Test Report - Elmarksupport.elmark.com.pl › moxa › products › Switche... · High Voltage General IETC IETC-TGEN-01 TGEN-01 N.C.R C8051 MCU IETC IETC-MCU-01 MCU-01 N.C.R Note:

Report No.: 8A092606C3 Page 1 of 39

Interocean EMC Technology Corp. Test Report

Test Report

NEMA TS-2-2003 V02.06 Environmental

(Power, Transients, Temperature, Vibration, Shock…Test)

Product: Industrial rackmount switch

Trade Name: MOXA

Model Number:

IKS-6726-X-X1-X2-X3 X= F (stands for cable direction) X1= 24 or 48 or HV (stands for 1st power module type) X2= 24 or 48 or HV or Bland (Stands for 2nd power module type)X3= T (stands for wide temperature)

Prepared for

MOXA Inc.

Fl.4, No.135, Lane 235, Pao-Chiao Rd., Shing Tien City, Taipei, R.O.C.

TEL.: +886 2 8919 1230

FAX.: +886 2 8919 1231

Prepared by

Interocean EMC Technology Corp. 244 No.5-2, Lin 1, Tin-Fu Tsun, Lin-Kou Hsiang,

Taipei County, Taiwan, R.O.C. TEL.: +886 2 2600 6861 FAX.: +886 2 2600 6859

Remark： The test report consists of 39 pages in total. It shall not be reproduced except in full, without the written approval of IETC. This document may be altered or revised by IETC only, and shall be noted in the revision section of the document. The test results in the report only to the tested sample.



Table of Contents 1 General Information 4 1.1 Description of Equipment Under Test 4 1.2 Series Gigabit/Fast Ethernet Modules 5 1.3 Summary of Test Results 6 1.4 Test Facility 7 1.5 Measurement Uncertainty 8

2 Power Test 9 2.1 Operating voltage 9 2.2 Power interruption 10

3 Transients Test 11 3.1 High-Repetition Noise Transients 11 3.2 Low-Repetition High-Energy Transients 13 3.3 Transients, Input-Output Terminals 15 3.4 Non-destruct Transient Immunity 17

4 Temperature Test 19 4.1 Low-Temperature Tests 19 4.2 High-Temperature Tests 22

5 Vibration Test 25 5.1 Resonant Search 25 5.2 Endurance Test 29

6 Shock Test 33

7 Photographs of EUT 38



1 General Information

1.1 Description of Equipment Under Test

Product : Industrial rackmount switch Model Number : IKS-6726-X-X1-X2-X3

X= F (stands for cable direction) X1= 24 or 48 or HV (stands for 1st power module type) X2= 24 or 48 or HV or Bland (Stands for 2nd power module type) X3= T (stands for wide temperature)

Applicant : MOXA Inc. Fl.4, No.135, Lane 235, Pao-Chiao Rd., Shing Tien City, Taipei, R.O.C.

Manufacturer : MOXA Inc. Fl.4, No.135, Lane 235, Pao-Chiao Rd., Shing Tien City, Taipei, R.O.C.

Date of Receipt of Sample : Sep. 26, 2008

Date of Test : Sep. 26 ~ Dec. 30, 2008

Power Supply : Input: 100~240VAC, 50~60Hz, 1.5A Input: 24VDC; 48VDC; 250VDC Power cord: Non-shielded Detachable, 1.8 m w/o core

Product Information : Interface Port: 1. Console Port *1 2. LAN Port *26 3. Fiber Port *2 4. Power Port *1

Additional Description : 1.) The EUT is “Industrial rackmount switch”. 2.) The model number difference please see detail as follows:

Model Number: IKS-6726-X-X1-X2-X3

X= F (stands for cable direction)

X1= 24 or 48 or HV (stands for 1st power module type)

X2= 24 or 48 or HV or Bland (stands for 2nd power module type)

X3= T (stands for wide temperature) 3.) The Model Number “IKS-6726-F-48-HV” is representative selected

in the test and included in this report.



