encore_61000_4_30_report

DRANETZ – BMI Technology International (Europe), Ltd. 1000 New Durham Road, Edison, 60 Shrivenham Hundred Business Park New Jersey 08818-4019 USA Shrivenham, Swindon, Wiltshire SN6 8TY, England

IEC 61000-4-30 Power Quality Measurement Methods

Compliance Report

ENCORE SERIESTM 61000 System

Udin – (declared voltages) 230V, 50 Hz

& 120V, 60 Hz

61000 System – 61000-4-30 Test Report

Page 2 of 34

TABLE OF CONTENTS 61000-4-30 Test Results Summary ......................................................................3 1. TEST RESULTS ...............................................................................................4 1. TEST RESULTS ...............................................................................................4

1.1 MEASUREMENT AGGREGATION INTERVALS ....................................4 1.2 TIME CLOCK UNCERTAINITY ................................................................4 1.3 FLAGGING.............................................................................................4 1.4 FREQUENCY ........................................................................................4 1.5 VOLTAGE MAGNITUDE ........................................................................4 1.6 FLICKER ...................................................................................................5

61000-4-15 ....................................................................................................5 61000-4-30 ....................................................................................................5

1.7 DIPS , SWELLS, & INTERRUPTIONS ..................................................5 1.8 UNBALANCE..........................................................................................5 1.9 HARMONICS..........................................................................................6 1.10 INTERHARMONICS...............................................................................6 1.11 MAINS SIGNALLING ...............................................................................6 1.12 UNDER/OVER DEVIATION ....................................................................6

2. POWER QUALITY TEST AND SPECIFICATIONS...........................................7 2.1 Range of Influence .................................................................................7 2.2 Accuracy of Parameters .........................................................................7 2.3 Test Standards .......................................................................................8 2.4 Other Standards ......................................................................................8 2.5 QUALITY SYSTEM ................................................................................8

3. Equipment Under Test ......................................................................................9 3.1 Test Configurations ................................................................................9 3.2 Equipment Under Test – Constructional Details ...................................12 3.3 PRODUCT VARIANTS.........................................................................12

4 Test Equipment Used .....................................................................................13 4.1 Frequency, Flicker, Harmonics, Interharmonics, Voltage Magnitude ........13 4.2 Voltage Unbalance ....................................................................................14 4.3 Technical Statements...............................................................................15

5 DETAILED TEST FILES and RESULTS..........................................................16 ANNEX A ........................................................................................................25 Certificates Of Compliance..............................................................................25

IEC 61000-4-30 Certificate .................................................................................26 ISO 9001 Certificate............................................................................................27 ISO 17025 Certificate..........................................................................................28

ANNEX B ........................................................................................................29 Test Instruments and Facilities........................................................................29

Test Instruments used for 61000-4-30 ................................................................30 Test Instruments used for additional verification.................................................30 Test Facility Photographs ...................................................................................31


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1. TEST RESULTS

1.1 MEASUREMENT AGGREGATION INTERVALS The test results are that the Encore Series 61000 System complies with the requirements of section 4.4 of 61000-4-30 for aggregation over time limits of cycle-by-cycle, 200msec, 3 second, 10 minute, and 2 hour intervals as required for the parameters of rms variations, harmonics, interharmonics, unbalance using sequence components, under/over deviation, flicker (Pst and Plt), and magnitude of supply, as appropriate.

1.2 TIME CLOCK UNCERTAINITY The test results are that the Encore Series 61000 System complies with the requirements of section 4.6 of 61000-4-30 for free-running clock of 1 second/day or +/- 1 cycle at 50/60Hz when synchronized with GPS option.

1.3 FLAGGING The test results are that the Encore Series 61000 System complies with the requirement of section 4.7 of 61000-4-30 for flagging intervals where rms variations have occurred through the use of the time stamped, detailed characterized event lists

1.4 FREQUENCY The test results are that the Encore Series 61000 System measurements complies with section 5.1 of 61000-4-30 for the specified measurement accuracy of ± 0.01 Hz. Also, during the frequency variation tests did not have any influence on Flicker, Harmonics, Interharmonics, Unbalance, or Voltage Magnitude measurements during the evaluation.

