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Report Name: 568 EMC 2013Feb13-0945

ELECTROMAGNETIC COMPATIBILITY

TEST REPORT

for the

Fluke 568 EX

IR and contact thermometer

The Fluke 568 was tested to the following standards

at the EMC laboratories of Fluke Corporation.

6920 Seaway Blvd Everett WA 98203

IEC 61326-1:2012, IEC 61326-2-2:2012, CISPR 11:2004

Class A Emissions and Immunity

The Fluke 568 passes test requirements for equipment used for:

□ Industrial Locations

□ Controlled EM Environments

▣ Portable Equipment

▣ Non-Domestic Use (Class A)

□ Domestic Use (Class B)

Class A equipment is equipment suitable for use in all establishments other than domestic and those directly connected to a low voltage power

supply network which supplies buildings used for domestic purposes.

Prepared by:

John Morton ________________________________________ Date: 5/15/2013

Sr. Specialist Technician

Approved by:

Michael Meisner _____________________________________ Date: 5/15/2013

Test Engineer

TABLE OF CONTENTS

Summary of content (28 pages)

PAGE 1
TABLE OF CONTENTS Report Name: 568 EMC 2013Feb13-0945 ELECTROMAGNETIC COMPATIBILITY TEST REPORT for the Fluke 568 EX IR and contact thermometer The Fluke 568 was tested to the following standards at the EMC laboratories of Fluke Corporation.
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Fluke 568 IR and contact thermometer ELECTROMAGNETIC TEST HISTORY Initial Report February 13, 2013 DATE DATE DATE DATE DATE DATE DATE DATE DATE DATE DATE DATE DATE DATE DATE DATE DATE DATE DATE DATE DATE DATE DATE DATE DATE DATE DATE DATE DATE DATE DATE DATE DATE DATE EMC TEST REPORT Fluke 568 EX FLUKE CORPORATION 2013May17-0730 ii COMPANY CONFIDENTIAL COMPANY CONFIDENTIAL COMPANY CONFIDENTIAL THIS TEST REPORT IS COMPANY CONFIDENTIAL.
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TABLE OF CONTENTS I. Scope ...................................................................................................................................................... iv II. Purpose ................................................................................................................................................... iv III. Definition of Performance Criteria ........................................................................................................... iv IV.
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I. Scope This Test Report documents the results of the electromagnetic compatibility (EMC) testing performed by the EMC laboratories of Fluke Corporation. This report records the performance of the Fluke 568 IR and contact thermometer sample, as submitted for testing, described in section V. Details and results of testing are contained within. II. Purpose Testing was performed to evaluate the electromagnetic compatibility (EMC) performance of the EUT.
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IV. Test Results The Fluke 568 IR and contact thermometer was tested to the following Electromagnetic Compatibility [EMC] requirements: Port Enclosure AC mains Port Enclosure Frequency MHz 30 to 230 230 to 1000 0.15 to 0.5 0.5 to 5.0 5 to 30 Adapted from CISPR 11 Table 2a Emissions Limits for Class A Equipment Limits 40dB (uV/m) quasi peak, measured at 10 meters. 47dB (uV/m) quasi peak, measured at 10 meters. 79dB (uV/m) quasi peak, 66dB (uV/m) average. 73dB (uV/m) quasi peak, 60dB (uV/m) average.
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V. Test Plan 1. Configuration of EUT during testing: a. General i. Manufacturer / Model: Fluke 568 EX ii. Equipment Life Cycle: Pre-Production iii. Equipment Power Supply: Battery Only iv. Serial Number(s) of EUT tested: PE 1304002 v. Clocks / Oscillators (including synthesized clocks):32.768KHz, 4.9 MHz b. Composition of EUT: Only one version of the Fluke568 EX c. Assembly of EUT: There is only one configuration of the Fluke568 EX d.
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VI. Simplified Block Diagram of EUT as Tested 568 EX Outside the chamber AC Notes: For Radiated Immunity Testing, as above For Radiated Emissions Testing, the standard thermocouple is installed. EMC TEST REPORT Fluke 568 EX FLUKE CORPORATION 2013May17-0730 PAGE vii COMPANY CONFIDENTIAL COMPANY CONFIDENTIAL COMPANY CONFIDENTIAL THIS TEST REPORT IS COMPANY CONFIDENTIAL. ANY REPRODUCTION, IN WHOLE OR IN PART , IS PROHIBITED WITHOUT PRIOR WRITTEN APPROVAL FROM FLUKE CORPORATION.