1.2 Series Gigabit/Fast Ethernet Modules

Model No. Description

PM-7200-6MST Fast Ethernet module with 6 100BaseFX multi-mode ports with ST connectors

PM-7200-6SSC Fast Ethernet module with 6 100BaseFX single-mode ports with SC connectors

PM-7200-4MSC2TX Fast Ethernet module with 4 100BaseFX multi-mode ports with SC connectors and 2 10/100BaseT(X) ports

PM-7200-4MST2TX Fast Ethernet module with 4 100BaseFX multi-mode ports with ST connectors and 2 10/100BaseT(X) ports

PM-7200-4SSC2TX Fast Ethernet module with 4 100BaseFX single-mode ports with SC connectors and 2 10/100BaseT(X) ports




PM-7200-1LSC6TX Fast Ethernet module with 1 100BaseFX single-mode ports with SC connectors for 80 km transmission and 6 10/100BaseT(X) ports




PM-7200-8TX Fast Ethernet module with 8 10/100BaseT(X) ports

PM-7200-6MSC Fast Ethernet module with 6 100BaseFX multi-mode ports with SC connectors

PM-7200-2GTXSFP Gigabit Ethernet module with 2 10/100/1000BaseT(X) or 1000BaseSFP slot combo ports

PM-7200-4M12 Fast Ethernet module with 4 10/100BaseT(X) M12 ports PM-7200-8SFP Fast Ethernet module with 8 100BaseSFP slots



1.3 Summary of Test Results

Report Clause Phenomenon Reference

Clause(s) Result

2 Power Test

2.1 Operating voltage 2.1.2 Applicable

2.2 Power interruption 2.1.4 Applicable

3 Transients Test

3.1 High-Repetition Noise Transients 2.1.6.1 2.2.7.2 Applicable

3.2 Low-Repetition High-Energy Transients 2.1.6.2 2.2.7.2 Applicable

3.3 Transients, Input-Output Terminals 2.1.7 2.2.7.2 Applicable

3.4 Non-destruct Transient Immunity 2.1.8 2.2.7.2 Applicable

4 Temperature Test

4.1 Low-Temperature Tests 2.2.7.3 2.2.7.4 Applicable

4.3 High-Temperature Tests 2.2.7.5 2.2.7.6 Applicable

5 Vibration Test 5.1 Resonant Search 2.2.8.3 Applicable

5.2 Endurance Test 2.2.8.4 Applicable

6 Shock Test 2.2.9 Applicable



1.4 Test Facility

Site Description : Transient Room

Name of Firm : Interocean EMC Technology Corp.

Company web : http://www.ietc.com.tw Site 1, 2 Location : No.5-2, Lin 1, Tin-Fu Tsun, Lin-Kou Hsiang,

Taipei County, Taiwan, R.O.C. Site 3, 4 Location : No. 12, Ruei-Shu Valley, Ruei-Ping Tsun, Lin-Kou Hsiang,

Taipei County, Taiwan, R.O.C. Site Filing : Federal Communication Commissions – USA

Registration No.: 96399 (OATS 1 & 2) Registration No.: 518958 (OATS 3 & 4) Designation No.: TW1020

Voluntary Control Council for Interference by Information Technology Equipment (VCCI) – Japan Member No.: 1349 Registration No. (Conducted Room): C-1094 Registration No. (Conducted Room): T-271 Registration No. (OATS 1): R-1040 Registration No. (OATS 2): R-1041

Industry Canada (IC) OUR FILE: 46405-4437 Submission: 130946 Registration No. (OATS 1): 4437A-1

Registration No. (OATS 2): 4437A-2 Registration No. (OATS 3): 4437A-3 Registration No. (OATS 4): 4437A-4

Japan Electrical Safety & Environment Technology Laboratories (JET) Registration No.: 04S03-01

Site Accreditation : Bureau of Standards and Metrology and Inspection (BSMI) – Taiwan, R.O.C. Accreditation No.: SL2-IN-E-0026 for CNS13438 / CISPR22 SL2-R1-E-0026 for CNS13439 / CISPR13 SL2-R2-E-0026 for CNS13439 / CISPR13 SL2-A1-E-0026 for CNS13783-1 / CISPR14-1

