test report #: 1979-2 - - apc usa test setup was per the procedures and standards referenced in...

Report #: 1979-2 of 31 The Compliance Management Group ♦ 202 Forest Street ♦ Marlborough, MA 01752

(P) 508-281-5985 ♦ www.cmgcorp.net ♦ (F) 508-281-5972

CERTIFICATE #2316.01

Test Report #: 1979-2

Date: June 21, 2005

Issued To:

Bill Burks American Power Conversion

85 Rangeway Road North Billerica, MA 01862 USA

978-670-2440

Product Name/Description Uninterruptable Power Supply Model Number SC1500/SC1000 Serial Number(s) QS0512146333 Test Description Radiated & Conducted Emissions Test Standard CNS 13438 Test Dates June 8-9, 2005 Test Engineer(s) Adam Chubka Test Results Pass

Prepared By: ______________________ Reviewed By: ______________________

Ron Leczynski Bruce Waite Senior EMC Engineer EMC Group Manager

This test report shall not be reproduced, except in full, without the written approval of The Compliance Management Group.



TABLE OF CONTENTS

SECTION 1 OVERVIEW................................................................................................................................................................. 3

1.1 Purpose of Test......................................................................................................................................................................... 3 1.2 Date of Test .............................................................................................................................................................................. 3 1.3 Statement of Compliance ......................................................................................................................................................... 3

SECTION 2 REFERENCES............................................................................................................................................................ 3

2.1 Procedures/Standards .............................................................................................................................................................. 3 2.2 Deviations from Standards ...................................................................................................................................................... 3

SECTION 3 DETAILS ..................................................................................................................................................................... 3

3.1 Description of Product ............................................................................................................................................................. 3 3.2 Test Software/Operating Mode ................................................................................................................................................ 3 3.3 Laboratory Test Configuration................................................................................................................................................ 4 3.4 Pictures ..................................................................................................................................................................................... 5

SECTION 4 CONCLUSIONS ......................................................................................................................................................... 8

4.1 Summary of Test Results ......................................................................................................................................................... 8 4.2 Special Notes ............................................................................................................................................................................ 8 4.3 Required Compliance Modifications ....................................................................................................................................... 8

SECTION 5 DATA ........................................................................................................................................................................... 9

5.3 Radiated E Field Emissions Data ........................................................................................................................................ 9 5.4 Conducted Emissions Data ................................................................................................................................................. 13

APPENDIX A EMI EMISSIONS AND IMMUNITY TEST FORM..................................................................................... 21

APPENDIX B PRODUCT PHOTO’S......................................................................................................................................... 25

APPENDIX C TA LOGO LABELING ...................................................................................................................................... 30

APPENDIX D COMPLIANCE MANAGEMENT GROUP CREDENTIALS ............................................................................. 31



SECTION 1 OVERVIEW 1.1 Purpose of Test To determine if the Uninterruptable Power Supply SC1500/SC1000 will meet the CNS13438

Class A requirements for radiated and conducted emissions. 1.2 Date of Test June 8-9, 2005 1.3 Statement of Compliance

The Uninterruptable Power Supply SC1500/SC1000 unit that was tested and referenced in this test report was found to comply with the requirements of:

EN55022, Class A CNS 13438, Class A SECTION 2 REFERENCES 2.1 Procedures/Standards

° ANSI C63.4-2003, Methods of Measurement of Radio-Noise Emissions from Low-Voltage Electrical and Electronic Equipment in the Range of 9kHz to 40 GHz

° CNS 13438, Taiwan Emissions Standard for Information Technology Equipment ° CISPR Publication 22, 1997, Limits and Methods of Measurement of Radio Disturbance

Characteristics of Information Technology Equipment ° EN55022, 1998, Limits and Methods of Measurement of Radio Disturbance Characteristics

of Information Technology Equipment

2.2 Deviations from Standards None. SECTION 3 DETAILS 3.1 Description of Product The Equipment Under Test (EUT) consisted of a single unit, the Uninterruptable Power Supply

SC1500. The SC1000 is a depopulated SC1500 that draws less current, has fewer switching transistors and emits less EMI. The SC1500 draws more current and is the worse case emission model. Other than having less switching transistors the two models are identical.

