Smart shower head Test Report 22192-FCC-1 (Smart and Blue, Hydrao) SMART AND BLUE

SMART AND BLUE Smart shower head

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Document Title22192-FCC-1 (Smart and Blue, Hydrao)

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Rapport d’essais / Test Report
N° :
22192-FCC-1
Page 1 / 30
COORDONNEES
SMEE TEL : 04 76 65 76 50
Rue de Taille – ZI Des Blanchisseries FAX : 04 76 66 18 30
38500 VOIRON - France
SAS au capital de 50 000 € / RC Grenoble B534 796 453 / SIRET 534 796 453 00015 / code APE 7490B / n° TVA : FR 59 534 796 453
FCC Test Firm Registration Number: 171131
Industry Canada Test Firm Number: Site# 9545A-1
Matériel testé :
Equipment under test:
HYDRAO FIRST
Constructeur:
Manufacturer:
SMART AND BLUE
196, route des Vignes
38430 MOIRANS – France
Rapport délivré à :
Issued to: SMART AND BLUE
Monsieur Vincent BLIGNY
196, route des Vignes
38430 MOIRANS – France
Marque Commerciale :
Trade Mark:
HYDRAO
Référence de la proposition :
Proposal number:
092016-22192
Date de l’essai :
Date of test:
Du 10 au 18 novembre 2016
November 10
th
to 18
th
, 2016
Objectif des essais :
Test purpose: EMC qualification accordingly to following standards:
- CFR 47, FCC Part 15, Subpart C
(Chapter 15.249 - Operation within the bands 902–928 MHz, 2400–2483.5 MHz,
5725–5875 MHz, and 24.0–24.25 GHz)
FCC ID:
2AKKL1
Lieu du test:
Test location: SMEE CE-Mesures
38 VOIRON - France
Test réalisé par :
Test realized by: Jérémy BLANCHER
Conclusion :
Conclusion:
L’équipement satisfait aux prescriptions des normes citées en référence.
The appliance complies with requirements of above mentioned standards.
Ed. Date Modifications /
Pages Written by: Approved by:
Visa
1
December 15
th
, 2016
Initial Edition
Jeremy Blancher
Laurent Chapus
La copie de ce document n'est permise que sous sa forme intégrale. Ce document est le résultat d’essais effectués sur un échantillon. Il ne préjuge pas de la
conformité de l’ensemble des produits fabriqués à l’objet essayé.
This document shall not be reproduced, except in full. This document contains results related only to the item tested. It does not imply the conformity of the
whole production to the item tested.
Page 2 / 30
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:
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Contents
1. NORMATIVES REFERENCES ......................................................................................................... 3
2. TEST SYNTHESIS ............................................................................................................................ 4
3. EQUIPMENT UNDER TEST (EUT) ................................................................................................... 5
4. TEST CONDITIONS.......................................................................................................................... 6
5. MODIFICATIONS OF THE EUT ........................................................................................................ 6
6. SPECIAL ACCESSORY .................................................................................................................... 6
7. FIELD STRENGTH OF FUNDAMENTAL .......................................................................................... 7
8. FIELD STRENGTH OF HARMONICS ............................................................................................... 9
9. UNWANTED EMISSIONS ............................................................................................................... 12
Page 3 / 30
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1. Normatives References
FCC qualification according to:
Standards Applied Title
ANSI C63.4
(2014) X
American National Standard for Methods of Measurement of Radio-Noise
Emissions from Low-Voltage Electrical and Electronic Equipment in the
Range of 9 kHz to 40 GHz.
ANSI C63.10
(2013) X
American National Standard for Testing Unlicensed Wireless Devices
CFR47, Part 15 X
Telecommunication – Federal Communication Commission – Radio
frequency devices,
Sections 15.107 / 15.109 / 15.207 / 15.209 / 15.249
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2. Test synthesis
TEST Paragraph number
FCC Part 15 Spec.