Taiwan Accreditation Foundation (TAF) Accreditation No.: 1113 TüV NORD

Certificate No: TNTW0801R-01



1.5 Measurement Uncertainty

No. Item Value

1 Power Line Conducted Emission (Conduction 1) 2.40 dB

2 Power Line Conducted Emission (Conduction 2) 2.40 dB

3 Disturbance Power Emission (Conduction 2) 3.10 dB

4 Click disturbances Emission (Conduction 2) 2.40 dB

5 Radiated Electromagnetic disturbance (Loop Antenna) 4.80 dB

6 Radiated Emission Test (OATS 1) 3.14 dB




10 Radiated Emission Test (1GHz~18GHz) 3.20 dB

11 Radiated Emission Test (18GHz~40GHz) 3.40 dB



2 Power Test

2.1 Operating voltage

2.1.1 Instrument Instrument Manufacturer Model Serial No.

Turnable transformal SLIDAL TL-210 N/A

2.1.2 Test Requirement Reference to NEMA TS-2-2003 V02.06 section 2.1.2 - The nominal voltage shall be 120 volts alternation current. - The voltage range for Major units of the Controller Assembly shall be 89 to 135 volts

alternating current. - The Malfunction Management Unit shall provide the detection of proper AC Line

voltage and cause a flash state when not proper. - An AC line voltage greater than 98 shall be considered proper and less than 89 shall

be considered improper for the CA. The MMU shall cause a transition between “flash” and “normal” states within the range of 89 and 98 volts alternating current.

2.1.3 Test Procedures Reference to NEMA TS-2-2003 V02.06 section 2.1.2

2.1.4 Test Result

Temperature: 22.0 ℃； Humidity: 60 %； Atm pres: 101 Kpa； Test Engineer: Nigel

PASS.

Amplitude Result/Status 89V Without malfunction

135V Without malfunction



2.2 Power interruption

2.2.1 Instrument Instrument Manufacturer Model Serial No. Next Cal. Date

EMC Pro System KeyTek EMC Pro 0003231 2009/03/09

EFT Clamp KeyTek PRO-CCL-C 0003198 N. C. R.

Note: The above equipments are within the valid calibration period.

2.2.2 Test Requirement Reference to NEMA TS-2-2003 V02.06 section 2.1.4 - A power interruption is defined as 0 volts alternating current. - Two or more power interruption which are separated by power restorations of 1500

or more milliseconds shall be considered as separate interruptions. - Three interruptions of 300 milliseconds or less which are separated by power

restorations of 300 milliseconds or more shall not cause the CA to revert to its start-up state.

- Detection of power interruption to the CA will be provided by the MMU. (Authorized Engineering information.)


2.2.4 Test Result


PASS. Item Test specification Voltage dips 100% reduction The boundary Value is 105 ms of CA function loss.



3 Transients Test

3.1 High-Repetition Noise Transients

3.1.1 Instrument

Instrument Manufacturer Model Serial No. Next Cal. Date

Oscilloscope LeCroy WS452 LCRY0301J17164 2009/07/14

High Voltage General IETC IETC-TGEN-01 TGEN-01 N.C.R

C8051 MCU IETC IETC-MCU-01 MCU-01 N.C.R


3.1.2 Test Requirement Reference to NEMA TS-2-2003 V02.06 section 2.1.6.1 The test pulses shall not exceed the following conditions:

- Amplitude: 300 volts, both positive and negative polarity. - Peak Power: 2500 watts. - Repetition: 1 pulse approximately every other cycle moving uniformly over the full

wave in order to sweep across 360 degrees of the line cycle once every 3 seconds. - Pulse Rise Time: 1 microsecond. - Pulse Width: 10 microseconds.

3.1.3 Calibration Waveform



3.1.4 Test Procedures Reference to NEMA TS-2-2003 V02.06 section 2.2.7.2

3.1.5 Test Result


PASS.

Amplitude Result/Status +300V Without malfunction -300V Without malfunction

Input voltage：120V AC



3.2 Low-Repetition High-Energy Transients

3.2.1 Instrument






3.2.2 Test Requirement Reference to NEMA TS-2-2003 V02.06 section 2.1.6.2 The test pulses shall not exceed the following conditions:

- Amplitude: 600 volts + 5 percent, both positive and negative polarity. - Energy Source: Capacitor, oil filled, 10 microfarads + 10 percent, internal surge

impedance less than 1 ohm. - Repetition: 1 discharge every 10 seconds. - Pulse Position: Random across 360 degrees of the line cycle.