The EUT was configured as given in Appendix A. 3.2 Test Software/Operating Mode

The EUT was powered on during testing with the batteries discharged to simulate the worse case emissions requirements. The output power lines were terminated and tested into a 1kVA load and 0.5kVA load. Charging and discharging modes were tested.



3.3 Laboratory Test Configuration The test setup was per the procedures and standards referenced in section 2.1. The voltage

supplied to the EUT was 110 VAC, 60 Hz. Additionally, a conducted emissions test was run at 110 VAC, 60 Hz. All support equipment was powered by 110 VAC, 60Hz.

Radiated Test The EUT was installed on the 80 cm high wooden table on the three-meter diameter turntable,

which is located in the upper level of the Free Field Site (FFS). A 10-meter distance was used for EUT to antenna separation up to 1 GHz. The free field ground plane consists of a continuous ground plane 10.5 meters wide and 13.9 meters long. The product was scanned from 1-4 meters in height and 360 degrees around it. The frequency range scanned was from 30 to 1000 MHz for all configurations. All test equipment was kept below the ground plane with the exception of the antenna and associated cables required for measurements. The cable positioning, antenna height/polarization, and turntable orientation were all chosen to maximize the emissions in order to represent a worst-case condition.

Conducted Test The EUT was installed on the 80 cm high wooden table in the FFS conducted emissions test

area. A 40 cm distance between the vertical plane and the EUT was maintained. The EUT’s power cord was bundled and kept at a distance of 80 cm from the Line Impedance Stabilization Network (LISN). Measurements were made to determine the levels of RF noise induced into the AC power line. Power for the EUT was supplied via the LISN, which was electrically bonded to the ground plane. The frequency range scanned was from 150 kHz to 30 MHz. All support equipment was powered via separate LISNs.

Test Equipment List

Test Equipment Serial # Calibration Due Chase model CBL6111 Biconilog Antenna 30-1000 MHz 1052 4/20/2006 HP model 8566B Spectrum Analyzer (SA) 2928A06006 3/02/2006 HP model 85662A Spectrum Analyzer Display 2848A18006 3/02/2006 HP model 85685A RF Preselector (RFP) 3010A01074 3/02/2006 HP model 85650A Quasi-Peak Adapter (QPA) 2043A00171 3/02/2006 Andrew LDF2-50 radiated emissions cable RR-RE10M-02 1/22/2006 Belden 9913 conducted emissions cable RR-CE01 12/20/2005

Rohde & Schwarz 50 Ohm Line Impedance Stabilization Network (LISN), 1-Phase, 16 Amp, 50/60 Hz, model ESH3-Z5 862770/011 12/14/2005 Fluke model 111 Digital Multimeter 82700731 3/28/2006

All test equipment used is calibrated and traceable to NIST requirements.

Test Environment: Temp.= 21.3°C, Relative Humidity = 45% Barometric Pressure = 99.9kPa



3.4 Pictures

<Place picture here>

Configuration for Radiated Emissions (Front Close-up)


Configuration for Radiated Emissions (Front)



3.4 Pictures


Configuration for Radiated Emissions (Rear Close-up)


Configuration for Radiated Emissions (Rear)



3.4 Pictures (continued)


Configuration for Conducted Emissions


Configuration for Conducted Emissions



SECTION 4 CONCLUSIONS 4.1 Summary of Test Results

EN55022, Class A: Passed CNS 13438, Class A: Passed (Refer to CISPR 22 Radiated and Conducted Tables) 4.2 Special Notes The test results set forth in this report are expressly limited to the configuration and tests herein.

Any changes in configuration may void test results. The Compliance Management Group agrees to quote charges for any retesting requested by the customer.

This report must not be used by the customer to claim product endorsement by any agency of the

U.S. Government. 4.3 Required Compliance Modifications None.



SECTION 5 DATA 5.1 Radiated E Field Emissions Data Test Date : 6/8/2005 Line Voltage : 110 Product (EUT) : SC1500 Line Frequency : 60 Client : American Power Conversion Test Type : Qualification Temperature : 21.3 ºC Regulatory Limit : CNS 13438/CISPR 22, Class A, 10 Meters Relative Humidity : 45 % RH Barometric Pressure : 99.9 kPa Test Technician : Adam Chubka

Note : Full Load, 1kVA and Charging.

