TECHNOLOGY CO., LTD. Report Number: HA090238-SAVI … · 2012-10-23 · HongAn TECHNOLOGY CO., LTD. Report Number: HA090238-SAVI Page 1 of 29 Table of Contents 1. General Information

HongAn TECHNOLOGY CO., LTD. Report Number: HA090238-SAVI Page 1 of 29

Table of Contents

1. General Information ....................................................................................................................................... 2

1.1 Product Information ............................................................................................................................ 3

1.2 Test Methodology ............................................................................................................................... 5

1.3 Test Facility ......................................................................................................................................... 6

1.4 System Test Configuration .................................................................................................................. 7

1.4.1 Tested of Setup System ........................................................................................................... 7

1.4.1.1Configuration of Test System ....................................................................................... 7

1.4.1.2 Support Equipment List ............................................................................................... 8

1.4.2 EUT Exercise Software ........................................................................................................... 9

1.4.3 Justification .............................................................................................................................. 9

2. EMI Test ...................................................................................................................................................... 10

2.1 Conducted Emission .......................................................................................................................... 10

2.1.1 Conducted Emission Limit .................................................................................................... 10

2.1.2 Conducted Emission Test Equipment .................................................................................... 10

2.1.3 Conducted Emission Test ...................................................................................................... 11

2.1.3.1 Conducted Emission Test Data .................................................................................. 11

2.2 Radiated Emission ............................................................................................................................. 15

2.2.1 Radiated Emission Limit ....................................................................................................... 15

2.2.2 Radiated Emission Test Equipment ....................................................................................... 15

2.2.3 Radiated Emission Test ......................................................................................................... 16

2.2.3.1 Radiated Emission Test Data ..................................................................................... 16

2.2.4 Field Strength Calculation ..................................................................................................... 18

3. Photographs of Test Setup ........................................................................................................................... 19

3.1 Test Setup of Radiated Emission Test ............................................................................................... 19

3.2 Test Setup of Conducted Emission Test ............................................................................................ 20

4. Photographs of EUT .................................................................................................................................... 21

5. Attached Test Data for BR1000G-JP : ......................................................................................................... 23


1. General Information

Applicant : American Power Conversion Holding Inc. Taiwan Branch

Address : 3F, No. 205, Sec. 3, Beishin Rd., Shindian City, Taipei, Taiwan, 231, R.O.C.

Manufacturer : American Power Conversion Holding Inc. Taiwan Branch

Address : 3F, No. 205, Sec. 3, Beishin Rd., Shindian City, Taipei, Taiwan, 231, R.O.C.

Description of EUT : Uninterruptible Power System

Trade Name : APC

Model Number : BR1200G-JP; BR1000G-JP

Serial Model : BR1200XXXXXXXXXX; BR1000GXX-XXXX ("X" can be any alphanumeric or blank)

Report Number : HA090238-SAVI

Receipt Date : 19-OCT-2009

Issued Date : 19-JAN-2010


1.1 Product Information EUT Information

Description of EUT : Uninterruptible Power System

Trade Name : APC

Model Number : BR1200G-JP

Serial Number : N/A

Power during test : 100VAC/50Hz

Power Cable Type : 3 Pins, Unshielded, 2m (Undetachable).

I/O Port of EUT

I/O Port Type Q’TY Tested With Cable

1.) Data port ( USB to RJ45 TYPE ) 1 1 Shielded, 2m with core*1.

2.) Tel/Network port 2 2 Unshielded, 1m.

3.) Coaxial port 2 2 Shielded, 1m.

4.) AC Outlet ( Surge Only ) 5 5 Unshielded, 1.8m.

5.) AC Outlet ( Battery Back Up ) 5 5 Unshielded, 1.8m.

6.) AC Inlet 1 1 Unshielded, 2m.

7.) Battery Pack 1 1 Unshielded, 0.3m


Specifications

Model BR1200G-JP

Input

Norminal Voltage 100Vac

Rated Voltage 100Vac

Frequency 50/60Hz

Rated Current 12A

Input Voltage Range for Utility Operation 79~126Vac

Output

Voltage(on-line) 91.8~108.2Vac

Voltage(on-battery) 100Vac +/-8%

Frequency 50 or 60Hz +/-1%

Rated VA 1200VA

Rated Watts 720W

Rated Current 6A

Outlets 10 outlets

Pack RJ45 Connector Tel/network

USB Connector 10P10C RJ45 Full speed The model number as listed had been investigated which compliance with the requirement standard,

there are the same appearance function and schematic but the model number is difference for customer. Model Number: BR1200G-JP; BR1200XXXXXXXXXX ("X" can be any alphanumeric or blank). Specifications: Model Number BR1000G-JP