FCC Part 15 RESULTS
(comments)
Conducted emissions
test 15.107 (a) / 15.207 (a)
Table 15.107 (a) / 15.207 (a)
N/A (1)
Radiated emission test 15.109 (a)
Table 15.109 (a)
N/A (2)
Field Strength of
fundamental 15.249 (a) (c)
94dBµV/m, Av / 114dBµV/m, Pk @3m
(50mV/m, Av @ 3m) PASS
Field Strength of
harmonics 15.249 (a) (c) (e)
54dBµV/m, Av / 74dBµV/m, Pk @3m
(0.5mV/m, Av @ 3m) PASS
Unwanted emissions
outside the specified
frequency band and
harmonics
15.209 / 15.249 (d) (e)
Whichever is less stringent, either:
- 50dB below level of fundamental, or;
- Table part 15.209 (a), as follow
Measure at 300m (Q-Peak detector)
9-490kHz: 2400µV/m/F(kHz)
Measure at 30m (Q-Peak detector)
0.490-1.705: 24000µV/m/F(kHz)
1.705-30MHz: 30µV/m
Measure at 3m (Q-Peak detector)
30MHz-88MHz : 40 dBµV/m
88MHz-216MHz : 43.5 dBµV/m
216MHz-960MHz : 46.0 dBµV/m
Above 960MHz : 54.0 dBµV/m
Measure at 3m (Av / Peak detector)
Above 1GHz : 54 dBµV/m / 74dBµV/m
PASS
N/A: Not Applicable
(1): No power cable
(2): Equipment functioning only with RF function
General conclusion:
Measures and tests performed on the sample of the product HYDRAO FIRST, in configuration and
description presented in this test report, show compliance with standards FCC CFR 47, PART 15, Subpart
C.
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3. Equipment Under Test (EUT)
Nom /
Identification
HYDRAO FIRST
Sn: N.C
Alimentation /
Power supply
12V max from internal water turbine
Auxiliaires /
Auxiliaries
- Tablet SAMSUNG, model SM-T550 (for BLE communication only)
- Water pump for closed circuit water circulation (equipment powered by water flow)
Entrées-Sorties /
Input / Output
Câbles pour essai /
Cables for test Blindé /
Shielded Prévu pour >3m /
Intended for >3m
None - - -
Version programme /
Firmware version
N.C
Mode de fonctionnement /
Running mode
Equipment is a shower head, powered by internal water turbine
The tested sample is able to:
- Transmit frequencies on low, middle and high channels (Bluetooth Low Energy
4.1)
- Transmit frequencies in advertising mode
Programme de test /
Test program /
N.C
Equipment information:
- Frequency band: 2400 to 2483.5 MHz (Frequencies from 2402MHz to 2480MHz, Tx & Rx)
- Bluetooth chip:
ST Microelectronics, model BLUENRG (BLE chip)
- Equipment is configured with maximum RF output power available.
- Antenna type: Integral (PCB antenna), max gain is 0dBi
- Powered by water turbine with 12V maximum
- Equipment intended for use as a portable station
- Equipment designed for continuous operation
- Extreme temperature range: +5°C and +60°C
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4. Test conditions
Relative Humidity : 50-55%
Temperature : 19-21°C
Power supply voltage:
Equipment under test : 12V maximum at water turbine
5. Modifications of the EUT
None
6. Special accessory
None
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7. Field Strength of fundamental
TEST: Field strength of fundamental / FCC part 15.249 Verdict
Method: Measurements were made in a 3-meter Open Area Test Site (OATS) that complies to ANSI
C63.4-2014.
Measurements were performed with peak detector using a 100kHz RBW. The VBW is set to 300kHz.
The EUT was rotated 360° about its azimuth with the receive antenna located at various heights in
horizontal and vertical polarities. Final measurements (Peak) were then performed by rotating the EUT
360° and adjusting the receive antenna height from 1 to 4 m.
The tested equipment is set to transmit operation with modulations on lowest, middle and highest channel.
Three orthogonal axis measurements on EUT are performed to obtain the maximum peak field strength.
Pass
Laboratory Parameters: Required prior to the test During the test
Ambient Temperature 10 to 40 °C 19°C
Relative Humidity 10 to 90 % 60%
Limits – FCC Part 15.249 (a) (c)
Frequency (MHz) Limits (dBµV/m)
Level / Detector / Distance Results
2400 to 2483.5 MHz 94dBµV/m / Avg / 3m
114dBµV/m / Pk / 3m Pass
Supplementary information:
Test location: SMEE – CE Mesures / Test date: November 10
th
, 2016
Power supply voltage: 12V max at water turbine
Test Equipment Used
Description Manufacturer Model Identifier Cal. Date
Cal. Due
Measuring Rec. Rohde&Schwarz ESRP REC-151-002
2015/7 2018/7
Horn antenna ETS-LINDGREN 3115 ANT-141-013 2015/7 2018/7
RF cable Div OATS/25m CAB-101-017 2016/3 2017/3
OATS Div 3 / 10m SIT-101-001 2016/8 2017/8
Antenna mast Innco- Systems MA4000EP MAT-101-001
- -
Turntable Innco- Systems DS1200S PLA-101-001 - -
Page 8 / 30
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Tabulated Results for Field Strength of fundamental
FREQ Field Strength 3m Detector Limit Result
(MHz) (dBµV/m) (dBµV/m)
2402.0 76.5 Pk 94 Av / 114 Pk Pass
2440.0 76.5 Pk 94 Av / 114 Pk Pass
2480.0 77.0 Pk 94 Av / 114 Pk Pass
RBW: 1MHz
Measurement distance: 3m
Limit: FCC Part 15.249 (a) (c)
Final measurement detector: Peak
Wide Measurement Uncertainty: ± 5.2dB (k=2)
RESULT: PASS
Note: (1): The field strength (level) is calculated by adding the Antenna
Factor
and Cable Factor, and subtracting the Amplifier Gain (if any) from the
measured reading. The basic equation is as follow:
FS = RA + AF + CF – AG
Where FS = Field Strength
RA = Receiver Amplitude
AF = Antenna Factor
CF = Cable Factor
AG = Amplifier Gain
Total factor (dB) is AF + CF – AG
Margin value = Emission level – Limit value
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8. Field Strength of harmonics
TEST: Field Strength of harmonics / FCC part 15.249 Verdict
Method: Measurements were made in a 3-meter Open Area Test Site (OATS) that complies to ANSI C63.4.
