ENNVVIIRRONMMEENNTTAALL A&& AMMEECCHHANNIICCALL ...€¦ · QualiTech Compliance Engineering Environmental & Mechanical Lab. DRM-3000 and DPU-3 Doc. Edition: 01 Ref.: 20200422-0134

2020 QualiTech This document contains confidential information which is protected by copyright and is proprietary to QualiTech and others. No part of this document may be used, copied, disclosed, or conveyed to another party without prior written consent of QualiTech

EENNVVIIRROONNMMEENNTTAALL && MMEECCHHAANNIICCAALL

LLAABBOORRAATTOORRYY

TEST REPORT

DRM-3000 and DPU-3

For

ROTEM INDUSTRIES Ltd.

Tested According to:

IEC 60532:2010 and ANSI N42.17A:2003

30/06/2020

Report No: 20200422-0134

Report Edition: 01

Report Status: Released

QualiTech Compliance Engineering Environmental & Mechanical Lab.

DRM-3000 and DPU-3 Doc. Edition: 01 Ref.: 20200422-0134

Page 2 of 40

ENVIRONMENTAL & MECHANICAL LABORATORY DETAILS

Name: Environmental & Mechanical Lab.

Address: 30, Hasivim St., Petach Tikva, Israel, 4959388.

Phone No.: 972-3-9266170. 972-3-9268810.

Fax No.: 972-3-9268811.

E-Mail: [email protected]

CUSTOMER DETAILS Company Name: ROTEM INDUSTRIES Ltd.

Representative Valentin Ladyzhensky

Address: Radiation Detection Department Mishor Yamin, D.N. 8680600, Israel

Phone No.: 08-6564737 054-4203315

Fax No.: 08-6579691

E-Mail: [email protected]



Page 3 of 40

DOCUMENT CONTROL

DOCUMENT HISTORY

The following table records information regarding released editions of this document and briefly describes their file location, purpose, and changes made to them.

Edition ID

Release Date

Responsible Author

File Reference, Purpose and Description of Changes

01 30/06/2020 Dina Klebansky

File Reference: Z:\Reports\TR\Proj2020\Rotem DRM-3000 and DPU-3 2020-04-22.doc Purpose: Changes:

DOCUMENT APPROVALS

This edition has been approved by:

Name Title Signature Date

Compiled Dina Klebansky Technical Writer

30/06/2020

Tested Doron Moses Test Engineer

30/06/2020

Approved Carlos Guerrero Environmental, HALT and HASS Labs Manager

30/06/2020

OPEN ISSUES

This part of the document control section is used to record and track open issues and/or unresolved questions. As the development of this document proceeds, these issues and questions should be resolved and then removed from the list.

No. Subject/Section Description

1.

2.



Page 4 of 40

EXECUTIVE SUMMARY

The following table summarizes the tests that have been performed in QualiTech - Environmental & Mechanical Laboratory. ROTEM INDUSTRIES Ltd. had performed the functional tests and the tests results are his sole responsibility. The stated results apply only to the specific UUT that were currently tested.

No. Test Name Pass/Fail Job Number Notes

1. Temperature Cycling Test Pass 20/13813

2. Temperature Shock Cycling Test Pass 20/13814

3. Temperature and Humidity Test Pass 20/13815

4. Ambient Pressure Test Pass 20/13910

5. Sine Vibration Test Pass 20/14049

6. Impact Test Pass 20/14050

7. Water Jet Test Pass 20/14051

Statement of Compliance with test requirements: QualiTech - Environmental & Mechanical Lab. declare that the UUT DRM-3000 and DPU-3 was tested to comply with the requirements of the applicable environmental test specification. Customer granted the permission to reproduce and distribute this report only in the full format with no change and no addition. A2LA symbol in the front page is applicable only to the tests under the scope of QualiTech accreditations. QualiTech has A2LA accreditation to ISO/IEC 17025:2005 for Certificate and test types as listed see the following link: https://www.a2la.org/scopepdf/1633-02.pdf

https://www.a2la.org/scopepdf/1633-02.pdf?CFID=3436483&CFTOKEN=d33abc2f71417cf-9D1CAE4C-5056-A51D-2CC2E62A0673D4EC



Page 5 of 40

TABLE OF CONTENTS

1. INTRODUCTION ........................................................................................................................... 7 1.1. PURPOSE ..................................................................................................................................................... 7 1.2. GLOSSARY .................................................................................................................................................. 7 1.3. APPLICABLE DOCUMENTS ..................................................................................................................... 7

2. UUT DESCRIPTION ...................................................................................................................... 8 3. TEMPERATURE CYCLING TEST - 20/13813 ........................................................................... 9