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VII. Tolerance Calculations The tolerance calculations in the table below determine the pass / fail status of all tolerance dependent testing. If the instrument displays a reading outside of these limits, it will fail the test. Temp C 23 Nominal Range Resolution % Accuracy + Counts Portable 5x Spec +/- Tolerance + Upper Limit - Lower Limit 1 Y 5 28 18 VIII.
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TABLE OF CONTENTS Section 1 - IEC 61326 Emissions Testing Emissions of the Fluke 568 IR and contact thermometer was tested to the following Electromagnetic Compatibility [EMC] requirements: Port Enclosure AC mains Frequency MHz 30 to 230 230 to 1000 0.15 to 0.5 0.5 to 5.0 5 to 30 EMC TEST REPORT Fluke 568 EX Adapted from CISPR 11 Table 2a Emissions Limits for Class A Equipment Limits 40dB (uV/m) quasi peak, measured at 10 meters. 47dB (uV/m) quasi peak, measured at 10 meters.
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CISPR 11:2010 – Radiated Emissions FAR Prescan Fluke 568 IR and contact thermometer 1.1 Port Frequency Range MHz 30-230 Enclosure 230-1000 Limits ClassA: 40dB at 10m ClassB: 30dB at 10m ClassA: 47dB at 10m ClassB: 37dB at 10m Standard Test Result PASS CISPR 11 PASS 1. Common Information: Date of Scan: Environmental Conditions: Operator Name: Test Description: Test Setup: 4/09/2013 22C, 42%rh, 1008mb John Morton Scanning IR and TC. Laser on EUT pointed at standard Meter stand.
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5. Test Results: Frequency Mhz Height cm H/V Pol. Azimuth degrees QP Actual dbuV Correction Factor (db) Correction Ant D(db) QP Meas dbuV Limit A dbuV Limit B dbuV Margin dbuV 36.88 120.00 30.28 120.00 30.28 36.88 V 0.00 -0.97 17.20 6.94 23.16 40.00 30.00 6.84 Pass B V 90.00 -5.87 21.80 6.94 22.86 40.00 30.00 7.14 Pass B 120.00 V 270.00 -5.97 21.80 6.94 22.76 40.00 30.00 7.24 Pass B 120.00 V 180.00 -1.47 17.20 6.94 22.66 40.00 30.00 7.34 Pass B 36.
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Common Information 4/09/2013 22C, 42%rh, 1008mb John Morton Scanning IR and TC. Laser on EUT pointed at standard Meter stand. Trigger is pulled continuously. TC input has standard bead K-type TC. IR measuring ambient. Vertical– 30MHz -1GHz Horizontal – 30MHz -1GHz Date of Scan: Environmental Conditions: Operator Name: Test Description: Test Setup: EMC TEST REPORT Fluke 568 EX FLUKE CORPORATION 2013May17-0730 Section 1.
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Scan Setup: EMI_PreScan(anechoic chamber) [EMI radiated] Hardware Setup: Level Unit: Subrange 30 MHz - 1 GHz Radiated_Emissions dBµV/m Detectors MaxPeak; Average IF Bandwidth 120 kHz Meas. Time 0.02 s Receiver Rcvr [ESCI 3] Hardware Setup: EMI radiated\Radiated_Emissions - [EMI radiated] Subrange 1 Frequency Range: Receiver: Signal Path: Antenna: Antenna Tower: Turntable: 1.2 30 MHz - 2 GHz Rcvr [ESCI 3] @ GPIB0 (ADR 20), SN 100733/003, FW 4.42 Rcvr-Antenna FW 1.
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1.3 Additional Emissions Testing No additional emissions testing was performed on the Fluke 568 IR and contact thermometer as of 13-Feb-13. EMC TEST REPORT Fluke 568 EX FLUKE CORPORATION 2013May17-0730 Section 1.6 COMPANY CONFIDENTIAL COMPANY CONFIDENTIAL COMPANY CONFIDENTIAL THIS TEST REPORT IS COMPANY CONFIDENTIAL. ANY REPRODUCTION, IN WHOLE OR IN PART , IS PROHIBITED WITHOUT PRIOR WRITTEN APPROVAL FROM FLUKE CORPORATION.
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TABLE OF CONTENTS Section 2 - IEC 61326 Immunity Testing Immunity of the Fluke 568 IR and contact thermometer was tested to the following Electromagnetic Compatibility [EMC] requirements: Port Enclosure EMC TEST REPORT Fluke 568 EX Adapted from EN 61326-1:2012 Table A.
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2.1 IEC 61000-4-2:2008 - Electrostatic Discharge Immunity Fluke 568 IR and contact thermometer Port Phenomenon Standard Enclosure Electrostatic Discharge IEC 61000-4-2 Test Value Air/Contact ±4/8kV Pass Criteria Result Criteria B B 1. Date/Performed By: a. Test Date: 04APR13 b. Tested By: John Morton 2. Lab Testing Conditions: a. Temperature: 21.3C b. Humidity: 38.9% c. Pressure:1019mb 3. EUT Information: a. Model: 568 EX b. Serial Number: PE 1304002 c.