Preliminary (peak) measurements were performed at an antenna to EUT separation distance of 3 meter.
The EUT was rotated 360° about its azimuth with the receive antenna located at various heights in
horizontal and vertical polarities. Final measurements (Peak) were then performed by rotating the EUT 360°
and adjusting the receive antenna height from 1 to 4 m. All frequencies were investigated in both horizontal
and vertical antenna polarity, where applicable.
The tested equipment is set to transmit operation with modulations on lowest, middle and highest channel.
Three orthogonal axis measurements on EUT are performed to obtain the maximum peak field strength.
A pre-scan frequency identification of the EUT has been performed in full anechoic chamber. The measured
radiated field of the EUT is performed at distance of 3-meters. Above 1GHz, the measuring antenna is put
closer to EUT. In this case, 3-meter correction factor is added. Antenna is 1.25-meters high.
Pass
Laboratory Parameters: Required prior to the test During the test
Ambient Temperature 10 to 40 °C 20°C
Relative Humidity 10 to 90 % 55%
Fully configured sample scanned
over the following frequency range
Frequency range on each side of line Measurement Point
30MHz – 26GHz 3 m measurement distance
Limits – FCC Part 15.249 (a) (c) (e)
Frequency bands for harmonics
(MHz)
Limits (dBµV/m)
Level / Detector / Distance Results
4800 to 4967 54.0 / AV / 3m
74.0 / PK / 3m Pass
7200 to 7450.5 54.0 / AV / 3m
74.0 / PK / 3m Pass
9600 to 9934 54.0 / AV / 3m
74.0 / PK / 3m Pass
12000 to 12417.5 54.0 / AV / 3m
74.0 / PK / 3m Pass
14400 to 14901 54.0 / AV / 3m
74.0 / PK / 3m Pass
16800 to 17384.5 54.0 / AV / 3m
74.0 / PK / 3m Pass
19200 to 19868 54.0 / AV / 3m
74.0 / PK / 3m Pass
21600 to 22351.5 54.0 / AV / 3m
74.0 / PK / 3m Pass
24000 to 24835 54.0 / AV / 3m
74.0 / PK / 3m Pass
Supplementary information:
Test location: SMEE – CE Mesures / Test date: November 10
th
, 2016
Power supply voltage: 12V max at water turbine
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Test Equipment Used
Description Manufacturer Model Identifier Cal. Date
Cal. Due
Log-periodic antenna TDK PLP3003 ANT-101-001 2016/8 2017/8
Biconnic antenna COM-POWER AB- 900 ANT-101-003 2016/8 2017/8
Loop antenna EMCO 6502 ANT-101-009 2016/8 2017/8
BiConiLog antenna EMCO 3142B ANT-101-010 2016/8 2017/8
Horn antenna ETS-LINDGREN 3115 ANT-141-013 2015/7 2018/7
Horn antenna ETS-LINDGREN 3116 ANT-161-014 2012/4 2019/4
RF cable Div OATS/25m CAB-101-019 2016/3 2017/3
RF cable Pasternack PE302-120 CAB-131-024 2016/3 2017/3
RF cable HUBER+SUHNER RG214U CAB-141-026 2016/3 2017/3
RF cable HUBER+SUHNER RG214U CAB-141-029 2016/3 2017/3
RF cable HUBER+SUHNER SF104 CAB-141-030 2016/3 2017/3
High-pass filter Mini-Circuit VHF-3100+ FIL-151-006 2016/3 2017/3
Pre-amplifier PE PE1524 PRE-101-002 2016/3 2017/3
Anechoic chamber COMTEST 214263 CAG-141-001 - -
OATS Div 10m SIT-101-001 2016/8 2017/8
Antenna mast Innco- Systems MA4000EP MAT-101-001 - -
Turntable Innco- Systems DS1200S PLA-101-001 - -
Turntable Innco- Systems CT0800 PLA-141-001 - -
Measuring Rec Rohde&Schwarz ESRP REC-151-002 2015/7 2018/7
Spectrum analyzer AGILENT HP 8563E ASP-111-003 2016/9 2018/9
Page 11 / 30
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Tabulated Results for Field strength of harmonics
(1GHz-26GHz)
FREQ Field level Detector Limit Result
(MHz) dBµV/m (dBµV/m)
4960.0 46.7 Pk 54 Av / 74 Pk
Pass