3.2.5 Test Result


PASS.





3.3 Transients, Input-Output Terminals

3.3.1 Instrument






3.3.2 Test Requirement Reference to NEMA TS-2-2003 V02.06 section 2.1.7 The CA shall maintain all defined functions, when the test pulse occurs on the input-output terminals. - Amplitude: 300 volts, both positive and negative polarity. - Pulse Source: 1000 ohms nominal impedance. - Repetition: 1 pulse per second, for a minimum of 5 pulses per selected terminal. - Pulse rise time: 1 microsecond. - Pulse width: 10 microseconds.





3.3.5 Test Result


PASS. Amplitude Result/Status

+300V Without malfunction -300V Without malfunction

Input voltage is 120V AC



3.4 Non-destruct Transient Immunity

3.4.1 Instrument






3.4.2 Test Requirement Reference to NEMA TS-2-2003 V02.06 section 2.1.8 The CA shall be capable of withstanding a high energy transient having the following characteristics repeatedly applied to the alternating current input terminals (no other power connected to terminals) without failure of the test specimen: - Amplitude: 1000 volts + 5 percent, both positive and negative polarity. - Energy Source: Capacitor, oil filled, 15 microfarads + 10 percent, internal surge

impedance less than 1 ohm. - Repetition: Applied to the CA once every 2 seconds for a maximum of three

applications for each polarity. - After the foregoing, the CA shall perform all defined functions upon the application of

nominal alternating current power.





3.4.5 Test Result


PASS.





4 Temperature Test

4.1 Low-Temperature Tests

4.1.1 Instrument

Instrument Manufacturer Model Serial No.

GI-LUNG Temperature/Humidity Testing Chamber N/A MHT-4YP N/A

Recorder YOKOGAWA 4516 49YD1165/TW-9

4.1.2 Test ambience Temperature: 19℃ ± 3℃ Humidity: 65% ± 5% (RH)

4.1.3 Test Requirement Reference to NEMA TS-2-2003 V02.06 section 2.2.7.3 & 2.2.7.4 Temperature: -34℃ Dwell Time: 12 hours Performance Check: a. With the specimens cycling, lower the test chamber to -34℃ at a rate not exceeding

17℃ per hour. Allow the specimens to cycle for a minimum of 5 hours at -34℃. b. Power shall then be removed from the specimens for a minimum period of 5 hours.

Upon restoration of power, the specimens go through its prescribed start-up sequence then resume cycling.

c. Power interruption test.

4.1.4 Test Procedures Reference to NEMA TS-2-2003 V02.06 section 2.2.7.3 & 2.2.7.4

4.1.5 Test Result 1. Test configurations was shown in Fig. 1. 2. The testing data were shown in Fig. 2. 3. Test specimens were visually inspected after test. No external physical damage was

noted. 4. The functions of specimens were normal during and after low temperature test.



Fig. 1 Low Temperature Test



Temperature span: Left end –99.9℃, Right end +199.9℃

Temperature scale: 6℃/div Chart speed: 10 mm/hr

Fig. 2: Low Temperature Test Record



4.2 High-Temperature Tests

4.2.1 Instrument


TABAI Temperature and Humidity Chamber N/A PDL-4K N/A


4.2.3 Test Requirement Reference to NEMA TS-2-2003 V02.06 section 2.2.7.5 & 2.2.7.6 Temperature: 74℃ Humidity: 18% (RH) Dwell Time: 16 hours Performance Check: a. Allow the specimens to cycle for a minimum of 15 hours at 74℃ and 18% (RH).

Then operate the specimens to determine that all functions are operable. b. Power interruption test.

4.2.4 Test Procedures Reference to NEMA TS-2-2003 V02.06 section 2.2.7.5 & 2.2.7.6

4.2.5 Test Result 1. Test configurations was shown in Fig. 1. 2. The testing data were shown in Fig. 2. 3. Test specimens were visually inspected after test. No external physical damage was

noted. 4. The functions of specimens were normal during and after high temperature test.