1.5 VOLTAGE MAGNITUDE

The test results are that the Encore Series 61000 System measurements complies with section 5.2 of 61000-4-30 for the specified measurement accuracy of ± 0.1% of the declared voltage for Udin 230 V, 50 hz and Udin 120 V, 60 hz. Also, during the voltage variation tests did not have any influence on Flicker, Frequency, Harmonics, Interharmonics, or Unbalance measurements during the evaluation


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1.6 FLICKER

61000-4-15 The test results are that the Encore Series 61000 System measurements complies with section 5.3 of 61000-4-30 for the specified measurement accuracy of ± 0.05 pst. Also, during the flicker variation tests did not have any influence on Frequency, Harmonics, Interharmonics, Unbalance, or Voltage Magnitude measurements during the evaluation.

61000-4-30 The test results are that the Encore Series 61000 System measurements complies with section 5.3 of 61000-4-30 for the specified measurement accuracy of ± 0.1 Pst for a known Pst of 1. This then translates to ±10% for Pst levels above 1, for example a Pst of 20 would allow a tolerance of ±2 Pst. Also, during the flicker variation tests did not have any influence on Frequency, Harmonics, Interharmonics, Unbalance, or Voltage Magnitude measurements during the evaluation.

1.7 DIPS , SWELLS, & INTERRUPTIONS The test results are that the Encore Series 61000 System measurements complies with sections 5.4 and 5.5 of 61000-4-30 for the specified hysteresis of ± 2% and detection within a 0.5 cycle for fixed nominal, reporting the required magnitude and duration parameters.

1.8 UNBALANCE The test results are that the Encore Series 61000 System measurements complies with section 5.7 of 61000-4-30 for the specified measurement accuracy of ± 0.15% of the negative sequence divided by positive sequence for a known unbalance of 1%. This then translates to ± 0.15% for each 1% unbalance levels above 1%, for example an unbalance of 5% would allow a tolerance of ± 0.75%. Also, during the voltage unbalance variation tests did not have any influence on Flicker, Frequency, Harmonics, or Interharmonics measurements during the evaluation.


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1.9 HARMONICS 61000-4-7

The test results are that the Encore Series 61000 System measurements complies with section 5.8 of 61000-4-30 for the specified measurement accuracy of ±5% maximum allowable error for harmonic signals greater than 1%. Also, during the harmonics variation tests did not have any influence on Frequency, Flicker, Interharmonics, Unbalance, or Voltage Magnitude measurements during the evaluation.

1.10 INTERHARMONICS 61000-4-7

The test results are that the Encore Series 61000 System measurements complies with section 5.9 of 61000-4-30 for the specified measurement accuracy of ± 5% maximum allowable error for harmonic signals greater than 1%. Also, during the interharmonics variation tests did not have any influence on Frequency, Flicker, Harmonics, Unbalance, or Voltage Magnitude measurements during the evaluation.

1.11 MAINS SIGNALLING The test results are that the Encore Series 61000 System measurements complies with section 5.10 of 61000-4-30 for the specified measurement for mains signaling frequencies under 3KHz using the 5 Hz bins from the calculations of the harmonics/interharmonics.

1.12 UNDER/OVER DEVIATION The test results are that the Encore Series 61000 System measurements complies with section 5.12 for the specified measurement in section 5.12 of 61000-4-30 for over/under deviations based on the nominal voltage over the aggregation intervals of 200msec and 10 minutes.


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2. POWER QUALITY TEST AND SPECIFICATIONS

2.1 Range of Influence The range of influence for each parameter per EN61000-4-30 table 1 is applicable for Class A performance. For the equipment under test Class A performance is claimed for the test results.

Frequency - 42.5 Hz - 57.5 Hz for 50 Hz Systems and 51 Hz - 69 Hz for 60 Hz Systems

Voltage Magnitude - 0% -200 % of the declared voltage. Flicker - 0% to 20% pst Unbalance- 0% to 5% Harmonics - twice the values of IEC 61000-2-4, Class 3 Interharmonics - twice the values of IEC 61000-2-4, Class 3 Dips and Swells - 2% hysteresis

2.2 Accuracy of Parameters The accuracy of each parameter is defined as specified by the applicable standard(s) for a given parameter.

Frequency - EN 61000-4-30 specifies within ± 0.5 Hz Voltage Magnitude - EN 61000-4-30 specifies ± 1 % Flicker - EN 61000-4-15 specifies ±0.1 pst and for EN61000-4-30

specifies < 0.5 state 1 and ±0.1 for states 2 and 3. Unbalance- EN 61000-4-30 specifies ± 0.5 % Harmonics - EN 61000-4-30 speciifes ± 3 % Interharmonics - EN 61000-4-30 specifies ± 0.5% Dips and Swells - EN 61000-4-30 specifies ± 2%


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2.3 Test Standards

Harmonics IEC 61000-4-7, 2003 General Guide on Harmonics and Interharmonics measurements and Instrumentation, for power supply sytems and equipment connected thereto Flicker IEC-61000-4-15, 2002 Flickermeter – Functional and design specifications Power Quality IEC 61000-4-30, 2003 Power Quality Measurement Methods

2.4 Other Standards

Additional standards are referenced here that are not part of 61000-4-30 but are included in this section in reference to the Dranetz-BMI quality system. ISO 17025 - 2005 General Requirements for the competence of testing and calibration laboratories. ISO 9001 - 2000 Quality Management Systems Requirements

2.5 QUALITY SYSTEM Dranetz-BMI operates a quality system that is fully documented, in terms

of its procedures. The company has been granted and maintained continuous ISO 9001 Certification by Quality Management Institute (a division of CSA) since 1994. Also, the company has been granted and maintained continuous ISO 17025 Certification by Technology International (Europe), Ltd. since 2004. A copy of these certificates can be found in Annex A of this report.


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3. Equipment Under Test 3.1 Test Configurations

There were two test configurations of the Encore Series 61000 System with two unit samples of each configuration that were under test and are detailed as follows.

Configuration #1 Serial Number Module

Slot 1

Module Serial Number

Cal Date

Cal Due

Encore Series 61000 Mainframe#1

61PQBA153 61MZP 61MZPAA206 Feb 16, 2006

Feb 16, 2007

5536 Voltage Module

5536XA344 ---------- Jan 26, 2006

Jan 26, 2007


61PQBA237 61MZP 61MZPBA015 Apr 19, 2006

Apr 19, 2007

5536 Voltage Module

5536BA062 ---------- Mar 6, 2006

Mar 6, 2007

Figure 1 – Front View, Encore Series 61000 System


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Figure 2 - Rear View, Configuration #1

Figure 3 – 5536 Voltage Module used with Configuration #1


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Configuration #2 Mainframe

Serial Number Module Slot 1

Module Serial Number

Cal Date

Cal Due


61PQBA070 61MVS 61MVSAA075 Jan 20, 2006

Jan 20, 2007


61PQBA071 61MVS 61MVSAA074 Jan 20, 2006

Jan 20, 2007

Figure 4 - Rear View, Configuration #2


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3.2 Equipment Under Test – Constructional Details Product Family

The product family of compliance for Dranetz-BMI Models 61000PQ, 61000VCM, and 61MVS are claimed under the basis of similarity of construction and functionality and are described as follows.

Series 61000PQ - Power Quality Monitor instrument capable of measuring power quality parameters in nominal frequency range of 50/60 Hz and including impulse transients.

Series 61000VCM - Power Quality Monitor same as 61000PQ measures parameters in nominal frequency range of 50/60 but does not measure transients.

3.3 PRODUCT VARIANTS The product models and variant model numbers are briefly described below. Similarities of Construction

Construction variants of models 61000PQ and 61000VCM are functional derived from the same platform and compliance is claimed by similarities of design and functionality. Also, the noted constructional differences do not have an impact on the test results.


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4 Test Equipment Used 4.1 Frequency, Flicker, Harmonics, Interharmonics, Voltage Magnitude A Fluke 6100A was utilized to perform frequency, flicker, harmonics, interharmonics, and voltage magnitude . Equipment Serial Number Calibration Date Calibration Due Fluke – Model 6100A

876149616 Oct 26, 2005 Oct 26. 2006

Fluke – Model 6100A

86094282 Dec 21, 2005 Dec 21, 2006

Reference Description Revision Level 61000-4-30 Test Programs

Fluke 6100A programmed parameters 1.0


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4.2 Voltage Unbalance A 3 phase test fixture consisting of the following equipment listed in the table were utilized to perform voltage unbalance test specified per IEC 61000-4-30. Equipment Serial Number Calibration Date Calibration Due Wavetek – Model 75 (Phase A)

B7260657 Not Applicable Not Applicable

Wavetek – Model 75 (Phase B)

B92021737 Not Applicable Not Applicable

Wavetek – Model 75 (Phase C)

B90040873

Not Applicable Not Applicable

Bogen – Amplifier Model – MT125C (Phase A)

Asset# 083 Not Applicable Not Applicable

Bogen – Amplifier Model – MT125C (Phase B)


Bogen – Amplifier Model – MT125C (Phase C)


HP – Digital Meter Model – 3458A

2823A05911 Mar 10, 2006 Mar 31, 2007


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4.3 Technical Statements

Dranetz-BMI has been a leader in the market of Power parameter measurements since being first established in 1963. Later evolving into Power Quality Monitoring and Measurements by introducing its first Power Disturbance Analyzer in 1975. For over thirty years the company's reputation has long been established at the forefront of Power Measuring and Monitoring techniques and considered by many as the leader and competent in this area of expertise.

To establish the validity of our test approach and test results we have employed the services of

Technology International (Europe), Ltd. 60 Shrivenham Hundred Business Park Shrivenham, Swindon, Wiltshire SN6 8TY, England

Since 1992, Technology International (Europe) Ltd. was appointed by the UK Department of Trade and Industry, and notified to the EU Commission, as a Competent Body for the EMC Directive, and later appointed as a Notified Body for the Low Voltage Directive, Machinery Directive and Radio and Telecommunication Terminal Equipment Directive. Dranetz-BMI contracted the services of Technology International Ltd. as an independent third party to competently audit the requirements of IEC 61000-4-30 , verify our testing methods and test results. Technology International Ltd. has audited our test process and as a competent body issued Dranetz-BMI certification to ISO 17025 to competently perform the tests required by IEC 61000-4-30. Additionally, Technology International Ltd. verified and audited the testing process on site, verified the test results, and issued a certificate of compliance to the requirements of the IEC 61000-4-30 standard: 2003, Class A for the Encore Series 61000 System. A copy of the certificate of compliance is included in Annex A of this report.


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5 DETAILED TEST FILES and RESULTS Frequency - 230V, 50 Hz Applied Waveform Frequency Comments Results

Allowable Measurement Accuracy ±0.01 Hz

5536 61MVS

freq42_1.bat 42.5 Hz Test State1 within tolerance Pass Pass freq46_1.bat 46.75 Hz Test State1 within tolerance Pass Pass freq50_1.bat 50 Hz Test State1 within tolerance Pass Pass freq53_1.bat 53.75 Hz Test State1 within tolerance Pass Pass freq57_1.bat 57.5 Hz Test State1 within tolerance Pass Pass freq42_2.bat 42.5 Hz Test State2 within tolerance Pass Pass freq46_2.bat 46.75 Hz Test State2 within tolerance Pass Pass freq50_2.bat 50 Hz Test State2 within tolerance Pass Pass freq53_2.bat 53.75 Hz Test State2 within tolerance Pass Pass freq57_2.bat 57.5 Hz Test State2 within tolerance Pass Pass freq42_3.bat 42.5 Hz Test State2 within tolerance Pass Pass freq46_3.bat 46.75 Hz Test State2 within tolerance Pass Pass freq50_3.bat 50 Hz Test State2 within tolerance Pass Pass freq53_3.bat 53.75 Hz Test State2 within tolerance Pass Pass freq57_3.bat 57.5 Hz Test State2 within tolerance Pass Pass Frequency - 120V, 60 Hz Applied Waveform Frequency Comments Results

Allowable Measurement Accuracy ±0.01 Hz

5536 61MVS

freq51_1.bat 51 Hz Test State1 within tolerance Pass Pass freq55_1.bat 55.5 Hz Test State1 within tolerance Pass Pass Freq60_1.bat 60 Hz Test State1 within tolerance Pass Pass Freq64_1.bat 64.5 Hz Test State1 within tolerance Pass Pass Freq69_1.bat 69 Hz Test State1 within tolerance Pass Pass Freq51_2.bat 51 Hz Test State2 within tolerance Pass Pass Freq55_2.bat 55.5 Hz Test State2 within tolerance Pass Pass Freq60_2.bat 60 Hz Test State2 within tolerance Pass Pass Freq64_2.bat 64.5 Hz Test State2 within tolerance Pass Pass Freq69_2.bat 69 Hz Test State2 within tolerance Pass Pass Freq51_3.bat 51 Hz Test State3 within tolerance Pass Pass Freq55_3.bat 55.5 Hz Test State3 within tolerance Pass Pass Freq60_3.bat 60 Hz Test State3 within tolerance Pass Pass Freq64_3.bat 64.5 Hz Test State3 within tolerance Pass Pass Freq69_3.bat 69 Hz Test State3 within tolerance Pass Pass


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Flicker 61000-4-15 230V, 50 Hz Applied Waveform Flicker Comments Results

5536 61MVS Changes

Per Minute (CPM)

Pst Allowable Measurement Accuracy pst ± 0.05

Pass Pass

50f_1.bat 1 1 within tolerance Pass Pass 50f_2.bat 2 1 within tolerance Pass Pass 50f_7.bat 7 1 within tolerance Pass Pass 50f_39.bat 39 1 within tolerance Pass Pass 50f_110.bat 110 1 within tolerance Pass Pass 50f_1620.bat 1620 1 within tolerance Pass Pass 50f_4000.bat 4000 1 within tolerance Pass Pass Not Required 4800 1 Not Required Pass Pass 50f_7p3.bat 7 3 within tolerance Pass Pass Flicker 61000-4-15 120V, 60 Hz Applied Waveform Flicker Comments Results

5536 61MVS Changes

Per Minute (CPM)

Pst Allowable Measurement Accuracy pst ± 0.05

Pass Pass

60f_1.bat 1 1 within tolerance Pass Pass 60f_2.bat 2 1 within tolerance Pass Pass 60f_7.bat 7 1 within tolerance Pass Pass 60f_39.bat 39 1 within tolerance Pass Pass 60f_110.bat 110 1 within tolerance Pass Pass 60f_1620.bat 1620 1 within tolerance Pass Pass Not Required 4000 1 Not Required Pass Pass 60f_7p3.bat 7 3 within tolerance Pass Pass


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Flicker 61000-4-30 Table 3 230V, 50 Hz

Applied Waveform

Test State

Flicker Comments Results

5536 61MVS Changes

Per Minute (CPM)

Pst Allowable Measurement Accuracy

Pass Pass

50f1_0.bat State 1 39 0 within tolerance pst = < 0.5 Pass Pass 50f1_5.bat State 1 39 5 within tolerance pst = ± 0.5 Pass Pass 50f1_10.bat State 1 39 10 within tolerance pst = ± 1.0 Pass Pass 50f1_15.bat State 1 110 15 within tolerance pst = ± 1.5 Pass Pass 50f1_20.bat State 1 110 20 within tolerance pst = ± 2.0 Pass Pass 50f2_0.bat State 2 39 0 within tolerance pst = < 0.5 Pass Pass 50f2_5.bat State 2 39 5 within tolerance pst = ± 0.5 Pass Pass 50f2_10.bat State 2 39 10 within tolerance pst = ± 1.0 Pass Pass 50f2_15.bat State 2 110 15 within tolerance pst = ± 1.5 Pass Pass 50f2_20.bat State 2 110 20 within tolerance pst = ± 2.0 Pass Pass 50f3_0.bat State 3 39 0 within tolerance pst = < 0.5 Pass Pass 50f3_5.bat State 3 39 5 within tolerance pst = ± 0.5 Pass Pass 50f3_10.bat State 3 39 10 within tolerance pst = ± 1.0 Pass Pass 50f3_15.bat State 3 110 15 within tolerance pst = ± 1.5 Pass Pass 50f3_20.bat State 3 110 20 within tolerance pst = ± 2.0 Pass Pass Flicker 61000-4-30 Table 3 120V, 60 Hz

Applied Waveform

Test State

Flicker Comments Results

5536 61MVS Changes

Per Minute (CPM)

Pst Allowable Measurement Accuracy

Pass Pass

60f1_0.bat State 1 39 0 within tolerance pst = < 0.5 Pass Pass 60f1_5.bat State 1 39 5 within tolerance pst = ± 0.5 Pass Pass 60f1_10.bat State 1 39 10 within tolerance pst = ± 1.0 Pass Pass 60f1_15.bat State 1 110 15 within tolerance pst = ± 1.5 Pass Pass 60f1_20.bat State 1 110 20 within tolerance pst = ± 2.0 Pass Pass 60f2_0.bat State 2 39 0 within tolerance pst = < 0.5 Pass Pass 60f2_5.bat State 2 39 5 within tolerance pst = ± 0.5 Pass Pass 60f2_10.bat State 2 39 10 within tolerance pst = ± 1.0 Pass Pass 60f2_15.bat State 2 110 15 within tolerance pst = ± 1.5 Pass Pass 60f2_20.bat State 2 110 20 within tolerance pst = ± 2.0 Pass Pass 60f3_0.bat State 3 39 0 within tolerance pst = < 0.5 Pass Pass 60f3_5.bat State 3 39 5 within tolerance pst = ± 0.5 Pass Pass 60f3_10.bat State 3 39 10 within tolerance pst = ± 1.0 Pass Pass 60f3_15.bat State 3 110 15 within tolerance pst = ± 1.5 Pass Pass 60f3_20.bat State 3 110 20 within tolerance pst = ± 2.0 Pass Pass


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Harmonics - 230V, 50 Hz

Applied Waveform

Test State

Harmonics Comments Results

5536 61MVS Twice the values

of 61000-2-4 Class 3

Allowable Measurement Accuracy ±5%

Pass Pass

50h1_0.bat State 1 0% within tolerance Pass Pass 50h1_25.bat State 1 25% within tolerance Pass Pass 50h1_50.bat State 1 50% within tolerance Pass Pass 50h1_75.bat State 1 75% within tolerance Pass Pass 50h1_100.bat State 1 100% within tolerance Pass Pass 50h2_0.bat State 2 0% within tolerance Pass Pass 50h2_25.bat State 2 25% within tolerance Pass Pass 50h2_50.bat State 2 50% within tolerance Pass Pass 50h2_75.bat State 2 75% within tolerance Pass Pass 50h2_100.bat State 2 100% within tolerance Pass Pass 50h3_0.bat State 3 0% within tolerance Pass Pass 50h3_25.bat State 3 25% within tolerance Pass Pass 50h3_50.bat State 3 50% within tolerance Pass Pass 50h3_75.bat State 3 75% within tolerance Pass Pass 50h3_100.bat State 3 100% within tolerance Pass Pass Harmonics - 120V, 60 Hz

Applied Waveform

Test State



of 61000-2-4 Class 3


Pass Pass

60h1_0.bat State 1 0% within tolerance Pass Pass 60h1_25.bat State 1 25% within tolerance Pass Pass 60h1_50.bat State 1 50% within tolerance Pass Pass 60h1_75.bat State 1 75% within tolerance Pass Pass 60h1_100.bat State 1 100% within tolerance Pass Pass 60h2_0.bat State 2 0% within tolerance Pass Pass 60h2_25.bat State 2 25% within tolerance Pass Pass 60h2_50.bat State 2 50% within tolerance Pass Pass 60h2_75.bat State 2 75% within tolerance Pass Pass 60h2_100.bat State 2 100% within tolerance Pass Pass 60h3_0.bat State 3 0% within tolerance Pass Pass 60h3_25.bat State 3 25% within tolerance Pass Pass 60h3_50.bat State 3 50% within tolerance Pass Pass 60h3_75.bat State 3 75% within tolerance Pass Pass 60f3_20.bat State 3 100% within tolerance Pass Pass


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Interharmonics - 230V, 50 Hz

Applied Waveform

Test State



of 61000-2-4 Class 3


Pass Pass

50i1_0.bat State 1 0% within tolerance Pass Pass 50i1_25.bat State 1 25% within tolerance Pass Pass 50i1_50.bat State 1 50% within tolerance Pass Pass 50i1_75.bat State 1 75% within tolerance Pass Pass 50i1_100.bat State 1 100% within tolerance Pass Pass 50i2_0.bat State 2 0% within tolerance Pass Pass 50i2_25.bat State 2 25% within tolerance Pass Pass 50i2_50.bat State 2 50% within tolerance Pass Pass 50i2_75.bat State 2 75% within tolerance Pass Pass 50i2_100.bat State 2 100% within tolerance Pass Pass 50i3_0.bat State 3 0% within tolerance Pass Pass 50i3_25.bat State 3 25% within tolerance Pass Pass 50i3_50.bat State 3 50% within tolerance Pass Pass 50i3_75.bat State 3 75% within tolerance Pass Pass 50i3_100.bat State 3 100% within tolerance Pass Pass Interharmonics - 120V, 60 Hz

Applied Waveform

Test State



of 61000-2-4 Class 3


Pass Pass

60i1_0.bat State 1 0% within tolerance Pass Pass 60i1_25.bat State 1 25% within tolerance Pass Pass 60i1_50.bat State 1 50% within tolerance Pass Pass 60i1_75.bat State 1 75% within tolerance Pass Pass 60i1_100.bat State 1 100% within tolerance Pass Pass 60i2_0.bat State 2 0% within tolerance Pass Pass 60i2_25.bat State 2 25% within tolerance Pass Pass 60i2_50.bat State 2 50% within tolerance Pass Pass 60i2_75.bat State 2 75% within tolerance Pass Pass 60i2_100.bat State 2 100% within tolerance Pass Pass 60i3_0.bat State 3 0% within tolerance Pass Pass 60i3_25.bat State 3 25% within tolerance Pass Pass 60i3_50.bat State 3 50% within tolerance Pass Pass 60i3_75.bat State 3 75% within tolerance Pass Pass 60i3_100.bat State 3 100% within tolerance Pass Pass


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Unbalance 230V, 50Hz Test State

Unbalance Comments Results

5536 61MVS Percent unbalance of declared

voltage Allowable Measurement Accuracy ±5%

Pass Pass

State 1 1% within tolerance Pass Pass State 1 2% within tolerance Pass Pass State 1 3% within tolerance Pass Pass State 1 4% within tolerance Pass Pass State 1 5% within tolerance Pass Pass State 2 (100%)

0.73 of declared voltage - Phase A 0.80 of declared voltage - Phase B 0.87 of declared voltage - Phase C

within tolerance

Pass Pass

State 2 (200%)


within tolerance

Pass Pass

State 3 (100%)


within tolerance Pass Pass

120V, 60Hz Test State

Unbalance Comments Results

5536 61MVS Percent unbalance of declared

voltage Allowable Measurement Accuracy ±5%

Pass Pass

State 1 1% within tolerance Pass Pass State 1 2% within tolerance Pass Pass State 1 3% within tolerance Pass Pass State 1 4% within tolerance Pass Pass State 1 5% within tolerance Pass Pass State 2 (100%)


within tolerance

Pass Pass

State 2 (200%)


within tolerance

Pass Pass

State 3 (100%)



State 3 (200%)




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Voltage Magnitude 230V, 50 Hz

Applied Waveform

Test State

Voltage Magnitude

Comments Results

5536 61MVS Allowable Measurement

Accuracy ±0.1% Pass Pass

50v1_25.bat State 1 25% within tolerance Pass Pass 50v1_50.bat State 1 50% within tolerance Pass Pass 50v1_75.bat State 1 75% within tolerance Pass Pass 50v1_100.bat State 1 100% within tolerance Pass Pass 50v1_200.bat State 1 200% within tolerance Pass Pass N/A State 2 Determined by

flicker, unbalance, harmonics, &

interharmonics

Refer to test results for flicker, unbalance,

harmonics, & interharmonics

N/A N/A

N/A State 3 Determined by flicker, unbalance,




N/A N/A

120V, 60 Hz

Applied Waveform

Test State

Voltage Magnitude

Comments Results

5536 61MVS Allowable Measurement

Accuracy ±0.1% Pass Pass

60v1_25.bat State 1 25% within tolerance Pass Pass 60v1_50.bat State 1 50% within tolerance Pass Pass 60v1_75.bat State 1 75% within tolerance Pass Pass 60v1_100.bat State 1 100% within tolerance Pass Pass 60v1_200.bat State 1 200% within tolerance Pass Pass N/A State 2 Determined by

flicker, unbalance, harmonics, &

interharmonics



N/A N/A

N/A State 3 Determined by flicker, unbalance,




N/A N/A


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Dips & Swells 230 V, 50 Hz

Applied Waveform

Test

Percent amplitude of

declared voltage

Comments Results

61MVS 50_88_1.bat Dip – 1 cycle 88% Event Recorded Pass 50_89_1.bat Dip – 1 cycle 89% Event Recorded Pass 50_91_1.bat Dip – 1 cycle 91% No Event Pass 50_88_1.bat Dip – 2 cycles 88% Event Recorded Pass 50_89_1.bat Dip – 2 cycles 89% Event Recorded Pass 50_91_1.bat Dip – 2 cycles 91% No Event Pass 50_88_10.bat Dip – 10 cycles 88% Event Recorded Pass 50_89_10.bat Dip – 10 cycles 89% Event Recorded Pass 50_91_10.bat Dip – 10 cycles 91% No Event Pass 50_88_50.bat Dip – 50 cycles 88% Event Recorded Pass 50_89_50.bat Dip – 50 cycles 89% Event Recorded Pass 50_91_50.bat Dip – 50 cycles 91% No Event Pass 50_09_1.bat Swell – 1 cycle 109% No Event Pass 50_11_1.bat Swell – 1 cycle 111% Event Recorded Pass 50_12_1.bat Swell – 1 cycle 112% Event Recorded Pass 50_09_2.bat Swell – 2 cycles 109% No Event Pass 50_11_2.bat Swell – 2 cycles 111% Event Recorded Pass 50_12_2.bat Swell – 2 cycles 112% Event Recorded Pass 50_09_10.bat Swell – 10 cycles 109% No Event Pass 50_11_10.bat Swell – 10 cycles 111% Event Recorded Pass 50_12_10.bat Swell – 10 cycles 112% Event Recorded Pass 50_09_50.bat Swell – 50 cycles 109% No Event Pass 50_11_50.bat Swell – 50 cycles 111% Event Recorded Pass 50_12_50.bat Swell – 50 cycles 112% Event Recorded Pass


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120 V, 60 Hz

Applied Waveform

Test

Percent amplitude of

declared voltage

Comments Results

61MVS 60_88_1.bat Dip – 1 cycle 88% Event Recorded Pass 60_89_1.bat Dip – 1 cycle 89% Event Recorded Pass 60_91_1.bat Dip – 1 cycle 91% No Event Pass 60_88_1.bat Dip – 2 cycles 88% Event Recorded Pass 60_89_1.bat Dip – 2 cycles 89% Event Recorded Pass 60_91_1.bat Dip – 2 cycles 91% No Event Pass 60_88_10.bat Dip – 10 cycles 88% Event Recorded Pass 60_89_10.bat Dip – 10 cycles 89% Event Recorded Pass 60_91_10.bat Dip – 10 cycles 91% No Event Pass 60_88_60.bat Dip – 60 cycles 88% Event Recorded Pass 60_89_60.bat Dip – 60 cycles 89% Event Recorded Pass 60_91_60.bat Dip – 60 cycles 91% No Event Pass 60_09_1.bat Swell – 1 cycle 109% No Event Pass 60_11_1.bat Swell – 1 cycle 110% Event Recorded Pass 60_12_1.bat Swell – 1 cycle 111% Event Recorded Pass 60_09_2.bat Swell – 2 cycles 109% No Event Pass 60_11_2.bat Swell – 2 cycles 110% Event Recorded Pass 60_12_2.bat Swell – 2 cycles 111% Event Recorded Pass 60_09_10.bat Swell – 10 cycles 109% No Event Pass 60_11_10.bat Swell – 10 cycles 110% Event Recorded Pass 60_12_10.bat Swell – 10 cycles 111% Event Recorded Pass 60_09_60.bat Swell – 60 cycles 109% No Event Pass 60_11_60.bat Swell – 60 cycles 110% Event Recorded Pass 60_12_60.bat Swell – 60 cycles 111% Event Recorded Pass


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ANNEX A

Certificates Of Compliance

IEC 61000-4-30 ISO 9001 ISO 17025


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IEC 61000-4-30 Certificate


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ISO 9001 Certificate


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ISO 17025 Certificate


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ANNEX B

Test Instruments and Facilities

Test Instruments used for IEC 61000-4-30 Test Instruments used for additional verification


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Test Instruments used for 61000-4-30 Test equipment used for IEC 61000-4-30 has been noted accordingly in this report and documented appropriately.

Test Instruments used for additional verification The following is a summary of additional test equipment that Dranetz-BMI utilizes to meet or exceed additional compliance tests or criteria not required by 61000-4-30. Although, these instruments were not used for this test it is included to demonstrate Dranetz-BMI’s commitment and excellence in meeting or exceeding applicable standards and measurement methods for electrical instrumentation. Description Manufacturer Model Number Serial Number Standard

reference Electrostatic Discharge

Keytek Series 2000 8702041 61000-4-2

Fast Transients / Burst Generator

Schaffner NSG 1025 52393337 61000-4-4

Surge Generator Mainframe

Keytek 711A 8507388 61000-4-5

Surge Network Ring Wave

Keytek P1 8507393 61000-4-5

Surge Network Bi-Wave

Keytek P3 8507394 61000-4-5

Emissions-Spectrum Analyzer

Wayne Kerr SSA1000A 9700001627 EN 55011

Emissions-Antenna

Wayne Kerr 1JELPA30102 9700001413 EN 55011

Emissions- Line Impedance Stabilization Network

Farnell LSN30B 000268 EN 55011

Emissions Software Program

Wayne Kerr EASY 1 N/A EN 55011

Emissions- RF Shield Room

Lindgren 34-1/1-0 3754 EN 55011

Insulation Tester Hipot

Hipotronics 100 Series 1310-1196 61010-1

Temperature & Humidity Chambers

Tenney Benchmaster SB11421-7 SB11421-21

N/A


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Test Facility Photographs Electrostatic Discharge Electrical Fast Transients


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Surge Network

Emissions – Spectrum Analyzer & Computer Setup


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Emissions – Shielded Room


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Insulation Tester

Temperature & Humidity Chamber

encore_61000_4_30_report

Documents

harmonic signals

wiltshire

power quality

voltage magnitude

flicker variation

allowable

nominal frequency

results 61mvs