7206.0 50.1 Pk 54 Av / 74 Pk
Pass
7320.0 49.6 Pk 54 Av / 74 Pk
Pass
7440.0 50.7 Pk 54 Av / 74 Pk
Pass
9608.0 50.8 Pk 54 Av / 74 Pk
Pass
9760.0 50.9 Pk 54 Av / 74 Pk
Pass
9920.0 50.5 Pk 54 Av / 74 Pk
Pass
RBW / VBW 1MHz / 3MHz (Peak)
1MHz / 10Hz (AV)
Measurement distance: 3m
Limit: FCC Part 15.249 (a) (c) (e)
Final measurement detector: Peak / Average
Wide Measurement Uncertainty: ± 5.2dB (k=2)
RESULT: PASS
Notes: (1): The field strength (level)
is calculated by adding the Antenna Factor and
Cable Factor, and subtracting the Amplifier Gain (if any) from the measured
reading. The basic equation is as follow:
FS = RA + AF + CF – AG
Where FS = Field Strength
RA = Receiver Amplitude
AF = Antenna Factor
CF = Cable Factor
AG = Amplifier Gain
Total factor (dB) is AF + CF – AG
Margin value = Emission level – Limit value
(2): Peak pre-scans not performed at 3-meters distance are corrected as
follow:
[email protected] = [email protected]
m
+ 20 x log (D
m
/ 3
m
)
Where D is the measurement distance in meter
(3): All frequencies not specified have margin < -10dB (for peak and average
detector)
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9. Unwanted emissions
TEST: Unwanted emissions outside fundamental and harmonics bands / FCC part 15.209,
15.249 Verdict
Method: Measurements were made in a 10 or 3-meter Open Area Test Site (OATS) that complies to ANSI
C63.4. Preliminary (peak) measurements were performed at an antenna to EUT separation distance of 3
meter. The EUT was rotated 360° about its azimuth with the receive antenna located at various heights in
horizontal and vertical polarities. Final measurements (Peak, Quasi-peak, Average) were then performed by
rotating the EUT 360° and adjusting the receive antenna height from 1 to 4 m. All frequencies were
investigated in both horizontal and vertical antenna polarity, where applicable.
A pre-scan frequency identification of the EUT has been performed in full anechoic chamber. The measured
radiated field of the EUT is performed at distance of 3-meters. Above 1GHz, the measuring antenna is put
closer to EUT. In this case, 3-meter correction factor is added. Antenna is 1.25-meters high.
Pass
Laboratory Parameters: Required prior to the test During the test
Ambient Temperature 10 to 40 °C 20°C
Relative Humidity 10 to 90 % 55%
Fully configured sample scanned
over the following frequency range
Frequency range on each side of line Measurement Point
9kHz – 30MHz 10 m measurement distance
30MHz – 26GHz 3 m measurement distance
Limits – FCC Part 15.209, 15.249 (d) (e)
Whichever is less stringent, either:
Frequency (MHz) Limits (dBµV/m)
Level / Detector / Distance Results
30 to 1000 50dB below the fundamental / QP / 3m Not used
Above 1GHz 50dB below the fundamental / Av / 3m
30dB below the fundamental / Pk / 3m Not used
Or
Frequency (MHz) Limits (dBµV/m)
Level / Detector / Distance Results
0.009 to 0.490 107.6 to 72.9 / QP / 10m Pass
0.490 to 1.705 52.9 to 42.1 / QP / 10m Pass
1.705 to 30 48.6 / QP / 10m Pass
30 to 88 40.0 / QP / 3m Pass
88 to 216 43.5 / QP / 3m Pass
216 to 960 46.0 / QP / 3m Pass
960 to 1000 54.0 / QP / 3m Pass
Above 1GHz 54.0 / AV / 3m
74.0 / PK / 3m Pass
Supplementary information:
Test location: SMEE – CE Mesures / Test date: November 10
th
& 18
th
, 2016
Power supply voltage: 12V max at water turbine
Page 13 / 30
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Test Equipment Used
