 1000 MHz Radiated emission limits in these three bands are based on measurements employing an average detector.
- For measurement below 1 GHz, the initial step in collecting conducted emission data is a spectrum analyzer peak detector mode pre-scanning the measurement frequency range. Significant peaks are then marked and then Quasi Peak and average detector modes re-measured. If the emission level of the EUT measured by the peak detector is 3 dB lower than the applicable limit, the peak emission level will be reported. Otherwise, the emission measurement will be repeated using the quasi-peak and average detector and reported.
- Although these tests were performed other than open field site, adequate comparison measurements were confirmed against 30m open field site. Therefore sufficient tests were made to demonstrate that the alternative site produces results that correlate with the ones of tests made in an open field site based on KDB 414788.
- The limits in CFR 47, Part 15, Subpart C, paragraph 15.209 (a), are identical to those in RSS-GEN Section 8.9, Table 6, since the measurements are performed in terms of magnetic field strength and converted to electric field strength levels (as reported in the table) using the free space impedance of 377Ω. For example, the measurement frequency X KHz resulted in a level of Y dBuV/m, which is equivalent to Y-51.5 = Z dBuA/m, which has the same margin, W dB, to the corresponding RSS-GEN Table 6 limit as it has to be 15.209(a) limit.
Below 1 GHz and above 30 MHz
The setting of the spectrum analyzer
| RBW | 120 kHz |
| VBW | 300 kHz |
| Sweep | Auto |
| Detector | Peak/QP |
| Trace | Max hold |
- The testing follows the guidelines in ANSI C63.10-2013 clause 6.5.
- The EUT was arranged to its worst case and then tune the antenna tower (from 1 m to 4 m) and turntable (from 0 degree to 360 degrees) to find the maximum reading. A pre-amp and a high pass filter are used for the test in order to get better signal level. Both horizontal and vertical polarizations of the antenna are set to make the measurement.
- The EUT was placed on a turntable with 80 cm above ground.
- The EUT was set 3 meters from the interference receiving antenna, which was mounted on the top of a variable-height antenna tower.
- For measurement below 1 GHz, the initial step in collecting conducted emission data is a spectrum analyzer peak detector mode pre-scanning the measurement frequency range. Significant peaks are then marked and then Quasi Peak detector mode re-measured. If the emission level of the EUT measured by the peak detector is 3 dB lower than the applicable limit, the peak emission level will be reported. Otherwise, the emission measurement will be repeated using the quasi-peak detector and reported.
Above 1G
The setting of the spectrum analyzer
| RBW | 1 MHz |
| VBW | PEAK: 3 MHz
AVG: see note 6 |
| Sweep | Auto |
| Detector | Peak |
| Trace | Max hold |
- The testing follows the guidelines in ANSI C63.10-2013 clause 6.6.
- The EUT was arranged to its worst case and then tune the antenna tower (from 1 m to 4 m) and turntable (from 0 degree to 360 degrees) to find the maximum reading. A pre-amp and a high pass filter are used for the test in order to get better signal level. Both horizontal and vertical polarizations of the antenna are set to make the measurement.
- The EUT was placed on a turntable with 1.5 m above ground.
- The EUT was set 3 meters from the interference receiving antenna, which was mounted on the top of a variable height antenna tower.
- For measurements above 1 GHz, the emission measurement will be measured by the peak detector. This peak level, once corrected, must comply with the limit specified in Section 15.209.
- For measurements above 1 GHz the resolution bandwidth is set to 1 MHz, then the video bandwidth is set to 3 MHz for peak measurements and 1 MHz resolution bandwidth with 1/T video bandwidth with peak detector for average measurements. For the Duty Cycle please refer to clause 7.1.ON TIME AND DUTY CYCLE.
X-axis, Y-axis, and Z-axis positions:
Note 1: For all radiated test, EUT in each of three orthogonal axis emissions had been tested, but only the worst case (X-axis) data was recorded in the report.