VA 1000VA

Maximum Load 600W

Nominal Input Voltage 100V

Online Input Voltage Range 82-123V

Automatic Voltage Regulation +11.2% Boost Only

Frequency Range 50/60 Hz ±1Hz

On-battery Wave shape Step-approximated sine-wave

Typical Recharge Time 8 hours

Transfer time 10ms, maximum

Operating temperature 32 to 104(0 to 40)

Storage temperature 23 to 113(-15 to 45)

Unit dimensions 3.93*9.84*15 in(10*25*38cm)

Unit weight 10.6kg(23.2lbs)

The model number as listed had been investigated which compliance with the requirement standard, there are the same appearance function and schematic but the model number is difference for difference customer. Model Number: BR1000G-JP; BR1000GXX-XXXX ("X" can be any alphanumeric or blank).


1.2 Test Methodology

a. The emission tests was performed according to the following methods and procedures:

VCCI (2008)

V-1/2007.09

Agreement of Voluntary Control Council for Interference by Information Technology Equipment

V-2/2008.04

Rules for Voluntary Control Measures

V-3/2008.04

Normative Annex 1: Technical Requirements

V-4/2007.04

Normative Annex 1-1: Supplementary Test Conditions for Equipment under Test

V-12/2008.04

Normative Annex 1-2: Procedure for Measuring the Normalized Site Attenuation by Use of a Dipole

Antenna and General Guidance on It

V-10/2008.04

Normative Annex 1-3: Calibration and Inspection of Measurement Equipment

V-5/2008.04

Normative Annex 2: Rules for Registration of Measurement Facilities

V-6/2006.04

Normative Annex 2-1: Guidelines for Management of Measurement Facilities

V-11/2008.04

Normative Annex 2-2: Outline how to fill Registration Documents of Measurement Facilities

V-7/2008.04

Normative Annex 3: Rules for Market Sampling Test

V-A2/2006.04

Rules of Voluntary Control Measure for Kit Module

V-A3/2006.04

Technical requirements for Kit Module

V-A4/2005.04

Normative Annex 1-1: Conditions for measuring disturbances from kit module under test

V-A5/2006.04

Normative Annex 2: Rules for Submission of Measurement Facilities for Kit Module

b. Description of departing from standard test method & any other specific: NONE


1.3 Test Facility The HongAn TECHNOLOGY CO., LTD. test site located at: No 15-1, Cweishuh Keng, Cweipin

Village,Linkou, Taipei County, Taiwan, R. O. C.

It is an open field test site, capable of measuring ITE products with the product on turntable (dimension

of 1.2 meters) to antenna at distance of 3 and 10 meters.

Anechoic chamber 9m (H) X 6m (W) X 6m (L) is compliance with the sixteen point uniform field

requirement as stated in IEC 61000-4-3/EN 61000-4-3.

It is an EMS test site, Capable of measuring Industrial, Scientific and Medical Instrument, Information

Technology Equipment, broadcast receivers and related equipments and household appliances/tools.

It is owned and operated by HongAn TECHNOLOGY CO., LTD.

A site description and calibration report to ANSI C 63.4 is available upon request.

A site description and calibration report to EN61000-6-3 & EN55024 is available upon request.

The test site is authorized for testing Industrial, Scientific and Medical Instrument, Information

Technology Equipment, broadcast receivers and related equipments and household Appliances / tools

by BSMI.

Nemko authorizes the test site for testing Uninterruptible Power System and Automatic Voltage

Regulator.

BSMI certification #: SL2-IS-E-0023, SL2-IN-E-0023, SL2-R1-E-0023, SL2-R2-E-0023,

And SL2-A1-E-0023.

Nemko authorization #: ELA 184

VCCI Certificate #: R-2156,C-2329,T-219

TAF Accreditation Number: 1163

FCC Designation Number: TW1001


1.4 System Test Configuration 1.4.1 Tested of Setup System 1.4.1.1Configuration of Test System

EUT EUT

Battery

Box

Lamp

Lamp

PC Monitor

Modem

Keyboard

DUP*10

UUP

UUP

DSD

UTP*2

DUP

DUP

DUP

DSD

DSD

USD

USD

Mouse

DSD

DSD

75Ω

100Ω

75Ω

Legend:

UTP：Unshielded Data Twisted Pair Cable.

DUP：Detachable Unshielded Power Cord.

UUP：Undetachable Unshielded Power Cord.