Description Manufacturer Model Identifier Cal. Date
Cal. Due
Log-periodic antenna TDK PLP3003 ANT-101-001 2016/8 2017/8
Biconnic antenna COM-POWER AB- 900 ANT-101-003 2016/8 2017/8
Loop antenna EMCO 6502 ANT-101-009 2016/8 2017/8
BiConiLog antenna EMCO 3142B ANT-101-010 2016/8 2017/8
Horn antenna ETS-LINDGREN 3115 ANT-141-013 2015/7 2018/7
Horn antenna ETS-LINDGREN 3116 ANT-161-014 2012/4 2019/4
RF cable Div OATS/25m CAB-101-019 2016/3 2017/3
RF cable Pasternack PE302-120 CAB-131-024 2016/3 2017/3
RF cable HUBER+SUHNER RG214U CAB-141-026 2016/3 2017/3
RF cable HUBER+SUHNER RG214U CAB-141-029 2016/3 2017/3
RF cable HUBER+SUHNER SF104 CAB-141-030 2016/3 2017/3
High-pass filter Mini-Circuit VHF-3100+ FIL-151-006 2016/3 2017/3
Pre-amplifier PE PE1524 PRE-101-002 2016/3 2017/3
Anechoic chamber COMTEST 214263 CAG-141-001 - -
OATS Div 10m SIT-101-001 2016/8 2017/8
Antenna mast Innco- Systems MA4000EP MAT-101-001 - -
Turntable Innco- Systems DS1200S PLA-101-001 - -
Turntable Innco- Systems CT0800 PLA-141-001 - -
Measuring Rec Rohde&Schwarz ESRP REC-151-002 2015/7 2018/7
Spectrum analyzer AGILENT HP 8563E ASP-111-003 2016/9 2018/9
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Tabulated Results for Unwanted emissions (9kHz-30MHz)
FREQ RF field @
30m Limit @
30m Margin Antenna
angle Table
angle Correc. Fact.
(CF)
MHz (QP)
dBµV/m (QP)
dBµV/m dB Degree Degree dB
Margin < -10dB
Supplementary information:
Frequency list measured on the Open Area Test Site has been created with pre-scan results.
Frequency band investigated: 9kHz-30MHz
RBW: 200Hz (9kHz-150kHz)
9kHz (150kHz-30MHz)
Measurement distance: 10m
Limit: FCC Part 15.209 – 15.249
Final measurement detector: Quasi-Peak
Wide Measurement Uncertainty: ± 5 dB (k=2)
Note: CF: Correction factor = Antenna factor + Cable loss
*
1
: Measure have been done at 10m distance and corrected according to
requirements of 15.209.e)
([email protected] = [email protected]-19.1dB)
Tabulated Results for Unwanted emissions
(30MHz-1GHz)
FREQ Meter reading Total factor Field level Limit Margin
MHz (QP)
dBµV
dB (QP)
dBµV/m (QP)
dBµV/m
dB
Margin < -10dB
Supplementary information:
Frequency list measured on the Open Area Test Site has been created with pre-scan results.
Frequency band investigated: 30MHz-1GHz
RBW: 120kHz
Measurement distance: 3m
Limit: FCC Part 15.209 – 15.249
Final measurement detector: Quasi-Peak
Wide Measurement Uncertainty: ± 5.2dB (k=2)
RESULT: PASS
Notes:
(1): The field strength (level) is calculated by adding the Antenna Fac
tor
and Cable Factor, and subtracting the Amplifier Gain (if any) from the
measured reading. The basic equation is as follow:
FS = RA + AF + CF – AG
Where FS = Field Strength
RA = Receiver Amplitude
AF = Antenna Factor
CF = Cable Factor
AG = Amplifier Gain
Total factor (dB) is AF + CF – AG
Margin value = Emission level – Limit value
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Tabulated Results for Unwanted emissions
(1GHz-26GHz)
FREQ Field level Detector Limit Result
(MHz) dBµV/m (dBµV/m)
2400.0 49.2 Pk 54 Av / 74 Pk
Pass
2483.5 48.0 Pk 54 Av / 74 Pk
Pass
RBW / VBW 1MHz / 3MHz (Peak)
1MHz / 10Hz (AV)
Measurement distance: 3m
Limit: FCC Part 15.209 – 15.249
Final measurement detector: Peak / Average
Wide Measurement Uncertainty: ± 5.2dB (k=2)
RESULT: PASS
Notes: (1): The field strength (level)
is calculated by adding the Antenna Factor and
Cable Factor, and subtracting the Amplifier Gain (if any) from the measured
reading. The basic equation is as follow:
FS = RA + AF + CF – AG
Where FS = Field Strength
RA = Receiver Amplitude
AF = Antenna Factor
CF = Cable Factor
AG = Amplifier Gain
Total factor (dB) is AF + CF – AG
Margin value = Emission level – Limit value
(2): Limits used are FCC part 15.209: Less stringent than fundamental field
strength minus 50dB
15.249 limits 26.5dBµV/m Av @ 3m (= 76.5dBµV/m - 50dB)
(3): Peak pre-scans not performed at 3-meters distance are corrected as
follow:
[email protected] = [email protected]
m
+ 20 x log (D
m
/ 3
m
)
Where D is the measurement distance in meter
(4): All frequencies not specified have margin < -10dB (for peak and average
detector)
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Graphical representation of Band-edge compliance (Radiated)
Low band-edge compliance
F1 = 2400MHz
Peak level below 2400MHz is 49.2dBµV/m max at 3m
(Average limit is 54dBµV/m - Peak limit is 74dBµV/m @ 3m )
RESULT: PASS
Note: Radiated measurement
High band-edge compliance
F1 = 2483.5MHz
Peak level below 2483.5MHz is 48.0dBµV/m max at 3m
(Average limit is 54dBµV/m - Peak limit is 74dBµV/m @ 3m )
RESULT: PASS
Note: Radiated measurement
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Graphical representation of Radiated Disturbance Measurement (Peak detection, Anechoic chamber
pre-scan, 30MHz-1GHz / 3m / Horizontal / Transmit mode)
30MHz 1.002GHz100M Fréquence (MHz)
0
80
dBµV/m
50
20
70
40
10
60
30
Notes: Pre-scan graph only for identification purpose.
Same result for transmit mode at 2402MHz, 2440MHz or 2480MHz.
Frequency band investigated: 30MHz-1GHz
Unit : dBµV/m
RBW : 100kHz
Antenna polarization : Horizontal
Voltage: 12V max. at water turbine
Limit: 15.209
Measurement detector: Peak
Wide Measurement Uncertainty: ± 5dB (k=2)
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Graphical representation of Radiated Disturbance Measurement (Peak detection, Anechoic chamber
pre-scan, 30MHz-1GHz / 3m / Vertical / Transmit mode)
30MHz 1.002GHz100M Fréquence (MHz)
0
80
dBµV/m
50
20
70
40
10
60
30
Notes: Pre-scan graph only for identification purpose.
Same result for transmit mode at 2402MHz, 2440MHz or 2480MHz.
Frequency band investigated: 30MHz-1GHz
Unit : dBµV/m
RBW : 100kHz
Antenna polarization : Vertical
Voltage: 12V max. at water turbine
Limit: 15.209
Measurement detector: Peak
Wide Measurement Uncertainty: ± 5dB (k=2)
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Graphical representation of Radiated Disturbance Measurement (Peak detection, Anechoic chamber
pre-scan, 1GHz-3.6GHz / 3m / Horizontal & Vertical / Transmit mode at 2402MHz)
1GHz 3.6GHz
Fréquence (MHz)
0
80
dBµV/m
50
20
70
40
10
60
30
2.4016566 G / 71.5
1GHz 3.6GHz
Fréquence (MHz)
0
80
dBµV/m
50
20
70
40
10
60
30
2.4016566 G / 76.8
Frequency band investigated: 1GHz-3.6GHz
Unit : dBµV/m
RBW : 1MHz
Antenna polarization : Horizontal & Vertical
Voltage: 12V max. at water turbine
Limit: 15.209
Measurement detector: Peak
Wide Measurement Uncertainty: ± 5dB (k=2)
Page 20 / 30
Rapport d’essai / Test Report
:
22192
-
-
1
Graphical representation of Radiated Disturbance Measurement (Peak detection, Anechoic chamber
pre-scan, 3.6GHz-12GHz / 3m / Horizontal & Vertical / Transmit mode at 2402MHz)
3.6GHz 12GHz10G
Fréquence (MHz)
0
80
dBµV/m
50
20
70
40
10
60
30
3.6GHz 12GHz10G
Fréquence (MHz)
0
80
dBµV/m
50
20
70
40
10
60
30
Frequency band investigated: 3.6GHz-12GHz
Unit : dBµV/m
RBW : 1MHz
Antenna polarization : Horizontal & Vertical
Voltage: 12V max. at water turbine
Limit: 15.209
Measurement detector: Peak
Wide Measurement Uncertainty: ± 5dB (k=2)
Page 21 / 30
Rapport d’essai / Test Report
:
22192
-
-
1
Graphical representation of Radiated Disturbance Measurement (Peak detection, Anechoic chamber
pre-scan, 12GHz-18GHz / 3m / Horizontal & Vertical / Transmit mode at 2402MHz)
12GHz 18GHz
Fréquence (MHz)
0
80
dBµV/m
50
20
70
40
10
60
30
12GHz 18GHz
Fréquence (MHz)
0
80
dBµV/m
50
20
70
40
10
60
30
Frequency band investigated: 12GHz-18GHz
Unit : dBµV/m
RBW : 1MHz
Antenna polarization : Horizontal & Vertical
Voltage: 12V max. at water turbine
Limit: 15.209
Measurement detector: Peak
Wide Measurement Uncertainty: ± 5dB (k=2)
Page 22 / 30
Rapport d’essai / Test Report
:
22192
-
-
1
Graphical representation of Radiated Disturbance Measurement (Peak detection, Anechoic chamber
pre-scan, 18GHz-26GHz / 3m / Horizontal & Vertical / Transmit mode at 2402MHz)
18GHz 26GHz
Fréquence (MHz)
0
80
dBµV/m
50
20
70
40
10
60
30
18GHz 26GHz
Fréquence (MHz)
0
80
dBµV/m
50
20
70
40
10
60
30
Frequency band investigated: 18GHz-26GHz
Unit : dBµV/m
RBW : 1MHz
Antenna polarization : Horizontal & Vertical
Voltage: 12V max. at water turbine
Limit: 15.209
Measurement detector: Peak
Wide Measurement Uncertainty: ± 5dB (k=2)
Page 23 / 30
Rapport d’essai / Test Report
:
22192
-
-
1
Graphical representation of Radiated Disturbance Measurement (Peak detection, Anechoic chamber
pre-scan, 1GHz-3.6GHz / 3m / Horizontal & Vertical / Transmit mode at 2440MHz)
1GHz 3.6GHz
Fréquence (MHz)
0
80
dBµV/m
50
20
70
40
10
60
30
2.4397955 G / 72.2
1GHz 3.6GHz
Fréquence (MHz)
0
80
dBµV/m
50
20
70
40
10
60
30
2.4397955 G / 77
Frequency band investigated: 1GHz-3.6GHz
Unit : dBµV/m
RBW : 1MHz
Antenna polarization : Horizontal & Vertical
Voltage: 12V max. at water turbine
Limit: 15.209
Measurement detector: Peak
Wide Measurement Uncertainty: ± 5dB (k=2)
Page 24 / 30
Rapport d’essai / Test Report
:
22192
-
-
1
Graphical representation of Radiated Disturbance Measurement (Peak detection, Anechoic chamber
pre-scan, 3.6GHz-12GHz / 3m / Horizontal & Vertical / Transmit mode at 2440MHz)
3.6GHz 12GHz10G
Fréquence (MHz)
0
80
dBµV/m
50
20
70
40
10
60
30
3.6GHz 12GHz10G
Fréquence (MHz)
0
80
dBµV/m
50
20
70
40
10
60
30
Frequency band investigated: 3.6GHz-12GHz
Unit : dBµV/m
RBW : 1MHz
Antenna polarization : Horizontal & Vertical
Voltage: 12V max. at water turbine
Limit: 15.209
Measurement detector: Peak
Wide Measurement Uncertainty: ± 5dB (k=2)
Page 25 / 30
Rapport d’essai / Test Report
:
22192
-
-
1
Graphical representation of Radiated Disturbance Measurement (Peak detection, Anechoic chamber
pre-scan, 12GHz-18GHz / 3m / Horizontal & Vertical / Transmit mode at 2440MHz)
12GHz 18GHz
Fréquence (MHz)
0
80
dBµV/m
50
20
70
40
10
60
30
12GHz 18GHz
Fréquence (MHz)
0
80
dBµV/m
50
20
70
40
10
60
30
Frequency band investigated: 12GHz-18GHz
Unit : dBµV/m
RBW : 1MHz
Antenna polarization : Horizontal & Vertical
Voltage: 12V max. at water turbine
Limit: 15.209
Measurement detector: Peak
Wide Measurement Uncertainty: ± 5dB (k=2)
Page 26 / 30
Rapport d’essai / Test Report
:
22192
-
-
1
Graphical representation of Radiated Disturbance Measurement (Peak detection, Anechoic chamber
pre-scan, 18GHz-26GHz / 3m / Horizontal & Vertical / Transmit mode at 2440MHz)
18GHz 26GHz
Fréquence (MHz)
0
80
dBµV/m
50
20
70
40
10
60
30
18GHz 26GHz
Fréquence (MHz)
0
80
dBµV/m
50
20
70
40
10
60
30
Frequency band investigated: 18GHz-26GHz
Unit : dBµV/m
RBW : 1MHz
Antenna polarization : Horizontal & Vertical
Voltage: 12V max. at water turbine
Limit: 15.209
Measurement detector: Peak
Wide Measurement Uncertainty: ± 5dB (k=2)
Page 27 / 30
Rapport d’essai / Test Report
:
22192
-
-
1
Graphical representation of Radiated Disturbance Measurement (Peak detection, Anechoic chamber
pre-scan, 1GHz-3.6GHz / 3m / Horizontal & Vertical / Transmit mode at 2480MHz)
1GHz 3.6GHz
Fréquence (MHz)
0
80
dBµV/m
50
20
70
40
10
60
30
2.4798104 G / 70.8
1GHz 3.6GHz
Fréquence (MHz)
0
80
dBµV/m
50
20
70
40
10
60
30
2.4798104 G / 76.5
Frequency band investigated: 1GHz-3.6GHz
Unit : dBµV/m
RBW : 1MHz
Antenna polarization : Horizontal & Vertical
Voltage: 12V max. at water turbine
Limit: 15.209
Measurement detector: Peak
Wide Measurement Uncertainty: ± 5dB (k=2)
Page 28 / 30
Rapport d’essai / Test Report
:
22192
-
-
1
Graphical representation of Radiated Disturbance Measurement (Peak detection, Anechoic chamber
pre-scan, 3.6GHz-12GHz / 3m / Horizontal & Vertical / Transmit mode at 2480MHz)
3.6GHz 12GHz10G
Fréquence (MHz)
0
80
dBµV/m
50
20
70
40
10
60
30
3.6GHz 12GHz10G
Fréquence (MHz)
0
80
dBµV/m
50
20
70
40
10
60
30
Frequency band investigated: 3.6GHz-12GHz
Unit : dBµV/m
RBW : 1MHz
Antenna polarization : Horizontal & Vertical
Voltage: 12V max. at water turbine
Limit: 15.209
Measurement detector: Peak
Wide Measurement Uncertainty: ± 5dB (k=2)
Page 29 / 30
Rapport d’essai / Test Report
:
22192
-
-
1
Graphical representation of Radiated Disturbance Measurement (Peak detection, Anechoic chamber
pre-scan, 12GHz-18GHz / 3m / Horizontal & Vertical / Transmit mode at 2480MHz)
12GHz 18GHz
Fréquence (MHz)
0
80
dBµV/m
50
20
70
40
10
60
30
12GHz 18GHz
Fréquence (MHz)
0
80
dBµV/m
50
20
70
40
10
60
30
Frequency band investigated: 12GHz-18GHz
Unit : dBµV/m
RBW : 1MHz
Antenna polarization : Horizontal & Vertical
Voltage: 12V max. at water turbine
Limit: 15.209
Measurement detector: Peak
Wide Measurement Uncertainty: ± 5dB (k=2)
Page 30 / 30
Rapport d’essai / Test Report
:
22192
-
-
1
Graphical representation of Radiated Disturbance Measurement (Peak detection, Anechoic chamber
pre-scan, 18GHz-26GHz / 3m / Horizontal & Vertical / Transmit mode at 2480MHz)
18GHz 26GHz
Fréquence (MHz)
0
80
dBµV/m
50
20
70
40
10
60
30
18GHz 26GHz
Fréquence (MHz)
0
80
dBµV/m
50
20
70
40
10
60
30
Frequency band investigated: 18GHz-26GHz
Unit : dBµV/m
RBW : 1MHz
Antenna polarization : Horizontal & Vertical
Voltage: 12V max. at water turbine
Limit: 15.209
Measurement detector: Peak
Wide Measurement Uncertainty: ± 5dB (k=2)
Download: Smart shower head Test Report 22192-FCC-1 (Smart and Blue, Hydrao) SMART AND BLUE
Mirror Download [FCC.gov]Smart shower head Test Report 22192-FCC-1 (Smart and Blue, Hydrao) SMART AND BLUE
Document ID3251811
Application IDYIKXB7ImjOgvzcCaoa70ug==
Document DescriptionTest report
Short Term ConfidentialNo
Permanent ConfidentialNo
SupercedeNo
Document TypeTest Report
Display FormatAdobe Acrobat PDF - pdf
Filesize33.81kB (422651 bits)
Date Submitted2017-01-09 00:00:00
Date Available2017-01-11 00:00:00
Creation Date2017-01-02 10:29:32
Producing SoftwareGPL Ghostscript 9.06
Document Lastmod2017-01-02 10:29:32
Document Title22192-FCC-1 (Smart and Blue, Hydrao)
Document CreatorPDFCreator Version 1.6.0
Document Author: Labo

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