TEST SETUP
TEST ENVIRONMENT
| Temperature | 22.1℃ | Relative Humidity | 51% |
| Atmosphere Pressure | 101kPa |
TEST RESULTS
Please refer to section 8.1
RADIATED EMISSION
Field Strength of Fundamental Frequency
- Mode: 433.92MHz
- Power: Battery 3V
- TE: Berny
- Date 2024/08/19
- T/A/P 22.1℃/51%/101Kpa
Critical_Freqs
| No. | Freq. (MHz) | Reading (dBµV) | Corr. (dB) | Meas. (dBµV/m) | Limit (dBµV/m) | Margin (dB) | Det. | Pol. |
| 1 | 433.940 | 85.81 | -14.2 | 71.61 | 80.83 | 9.22 | PK+ | H |
Note：[Margin=Limit-Meas.]; [Meas.=Reading+Corr. ]
- Mode: 433.92MHz Power:
- Battery 3V TE: Berny
- Date 2024/08/19
- T/A/P 22.1℃/51%/101Kpa
Critical_Freqs
| No. | Freq. (MHz) | Reading (dBµV) | Corr. (dB) | Meas. (dBµV/m) | Limit (dBµV/m) | Margin (dB) | Det. | Pol. |
| 1 | 433.940 | 78.05 | -14.2 | 63.85 | 80.83 | 16.98 | PK+ | V |
Note：[Margin=Limit-Meas.]; [Meas.=Reading+Corr. ]
Note:
- Only the worst data was recorded, if it complies with the limit, the other emissions were deemed to comply with the limit.
Radiated Spurious Emission
- Mode: 433.92MHz
- Power: Battery 3V
- TE: Berny
- Date 2024/08/19
- T/A/P 22.1℃/51%/101Kpa
Critical_Freqs
| No. | Freq.
(MHz) |
Reading
(dBµV) |
Corr.
(dB) |
Meas.
(dBµV/m) |
Limit
(dBµV/m) |
Margin
(dB) |
Det. | Pol. |
| 1 | 30.000 | 46.01 | -14.27 | 31.74 | 40.00 | 8.26 | PK+ | V |
| 2 | 210.420 | 36.99 | -21.26 | 15.73 | 43.50 | 27.77 | PK+ | V |
| 3 | 720.640 | 32.64 | -6.94 | 25.70 | 46.00 | 20.30 | PK+ | V |
| 4 | 792.420 | 34.86 | -6.62 | 28.24 | 46.00 | 17.76 | PK+ | V |
| 5 | 868.080 | 32.80 | -5.49 | 27.31 | 46.00 | 18.69 | PK+ | V |
| 6 | 946.650 | 30.90 | -3.34 | 27.56 | 46.00 | 18.44 | PK+ | V |
Note：[Margin=Limit-Meas.]; [Meas.=Reading+Corr. ]
- Mode: 433.92MHz Power:
- Battery 3V
- TE: Berny
- Date 2024/08/19
- T/A/P 22.1℃/51%/101Kpa
Critical_Freqs
| No. | Freq. (MHz) | Reading (dBµV) | Corr. (dB) | Meas. (dBµV/m) | Limit (dBµV/m) | Margin (dB) | Det. | Pol. |
| 1 | 30.970 | 29.62 | -14.8 | 14.82 | 40.00 | 25.18 | PK+ | H |
| 2 | 335.550 | 40.97 | -17.11 | 23.86 | 46.00 | 22.14 | PK+ | H |
| 3 | 623.640 | 41.01 | -9.2 | 31.81 | 46.00 | 14.19 | PK+ | H |
| 4 | 672.140 | 39.56 | -7.98 | 31.58 | 46.00 | 14.42 | PK+ | H |
| 5 | 792.420 | 39.87 | -6.62 | 33.25 | 46.00 | 12.75 | PK+ | H |
| 6 | 868.080 | 44.49 | -5.49 | 39.00 | 46.00 | 7.00 | PK+ | H |
Note：[Margin=Limit-Meas.]; [Meas.=Reading+Corr. ]
| Mode: | 433.92MHz |
| Power: | Battery 3V |
| TE: | Berny |
| Date | 2024/08/19 |
| T/A/P | 22.1℃/51%/101Kpa |
Critical_Freqs
| No. | Freq. (MHz) | Reading (dBµV) | Corr. (dB) | Meas. (dBµV/m) | Limit (dBµV/m) | Margin (dB) | Det. | Pol. |
| 1 | 1302.000 | 69.06 | -22.83 | 46.23 | 74.00 | 27.77 | PK+ | V |
| 2 | 1864.000 | 66.83 | -19.57 | 47.26 | 74.00 | 26.74 | PK+ | V |
| 3 | 2148.000 | 65.60 | -17.99 | 47.61 | 74.00 | 26.39 | PK+ | V |
| 4 | 2412.000 | 63.93 | -17.4 | 46.53 | 74.00 | 27.47 | PK+ | V |
| 5 | 5764.500 | 59.90 | -9.25 | 50.65 | 74.00 | 23.35 | PK+ | V |
| 6 | 17686.500 | 47.36 | 0.25 | 47.61 | 74.00 | 26.39 | PK+ | V |
Note：[Margin=Limit-Meas.]; [Meas.=Reading+Corr. ]
| Mode: | 433.92MHz |
| Power: | Battery 3V |
| TE: | Berny |
| Date | 2024/08/19 |
| T/A/P | 22.1℃/51%/101Kpa |
Critical_Freqs
| No. | Freq. (MHz) | Reading (dBµV) | Corr. (dB) | Meas. (dBµV/m) | Limit (dBµV/m) | Margin (dB) | Det. | Pol. |
| 1 | 1302.000 | 72.66 | -22.83 | 49.83 | 74.00 | 24.17 | PK+ | H |
| 2 | 1942.000 | 66.74 | -18.85 | 47.89 | 74.00 | 26.11 | PK+ | H |
| 3 | 2604.000 | 63.81 | -16.98 | 46.83 | 74.00 | 27.17 | PK+ | H |
| 4 | 3037.500 | 59.77 | -15.03 | 44.74 | 74.00 | 29.26 | PK+ | H |
| 5 | 5781.000 | 59.47 | -9.08 | 50.39 | 74.00 | 23.61 | PK+ | H |
| 6 | 16741.500 | 47.46 | -1.01 | 46.45 | 74.00 | 27.55 | PK+ | H |
Note：[Margin=Limit-Meas.]; [Meas.=Reading+Corr. ]
Note:
- Measurement = Reading Level + Correct Factor.
- If Peak Result complies with AV limit, AV Result is deemed to comply with AV limit.
- Peak: Peak detector.
- Only the worst data was recorded, if it complies with the limit, the other emissions deemed to comply with the limit.
ANTENNA REQUIREMENT
REQUIREMENT
Please refer to FCC §15.203
An intentional radiator shall be designed to ensure that no antenna other than that furnished by the responsible party shall be used with the device. The use of a permanently attached antenna or of an antenna that uses a unique coupling to the intentional radiator shall be considered sufficient to comply with the provisions of this section. The manufacturer may design the unit so that a broken antenna can be replaced by the user, but the use of a standard antenna jack or electrical connector is prohibited.
DESCRIPTION
Pass
AC POWER LINE CONDUCTED EMISSION
LIMITS
Please refer to CFR 47 FCC §15.207 (a)
| FREQUENCY (MHz) | Quasi-peak | Average |
| 0.15 -0.5 | 66 – 56 * | 56 – 46 * |
| 0.50 -5.0 | 56.00 | 46.00 |
| 5.0 -30.0 | 60.00 | 50.00 |
TEST PROCEDURE
The EUT is put on a table of non-conducting material that is 80 cm high. The vertical conducting wall of shielding is located 40 cm to the rear of the EUT. The power line of the EUT is connected to the AC mains through a Artificial Mains Network (A.M.N.). A EMI Measurement Receiver (R&S Test Receiver ESR3) is used to test the emissions from both sides of AC line. According to the requirements in Section 6.2 of ANSI C63.10-2013.Conducted emissions from the EUT measured in the frequency range between 0.15 MHz and 30 MHz using CISPR Quasi-Peak and average detector mode. The bandwidth of EMI test receiver is set at 9 kHz.
The arrangement of the equipment is installed to meet the standards and operating in a manner, which tends to maximize its emission characteristics in a normal application.
TEST SETUP
TEST ENVIRONMENT
| Temperature | / | Relative Humidity | / |
| Atmosphere Pressure | / |
TEST RESULTS
Not Applicable
APPENDIX: PHOTOGRAPHS OF TEST CONFIGURATION
Radiated Emission
APPENDIX: PHOTOGRAPHS OF THE EUT
External
Documents / Resources
 |
Jetmax JM-RC-DR1 RF Remote Control [pdf] User Guide 2AZA6JM-RC-DR1, JM-RC-DR1 RF Remote Control, JM-RC-DR1, RF Remote Control, Remote Control, Control |