3.1. UNIT UNDER TEST OVERVIEW .............................................................................................................. 9 3.2. TECHNICAL SOURCE ................................................................................................................................ 9 3.3. TEST INSTRUMENTATION - TEMPERATURE CHAMBER .................................................................. 9 3.4. LAB'S ENVIRONMENTAL CONDITIONS ............................................................................................... 9 3.5. TEST PROCEDURE ..................................................................................................................................... 9

3.5.1. EXCLUSIONS FROM THE TEST METHOD ................................................................................................................................... 9 3.5.2. TEMPERATURE TEST PROCEDURE DESCRIPTION .................................................................................................................. 9 3.5.3. TEST PERFORMANCE ................................................................................................................................................................. 10 3.5.4. UUT LOCATED IN TEMPERATURE CHAMBER ......................................................................................................................... 10 3.5.5. TEST GRAPHS ............................................................................................................................................................................... 11

3.6. TEST RESULTS ......................................................................................................................................... 11 4. THERMAL SHOCK CYCLING TEST - 20/13814 .................................................................... 12

4.1. UNIT UNDER TEST OVERVIEW ............................................................................................................ 12 4.2. TECHNICAL SOURCE .............................................................................................................................. 12 4.3. TEST INSTRUMENTATION - TEMPERATURE CHAMBER ................................................................ 12 4.4. LAB'S ENVIRONMENTAL CONDITIONS ............................................................................................. 12 4.5. TEST PROCEDURE ................................................................................................................................... 12

4.5.1. EXCLUSIONS FROM THE TEST METHOD ................................................................................................................................. 12 4.5.2. TEST PROCEDURE DESCRIPTION ............................................................................................................................................. 13 4.5.3. TEST PERFORMANCE ................................................................................................................................................................. 13 4.5.4. UUT LOCATED IN THERMAL SHOCK CHAMBER .................................................................................................................... 14 4.5.5. TEST GRAPHS ............................................................................................................................................................................... 15

4.6. TEST RESULTS ......................................................................................................................................... 15 5. TEMPERATURE AND HUMIDITY TEST - 20/13815 ............................................................ 16

5.1. UNIT UNDER TEST OVERVIEW ............................................................................................................ 16 5.2. TECHNICAL SOURCE .............................................................................................................................. 16 5.3. TEST INSTRUMENTAT ION - TEMPERATURE & HUMIDITY CHAMBER ....................................... 16 5.4. LAB'S ENVIRONMENTAL CONDITIONS ............................................................................................. 16 5.5. TEST PROCEDURE ................................................................................................................................... 16

5.5.1. EXCLUSIONS FROM THE TEST METHOD ................................................................................................................................. 16 5.5.2. TEST PROCEDURE DESCRIPTION ............................................................................................................................................. 16 5.5.3. TEST PERFORMANCE ................................................................................................................................................................. 17 5.5.4. UUT LOCATED IN TEMPERATURE CHAMBER ......................................................................................................................... 17 5.5.5. TEST GRAPHS ............................................................................................................................................................................... 18

5.6. TEST RESULTS ......................................................................................................................................... 18 6. AMBIENT PRESSURE TEST - 20/13910................................................................................... 19

6.1. UNIT UNDER TEST OVERVIEW ............................................................................................................ 19 6.2. TECHNICAL SOURCE .............................................................................................................................. 19 6.3. TEST INSTRUMENTATION .................................................................................................................... 19 6.4. LAB'S ENVIRONMENTAL CONDITIONS ............................................................................................. 19 6.5. TEST PROCEDURE ................................................................................................................................... 19

6.5.1. EXCLUSIONS FROM THE TEST METHOD ................................................................................................................................. 19 6.5.2. ALTITUDE TEST PROCEDURE DESCRIPTION ......................................................................................................................... 19 6.5.3. TEST PERFORMANCE ................................................................................................................................................................. 20 6.5.4. UUT LOCATED IN ALTITUDE CHAMBER ................................................................................................................................. 20 6.5.5. TEST GRAPH ................................................................................................................................................................................. 21

6.6. TEST RESULTS ......................................................................................................................................... 21 7. SINE VIBRATION TEST - 20/14049 .......................................................................................... 22


7.5.1. EXCLUSIONS FROM THE TEST METHOD ................................................................................................................................. 22 7.5.2. VIBRATION TEST PROCEDURE DESCRIPTION ........................................................................................................................ 22 7.5.3. TEST PERFORMANCE ................................................................................................................................................................. 23