Fig. 1 High Temperature Test



Left curve: 18% (RH) Middle curve: Wet bulb temp. 42℃ Right Curve: Dry bulb temp. 73℃

Temperature span: Left end –50.0℃, Right end +100.0℃ Relative humidity: Left end 0%, Right end 100%

Temperature scale: 3℃/div Humidity scale: 2%/div Chart speed: 10 mm/hr

Fig. 4: High Temperature Test Record



5 Vibration Test

5.1 Resonant Search

5.1.1 Instrument


U-D vibration machine KING DESIGN TA240D-208/CSTA GUG02102091

CONTROL System DACTRON VTS Controller 6329253

Accelerometer B&K Dytran 3055A2 2158444

Measurement System N/A VTS Controller N/A

Measurement Model DYTRAN 3055B2 N/A


5.1.3 Test Requirement Reference to NEMA TS-2-2003 V02.06 section 2.2.8.3 Frequency Range: 5Hz~30Hz Vibration Level: 5Hz~11.42Hz, Acceleration 0.1g, 11.42Hz~30Hz, Displacement 0.015 inch. Sweep time: 12.5 min (5Hz~30Hz~5Hz).


5.1.5 Test Result 1. Test configurations were shown in Fig. 1 ~ Fig. 3. 2. The testing data were shown in Fig. 4 ~ Fig. 6. 3. Test specimens were visually inspected after test. No external physical damage was

noted. 4. The functions of specimens were normal during and after the vibration test. 5. The results of resonant search, no resonant frequency was found for 3 axes of all

specimens.



Fig. 1 Resonant Search Test (X-Axis)

Fig. 2 Resonant Search Test (Y-Axis)

Fig. 3 Resonant Search Test (Z-Axis)



Fig. 4 Resonant Search Result (X-Axis)

Fig. 5 Resonant Search Result (Y-Axis)



Fig. 6 Resonant Search Result (Z-Axis)



5.2 Endurance Test

5.2.1 Instrument






5.2.3 Test Requirement Reference to NEMA TS-2-2003 V02.06 section 2.2.8.4 Frequency: 30Hz Acceleration: 0.5g Duration: 1 hours/axis


5.2.5 Test Result 1. Test configurations are shown in Fig. 1 ~ Fig. 3. 2. The testing data are shown in Fig. 4 ~ Fig. 6. 3. Test specimens were visually inspected after test. No external physical damage was

noted. 4. The functions of specimens were normal during and after the endurance vibration

test.



Fig. 1 Endurance Testing Data (X-Axis)

Fig. 2 Endurance Testing Data (Y-Axis)

Fig. 3 Endurance Testing Data (Z-Axis)



Fig. 4 Endurance Testing Data (X-Axis)

Fig. 5 Endurance Testing Data (Y-Axis)



Fig. 6 Endurance Testing Data (Z-Axis)



6 Shock Test

6.1.1 Instrument






6.1.3 Test Requirement Reference to NEMA TS-2-2003 V02.06 section 2.2.9 Wave Form: Half Sine Wave Acceleration Peak: 10g Duration: 11ms Shock Times: 1 time for each of ±X, ±Y, ±Z direction, 6 times in total.


6.1.5 Test Result 1. Test configurations are shown in Fig. 1 ~ Fig. 3. 2. The testing data are shown in Fig. 4 ~ Fig. 6. 3. Test specimens were visually inspected after test. No external physical damage was

noted. 4. The functions of specimens were normal during and after shock test.



Fig. 1 Shock Test (X-Axis)

Fig.2 Shock Test (Y-Axis)

Fig. 3 Shock Test (Z-Axis)



Fig. 4 Shock Testing Data (X-Axis)



Fig. 5 Shock Testing Data (Y-Axis)



Fig. 6 Shock Testing Data (Z-Axis)



7 Photographs of EUT

Front View of EUT

Rear View of EUT



I/O Port-1

I/O Port-2

Documents

Test Report - Elmarksupport.elmark.com.pl › moxa › products › Switche... · High Voltage General IETC IETC-TGEN-01 TGEN-01 N.C.R C8051 MCU IETC IETC-MCU-01 MCU-01 N.C.R Note: