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Huawei Technologies Co.,Ltd 40KTLUSPLC Solar Inverter QIS40KTLUSPLC QIS40KTLUSPLC 40ktlusplc

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Document DEVICE REPORTGetApplicationAttachment.html?id=3190527 
Test report no. 160801178SHA-001 Page 1 of 29

FCC TEST REPORT for Part 15G No. 160801178HA-001

Applicant :

Huawei Technologies Co.,Ltd Administration Building, Headquarters of Huawei Technologies Co., Ltd., Bantian, Longgang District, Shenzhen, China

Manufacturer :

Huawei Technologies Co.,Ltd Administration Building, Headquarters of Huawei Technologies Co., Ltd., Bantian, Longgang District, Shenzhen, China

Product Name : Solar Inverter

Type/Model : SUN2000-33KTL-US, SUN2000-36KTL-US, SUN2000-40KTL-US

TEST RESULT : PASS

SUMMARY
The equipment complies with the requirements according to the following standard(s) or specification:
47CFR Part 15 (2015): Radio Frequency Devices (Subpart G)
ANSI C63.4 (2014): 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
Date of issue: Oct 16, 2016

Prepared by:

Reviewed by:

Wakeyou Wang (Project Engineer)
FCC ID: QIS40KTLUSPLC

Daniel Zhao (Reviewer)
TTRF15g_V1©2015Intertek

Description of Test Facility

Test report no. 160801178SHA-001 Page 2 of 29

Name: Intertek Testing Services Limited Shanghai Address: Building 86, No. 1198 Qinzhou Rd., North, Shanghai 200233, P.R.China
FCC Registration Number: 236597 IC Assigned Code: 2042B-1
Name of contact: Jonny Jing Tel: +86 21 61278271 Fax: +86 21 54262353

FCC ID: QIS40KTLUSPLC

TTRF15g_V1©2015Intertek

Content

Test report no. 160801178SHA-001 Page 3 of 29

SUMMARY............................................................................................................................................. 1
1 GENERAL INFORMATION ......................................................................................................4
1.1 Description of Equipment Under Test (EUT)................................................4 1.2 Description of Client......................................................................................5 1.3 Description of Test Facility ...........................................................................5
2 TEST SPECIFICATIONS............................................................................................................6
2.1 Standards or specification ..............................................................................6 2.2 Mode of operation during the test ..................................................................6 2.3 Test software list ............................................................................................6 2.4 Test peripherals list ........................................................................................6 2.5 Instrument list ................................................................................................7 2.6 Test Summary ................................................................................................8
3 CONDUCTED EMISSION...................................................................................................................9
3.1 Limits .............................................................................................................9 3.1.1 Limits for conducted emission of class A device ......................................9 3.1.2 Limits for conducted emission of class B device.......................................9
3.2 Test setup .....................................................................................................10 3.3 Test Setup and Test Procedure.....................................................................11 3.4 Test Protocol ................................................................................................12
4 RADIATED EMISSION .................................................................................................................... 13
4.1 Radiated emission limits ..............................................................................13 4.2 Test Environment.........................................................................................14 4.3 Description of the Test Sites ........................................................................16 4.4 Test Setup and Test Procedure.....................................................................22 4.5 Test Protocol ................................................................................................23

FCC ID: QIS40KTLUSPLC

TTRF15g_V1©2015Intertek

1 GENERAL INFORMATION

Test report no. 160801178SHA-001 Page 4 of 29

1.1 Description of Equipment Under Test (EUT)

Product Name

: Solar Inverter

Type/Model Description of EUT

: SUN2000-33KTL-US, SUN2000-36KTL-US, SUN200040KTL-US
: There are three models. They are electrically identical except for output ratings. Therefore, the model SUN2000-40KTL-US with highest ratings was chosen to perform test as representative.

Rating

: SUN2000-33KTL-US: Max input Voltage: 1000V DC, Max input Current: 40A (25A per MPPT), Nominal output Voltage: 480V AC, Max output Power: 33 kW;

SUN2000-36KTL-US: Max input Voltage: 1000V DC, Max input Current: 45A (25A per MPPT), Nominal output Voltage: 480V AC, Max output Power: 36 kW;

SUN2000-40KTL-US: Max input Voltage: 1000V DC, Max input Current: 54A (25A per MPPT), Nominal output Voltage: 480V AC, Max output Power: 40kW

Modulation

: OFDM

Number of carriers : 143

Carrier spacing

: 24.414kHz

Channel bandwidth : 200kHz

Notch capability/control

: Without such function

Power settings/control : -5~7 (7 is the highest power and tested as the worst mode)

Duty factor of signal injection
Category of EUT

: 50% : Class B

Operation Frequency range for 15G Sample received date Date of test Power line type
FCC ID

: 2.5MHz ­ 5.7MHz
: Sep 10, 2016 : Sep 10, 2016 - Sep 30, 2016 : Medium-voltage
low ­voltage : QIS40KTLUSPLC

FCC ID: QIS40KTLUSPLC

TTRF15g_V1©2015Intertek

1.2 Description of Client

Test report no. 160801178SHA-001 Page 5 of 29

Applicant : Huawei Technologies Co.,Ltd Administration Building, Headquarters of Huawei Technologies Co., Ltd., Bantian, Longgang District, Shenzhen, China
Name of contact : Zhang Xinghai
Tel : 8675528970299
Fax : 8675589650226
Email : [email protected]
Manufacturer : Huawei Technologies Co.,Ltd Administration Building, Headquarters of Huawei Technologies Co., Ltd., Bantian, Longgang District, Shenzhen, China

1.3 Description of Test Facility
Name : Intertek Testing Service Shanghai Address : Building 86, No. 1198 Qinzhou Road(North), Shanghai
200233, P.R. China Telephone : 86 21 61278200
Telefax : 86 21 54262353
In-site location Name : Huawei Technologies Co.,Ltd
Address : Manka Science and Technology Park, No 901 Tanglu Road, Shanghai, P.R. China

FCC ID: QIS40KTLUSPLC

TTRF15g_V1©2015Intertek

2 TEST SPECIFICATIONS

Test report no. 160801178SHA-001 Page 6 of 29

2.1 Standards or specification

47CFR Part 15 (2015) ANSI C63.4 (2014) FCC-11-160A1
2.2 Mode of operation during the test
Within this test report, EUT was tested with modulation and tested under its rating voltage and frequency.

2.3 Test software list

Test Items

Software

/

/

/

/

Manufacturer / /

Version / /

2.4 Test peripherals list

Item No.

Name

/

/

/

/

Band and Model / /

Description / /

FCC ID: QIS40KTLUSPLC

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2.5 Instrument list

Test report no. 160801178SHA-001 Page 7 of 29

Selected

Instrument
EMI Test Receiver
Bilog Antenna

Loop Antenna

Model

Manufactory

ESPI3

R&S

CBL 6112D

TESEQ

FMZB1516 Schwarzbeck

EC no. 101505 25221 1516115

Valid until date 10/29/2016 5/20/2018 5/27/2017

FCC ID: QIS40KTLUSPLC

TTRF15g_V1©2015Intertek

2.6 Test Summary

Test report no. 160801178SHA-001 Page 8 of 29

This report applies to tested sample only. The test results have been compared directly with the limits, and the measurement uncertainty is recorded. This report shall not be reproduced in part without written approval of Intertek Testing Service Shanghai Limited.

TEST ITEM Conducted emission Radiated emission

FCC REFERANCE 15.611(a), 15.107 15.611(b), 15.109

RESULT NA Pass

NOTE
Not applied to Access BPL.
/

Notes: 1: NA =Not Applicable 2: This report is for the exclusive use of Intertek's Client and is provided pursuant to the agreement between Intertek and its Client. Intertek's responsibility and liability are limited to the terms and conditions of the agreement. Intertek assumes no liability to any party, other than to the Client in accordance with the agreement, for any loss, expense or damage occasioned by the use of this report. Only the Client is authorized to permit copying or distribution of this report and then only in its entirety. Any use of the Intertek name or one of its marks for the sale or advertisement of the tested material, product or service must first be approved in writing by Intertek. The observations and test results in this report are relevant only to the sample tested. This report by itself does not imply that the material, product, or service is or has ever been under an Intertek certification program.

FCC ID: QIS40KTLUSPLC

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3 Conducted emission

Test report no. 160801178SHA-001 Page 9 of 29

Test result: NA 3.1 Limits

3.1.1 Limits for conducted emission of class A device

Frequency range (MHz)

Limits dB(µV) Quasi-peak

Average

0.15 ~ 0.5

79

66

0.5 ~ 30

73

60

Note: If the limit for the measurement with the average detector is met when using a

receiver with a quasi-peak detector, the equipment under test shall be deemed

to meet both limits and the measurement using the receiver with an average

detector need not be carried out.

3.1.2 Limits for conducted emission of class B device

Frequency range (MHz)

Limits dB(µV)

Quasi-peak

Average

0.15 ~ 0.5 0.5 ~ 5 5 ~ 30

66 ~ 56 * 56 60

56 ~ 46 * 46 50

Note: 1. * Means the limit decreasing linearly with the logarithm of the frequency in the range 0.15MHz to 0.5MHz 2. If the limit for the measurement with the average detector is met when using a receiver with a quasi-peak detector, the equipment under test shall be deemed to meet both limits and the measurement using the receiver with an average detector need not be carried out.

FCC ID: QIS40KTLUSPLC

TTRF15g_V1©2015Intertek

3.2 Test setup For table top equipment

Test report no. 160801178SHA-001 Page 10 of 29

For floor standing equipment

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Test report no. 160801178SHA-001 Page 11 of 29
3.3 Test Setup and Test Procedure
Measurement was performed in shielded room, and instruments used were following clause 4 and clause 5 of ANSI 63.4. Detailed test procedure was following clause 7.3 of ANSI 63.4. EUT arrangement and operation conditions were according to clause 6 and clause 7 of ANSI 63.4. Frequency range 150kHz ­ 30MHz was checked and EMI receiver measurement bandwidth was set to 9 kHz.

FCC ID: QIS40KTLUSPLC

TTRF15g_V1©2015Intertek

3.4 Test Protocol

Temperature

:

°C

Relative Humidity

:

%

Test report no. 160801178SHA-001 Page 12 of 29

L line Test Data: Frequency
(MHz)

level dB(µV)

Quasi-peak
Limit dB(µV)

Margin (dB)

Average

level

limit Margin

dB(µV) dB(µV) (dB)

N line:

Test Data: Frequency
(MHz)

level dB(µV)

Quasi-peak

Limit dB(µV)

Margin (dB)

Average

level

limit Margin

dB(µV) dB(µV) (dB)

Notes: All possible modes of operation were investigated. Only the worst case emissions was measured.