Page 6 of 40

7.5.4. UUT MOUNTED ON ELECTRODYNAMIC SHAKER .................................................................................................................. 23 7.5.5. TEST GRAPHS ............................................................................................................................................................................... 25 7.5.6. ACCELEROMETERS LIST ............................................................................................................................................................ 28 7.5.7. MEASUREMENT POINTS DESCRIPTION ................................................................................................................................... 28

7.6. TEST RESULTS ......................................................................................................................................... 28 8. IMPACT TEST - 20/14050 ........................................................................................................... 29


8.5.1. EXCLUSIONS FROM THE TEST METHOD ................................................................................................................................. 29 8.5.2. TEST PROCEDURE DESCRIPTION ............................................................................................................................................. 29 8.5.3. TEST PERFORMANCE ................................................................................................................................................................. 30 8.5.4. TEST PICTURES ........................................................................................................................................................................... 30 8.5.5. MEASUREMENT POINTS DESCRIPTION ................................................................................................................................... 33

8.6. TEST RESULTS ......................................................................................................................................... 33 9. WATER JET TEST- 20/14051 ..................................................................................................... 34


9.5.1. EXCLUSIONS FROM THE TEST METHOD ................................................................................................................................. 34 9.5.2. WATER TEST PROCEDURE DESCRIPTION ............................................................................................................................... 34 9.5.3. TEST PERFORMANCE ................................................................................................................................................................. 35 9.5.4. TEST PICTURES ........................................................................................................................................................................... 35

9.6. TEST RESULTS ......................................................................................................................................... 38 10. PARAMETERS ACCURACY & UNCERTAINTY BALANCE .............................................. 40



Page 7 of 40

1. INTRODUCTION

1.1. PURPOSE

The purpose of this report is to outline the test results of the DRM-3000 and DPU-3, which were tested according to the applicable documents (see section 1.3), in QualiTech Environmental & Mechanical Lab.

1.2. GLOSSARY

1. ETR Environmental Test Report

2. ETS European Telecommunication Standard

3. IEC International Electronic Community

4. N/A Not Applicable

5. NCR No Calibration Required

6. RH Relative Humidity

7. TBD To Be Defined

8. UUT Unit Under Test

1.3. APPLICABLE DOCUMENTS

This section contains a list of resources referenced by or related to this document.

ANSI N42.17A:2003

IEC 60532:2010

IEC 62262

IEC 60068

IEC 60529



Page 8 of 40

2. UUT DESCRIPTION UUT No 1: Name: DRM-3000 Monitor with External Detector: P/N: 111222111, S/N: 300019-006 Name: WR Smart Detector: P/N: BAK-3593, S/N: 359318-062 UUT No 2: Name: DPU3 Monitor with External Detector: P/N: BAK-4385, S/N: 3000119-004 Name: GM-42: P/N: BAK-1210, S/N: 4218-068 Both products (DRM3000 and DPU3) are completely structurally identical. Therefore, the conclusions for one of them apply to the other.



Page 9 of 40

3. TEMPERATURE CYCLING TEST - 20/13813

3.1. UNIT UNDER TEST OVERVIEW

Test Date 08/03/2020

Customer Representative Valentin Ladyzhensky

Customer Name ROTEM INDUSTRIES Ltd.

Unit Name DRM-3000 and DPU-3

Item Manufacturer ROTEM INDUSTRIES Ltd.

Item Quantity 2 units

3.2. TECHNICAL SOURCE

IEC 60532:2010, Paragraph 7.4.1 (for Outdoor use)

3.3. TEST INSTRUMENTATION - TEMPERATURE CHAMBER

No. Instrumentation Name Due Cal.

1. THERMOTRON_SM-8 13/03/2021

3.4. LAB'S ENVIRONMENTAL CONDITIONS

Parameter Name Parameter Value Tolerance Value Measure Unit

Temperature 25 10 Degree Celsius (C).

Humidity 55 27 % R.H.

Mains Voltage 230 23 Volts

Mains Frequency 50 2 Hertz

Site Air Pressure 760 5 mmHg

1012 5 millibar

3.5. TEST PROCEDURE

3.5.1. EXCLUSIONS FROM THE TEST METHOD

None.

3.5.2. TEMPERATURE TEST PROCEDURE DESCRIPTION

Number of Cycles One temperature cycle was conducted.

Cycle Time 48 hours

Temperature Change Period Obtained Reading

[µSv/h)

Deviation from 22°C

[%] From To

22C -25C 5 hours 3.39 -3.9

-25C -25C 16 hours 3.39 -3.9

-25C 55C 8 hours 3.34 -5.19

55C 55C 16 hours 4.16 17.9

55C 22C 3 hours 3.53 -0.03



Page 10 of 40

3.5.3. TEST PERFORMANCE

Functional Test During test.

At the end of test.

Performed by customer representative.

Visual Test At the end of test.


3.5.4. UUT LOCATED IN TEMPERATURE CHAMBER



Page 11 of 40

3.5.5. TEST GRAPHS

3.6. TEST RESULTS

Based on the customer position - The unit under test has PASSED the test.



Page 12 of 40

4. THERMAL SHOCK CYCLING TEST - 20/13814









ANSI N42.17A:2003, Paragraph 9.2.2 and IEC 60532:2010, Paragraph 7.4.2

4.3. TEST INSTRUMENTATION - TEMPERATURE CHAMBER


1. THERMOTRON TS-8-3Z-5-5 13/03/2021








1012 5 millibar

4.5. TEST PROCEDURE


None.



Page 13 of 40

4.5.2. TEST PROCEDURE DESCRIPTION

Number of Cycles One temperature cycle was conducted.

Cycle Time 05:50 hours

Temperature Change Period Obtained Reading

[µSv/h]

Deviation from

22°C [%] From To

22C 22C 1:30 hours 4.50 -

22C 50C 5 minutes - -

50C 50C 1 hour 5.11 13.5

50C 22C 5 minutes -

22C 22C 1 hour 4.51 0.20

22C -10C 5 minutes -

-10C -10C 1 hour 4.41 -2.04

-10C 22C 5 minutes -

22C 22C 1 hour 4.63 2.78



At the end of test.






Page 14 of 40

4.5.4. UUT LOCATED IN THERMAL SHOCK CHAMBER



Page 15 of 40

4.5.5. TEST GRAPHS

4.6. TEST RESULTS




Page 16 of 40

5. TEMPERATURE AND HUMIDITY TEST - 20/13815









ANSI N42.17A:2003, Paragraph 9.3.2 and IEC 60532:2010 Paragraph 7.4.2

5.3. TEST INSTRUMENTAT ION - TEMPERATURE & HUMIDITY CHAMBER


1. CINCINNATI ZH-32-2-H/AC-Z 13/03/2021








1012 5 millibar

5.5. TEST PROCEDURE


None.


Number of Cycles One temperature & humidity cycle was conducted.

Cycle Time 32 hours

No Temperature[C°] Humidity[%] Obtained Reading [µSv/h] Deviation from 22°C 40%

1 22 40 4.78 --

2 35 90 4.72 -1.25

3 22 40 4.62 -3.37



Page 17 of 40



At the end of test.




5.5.4. UUT LOCATED IN TEMPERATURE CHAMBER



Page 18 of 40

5.5.5. TEST GRAPHS

5.6. TEST RESULTS




Page 19 of 40

6. AMBIENT PRESSURE TEST - 20/13910









ANSI N42.17A:2003, Paragraph 9.6.2

6.3. TEST INSTRUMENTATION


1. TENNEY 36-S 13/03/2021








1012 5 millibar

6.5. TEST PROCEDURE


None.

6.5.2. ALTITUDE TEST PROCEDURE DESCRIPTION

No Altitude[kPa] Period [min] Obtained Reading [µSv/h] Deviation from

101kPa(1)

1 101 30 4.68 ---

2 106 30 4.71 0.66

3 92 30 4.45 -5.02

4 84 30 4.73 0.96

5 76 30 4.56 -2.63

6 70 30 4.49 -4.02

7 101 30 4.66 -0.38

Altitude value based on the Air Pressure conversion table- ISO standard 2533



Page 20 of 40



At the end of test.




6.5.4. UUT LOCATED IN ALTITUDE CHAMBER



Page 21 of 40

6.5.5. TEST GRAPH

6.6. TEST RESULTS




Page 22 of 40

7. SINE VIBRATION TEST - 20/14049









ANSI N42.17A:2003, Paragraph 9.5.2


No. Instrument Type Instrument Model Due Cal.

1. Electrodynamic Vibration System U&D TA117-60/CSTA 21/12/2020

2. Vibration Control System U&D VWIN Model 2000 21/12/2020

3. Charge Amplifier ENDEVCO ISOTRON P.S. Model 2793

06/12/2020

4. Control Accelerometer Model ENDEVCO 2224C See Due Cal. at Accelerometers List Paragraph.








1012 5 millibar

7.5. TEST PROCEDURE


None.

7.5.2. VIBRATION TEST PROCEDURE DESCRIPTION

Item Position The test item was firmly attached to vibration exciter.

Vibration Axes 3 (X, Y, Z).

Sweeping Frequency Linear. From 10 Hz To 21 Hz and From 22 Hz to 33 Hz Within 15 minutes.

Vibration Time in Each Axis 15 minutes.

Vibration Level 2 g max.



Page 23 of 40



At the end of test.




7.5.4. UUT MOUNTED ON ELECTRODYNAMIC SHAKER



Page 24 of 40



Page 25 of 40

7.5.5. TEST GRAPHS



Page 26 of 40



Page 27 of 40



Page 28 of 40

7.5.6. ACCELEROMETERS LIST

Channel (U&D) Servo Output (mV/g) Accelerometer Type Due Cal.

Model Serial Number

1 122 ENDEVCO 2224C 19604 12/12/2020

2 123 ENDEVCO 2224C 19605 12/12/2020

7.5.7. MEASUREMENT POINTS DESCRIPTION

(Pre-Test: Obtained Reading 3.18 [µSv/h])

No Setup Run

No.

Channel

Meas.

U&D

Control

Axis

Meas.

Axis

Definition of

measurement points

Reading

after

test

[µSv/h]

Deviation

[%]

1 Rotem-10-21 Hz 1 1,2 Z N/A Control on vibration fixture. 3.30 4.08

2 Rotem-10-21 Hz 2 1 X N/A Control on vibration fixture. 3.33 4.82

3 Rotem-10-21 Hz 3 1 Y N/A Control on vibration fixture. 3.32 4.60

4 Rotem-22-33 Hz 1 1,2 Z N/A Control on vibration fixture. 3.44 8.3

5 Rotem-22-33 Hz 2 1 X N/A Control on vibration fixture. 3.39 6.8

6 Rotem-22-33 Hz 3 1 Y N/A Control on vibration fixture. 3.37 6.1

7.6. TEST RESULTS




Page 29 of 40

8. IMPACT TEST - 20/14050





Unit Name DRM-3000


Item Quantity 1 unit


IEC 60532:2010 Paragraph 7.3.2.2

IEC 62262 Paragraph 6, Test IK06



1. Spring Hammer 500 gr. -








1012 5 millibar

8.5. TEST PROCEDURE


None.


Load Value 500 gr.

Impact Energy 1 J.

Test Height 200 mm

Number of Impacts of Test Item 3 impact were performed on each of the 4 positions of test item.

Total Number of Impacts 12 impacts



Page 30 of 40


Functional Test During test

At the end of test.




8.5.4. TEST PICTURES



Page 31 of 40



Page 32 of 40



Page 33 of 40

8.5.5. MEASUREMENT POINTS DESCRIPTION

(Pre-Test: Obtained Reading 4.46 [µSv/h])

No Setup Visual Inspection Reading after test [µSv/h] Deviation [%]

1 Side: 1 Passed 4.61 3.32

2 Side: 2 Passed 4.71 5.56

3 Side: 3 Passed 4.73 5.87

4 Side: 4 Passed 4.81 7.75

5 Side: 5 Passed 4.53 1.50

6 Side: 6 Passed 4.59 2.76

8.6. TEST RESULTS

During visual inspection at completion of test, no external damage was observed. Based on the customer’s position - The unit under test has PASSED the visual and functional tests.



Page 34 of 40

9. WATER JET TEST- 20/14051





Unit Name DRM-3000


Item Quantity 1 unit


IEC 60529 Paragraph 14.2.5 IPX5

IEC 60068-2-18, Test Rb 2



1. Hose Nozzle 6.3mm NCR.








1012 5 millibar

9.5. TEST PROCEDURE


None.

9.5.2. WATER TEST PROCEDURE DESCRIPTION

Volume of Water 12.5 L/min.

Distance from Target 3 m.

Test Duration 3 minutes.



Page 35 of 40


Functional Test During test

At the end of test.




9.5.4. TEST PICTURES



Page 36 of 40



Page 37 of 40



Page 38 of 40

9.6. TEST RESULTS

During visual inspection at completion the test, no water penetration was observed. The unit Turns On and functions normally. Based on the customer position and QualiTech representative inspection- The unit under test has PASSED the test. See pictures below:



Page 39 of 40



Page 40 of 40

10. PARAMETERS ACCURACY & UNCERTAINTY BALANCE

END OF REPORT

Documents

ENNVVIIRRONMMEENNTTAALL A&& AMMEECCHHANNIICCALL ...€¦ · QualiTech Compliance Engineering Environmental & Mechanical Lab. DRM-3000 and DPU-3 Doc. Edition: 01 Ref.: 20200422-0134