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6. Test Setup (Diagram): EMC TEST REPORT Fluke 568 EX FLUKE CORPORATION 2013May17-0730 Section 2.
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7.
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2.2 IEC 61000-4-3:2010 - Radiated Radio Frequency Electromagnetic Field Immunity Fluke 568 IR and contact thermometer ` Port Phenomenon Standard Condition Pass Criteria EM Field IEC 61000-4-3 3V/m (80MHz to 1MHz) A EM Field IEC 61000-4-3 3V/m (1,4 GHz to 2 GHz) A Enclosure 1 V/m (2,0 GHz to 2,7 EM Field IEC 61000-4-3 A GHz) Result Criteria A A A 1.
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Common Information Date of Scan: Environmental Conditions: Operator Name: Test Description: Vertical– 80MHz -1GHz Horizontal – 80MHz -1GHz Tolerance: 4/10/2013 22C, 42%rh, 1014mb John Morton Scanning IR, ambient room temperature, monitored manually via Video camera. 1 degree C * 5 portable = 5 Degrees video EMC TEST REPORT Fluke 568 EX FLUKE CORPORATION 2013May17-0730 Section 2.
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Horizontal – 1.4GHz -2.7GHz Vertical – 1.4GHz -2.7GHz EMC TEST REPORT Fluke 568 EX FLUKE CORPORATION 2013May17-0730 Section 2.2 COMPANY CONFIDENTIAL COMPANY CONFIDENTIAL COMPANY CONFIDENTIAL THIS TEST REPORT IS COMPANY CONFIDENTIAL. ANY REPRODUCTION, IN WHOLE OR IN PART , IS PROHIBITED WITHOUT PRIOR WRITTEN APPROVAL FROM FLUKE CORPORATION.
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Hardware Setup: EMS radiated\Radiated_Immunity - [EMS radiated] Subrange 1 Frequency Range: Generator: Signal Path: Amplifier: Signal Path: Antenna: FwdPwrMtr: Signal Path: RevPwrMtr: Signal Path: Sensor: Subrange 2 Frequency Range: Generator: Signal Path: Amplifier: Signal Path: Antenna: FwdPwrMtr: Signal Path: RevPwrMtr: Signal Path: EMC TEST REPORT Fluke 568 EX 80 MHz - 1 GHz Sig Gen_R&S_SMC100A [SMC100A] @ USB (ADR 28), SN 101254, FW Rev 2.05.02, 12/2008, CVI 8.1 SigGen-PA2 FW 1.
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Sensor: FieldProbe [HI 6105] @ COM4 (ADR 4), SN 00099028, FW HI-6105, CalDate:24-May2012 EMS Scan Template: EMS Scan 80-1000MHz am [EMS Radiated] Hardware Setup: Level On: Subrange 80MHz - 1GHz EMS radiated\Radiated_Immunity Substitution Method: RC 80M-1GHz 20130117\RC 80M-1GHz 20130117_EN61ED3 Step Width 0.5% LOG Level 3V/m Modulation AM: 80.0%; 1.
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Anechoic Chamber Homogenous Field Calibration Common Information Reference Calibration Table (*_01): Evaluation Result: RC 80M-1GHz 20130117\RC 80M-1GHz 20130117_01 Polarization: H and V 100.0% of frequency points are inside of the 0 - 6 dB tolerance range 0.0% of frequency points less than or equal 1 GHz are inside of the 6 10 dB tolerance range (max. 3%) 0.0% of frequency points are outside of the 10 dB tolerance range (max.
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Anechoic Chamber Homogenous Field Calibration Common Information Reference Calibration Table (*_01): Evaluation Result: RC 1-3 GHz 20130115\RC 1-3 GHz 20130115_01 Polarization: H 100.0% of frequency points are inside of the 0 - 6 dB tolerance range 0.0% of frequency points greater than 1 GHz are inside of the 6 - 10 dB tolerance range (max. 0%) 0.0% of frequency points are outside of the 10 dB tolerance range (max.
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2.3 IEC 61000-4-8:2009 - Power Frequency Magnetic Field Immunity Fluke 568 IR and contact thermometer Port Phenomenon Standard Test Value Pass Criteria Enclosure Magnetic Field IEC 61000-4-8 3 A/m A Result Criteria A 1. Date/Performed By: a. Test Date: 07FEB13 b. Tested By: John Morton 2. Lab Testing Conditions: a. Temperature: 23C b. Humidity: 25% c. Pressure:1017mb 3. EUT Information: a. Model: 568 EX b. Serial Number: PE 1304002 c. Operating Modes: Measuring IR and Thermocouple.. 4.
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2.4 Additional Immunity Testing TABLE OF CONTENTS No additional immunity testing was performed on the Fluke 568 IR and contact thermometer as of 13 February 2013 EMC TEST REPORT Fluke 568 EX FLUKE CORPORATION 2013May17-0730 Section 2.8 COMPANY CONFIDENTIAL COMPANY CONFIDENTIAL COMPANY CONFIDENTIAL THIS TEST REPORT IS COMPANY CONFIDENTIAL. ANY REPRODUCTION, IN WHOLE OR IN PART , IS PROHIBITED WITHOUT PRIOR WRITTEN APPROVAL FROM FLUKE CORPORATION.