FCC ID: QIS40KTLUSPLC

TTRF15g_V1©2015Intertek

4 Radiated emission
Test result: Pass

Test report no. 160801178SHA-001 Page 13 of 29

4.1 Radiated emission limits

Frequency (MHz)

Permitted limit in dBµV/m

(Quasi-peak)

of Measurement Distance 30m

0.009­0.490

107.6-20lg (FkHz)

0.490­1.705

87.6-20lg (FkHz)

1.705­30.0

29.5

Note: for the measurement distance other than 30m, the limit is varied according to

40dB/10 decades.

Frequency (MHz)

Permitted limit in dBµV/m

(Quasi-peak)

of Measurement Distance 3m

30 ­ 88

40.0

88 ­ 216

43.5

216 ­ 960

46.0

Above 960

54.0

Note: for the measurement distance other than 3m, the limit is varied according to

20dB/10 decades.

FCC ID: QIS40KTLUSPLC

TTRF15g_V1©2015Intertek

Test report no. 160801178SHA-001 Page 14 of 29

4.2 Test Environment Measurement Principles for Access BPL on Overhead Line Installations

(1) Measurements should normally be performed at the horizontal reference distance as specified in Sections 15.209 and 15.109 of the rules (i.e., 30 meters for frequencies below 30 MHz and 10 meters for frequencies 30-88MHz.) If necessary, due to ambient emissions, for frequencies below 30 MHz, measurements may be performed at a closer distance such as 10 meters (or 3 meters if necessary for safety or because measurements cannot practically be performed at 30 meters or 10 meters) from the overhead line. Distance corrections are to be made in accordance with paragraph (4), below.

(2) Testing shall be performed at distances of 0, 1/4, 1/2, 3/4 and 1 wavelength down the line from the BPL injection point on the power line. Wavelength spacing is based on the mid-band frequency used by the EUT. In addition, if the mid-band frequency exceeds the lowest frequency injected onto the power line by more than a factor of two, testing shall be extended in steps of 1/2 wavelength of the mid-band frequency until the distance equals or exceeds 1/2 wavelength of the lowest frequency injected. (For example, if the device injects frequencies from 3 to 27 MHz, the wavelength corresponding to the mid-band frequency of 15 MHz is 20 meters, and wavelength corresponding to the lowest injected frequency is 100 meters. Measurements are to be performed at 0, 5, 10, 15, and 20 meters down line--corresponding to zero to one wavelength at the mid-band frequency. Because the mid-band frequency exceeds the minimum frequency by more than a factor of two, additional measurements are required at 10-meter intervals until the distance down-line from the injection point equals or exceeds 1/2 of 100 meters. Thus, additional measurement points are required at 30, 40, and 50 meters down line from the injection point.)

(3) Testing shall be repeated for each Access BPL component (injector, extractor, repeater, booster, concentrator, etc.)

(4) The distance correction used to calculate the applicable extrapolated emission levels for the measurements that are closer than the specified reference distance in Section 15.209 of the rules shall be based on the slant-range distance, which is the diagonal distance from the center of the measurement antenna to the nearest point of the overhead power line carrying the BPL signals being measured, as defined in Section 15.3(hh) of the rules. Calculations of the slant-range distance and the applicable extrapolated emission levels are made according to Equations (1) and (2) in Section 6, below.

(5) For Access BPL devices operating below 30 MHz, if the site-specific alternative extrapolation method is selected, the extrapolation factor is determined by fitting a straight line to measurements of field strength in dBµV/m vs. logarithmic distance in meters from the nearest conductor carrying BPL emissions. Site-specific determination of the extrapolation factor is not permitted for BPL devices that inject signals on the neutral/grounded line of a power system if a grounding conductor (typically located at each pole) is located within 30 meters of any of the measurement locations.
a. Measurements shall be made for at least four horizontal distances from the overhead line, at no less than 3 meters from the lateral plane and differing from each

FCC ID: QIS40KTLUSPLC

TTRF15g_V1©2015Intertek

Test report no. 160801178SHA-001 Page 15 of 29
other by at least 3 meters. If these measurements allow a straight line with a negative slope to be calculated or drawn with reasonable fit (the minimum regression coefficient of multiple correlation would be 0.9), the best straight line fit would be used to calculate field strength at the 30-meter standard measurement distance in the rules. b. If the four measurements do not satisfy the regression coefficient requirement specified above, measurements at one or more additional distances shall be added until the regression coefficient is satisfied. If the regression coefficient is not satisfied, a site-specific extrapolation rate may not be used.
Measurement Principles for Access BPL in Underground Line Installations
(1) Underground line installations are those in which the BPL device is mounted in, or attached to a padmounted transformer housing or a ground-mounted junction box and couples directly only to underground cables.
(2) Measurements should normally be performed at the horizontal reference distance as specified in Section 15.209 of the rules (i.e., 30 meters for frequencies below 30 MHz and 10 meters for frequencies 30-88MHz.) If necessary, due to ambient emissions, for frequencies below 30 MHz, measurements may be performed at a closer distance such as 3 meters or 10 meters from the inground transformer. Distance corrections are to be made in accordance with Section 15.31(f) in the rules.
(3) Measurements shall be made at positions around the perimeter of the in-ground power transformer where the maximum emissions occur. ANSI C63.4, section 8.1, specifies a minimum of 16 radial angles surrounding the EUT (in-ground transformer that contains the BPL device(s)). If directional radiation patterns are suspected, additional azimuth angles shall be examined.
Test setup is showed as below:

Overhead power line / Underground power line
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Test report no. 160801178SHA-001 Page 16 of 29
4.3 Description of the Test Sites
Overhead Line Installation Locations:
The device injects frequencies at 2.5MHz-5.7MHz; The wavelength of mid-band frequency is 73.2m; The wavelength corresponding to the lowest injected frequency is 120m and no extended test should be conducted.
Location 1: See below

Test Point
0 1/4 *  1/2*  3/4 * 


Test Distance down the line from the BPL injection point (m) 0 18.3 36.6 54.9 73.2

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Location 2: See below

Test report no. 160801178SHA-001 Page 17 of 29

Test Point
0 1/4 *  1/2*  3/4 * 


Test Distance down the line from the BPL injection point (m) 0 18.3 36.6 54.9 73.2

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Location 3: See below

Test report no. 160801178SHA-001 Page 18 of 29

Test Point
0 1/4 *  1/2*  3/4 * 


Test Distance down the line from the BPL injection point (m) 0 18.3 36.6 54.9 73.2

FCC ID: QIS40KTLUSPLC

TTRF15g_V1©2015Intertek

Test report no. 160801178SHA-001 Page 19 of 29
Underground Line Installation Locations:
Measurements shall be made at positions of minimum of 16 radial angles surrounding the EUT, namely 0, 22.5o, 45o...337.5 o.
Location 1: See below

FCC ID: QIS40KTLUSPLC

TTRF15g_V1©2015Intertek

Location 2: See below

Test report no. 160801178SHA-001 Page 20 of 29

FCC ID: QIS40KTLUSPLC

TTRF15g_V1©2015Intertek

Location 3: See below

Test report no. 160801178SHA-001 Page 21 of 29

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4.4 Test Setup and Test Procedure

Test report no. 160801178SHA-001 Page 22 of 29

The measurement was performed in site.

The horizontal distance between EUT and receiving antenna is 3 meter for both overhead & underground installation.

The required measurement frequency range was checked.

The radiated emission was measured using the R&S Test Receiver / Spectrum Analyzer with the resolutions bandwidth set as:

RBW =9kHz @ receiver mode (9kHz~30MHz) RBW = 120kHz @ receiver mode (30MHz~1GHz) RBW / VBW = 1MHz / 3MHz @ spectrum mode (>1GHz for PK) if applied; RBW / VBW = 1MHz / 10Hz @ spectrum mode (>1GHz for AV) if applied;

Slant factor for lower than 30MHz @ overhead installation:

Here Hant = 1m, Hpower_line = 2m, Dh = 3m; Therefore Dslant = (32 + (2-1)2)1/2 = 3.2m; Slant factor = 40lg (30 / 3.2) = 38.9dB

Measurement distance factor for lower than 30MHz @ underground installation: Distance factor = 40lg (30 / 3) = 40dB

Antenna height factor for higher than 30MHz @ overhead and underground installation (the antenna height is fixed at 1m but not varied from 1m to 4 m): Antenna height factor = -5dB

FCC ID: QIS40KTLUSPLC

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4.5 Test Protocol

Test report no. 160801178SHA-001 Page 23 of 29

Overhead location 1

A B

C

D

E

F

G

H

I

J

Test Point (m)

Ant. Pol.

Freq. (MHz)

Reading (dBuV/m)

Ant. Factor (dB)

Cable loss (dB)

Slant factor / Ant height
Factor (dB)

Net (dBuV/m)

Limit (dBuV/m)

Margin (dBuV/m)