USP：Undetachable Shielded Power Cord.

USD：Undetachable Shielded Data Cable.

DSD：Detachable Shielded Data Cable

UUD：Undetachable Unshielded Data Cable


1.4.1.2 Support Equipment List

Equipment Model

Number Serial

Number EMC

Approved Manufacturer

Description

Data Cable Power Cable

Data Cable USB To

RJ45 Type N/A N/A APC

Shielded (Braid) , 2m

with core*1 N/A

Coaxial Cable RG59 Type N/A N/A HongAn Shielded (Braid),

1m. N/A

Tel/Network Cable

RJ45 Type N/A N/A HongAn Unshielded ,

1m N/A

AC Power Cable

18AWGX3C N/A N/A N/A N/A Unshielded,

1.8m

R 75 ohm N/A N/A HongAn Coaxial Cable N/A

R 100 ohm N/A N/A HongAn Tel/Network Cable N/A

Light Box LAMP 700W N/A N/A HongAn N/A

AC Power Cable

(Battery Backup)

Light Box LAMP 20W N/A N/A HongAn N/A AC Power

Cable (Surge only)

Light Box LAMP 10W N/A N/A HongAn N/A AC Power

Cable (Surge only)

Monitor SDM-X73 9273312 FCC DoC SONY Shielded (Braid),

1.8m, with core*2

Unshielded, 1.8m

PC DCTA 5MCGJ1S FCC DoC, CE Mark

DELL Data Cable Unshielded,

1.8m

Modem E210 106-02100258FCC DoC, CE Mark

MITAC Shielded (Braid),

1m

Unshielded, 1.5m

with core*1

Keyboard Y-UR83 868017-0121FCC DoC, CE Mark

Logitech Shielded (Foil),

1.8m N/A

Mouse M-BT83 810-000361 FCC DoC Logitech Shielded (Foil),

1.8m N/A


1.4.2 EUT Exercise Software

1.Turn on the power of all support equipment.

2.Turn on the power of EUT.

3.PC read messages by EUT connect cable when Execution software of EUT. 1.4.3 Justification

The tested setup for EUT in the report was appointed according to the customer.

The worse case of the conducted disturbance at the telecommunication port measurement occurred at

0.150MHz (Phase), -8.360dB (Average).

The worst case of the radiated measurements is -4.07dB(Quasi Peak) occurred at 192.01MHz (Vertical),

110cm antenna height and 86degree turn table angle.

※The test data of tasted serial models is attached in the attachment

※AC power outlet cable is 1m (3Pins, unshielded) for BR1000G-JP.


2. EMI Test 2.1 Conducted Emission 2.1.1 Conducted Emission Limit Limits for conducted disturbance at main ports of Class B ITE

Frequency range Quasi-Peak Average

0.15~0.50 66~56 56~46

0.50~5.0 56 46

5.0~30 60 50

Notes 1- At the transition frequencies the lower limit applies. Notes 2- The limit decreases linearly with the logarithm of the frequency in the range0.15MHz to 0.50MHz. Limits for conducted common-mode (asymmetric mode) disturbance at telecommunication ports

for class B equipment

Frequency range MHz

Voltage limits dB (uV)

Current limits dB(uA)

Quasi-peak Average Quasi-peak Average

0.15 ~ 0.5 84 ~ 74 74 ~ 64 40 ~ 30 30 ~ 20

0.5 ~ 30 74 64 30 20

NOTE 1-The limits decrease linearly with the logarithm of the frequency in the range 0.15 MHz to 0.5 MHz. NOTE 2-The current and voltage disturbance limits are derived for use with an impedance stabilization network

(ISN)which presents a common mode (asymmetric mode) of 150 Ω to the telecommunication port under test (conversion factor is 20 log10 150 / 1 = 44 dB).

2.1.2 Conducted Emission Test Equipment

Instrument Name Manufacture Model Serial Number Last Cal. Date Next Cal. Date

EMI Test Signal Analyzer

PMM PMM 9000 4410J10302 13-JUL-2009 13-JUL-2010

LISN EMCO 3810/2NM 9702-1820 21-JUL-2009 21-JUL-2010

LISN Rolf Heine

Hochfrequenztechnik NNB-4/32T 00001 06-FEB-2009 06-FEB-2010

※ The test equipment used is calibrated and can be traced to National ITRI and International Standards ※ The result of the measurement, after all appropriate corrections have been made, is y and may typically be reported as follows:

The measured result is : y dBμ V ± 3.95 dB

for a level of confidence of approximately 95%, (K=2).


2.1.3 Conducted Emission Test

2.1.3.1 Conducted Emission Test Data Location : HA2 Power Mains : 100V/60Hz

Model : BR1200G-JP Humidity : 60%

Description : Phase Temperature : 23

Frequency (MHz)

MeasureddB (µV)

Corr. Factor dB

Total dB (µV)

Limit (AV)dB (µV)

Limit (QP)dB (µV)

Margin dB

Note

0.150 47.400 0.240 47.640 56.000 66.000 -8.360 P AV 0.150 53.600 0.240 53.840 56.000 66.000 -12.160 P QP 0.776 30.900 0.200 31.100 46.000 56.000 -24.900 P QP 0.776 25.200 0.200 25.400 46.000 56.000 -20.600 P AV 1.476 17.100 0.250 17.350 46.000 56.000 -28.650 P AV 1.476 26.900 0.250 27.150 46.000 56.000 -28.850 P QP 2.828 28.200 0.310 28.510 46.000 56.000 -27.490 P QP 2.828 19.100 0.310 19.410 46.000 56.000 -26.590 P AV 3.350 28.100 0.330 28.430 46.000 56.000 -27.570 P QP 3.350 19.800 0.330 20.130 46.000 56.000 -25.870 P AV 9.791 32.000 0.660 32.660 50.000 60.000 -17.340 P AV 9.791 38.300 0.660 38.960 50.000 60.000 -21.040 P QP

Peak, Average. And QP signifies the measurement detector used for performing measurements.

Negative number in the margin column indicates the amount (in dB) that the recorded emission is below the limit.

P denotes Phase, N denotes Neutral, AV denotes Average, QP denotes Quasi-Peak.

For the same frequency only the highest reading of Phase or Neutral conductor is reported.

Calculation of result for Frequency (MHz): Measured (dBµV) + Correction Factor = Total (dBµV)

Correction Factor =Insertion loss+ Cable loss. Margin value = (Measured+ Correction Factor) – limit value. Test Number: 2CEA1904 Test Date: 19-OCT-2009 Tested By: H.B.LIANG


Conducted Test Data Location : HA2 Power Mains : 100V/60Hz


Description : Neutral Temperature : 23

Frequency (MHz)

MeasureddB (µV)

Corr. Factor dB

Total dB (µV)

Limit (AV)dB (µV)

Limit (QP)dB (µV)

Margin dB

Note

0.150 42.700 0.210 42.910 56.000 66.000 -13.090 N AV 0.150 50.400 0.210 50.610 56.000 66.000 -15.390 N QP 0.525 36.100 0.160 36.260 46.000 56.000 -19.740 N QP 0.525 28.800 0.160 28.960 46.000 56.000 -17.040 N AV 1.049 24.500 0.190 24.690 46.000 56.000 -21.310 N AV 1.049 30.900 0.190 31.090 46.000 56.000 -24.910 N QP 1.951 28.100 0.230 28.330 46.000 56.000 -27.670 N QP 1.951 19.700 0.230 19.930 46.000 56.000 -26.070 N AV 2.973 19.600 0.280 19.880 46.000 56.000 -26.120 N AV 2.973 27.500 0.280 27.780 46.000 56.000 -28.220 N QP 9.775 28.600 0.570 29.170 50.000 60.000 -30.830 N QP 9.775 23.700 0.570 24.270 50.000 60.000 -25.730 N AV








Conducted Test Data Location : HA2 Power Mains : Battery mode



Frequency (MHz)

MeasureddB (µV)

Corr. Factor dB

Total dB (µV)

Limit (AV)dB (µV)

Limit (QP)dB (µV)

Margin dB

Note

0.245 26.800 0.170 26.970 51.920 61.920 -34.950 P QP 0.245 26.200 0.170 26.370 51.920 61.920 -25.550 P AV 0.982 18.100 0.210 18.310 46.000 56.000 -27.690 P AV 0.982 23.900 0.210 24.110 46.000 56.000 -31.890 P QP 2.397 32.900 0.300 33.200 46.000 56.000 -22.800 P QP 2.397 26.700 0.300 27.000 46.000 56.000 -19.000 P AV 3.869 33.700 0.350 34.050 46.000 56.000 -11.950 P AV 3.869 39.700 0.350 40.050 46.000 56.000 -15.950 P QP 5.394 38.500 0.460 38.960 50.000 60.000 -21.040 P QP 5.394 31.800 0.460 32.260 50.000 60.000 -17.740 P AV 11.540 29.000 0.730 29.730 50.000 60.000 -20.270 P AV 11.540 38.600 0.730 39.330 50.000 60.000 -20.670 P QP








Conducted Test Data Location : HA2 Power Mains : Battery mode



Frequency (MHz)

MeasureddB (µV)

Corr. Factor dB

Total dB (µV)

Limit (AV)dB (µV)

Limit (QP)dB (µV)

Margin dB

Note

0.164 26.800 0.180 26.980 55.250 65.250 -28.270 N AV 0.164 31.800 0.180 31.980 55.250 65.250 -33.270 N QP 1.035 22.100 0.190 22.290 46.000 56.000 -33.710 N QP 1.035 17.100 0.190 17.290 46.000 56.000 -28.710 N AV 2.506 35.000 0.260 35.260 46.000 56.000 -20.740 N QP 2.506 29.000 0.260 29.260 46.000 56.000 -16.740 N AV 3.757 35.700 0.300 36.000 46.000 56.000 -10.000 N AV 3.757 41.600 0.300 41.900 46.000 56.000 -14.100 N QP 5.722 33.500 0.410 33.910 50.000 60.000 -16.090 N AV 5.722 40.200 0.410 40.610 50.000 60.000 -19.390 N QP 11.165 36.400 0.600 37.000 50.000 60.000 -23.000 N QP 11.165 26.200 0.600 26.800 50.000 60.000 -23.200 N AV








2.2 Radiated Emission 2.2.1 Radiated Emission Limit Limits for radiated disturbance of Class B ITE at a measuring distance of 10m

Frequency range Quasi-peak

30 MHz – 230 MHz 30 dB

230 MHz - 1000 MHz 37 dB

Note 1: The lower limit shall apply at the transition frequency. Note 2: A measuring distance of 10 m is a primary requirement. However, distance of either 3 m or 30 m may also

be allowed for the measurement with facilities registered as such in accordance. 2.2.2 Radiated Emission Test Equipment

Instrument Name Manufacture Model Serial Number Last Cal. Date Next Cal. Date

EMI Test Signal Analyzer

PMM PMM 9000 4410J10302 13-JUL-2009 13-JUL-2010

Spectrum Analyzer ADVANTEST R3172 101202158 24-JUN-2009 24-JUN-2010

Preamplifier CHASE CPA 9231A 3310 09-JUL-2009 09-JUL-2010

Bilog Antenna CHASE CBL 6112B 2860 12-AUG-2009 12-AUG-2010

※ The test equipment used is calibrated and can be traced to National ITRI and International Standards. ※ The result of the measurement, after all appropriate corrections have been made, is y and may typically be reported as follows:

The measured result is : y dBμ V ± 5.04dB

for a level of confidence of approximately 95%, (K=2).


2.2.3 Radiated Emission Test 2.2.3.1 Radiated Emission Test Data The following data lists the significant emission frequencies measured levels, correction factor

(includes cable and antenna corrections) plus the limit. Explanation of the correction factor is

given in paragraph 2.2.4

Location : HA2


Serial Number : N/A Temperature : 25

Description : 100V/60Hz

Frequency (MHz)

Receiver Reading dB(µV/m)

Correction Factor

dB

CorrectionReading dB(µV/m)

Limit dB(µV/m)

Margin limit dB

Pol.Antenna Height ( cm )

Table Ang.

( deg. ) Note

30.52 5.08 19.19 24.27 30.00 -5.73 H 400 0 QP

30.62 6.80 19.13 25.93 30.00 -4.07 V 100 340 QP

58.47 16.05 8.25 24.30 30.00 -5.70 V 100 27

59.52 11.75 8.07 19.82 30.00 -10.18 H 392 82

74.71 14.32 8.18 22.50 30.00 -7.50 V 105 206

84.86 9.92 9.48 19.40 30.00 -10.60 H 398 316

113.20 6.68 13.63 20.31 30.00 -9.69 H 393 218

113.71 7.50 13.64 21.14 30.00 -8.86 V 100 74

148.31 7.77 12.20 19.97 30.00 -10.03 H 400 206

152.62 8.32 11.92 20.24 30.00 -9.76 V 108 112

192.01 14.30 10.73 25.03 30.00 -4.97 V 113 348 QP

192.01 9.42 10.73 20.15 30.00 -9.85 H 384 193

Negative number in the margin column indicates the amount (in dB) that the recorded emission is Below the limit.

V means in Vertical Antenna Polarization, H means in Horizontal, and QP means in Quasi-Peak.

Unless stated otherwise, all readings are measured peak with an IF bandwidth not less than 120KHz.

If a spectrum analyzer is used, the sweep time and video filter settings will not affect the readings.

Radiated emissions for this type of product do not change with the AC power operating voltage.

Test Number: 2REA2010 Test Date: 20-OCT-2009 Tested By: H.B.LIANG


Radiated Test Data Location : HA2

Model : BR1200G-JP Humidity :60%


Description : Battery mode

Frequency (MHz)


Correction Factor

dB


Limit dB(µV/m)

Margin limit dB


Table Ang.

( deg. ) Note

30.58 5.26 19.15 24.41 30.00 -5.59 H 400 0 QP

30.70 6.60 19.08 25.68 30.00 -4.32 V 100 339 QP

58.42 16.36 8.26 24.62 30.00 -5.38 V 103 35

59.58 11.57 8.06 19.63 30.00 -10.37 H 397 64

79.30 10.67 8.48 19.15 30.00 -10.85 H 392 173

84.46 14.72 9.41 24.13 30.00 -5.87 V 108 309

112.84 8.67 13.62 22.29 30.00 -7.71 H 390 352

125.03 8.24 13.68 21.92 30.00 -8.08 V 105 183

142.25 10.17 12.75 22.92 30.00 -7.08 H 400 196

145.03 10.78 12.49 23.27 30.00 -6.73 V 100 164

192.00 14.28 10.73 25.01 30.00 -4.99 H 388 265

192.01 15.20 10.73 25.93 30.00 -4.07 V 110 86 QP






Test Number: 2REA2009 Test Date: 20-OCT-2009 Tested By: H.B.LIANG


2.2.4 Field Strength Calculation

The field strength is calculated by adding the Correction factor to the receiver or analyzer reading

to determine the resultant field strength.

The correction factor is determined by adding the antenna factor and the loss of the cables

connection the antenna to the receiver.

Front-end amplifier gain - if any - is accounted for in the receiver reading. The basic equation

with a sample calculation is as follows:

FS = RA + CF

Where the Correction factor CF is the sum of the Antenna Factor AF and the Cable loss factor CL;

CF = AF + CL

FS = Field Strength

AF = Antenna Factor

CL = Cable Loss factor

RA = Receiver Amplitude

Assume a receiver reading of 22dB(V/m) is obtained. The Antenna factor of 7.4dB and a cable

loss factor of 1.1dB are added to yield 8.5dB Correction Factor.

The Calculated Field Strength is the sum of 22 + 8.5 = 30.5dB(V/m).

All values are listed as dB, either referenced to 1V or 1V/m .


3. Photographs of Test Setup 3.1 Test Setup of Radiated Emission Test


3.2 Test Setup of Conducted Emission Test


4. Photographs of EUT 4.1 EUT Front Side (BR1200G-JP)

4.2 EUT Rear Side (BR1200G-JP)


4.3 EUT Front Side (BR1000G-JP)

4.4 EUT Rear Side (BR1000G-JP)


5. Attached Test Data for BR1000G-JP :

Conducted Emission Test Data…………………………………………………………24

Radiated Emission Test Data……………………………………………………………28


Conducted Emission Test Data Location : HA2 Power Mains : 100V/60Hz



Frequency (MHz)

MeasureddB (µV)

Corr. Factor dB

Total dB (µV)

Limit (AV)dB (µV)

Limit (QP)dB (µV)

Margin dB

Note

0.150 23.500 0.220 23.720 56.000 66.000 -32.280 P AV 0.150 40.000 0.220 40.220 56.000 66.000 -25.780 P QP 0.185 26.100 0.150 26.250 54.250 64.250 -38.000 P QP 0.185 17.400 0.150 17.550 54.250 64.250 -36.700 P AV 4.258 11.500 0.240 11.740 46.000 56.000 -34.260 P AV 4.258 19.400 0.240 19.640 46.000 56.000 -36.360 P QP 7.052 21.400 0.410 21.810 50.000 60.000 -38.190 P QP 7.052 15.400 0.410 15.810 50.000 60.000 -34.190 P AV

13.808 13.500 0.640 14.140 50.000 60.000 -35.860 P AV 13.808 18.500 0.640 19.140 50.000 60.000 -40.860 P QP 18.439 24.100 0.800 24.900 50.000 60.000 -35.100 P QP 18.439 17.100 0.800 17.900 50.000 60.000 -32.100 P AV






Correction Factor =Insertion loss+ Cable loss. Margin value = (Measured+ Correction Factor) – limit value. Test Number: 2CE10604 Test Date: 06-JAN-2010 Tested By: H.B.LIANG


Conducted Emission Test Data Location : HA2 Power Mains : 100V/60Hz



Frequency (MHz)

MeasureddB (µV)

Corr. Factor dB

Total dB (µV)

Limit (AV)dB (µV)

Limit (QP)dB (µV)

Margin dB

Note

0.152 20.300 0.200 20.500 55.880 65.880 -35.380 N AV 0.152 35.600 0.200 35.800 55.880 65.880 -30.080 N QP 0.210 28.200 0.110 28.310 53.200 63.200 -34.890 N QP 0.210 18.900 0.110 19.010 53.200 63.200 -34.190 N AV 4.797 17.600 0.290 17.890 46.000 56.000 -38.110 N QP 4.797 9.900 0.290 10.190 46.000 56.000 -35.810 N AV 7.140 16.200 0.430 16.630 50.000 60.000 -33.370 N AV 7.140 22.100 0.430 22.530 50.000 60.000 -37.470 N QP

15.423 26.100 0.740 26.840 50.000 60.000 -33.160 N QP 15.423 20.500 0.740 21.240 50.000 60.000 -28.760 N AV 18.728 18.700 0.880 19.580 50.000 60.000 -30.420 N AV 18.728 28.000 0.880 28.880 50.000 60.000 -31.120 N QP








Conducted Emission Test Data Location : HA2 Power Mains : Battery mode



Frequency (MHz)

MeasureddB (µV)

Corr. Factor dB

Total dB (µV)

Limit (AV)dB (µV)

Limit (QP)dB (µV)

Margin dB

Note

0.155 38.000 0.210 38.210 55.720 65.720 -17.510 P AV 0.155 60.600 0.210 60.810 55.720 65.720 -4.910 P QP 0.549 47.800 0.110 47.910 46.000 56.000 -8.090 P QP 0.549 31.700 0.110 31.810 46.000 56.000 -14.190 P AV 0.698 30.600 0.110 30.710 46.000 56.000 -15.290 P AV 0.698 47.200 0.110 47.310 46.000 56.000 -8.690 P QP 1.200 36.700 0.130 36.830 46.000 56.000 -19.170 P QP 1.200 22.700 0.130 22.830 46.000 56.000 -23.170 P AV 2.600 19.800 0.180 19.980 46.000 56.000 -26.020 P AV 2.600 36.500 0.180 36.680 46.000 56.000 -19.320 P QP

12.384 38.300 0.600 38.900 50.000 60.000 -21.100 P QP 12.384 12.500 0.600 13.100 50.000 60.000 -36.900 P AV








Conducted Emission Test Data Location : HA2 Power Mains : Battery mode



Frequency (MHz)

MeasureddB (µV)

Corr. Factor dB

Total dB (µV)

Limit (AV)dB (µV)

Limit (QP)dB (µV)

Margin dB

Note

0.153 39.000 0.200 39.200 55.830 65.830 -16.630 N AV 0.153 60.400 0.200 60.600 55.830 65.830 -5.230 N QP 0.598 46.800 0.110 46.910 46.000 56.000 -9.090 N QP 0.598 30.700 0.110 30.810 46.000 56.000 -15.190 N AV 0.700 29.900 0.120 30.020 46.000 56.000 -15.980 N AV 0.700 48.300 0.120 48.420 46.000 56.000 -7.580 N QP 4.917 32.800 0.300 33.100 46.000 56.000 -22.900 N QP 4.917 6.100 0.300 6.400 46.000 56.000 -39.600 N AV 7.799 14.400 0.470 14.870 50.000 60.000 -35.130 N AV 7.799 32.600 0.470 33.070 50.000 60.000 -26.930 N QP

18.880 32.500 0.880 33.380 50.000 60.000 -26.620 N QP 18.880 29.600 0.880 30.480 50.000 60.000 -19.520 N AV








Radiated Emission Test Data

Location : HA2



Description : 100V/60Hz

Frequency (MHz)


Correction Factor

dB


Limit dB(µV/m)

Margin limit dB


Table Ang.

( deg. ) Note

30.34 6.27 19.29 25.56 30.00 -4.44 V 100 0 QP

32.72 6.58 17.98 24.56 30.00 -5.44 H 400 290

57.14 16.50 8.48 24.98 30.00 -5.02 V 100 214 QP

57.66 14.86 8.39 23.25 30.00 -6.75 H 400 165 QP

69.84 17.95 7.85 25.80 30.00 -4.20 V 100 331 QP

79.70 13.37 8.51 21.88 30.00 -8.12 H 400 301

114.73 8.07 13.66 21.73 30.00 -8.27 V 100 139

120.87 4.67 13.76 18.43 30.00 -11.57 H 400 137

135.03 6.09 13.27 19.36 30.00 -10.64 H 397 313

143.13 9.50 12.67 22.17 30.00 -7.83 V 101 228

191.99 14.90 10.72 25.62 30.00 -4.38 V 104 286 QP

192.01 13.43 10.73 24.16 30.00 -5.84 H 398 291 QP






Test Number: 2RE11205 Test Date: 12-JAN-2010 Tested By: H.B.LIANG


Radiated Emission Test Data

Location : HA2

Model : BR1000G-JP Humidity :45%


Description : Battery mode

Frequency (MHz)


Correction Factor

dB


Limit dB(µV/m)

Margin limit dB


Table Ang.

( deg. ) Note

30.63 6.79 19.12 25.91 30.00 -4.09 V 100 341 QP

39.16 6.23 15.03 21.26 30.00 -8.74 H 400 23 QP

45.77 10.60 11.53 22.13 30.00 -7.87 V 100 197 QP

54.59 10.67 8.93 19.60 30.00 -10.40 H 400 92 QP

71.99 12.61 7.99 20.60 30.00 -9.40 V 100 62 QP

85.39 6.58 9.58 16.16 30.00 -13.84 H 400 277 QP

110.44 4.21 13.57 17.78 30.00 -12.22 H 399 314 QP

120.06 7.42 13.77 21.19 30.00 -8.81 V 100 203 QP

142.84 7.32 12.69 20.01 30.00 -9.99 V 103 296 QP

152.38 6.53 11.93 18.46 30.00 -11.54 H 397 183 QP

192.00 15.24 10.72 25.96 30.00 -4.04 V 106 180 QP

192.01 13.77 10.73 24.50 30.00 -5.50 H 393 261 QP






Test Number: 2RE11204 Test Date: 12-JAN-2010 Tested By: H.B.LIANG


Attached Photographs of EUT

1. EUT Front Side .............................................................................................................................................. 2

2. EUT Rear Side ............................................................................................................................................... 2

3. EUT Inner View Front Side ........................................................................................................................... 3

5. EUT Main Board Front Side .......................................................................................................................... 4

6. EUT Main Board Rear Side ........................................................................................................................... 4

8. EUT Panel Board Rear Side .......................................................................................................................... 5

9. EUT AC Socket Front Side ............................................................................................................................ 6

11. EUT Transformer Front Side ....................................................................................................................... 7

12. EUT Transformer Rear Side ........................................................................................................................ 7

13. EUT Tel-Network Board Front Side ............................................................................................................ 8

14. EUT Tel-Network Board Rear Side ............................................................................................................. 8

15. EUT TVBS Board Front Side ...................................................................................................................... 9

16. EUT TVBS Board Rear Side ....................................................................................................................... 9

17. EUT Fan Front Side ................................................................................................................................... 10

18. EUT Fan Rear Side .................................................................................................................................... 10

19. EUT Battery Front Side ............................................................................................................................. 11

20. EUT Battery Rear Side .............................................................................................................................. 11

21. EUT Battery Box Front Side ...................................................................................................................... 12

22. EUT Battery Box Rear Side ....................................................................................................................... 12

23. EUT Battery Box Inner View Front Side ................................................................................................... 13

24. EUT Battery Box Inner View Rear Side .................................................................................................... 13

25. EUT Battery Front Side For Battery Box .................................................................................................. 14

26. EUT Battery Rear Side For Battery Box ................................................................................................... 14

27. EUT AC Pin Type ...................................................................................................................................... 15


1. EUT Front Side

2. EUT Rear Side


3. EUT Inner View Front Side

4. EUT Inner View Rear Side


5. EUT Main Board Front Side

6. EUT Main Board Rear Side


7. EUT Panel Board Front Side

8. EUT Panel Board Rear Side


9. EUT AC Socket Front Side

10. EUT AC Socket Rear Side


11. EUT Transformer Front Side

12. EUT Transformer Rear Side


13. EUT Tel-Network Board Front Side

14. EUT Tel-Network Board Rear Side


15. EUT TVBS Board Front Side

16. EUT TVBS Board Rear Side


17. EUT Fan Front Side

18. EUT Fan Rear Side


19. EUT Battery Front Side

20. EUT Battery Rear Side


21. EUT Battery Box Front Side

22. EUT Battery Box Rear Side


23. EUT Battery Box Inner View Front Side

24. EUT Battery Box Inner View Rear Side


25. EUT Battery Front Side For Battery Box

26. EUT Battery Rear Side For Battery Box


27. EUT AC Pin Type