Equipment Used to Perform Test:

Device Serial Number Calibration Due Radiated Emissions Test Version 1.0.0 N/A - Software Hewlett Packard 8566B 2928A06006 03/02/2006 Hewlett Packard 85650A 2043A00171 03/02/2006 Hewlett Packard 85685A 3010A01074 03/02/2006 Chase CBL6111 1052 04/20/2006 Andrew LDF2-50 RR-RE10M 02 01/22/2006

Test Data:

Frequency Amplitude Corr Fact Amplitude Limit Margin Ant Pol Ant Ht Azimuth Comment MHz dBµV dB dBµV/m dBµV/m dB H/V cm Deg

49.40 9.5 9.54 19.0 40.00 -21.00 V 150 0 Peak 62.39 13.3 6.77 20.1 40.00 -19.90 V 100 0 Peak 80.00 20.1 8.30 28.4 40.00 -11.60 V 220 70 Peak

128.00 12.0 12.73 24.7 40.00 -15.30 V 100 150 Peak 144.00 15.6 12.69 28.3 40.00 -11.70 H 400 25 Peak 311.52 14.6 15.12 29.7 47.00 -17.30 H 100 0 Peak 395.10 16.0 18.54 34.5 47.00 -12.50 V 100 0 Peak (Noise Floor)753.24 15.1 25.37 40.5 47.00 -6.50 H 100 0 Peak (Noise Floor)914.38 12.8 26.69 39.5 47.00 -7.50 H 100 0 Peak (Noise Floor)

Scanned to 1000MHz



Radiated E Field Emissions Data (Cont.) Test Date : 6/8/2005 Line Voltage : 110 Product (EUT) : SC1500 Line Frequency : 60 Client : American Power Conversion Test Type : Qualification Temperature : 21.3 ºC Regulatory Limit : CNS 13438/CISPR 22, Class A, 10 Meters Relative Humidity : 45 % RH Barometric Pressure : 99.9 kPa Test Technician : Adam Chubka

Note : Half Load, 0.5kVA and Charging. No change from Full Load and Charging.



Test Data:



128.00 12.0 12.73 24.7 40.00 -15.30 V 100 150 Peak 144.00 15.6 12.69 28.3 40.00 -11.70 H 400 25 Peak 311.52 14.6 15.12 29.7 47.00 -17.30 H 100 0 Peak 395.10 16.0 18.54 34.5 47.00 -12.50 V 100 0 Peak (Noise Floor)753.24 15.1 25.37 40.5 47.00 -6.50 H 100 0 Peak (Noise Floor)914.38 12.8 26.69 39.5 47.00 -7.50 H 100 0 Peak (Noise Floor)

Scanned to 1000MHz




Note : Full Load, 1kVA and Discharging.



Test Data:


38.70 8.2 15.03 23.2 40.00 -16.80 V 100 0 Peak 39.02 7.5 14.84 22.3 40.00 -17.70 V 100 0 Peak 41.36 7.2 13.65 20.9 40.00 -19.10 V 100 0 Peak 41.76 8.6 13.41 22.0 40.00 -18.00 V 100 0 Peak 45.36 7.9 11.52 19.4 40.00 -20.60 V 100 0 Peak 46.84 11.8 10.71 22.5 40.00 -17.50 V 100 0 Peak 47.36 12.2 10.44 22.6 40.00 -17.40 V 100 0 Peak 47.80 12.6 10.23 22.8 40.00 -17.20 V 100 0 Peak 49.32 12.8 9.58 22.4 40.00 -17.60 V 100 0 Peak 50.00 13.4 9.25 22.7 40.00 -17.30 V 100 0 Peak


Scanned to 1000MHz




Note : Half Load, 0.5kVA and Discharging. No change from Full Load and Discharging.



Test Data:


38.70 8.2 15.03 23.2 40.00 -16.80 V 100 0 Peak 39.02 7.5 14.84 22.3 40.00 -17.70 V 100 0 Peak 41.36 7.2 13.65 20.9 40.00 -19.10 V 100 0 Peak 41.76 8.6 13.41 22.0 40.00 -18.00 V 100 0 Peak 45.36 7.9 11.52 19.4 40.00 -20.60 V 100 0 Peak 46.84 11.8 10.71 22.5 40.00 -17.50 V 100 0 Peak 47.36 12.2 10.44 22.6 40.00 -17.40 V 100 0 Peak 47.80 12.6 10.23 22.8 40.00 -17.20 V 100 0 Peak 49.32 12.8 9.58 22.4 40.00 -17.60 V 100 0 Peak 50.00 13.4 9.25 22.7 40.00 -17.30 V 100 0 Peak


Scanned to 1000MHz



5.2 Conducted Emissions Data

PHASE LINE (Full load and charging) Test Date : 6/9/2005 Scan Number : CE002 Client : APC Line Voltage : 110 Product (EUT) : SC1500 Line Frequency : 60 Test Technician : Adam Chubka Temperature : 21.2 ºC Test Type : Qualification Relative Humidity : 45 % RH Regulatory Limit : CNS 13438/CISPR 22, Class A Barometric Pressure : 99.9 kPa Device Under Test : SC1500 LISN Phase : L1



Device Serial Number Calibration Due Conducted Emissions Test Version 1.0.0 N/A - Test Software Hewlett Packard 8566B 2928A06006 03/02/2006 Hewlett Packard 85650A 2043A00171 03/02/2006 Hewlett Packard 85685A 3010A01074 03/02/2006 Rohde & Schwarz ESH3-Z5 862770/011 12/14/2005 Belden 9913 RR-CE01 12/20/2005

Test Data:

Frequency Corr Fact Pk Ampl QP Ampl QP Limit QP Margin Av Ampl Av Limit Av Margin Comment MHz dB dBµV dBµV dBµV dB dBµV dBµV dB

.1800 .09 39.60 N/A 79.00 N/A N/A 66.00 N/A Pk = -26.4 dB < Av lim


.4800 .11 34.20 N/A 79.00 N/A N/A 66.00 N/A Pk = -31.8 dB < Av lim1.0800 .13 35.10 N/A 73.00 N/A N/A 60.00 N/A Pk = -24.9 dB < Av lim1.4300 .16 35.90 N/A 73.00 N/A N/A 60.00 N/A Pk = -24.1 dB < Av lim5.3400 .29 16.30 N/A 73.00 N/A N/A 60.00 N/A Pk = -43.7 dB < Av lim8.9900 .45 21.40 N/A 73.00 N/A N/A 60.00 N/A Pk = -38.6 dB < Av lim9.2800 .46 21.00 N/A 73.00 N/A N/A 60.00 N/A Pk = -39.0 dB < Av lim

11.9700 .60 23.30 N/A 73.00 N/A N/A 60.00 N/A Pk = -36.7 dB < Av lim16.0000 .83 30.00 N/A 73.00 N/A N/A 60.00 N/A Pk = -30.0 dB < Av lim17.3700 .90 30.70 N/A 73.00 N/A N/A 60.00 N/A Pk = -29.3 dB < Av lim17.6400 .91 32.70 N/A 73.00 N/A N/A 60.00 N/A Pk = -27.3 dB < Av lim29.0700 1.35 14.80 N/A 73.00 N/A N/A 60.00 N/A Pk = -45.2 dB < Av lim



Conducted Emissions Data (Cont.)

NEUTRAL LINE (Full load and charging) Test Date : 6/9/2005 Scan Number : CE007 Client : APC Line Voltage : 110 Product (EUT) : SC1500 Line Frequency : 60 Test Technician : Adam Chubka Temperature : 21.2 ºC Test Type : Qualification Relative Humidity : 45 % RH Regulatory Limit : CNS 13438/CISPR 22, Class A Barometric Pressure : 99.9 kPa Device Under Test : SC1500 LISN Phase : N




Test Data:




.3300 .09 32.00 N/A 79.00 N/A N/A 66.00 N/A Pk = -34.0 dB < Av lim1.0800 .11 35.50 N/A 73.00 N/A N/A 60.00 N/A Pk = -24.5 dB < Av lim1.4000 .13 34.30 N/A 73.00 N/A N/A 60.00 N/A Pk = -25.7 dB < Av lim2.5100 .14 13.00 N/A 73.00 N/A N/A 60.00 N/A Pk = -47.0 dB < Av lim3.8200 .17 13.80 N/A 73.00 N/A N/A 60.00 N/A Pk = -46.2 dB < Av lim5.1600 .22 17.80 N/A 73.00 N/A N/A 60.00 N/A Pk = -42.2 dB < Av lim6.0900 .23 18.50 N/A 73.00 N/A N/A 60.00 N/A Pk = -41.5 dB < Av lim8.6000 .25 17.90 N/A 73.00 N/A N/A 60.00 N/A Pk = -42.1 dB < Av lim

15.6700 .37 24.40 N/A 73.00 N/A N/A 60.00 N/A Pk = -35.6 dB < Av lim16.5400 .37 25.60 N/A 73.00 N/A N/A 60.00 N/A Pk = -34.4 dB < Av lim17.3700 .37 26.20 N/A 73.00 N/A N/A 60.00 N/A Pk = -33.8 dB < Av lim18.8400 .38 22.20 N/A 73.00 N/A N/A 60.00 N/A Pk = -37.8 dB < Av lim19.8500 .39 20.30 N/A 73.00 N/A N/A 60.00 N/A Pk = -39.7 dB < Av lim29.1600 .44 13.20 N/A 73.00 N/A N/A 60.00 N/A Pk = -46.8 dB < Av lim




PHASE LINE (Half load and charging) Test Date : 6/9/2005 Scan Number : CE003 Client : APC Line Voltage : 110 Product (EUT) : SC1500 Line Frequency : 60 Test Technician : Adam Chubka Temperature : 21.2 ºC Test Type : Qualification Relative Humidity : 45 % RH Regulatory Limit : CNS 13438/CISPR 22, Class A Barometric Pressure : 99.9 kPa Device Under Test : SC1500 LISN Phase : L1

Note : Half Load, 0.5kVA and Charging.



Test Data:




15.5500 .80 29.20 N/A 73.00 N/A N/A 60.00 N/A Pk = -30.8 dB < Av lim16.8700 .87 28.00 N/A 73.00 N/A N/A 60.00 N/A Pk = -32.0 dB < Av lim17.6100 .91 28.60 N/A 73.00 N/A N/A 60.00 N/A Pk = -31.4 dB < Av lim29.1000 1.36 14.00 N/A 73.00 N/A N/A 60.00 N/A Pk = -46.0 dB < Av lim




NEUTRAL LINE (Half load and charging) Test Date : 6/9/2005 Scan Number : CE006 Client : APC Line Voltage : 110 Product (EUT) : SC1500 Line Frequency : 60 Test Technician : Adam Chubka Temperature : 21.2 ºC Test Type : Qualification Relative Humidity : 45 % RH Regulatory Limit : CNS 13438/CISPR 22, Class A Barometric Pressure : 99.9 kPa Device Under Test : SC1500 LISN Phase : N

Note : Half Load, 0.5kVA and Charging.



Test Data:








PHASE LINE (Full load and discharging) Test Date : 6/9/2005 Scan Number : CE017 Client : APC Line Voltage : 110 Product (EUT) : SC1500 Line Frequency : 60 Test Technician : Adam Chubka Temperature : 21.2 ºC Test Type : Qualification Relative Humidity : 45 % RH Regulatory Limit : CNS 13438/CISPR 22, Class A Barometric Pressure : 99.9 kPa Device Under Test : SC1500 LISN Phase : L1




Test Data:


.1500 .10 66.30 49.30 79.00 -29.70 N/A 66.00 N/A QP = -16.7 dB < Av lim

.7200 .11 60.50 42.10 73.00 -30.90 N/A 60.00 N/A QP = -17.9 dB < Av lim1.7000 .17 55.00 41.20 73.00 -31.80 N/A 60.00 N/A QP = -18.8 dB < Av lim3.5200 .23 54.00 45.70 73.00 -27.30 N/A 60.00 N/A QP = -14.3 dB < Av lim4.2100 .24 51.60 N/A 73.00 N/A N/A 60.00 N/A Pk = -8.4 dB < Av lim4.4500 .25 50.70 N/A 73.00 N/A N/A 60.00 N/A Pk = -9.3 dB < Av lim

11.1000 .56 43.50 N/A 73.00 N/A N/A 60.00 N/A Pk = -16.5 dB < Av lim11.4000 .57 43.30 N/A 73.00 N/A N/A 60.00 N/A Pk = -16.7 dB < Av lim17.5800 .91 45.10 N/A 73.00 N/A N/A 60.00 N/A Pk = -14.9 dB < Av lim28.9300 1.35 32.80 N/A 73.00 N/A N/A 60.00 N/A Pk = -27.2 dB < Av lim




NEUTRAL LINE (Full load and discharging) Test Date : 6/9/2005 Scan Number : CE015 Client : APC Line Voltage : 110 Product (EUT) : SC1500 Line Frequency : 60 Test Technician : Adam Chubka Temperature : 21.2 ºC Test Type : Qualification Relative Humidity : 45 % RH Regulatory Limit : CNS 13438/CISPR 22, Class A Barometric Pressure : 99.9 kPa Device Under Test : SC1500 LISN Phase : N




Test Data:


.2100 .08 66.50 45.10 79.00 -33.90 N/A 66.00 N/A QP = -20.9 dB < Av lim

.4500 .11 64.60 42.60 79.00 -36.40 N/A 66.00 N/A QP = -23.4 dB < Av lim

.6900 .10 62.50 41.60 73.00 -31.40 N/A 60.00 N/A QP = -18.4 dB < Av lim

.9900 .11 61.80 39.60 73.00 -33.40 N/A 60.00 N/A QP = -20.4 dB < Av lim1.2200 .12 60.00 40.30 73.00 -32.70 N/A 60.00 N/A QP = -19.7 dB < Av lim1.4300 .13 58.00 37.50 73.00 -35.50 N/A 60.00 N/A QP = -22.5 dB < Av lim1.7600 .13 54.60 37.50 73.00 -35.50 N/A 60.00 N/A QP = -22.5 dB < Av lim3.4000 .16 54.90 42.60 73.00 -30.40 N/A 60.00 N/A QP = -17.4 dB < Av lim3.6100 .17 55.10 41.70 73.00 -31.30 N/A 60.00 N/A QP = -18.3 dB < Av lim3.7600 .17 54.60 41.20 73.00 -31.80 N/A 60.00 N/A QP = -18.8 dB < Av lim





PHASE LINE (Half load and discharging) Test Date : 6/9/2005 Scan Number : CE018 Client : APC Line Voltage : 110 Product (EUT) : SC1500 Line Frequency : 60 Test Technician : Adam Chubka Temperature : 21.2 ºC Test Type : Qualification Relative Humidity : 45 % RH Regulatory Limit : CNS 13438/CISPR 22, Class A Barometric Pressure : 99.9 kPa Device Under Test : SC1500 LISN Phase : L1

Note : Half Load, 0.5kVA and Discharging.



Test Data:


.1500 .10 61.60 44.30 79.00 -34.70 N/A 66.00 N/A QP = -21.7 dB < Av lim

.2700 .09 61.30 42.00 79.00 -37.00 N/A 66.00 N/A QP = -24.0 dB < Av lim1.0200 .12 55.60 35.20 73.00 -37.80 N/A 60.00 N/A QP = -24.8 dB < Av lim1.9700 .17 48.70 N/A 73.00 N/A N/A 60.00 N/A Pk = -11.3 dB < Av lim3.5800 .23 50.80 N/A 73.00 N/A N/A 60.00 N/A Pk = -9.2 dB < Av lim4.3600 .25 49.30 N/A 73.00 N/A N/A 60.00 N/A Pk = -10.7 dB < Av lim

11.8200 .59 47.60 N/A 73.00 N/A N/A 60.00 N/A Pk = -12.4 dB < Av lim17.5500 .91 44.40 N/A 73.00 N/A N/A 60.00 N/A Pk = -15.6 dB < Av lim




NEUTRAL LINE (Half load and discharging) Test Date : 6/9/2005 Scan Number : CE011 Client : APC Line Voltage : 110 Product (EUT) : SC1500 Line Frequency : 60 Test Technician : Adam Chubka Temperature : 21.2 ºC Test Type : Qualification Relative Humidity : 45 % RH Regulatory Limit : CNS 13438/CISPR 22, Class A Barometric Pressure : 99.9 kPa Device Under Test : SC1500 LISN Phase : N

Note : Half Load, 0.5kVA and Discharging.



Test Data:


.1500 .08 61.50 44.10 79.00 -34.90 N/A 66.00 N/A QP = -21.9 dB < Av lim

.4800 .11 58.90 37.70 79.00 -41.30 N/A 66.00 N/A QP = -28.3 dB < Av lim

.9300 .11 55.80 37.50 73.00 -35.50 N/A 60.00 N/A QP = -22.5 dB < Av lim1.3400 .12 55.60 38.60 73.00 -34.40 N/A 60.00 N/A QP = -21.4 dB < Av lim3.5800 .17 53.10 39.20 73.00 -33.80 N/A 60.00 N/A QP = -20.8 dB < Av lim

11.1600 .29 46.60 N/A 73.00 N/A N/A 60.00 N/A Pk = -13.4 dB < Av lim11.6100 .29 43.90 N/A 73.00 N/A N/A 60.00 N/A Pk = -16.1 dB < Av lim15.4300 .36 36.70 N/A 73.00 N/A N/A 60.00 N/A Pk = -23.3 dB < Av lim17.1000 .37 42.10 N/A 73.00 N/A N/A 60.00 N/A Pk = -17.9 dB < Av lim17.4000 .37 44.50 N/A 73.00 N/A N/A 60.00 N/A Pk = -15.5 dB < Av lim23.1000 .43 31.50 N/A 73.00 N/A N/A 60.00 N/A Pk = -28.5 dB < Av lim28.9600 .44 29.30 N/A 73.00 N/A N/A 60.00 N/A Pk = -30.7 dB < Av lim



APPENDIX A

EMI Emissions and Immunity Test Form

CLIENT INFORMATION Client Name Bill Burks Product Group BNG Smart-UPS Group Telephone # (978) 670-2440 x17259 Fax # (978) 670-2380 Email address [email protected]

PRODUCT INFORMATION

Marketing Name Fox Model Number SC1500/SC1000

Code Name Serial Number QS0512146333

Part Number Test Purpose Qualify 110V Fox product with enclosure

Indicate if Test is: [ ] Engineering [.X.] Qualification [ ] Audit [ ] Verification [ ] Other

TEST SERVICES REQUESTED

Test to be performed Test Level / Comments

Emissions Radiated pre-Scan Radiated (30 Mhz-1 GHz) X CISPR 22, CNS 13438, Class A Radiated (Above 1 GHz)

Conducted (60 Hz) X CISPR 22, CNS 13438, Class A Conducted (50 Hz) Conducted (DC)

Harmonics

Flicker

Telecom

Immunity

Radiated Immunity

Cond Imm AC Lines Cond Imm Data Cables

Cond Imm DC ESD

EFT AC Lines

EFT Data Cables

Magnetic Field

Voltage Dips

Surge



TEST SETUP INFORMATION

Voltage: 110VAC Frequency: 60 Hz [.X.] Single Phase [ ] 3-Phase Current: 12 amps max Please note any special conditions that would affect product configuration and testing.

PRODUCT DESCRIPTION (Provide a detailed description of the product under test. What is its function? Describe in adequate detail that an administrator at a government agency can understand)

Uninterruptible Power Supply (UPS) designed to be mounted to a din rail in a rack environment. EUT protects connected equipment up to output rating of 110V, 60Hz, 1500VA, 865W max.

TEST JUSTIFICATION

(Explain why this configuration represents the operating mode that should produce the

highest emissions while remaining consistent with normal operating conditions.)

Test units are configured to pass data as intended during normal operation. Full load charging under worst case load condition. Worst case mode is charging a fully discharged battery or while full load operation and low line.For BSMI testing scans need to be run Full load and half load, charging and discharging. The SC1000 is a depopulated SC1500. The SC1500 draws more current and is the worse case emission model.

PRODUCT [internal] CONFIGURATION INFORMATION Type of Device (such as disk drive, I/O, etc.) Rev Part Number Serial Number Manufacturer and capacity of

device UPS SC1500 APC

OSCILLATORS & Other Generated Frequencies Oscillator/Other and Location Generated Frequency(ies)

UPS microprocessor 16 MHz Battery Charger 132 KHz Inverter DC to DC 70 KHz Comm 180 KHz

NOTE: The highest frequency generated determines the test level.



EXTERNAL CABLING INFORMATION Cable From Cable To Cable Length Part Number # of cable if

multiples Description

AC source EUT input 8’ Input power cord EUT output Passive load 8’ Output power cord EUT - DB9 connector

DB9 6’ Serial cable

SUPPORT EQUIPMENT LIST Type of Device

(workstation, keyboard, etc) Part Number Serial Number Manufacturer

Passive load box

EMISSIONS EXERCISE SOFTWARE DESCRIPTION

(Describe what software is running on the product under test and how it will exercise the system during emissions testing).

EUT operating under normal conditions (full load & charging. – unit should keep supporting the load when immunity testing performed.

IMMUNITY EXERCISE SOFTWARE DESCRIPTION

(If different from emissions exercise software) (Include the program cycle time once, in seconds, for all devices to be exercised)

EUT operating under normal conditions (full load. – unit should keep supporting the load when immunity testing performed.

IMMUNITY TESTING PERFORMANCE CRITERIA

(Describe the proper mode of operation of the equipment under test. Explain what the test operator should monitor during the testing to determine if the product is operating within specified parameters)

EUT operating under normal conditions (full load. – unit should keep supporting the load when immunity testing performed.



FUNCTIONAL WIRING DIAGRAM OF DEVICE UNDER TEST

(to be provided to EMI Lab on day of test.)

SC1500 test

configuration

AC mains EUT DB9, Control & Ethernet Cables

110Vac, 60Hz SC1500 Passive load Box 110V, 865W

The information contained in this Appendix was provided by Bill Burks of American Power Conversion It contains specific configuration details of the system as tested.



APPENDIX B

FRONT

RIGHT SIDE



APPENDIX B (Cont.)

LEFT SIDE

TOP



APPENDIX B (Cont.)

LEFT REAR CORNER

REAR I/O PORTS



APPENDIX B (Cont.)

REAR I/O PORTS

REAR AC OUTPUTS



APPENDIX B (Cont.)

Bottom



APPENDIX C



APPENDIX D

The Compliance Management Group Credentials

BSMI Accreditation No. SL2-IN-E-1125R

TEST REPORT POLL

Please rate the attached test report’s quality by responding to the brief questions listed in this poll. Our goal is to provide you with high quality test reports in a timely manner. Therefore, your feedback is vital in order to determine how good our test reports are, and what areas could be improved. Please indicate beside each question what you feel is the rating. Also, feel free to make comments directly on the poll, or by attaching a separate sheet. The completed form should then be returned by either email at [email protected] or FAX to Michael Ryan at 508-281-5972. Your cooperation and effort are truly appreciated. TEST REPORT NUMBER: 1979-2

YES NO 1. Was the information presented clearly?

2. Was the report complete?

3. Was the report timely?

4. Did the report satisfy your requirements?

YOUR NAME (optional): ______________________ Optional Comments: ____________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________

To: Michael Ryan, Program Administrator The Compliance Management Group 202 Forest Street Marlboro, MA 01752

FAX: 508-281-5972

Report No: 1979-2

The Compliance Management Group

Issues

A CERTIFICATE OF TEST:

To

American Power Conversion

85 Rangeway Road North Billerica, MA 01862, USA

For

Product: Uninterruptable Power Supply

Model: SC1500/SC1000 Date: June 21, 2005

The Compliance Management Group, a U.S. and internationally approved test

laboratory, attests that compliance testing was completed satisfactorily on the aforementioned equipment as specified by the manufacturer and reported in test report number: 1979-2. The Compliance Management Group acknowledges that the Equipment Under Test was found to have passed the following standards:

CNS 13438, Taiwan Emissions Standard for Information Technology Equipment, Class A

EN55022, Limits and Methods of Measurement of Radio Disturbance Characteristics of Information Technology Equipment, Class A

The Compliance Management Group ♦ 202 Forest Street ♦ Marlborough, MA 01752 (P) 508-281-5985 ♦ www.cmgcorp.net ♦ (F) 508-281-5972

Commodity EMC Type-Approval Test Report

Product Name Uninterruptible Power Supply Applicant American Power Conversion Manufacturer American Power Conversion Manufacturer Location APC – Cavite 2 Lot 10, blk 16, Phase IV, PEZA

Rosario, Cavite, Philippines

Description of Nameplate 110/120V-12A, 50-60Hz Main Characteristics Logo or Brand American Power Conversion Model No. X Type SC1500, SC1000 Applicable Standard for CNS-13438 Class A Sample Testing Test Result Passed

Organization that issues this Type-Approval Report (Including Accreditation No. and Field)

The Compliance Management Group Accreditation No. SL2-IN-E-1125R Date: June 21, 2005 Signature:

test report #: 1979-2 - - apc usa test setup was per the procedures and standards referenced in...

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