0

X 1.882 25.39 19.20 0.05 38.90

5.74 29.50 23.76

0

X 2.266 25.96 19.20 0.06 38.90

6.32 29.50 23.18

0

X 3.318 26.20 19.20 0.07 38.90

6.57 29.50 22.93

18.3 X 3.269 27.83 19.20 0.07 38.90

8.20 29.50 21.30

54.9 X 3.59 31.42 19.20 0.08 38.90 11.80 29.50 17.70

54.9 X 4.222 32.28 19.20 0.09 38.90 12.67 29.50 16.83

73.2 X 4.786 33.60 19.20 0.10 38.90 14.00 29.50 15.50

0 Y 8.906 27.03 19.20 0.12 38.90 7.45 29.50 22.05

18.3 Y 1.522 30.77 19.20 0.05 38.90 11.12 29.50 18.38

54.9 Y 1.802 34.10 19.20 0.05 38.90 14.45 29.50 15.05

54.9 Y 2.398 32.44 19.20 0.06 38.90 12.80 29.50 16.70

54.9 Y 3.73 34.85 19.20 0.08 38.90 15.23 29.50 14.27

54.9 Y 7.798 30.69 19.20 0.12 38.90 11.11 29.50 18.39

73.2 Y 3.762 29.20 19.20 0.08 38.90

9.58 29.50 19.92

82.4 Y 12.918 31.52 19.08 0.15 38.90 11.85 29.50 17.65

0 H 58.04 16.72 12.29 0.36 -5.00 34.37 40.00 5.63

0 H 110.24 19.24 10.52 0.51 -5.00 35.27 43.50 8.23

0 H 272.88 14.75 12.71 0.82 -5.00 33.28 46.00 12.72

18.3 H 52.08 16.57 13.48 0.34 -5.00 35.39 40.00 4.61

36.6 H 72.04 22.77 9.45 0.40 -5.00 37.62 40.00 2.38

36.6 H 83.96 22.06 8.47 0.44 -5.00 35.97 40.00 4.03

36.6 H 160.08 21.89 8.40 0.61 -5.00 35.90 43.50 7.60

54.9 H 272.04 16.01 12.70 0.82 -5.00 34.53 46.00 11.47

73.2 H 127.88 21.01 9.03 0.55 -5.00 35.59 43.50 7.91

0 V 32.88 21.40 11.69 0.26 -5.00 38.35 40.00 1.65

0 V 126.3 21.84 9.12 0.55 -5.00 36.51 43.50 6.99

18.3 V 244.72 15.91 12.14 0.75 -5.00 33.80 46.00 12.20

36.6 V 61.76 18.02 11.55 0.37 -5.00 34.94 40.00 5.06

54.9 V 160.08 21.42 8.40 0.61 -5.00 35.43 43.50 8.07

73.2 V 82.84 23.45 8.25 0.44 -5.00 37.14 40.00 2.86

73.2 V 112.4 23.63 10.30 0.52 -5.00 39.45 43.50 4.05

73.2 V 252.04 19.37 12.34 0.77 -5.00 37.48 46.00 8.52

Note 1: H = D + E + F ­ G; J = I-H

Note 2: the QP detector is applied based on that the pulse-repetition frequency of assessed

signal is higher than 20 Hz.

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Test report no. 160801178SHA-001 Page 24 of 29

Overhead location 2

A B

C

D

E

F

G

H

I

J

Test Point (m)

Ant. Pol.

Freq. (MHz)

Reading (dBuV/m)

Ant. Factor (dB)

Cable loss (dB)

Slant factor / Ant height
Factor (dB)

Net (dBuV/m)

Limit (dBuV/m)

Margin (dBuV/m)

0 X 3.586 32.50 19.20 0.08 38.90 12.88 29.50 16.62

0 X 4.45 45.67 19.20 0.09 38.90 26.06 29.50 3.44

0 X 6.518 39.67 19.20 0.11 38.90 20.08 29.50 9.42

18.3 X 1.394 47.23 19.20 0.05 38.90 27.58 29.50 1.92

18.3 X 5.034 45.18 19.20 0.10 38.90 25.58 29.50 3.92

18.3 X 5.374 34.07 19.20 0.10 38.90 14.47 29.50 15.03

36.6 X 1.374 36.95 19.20 0.05 38.90 17.30 29.50 12.20

36.6 X 4.954 33.80 19.20 0.10 38.90 14.20 29.50 15.30

54.9 X 4.422 27.38 19.20 0.09 38.90

7.77 29.50 21.73

73 X 5.542 28.78 19.20 0.10 38.90 9.18 29.50 20.32

0 Y 5.182 35.97 19.20 0.10 38.90 16.37 29.50 13.13

18.3 Y 3.882 35.68 19.20 0.08 38.90 16.06 29.50 13.44

36.6 Y 4.154 32.23 19.20 0.09 38.90 12.62 29.50 16.88

36.6 Y 5.082 32.56 19.20 0.10 38.90 12.96 29.50 16.54

54.9 Y 4.974 40.31 19.20 0.10 38.90 20.71 29.50 8.79

54.9 Y 5.45 36.55 19.20 0.10 38.90 16.95 29.50 12.55

73.2 Y 3.834 28.81 19.20 0.08 38.90

9.19 29.50 20.31

0 H 126.04 18.66 9.14 0.55 -5.00 33.35 43.50 10.15

0 H 352.84 16.18 14.84 0.94 -5.00 36.96 46.00 9.04

18.3 H 51.16 18.36 13.67 0.33 -5.00 37.36 40.00 2.64

36.6 H 337.28 18.65 14.36 0.93 -5.00 38.94 46.00 7.06

36.6 H 125 22.45 9.20 0.55 -5.00 37.20 43.50 6.30

36.6 H 251 19.28 12.32 0.76 -5.00 37.36 46.00 8.64

54.9 H 122.6 21.96 9.34 0.54 -5.00 36.84 43.50 6.66

54.9 H 142.72 24.07 8.31 0.58 -5.00 37.96 43.50 5.54

54.9 H 306.6 16.24 13.40 0.90 -5.00 35.54 46.00 10.46

73.2 H 165.04 21.45 8.65 0.62 -5.00 35.72 43.50 7.78

73.2 H 215.96 22.14 11.28 0.70 -5.00 39.12 43.50 4.38

0 V 113.44 23.39 10.19 0.52 -5.00 39.10 43.50 4.40

0 V 240 18.13 12.00 0.74 -5.00 35.87 46.00 10.13

18.3 V 53.84 19.58 13.13 0.34 -5.00 38.05 40.00 1.95

18.3 V 126.48 24.87 9.11 0.55 -5.00 39.53 43.50 3.97

36.6 V 227.56 20.51 11.63 0.72 -5.00 37.86 46.00 8.14

36.6 V 319.84 16.80 13.82 0.91 -5.00 36.53 46.00 9.47

54.9 V 211.12 19.37 11.13 0.69 -5.00 36.19 43.50 7.31

73.2 V 297 18.08 13.15 0.88 -5.00 37.11 46.00 8.89

73.2 V 325.04 20.22 13.98 0.92 -5.00 40.12 46.00 5.88

Note 1: H = D + E + F ­ G; J = I-H

Note 2: the QP detector is applied based on that the pulse-repetition frequency of assessed

signal is higher than 20 Hz.

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Test report no. 160801178SHA-001 Page 25 of 29

Overhead location 3

A B

C

D

E

F

G

H

I

J

Test Point (m)

Ant. Pol.

Freq. (MHz)

Reading (dBuV/m)

Ant. Factor (dB)

Cable loss (dB)

Slant factor / Ant height
Factor (dB)

Net (dBuV/m)

Limit (dBuV/m)

Margin (dBuV/m)

0

X 2.266 25.96 19.20 0.06 38.90

6.32 29.50 23.18

0

X 3.318 26.20 19.20 0.07 38.90

6.57 29.50 22.93

18.3 X 3.269 27.83 19.20 0.07 38.90

8.20 29.50 21.30

54.9 X 3.59 31.42 19.20 0.08 38.90 11.80 29.50 17.70

54.9 X 4.222 32.28 19.20 0.09 38.90 12.67 29.50 16.83

73.2 X 4.59 32.92 19.20 0.09 38.90 13.31 29.50 16.19

73.2 X 4.786 33.60 19.20 0.10 38.90 14.00 29.50 15.50

0 Y 8.906 27.03 19.20 0.12 38.90 7.45 29.50 22.05

18.3 Y 1.522 30.77 19.20 0.05 38.90 11.12 29.50 18.38

18.3 Y 3.63 28.66 19.20 0.08 38.90 9.04 29.50 20.46

36.6 Y 1.418 32.92 19.20 0.05 38.90 13.27 29.50 16.23

36.6 Y 1.122 37.86 19.20 0.04 38.90 18.20 29.50 11.30

54.9 Y 1.802 34.10 19.20 0.05 38.90 14.45 29.50 15.05

54.9 Y 2.398 32.44 19.20 0.06 38.90 12.80 29.50 16.70

54.9 Y 3.73 34.85 19.20 0.08 38.90 15.23 29.50 14.27

54.9 Y 7.798 30.69 19.20 0.12 38.90 11.11 29.50 18.39

73.2 Y 12.918 31.52 19.08 0.15 38.90 11.85 29.50 17.65

0 H 58.04 16.72 12.29 0.36 -5.00 34.37 40.00 5.63

0 H 110.24 19.24 10.52 0.51 -5.00 35.27 43.50 8.23

18.3 H 52.08 16.57 13.48 0.34 -5.00 35.39 40.00 4.61

18.3 H 59.36 16.76 12.03 0.36 -5.00 34.15 40.00 5.85

36.6 H 72.04 22.77 9.45 0.40 -5.00 37.62 40.00 2.38

36.6 H 83.96 22.06 8.47 0.44 -5.00 35.97 40.00 4.03

36.6 H 160.08 21.89 8.40 0.61 -5.00 35.90 43.50 7.60

54.9 H 253.44 15.94 12.36 0.77 -5.00 34.07 46.00 11.93

54.9 H 312.92 15.93 13.60 0.90 -5.00 35.43 46.00 10.57

73.2 H 127.88 21.01 9.03 0.55 -5.00 35.59 43.50 7.91

73.2 H 307.64 16.05 13.44 0.90 -5.00 35.39 46.00 10.61

0 V 32.88 21.40 11.69 0.26 -5.00 38.35 40.00 1.65

0 V 126.3 21.84 9.12 0.55 -5.00 36.51 43.50 6.99

0 V 146.6 21.20 8.33 0.59 -5.00 35.12 43.50 8.38

36.6 V 61.76 18.02 11.55 0.37 -5.00 34.94 40.00 5.06

36.6 V 262.48 15.91 12.52 0.79 -5.00 34.22 46.00 11.78

54.9 V 160.08 21.42 8.40 0.61 -5.00 35.43 43.50 8.07

73.2 V 82.84 23.45 8.25 0.44 -5.00 37.14 40.00 2.86

73.2 V 112.4 23.63 10.30 0.52 -5.00 39.45 43.50 4.05

Note 1: H = D + E + F ­ G; J = I-H

Note 2: the QP detector is applied based on that the pulse-repetition frequency of assessed

signal is higher than 20 Hz.

FCC ID: QIS40KTLUSPLC

TTRF15g_V1©2015Intertek

Test report no. 160801178SHA-001 Page 26 of 29

Underground location 1

A

B

C

D

E

F

G

H

I

J

Test Angle (degree)

Ant. Pol.

Freq. (MHz)

Reading (dBuV/m)

Ant. Factor (dB)

Cable loss (dB)

Ant height / Distance Factor (dB)

Net

Limit

Margin

(dBuV/m) (dBuV/m) (dBuV/m)

0

X 1.798 33.28 19.20 0.05 40.00 12.53 29.50 16.97

0

X 2.39 34.51 19.20 0.06 40.00 13.77 29.50 15.73

22.5 X 6.346 46.60 19.20 0.11 40.00 25.91 29.50 3.59

22.5 X 15.23 45.73 19.18 0.17 40.00 25.08 29.50 4.42

45 X 0.346 45.07 18.90 0.02 40.00 23.99 29.50 5.51

67.5 X 1.886 35.01 19.20 0.05 40.00 14.26 29.50 15.24

180 X 3.986 37.47 19.20 0.08 40.00 16.75 29.50 12.75

180 X 4.45 37.62 19.20 0.09 40.00 16.91 29.50 12.59

225 X 13.662 42.69 19.23 0.16 40.00 22.08 29.50 7.42

292.5 X 1.98 41.48 19.20 0.05 40.00 20.73 29.50 8.77

337.5 X 2.39 36.80 19.20 0.06 40.00 16.06 29.50 13.44

22.5 Y 6.518 44.55 19.20 0.11 40.00 23.86 29.50 5.64

22.5 Y 7.218 43.80 19.20 0.11 40.00 23.11 29.50 6.39

90 Y 1.082 39.09 19.20 0.04 40.00 18.33 29.50 11.17

157.5 Y 3.478 37.93 19.20 0.08 40.00 17.21 29.50 12.29

157.5 Y 3.916 46.40 19.20 0.08 40.00 25.68 29.50 3.82

202.5 Y 3.91 43.32 19.20 0.08 40.00 22.60 29.50 6.90

225 Y 7.274 43.70 19.20 0.11 40.00 23.01 29.50 6.49

292.5 Y 3.01 36.28 19.20 0.07 40.00 15.55 29.50 13.95

0

H 146.52 24.11 8.33 0.59 -5.00

38.03 43.50 5.47

0

H 209.84 19.23 11.10 0.69 -5.00

36.02 43.50 7.48

0

H 350.24 16.04 14.76 0.94 -5.00

36.74 46.00 9.26

45 H 270 17.94 12.66 0.81 -5.00 36.41 46.00 9.59

67.5 H 270 17.94 12.66 0.81 -5.00 36.41 46.00 9.59

112.5 H 250 21.18 12.30 0.76 -5.00 39.24 46.00 6.76

135 H 149.36 23.09 8.35 0.60 -5.00 37.04 43.50 6.46

157.5 H 133.88 22.88 8.67 0.56 -5.00 37.11 43.50 6.39

292.5 H 33.4 22.15 11.85 0.26 -5.00 39.26 40.00 0.74

22.5 V 160.88 25.19 8.44 0.62 -5.00 39.25 43.50 4.25

67.5 V 160.08 25.15 8.40 0.61 -5.00 39.16 43.50 4.34

112.5 V 146.52 25.52 8.33 0.59 -5.00 39.44 46.00 6.56

135 V 230.04 21.20 11.70 0.72 -5.00 38.62 46.00 7.38

157.5 V 290 19.29 13.02 0.86 -5.00 38.17 46.00 7.83

247.5 V 252 19.70 12.34 0.77 -5.00 37.81 46.00 8.19

Note 1: H = D + E + F ­ G; J = I-H

Note 2: the QP detector is applied based on that the pulse-repetition frequency of assessed

signal is higher than 20 Hz.

FCC ID: QIS40KTLUSPLC

TTRF15g_V1©2015Intertek

Test report no. 160801178SHA-001 Page 27 of 29

Underground location 2

A

B

C

D

E

F

G

H

I

J

Test Angle (degree)

Ant. Pol.

Freq. (MHz)

Reading (dBuV/m)

Ant. Factor (dB)

Cable loss (dB)

Ant height / Distance Factor (dB)

Net

Limit

Margin

(dBuV/m) (dBuV/m) (dBuV/m)

0

X 3.262 36.16 19.20 0.07 40.00 15.43 29.50 14.07

22.5 X 2.93 44.47 19.20 0.07 40.00 23.74 29.50 5.76

22.5 X 3.174 44.11 19.20 0.07 40.00 23.38 29.50 6.12

22.5 X 5.28 44.80 19.20 0.10 40.00 24.10 29.50 5.40

45 X 5.154 41.82 19.20 0.10 40.00 21.12 29.50 8.38

67.5 X 2.858 43.99 19.20 0.07 40.00 23.26 29.50 6.24

67.5 X 2.922 41.85 19.20 0.07 40.00 21.12 29.50 8.38

157.5 X 6.25 32.90 19.20 0.11 40.00 12.21 29.50 17.29

180 X 1.087 35.41 19.20 0.04 40.00 14.65 29.50 14.85

225 X 4.21 35.09 19.20 0.09 40.00 14.38 29.50 15.12

0

Y 2.854 42.15 19.20 0.07 40.00 21.42 29.50 8.08

22.5 Y 2.902 44.56 19.20 0.07 40.00 23.83 29.50 5.67

22.5 Y 3.126 44.74 19.20 0.07 40.00 24.01 29.50 5.49

22.5 Y 5.174 44.07 19.20 0.10 40.00 23.37 29.50 6.13

45 Y 1.174 45.98 19.20 0.04 40.00 25.22 29.50 4.28

67.5 Y 3.198 44.95 19.20 0.07 40.00 24.22 29.50 5.28

315 Y 1.082 39.09 19.20 0.04 40.00 18.33 29.50 11.17

337.5 Y 1.422 44.17 19.20 0.05 40.00 23.42 29.50 6.08

0

H 32.76 19.28 11.66 0.26 -5.00

36.20 40.00 3.80

0

H 45.28 18.52 13.90 0.31 -5.00

37.73 40.00 2.27

22.5 H 31.60 20.16 11.30 0.26 -5.00

36.72 40.00 3.28

22.5 H 45.32 17.70 13.90 0.31 -5.00

36.91 40.00 3.09

45 H 31.84 21.31 11.37 0.26 -5.00 37.94 40.00 2.06

45 H 57.52 18.91 12.40 0.35 -5.00 36.66 40.00 3.34

292.5 H 31.84 22.16 11.37 0.26 -5.00 38.79 40.00 1.21

292.5 H 47.08 18.94 13.90 0.32 -5.00 38.16 40.00 1.84

337.5 H 264 15.88 12.55 0.80 -5.00 34.23 46.00 11.77

0

V 57.72 20.58 12.36 0.35 -5.00

38.29 40.00 1.71

0

V 116.72 23.61 9.84 0.53 -5.00

38.98 43.50 4.52

67.5 V 116.68 21.91 9.85 0.53 -5.00 37.29 43.50 6.21

67.5 V 160.08 25.88 8.40 0.61 -5.00 39.89 43.50 3.61

157.5 V 116.68 24.08 9.85 0.53 -5.00 39.46 43.50 4.04

202.5 V 59.28 21.08 12.04 0.36 -5.00 38.48 40.00 1.52

315 V 160.08 25.20 8.40 0.61 -5.00 39.21 43.50 4.29

315 V 279.27 19.82 12.83 0.84 -5.00 38.49 46.00 7.51

Note 1: H = D + E + F ­ G; J = I-H

Note 2: the QP detector is applied based on that the pulse-repetition frequency of assessed

signal is higher than 20 Hz.

FCC ID: QIS40KTLUSPLC

TTRF15g_V1©2015Intertek

Test report no. 160801178SHA-001 Page 28 of 29

Underground location 2

A

B

C

D

E

F

G

H

I

J

Test Angle (degree)

Ant. Pol.

Freq. (MHz)

Reading (dBuV/m)

Ant. Factor (dB)

Cable loss (dB)

Ant height / Distance Factor (dB)

Net

Limit

Margin

(dBuV/m) (dBuV/m) (dBuV/m)

0

X 1.194 45.15 19.20 0.04 40.00 24.39 29.50 5.11

0

X 1.45 38.86 19.20 0.05 40.00 18.11 29.50 11.39

45 X 1.818 40.10 19.20 0.05 40.00 19.35 29.50 10.15

67.5 X 3.498 40.31 19.20 0.08 40.00 19.59 29.50 9.91

67.5 X 3.77 43.09 19.20 0.08 40.00 22.37 29.50 7.13

90 X 9.682 42.11 19.20 0.13 40.00 21.44 29.50 8.06

112.5 X 7.75 42.50 19.20 0.12 40.00 21.82 29.50 7.68

135 X 3.742 42.66 19.20 0.08 40.00 21.94 29.50 7.56

247.5 X 15.614 47.44 19.14 0.17 40.00 26.75 29.50 2.75

337.5 X 7.274 43.61 19.20 0.11 40.00 22.92 29.50 6.58

337.5 X 13.65 47.18 19.23 0.16 40.00 26.57 29.50 2.93

0

Y 1.378 42.98 19.20 0.05 40.00 22.23 29.50 7.27

157.5 Y 3.742 43.60 19.20 0.08 40.00 22.88 29.50 6.62

157.5 Y 4.206 41.30 19.20 0.09 40.00 20.59 29.50 8.91

180 Y 3.746 44.05 19.20 0.08 40.00 23.33 29.50 6.17

202.5 Y 3.746 43.17 19.20 0.08 40.00 22.45 29.50 7.05

315 Y 3.726 40.74 19.20 0.08 40.00 20.02 29.50 9.48

337.5 Y 3.726 41.93 19.20 0.08 40.00 21.21 29.50 8.29

22.5 H 41.48 17.42 13.90 0.30 -5.00

36.62 40.00 3.38

90 H 202.6 18.72 10.88 0.67 -5.00 35.27 43.50 8.23

112.5 H 146.52 22.87 8.33 0.59 -5.00 36.79 43.50 6.71

135 H 262.48 16.86 12.52 0.79 -5.00 35.17 46.00 10.83

225 H 143.76 22.21 8.32 0.59 -5.00 36.12 43.50 7.38

247.5 H 129.92 23.35 8.90 0.56 -5.00 37.81 43.50 5.69

247.5 H 204.8 21.05 10.94 0.68 -5.00 37.67 43.50 5.83

337.5 H 43.72 16.79 13.90 0.30 -5.00 35.99 40.00 4.01

0

V 160.08 23.18 8.40 0.61 -5.00

37.19 43.50 6.31

22.5 V 32.44 21.68 11.56 0.26 -5.00 38.50 40.00 1.50

45 V 33.04 21.76 11.74 0.26 -5.00 38.76 40.00 1.24

67.5 V 141.48 25.92 8.31 0.58 -5.00 39.81 43.50 3.69

90 V 120 23.32 9.50 0.53 -5.00 38.35 43.50 5.15

135 V 83.96 24.22 8.47 0.44 -5.00 38.13 40.00 1.87

202.5 V 54.44 20.23 13.01 0.34 -5.00 38.58 40.00 1.42

270 V 285.68 17.35 12.94 0.85 -5.00 36.14 46.00 9.86

315 V 38.29 20.47 13.37 0.28 -5.00 39.12 40.00 0.88

Note 1: H = D + E + F ­ G; J = I-H

Note 2: the QP detector is applied based on that the pulse-repetition frequency of assessed

signal is higher than 20 Hz.

FCC ID: QIS40KTLUSPLC

TTRF15g_V1©2015Intertek

Representative emissions spectrum Plot

Test report no. 160801178SHA-001 Page 29 of 29

FCC ID: QIS40KTLUSPLC

TTRF15g_V1©2015Intertek

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