J1939 Series Connector C10-754548-316 & C10-754548-516 ......J1939 Series Connector C10-754548-316 & C10-754548-516 Test Report Amphenol Engineering Test Lab, ZhuHai, China Industrial

Amphenol Engineering Test Lab, ZhuHai, China

Industrial Operations

© 2020 Amphenol Corporation This document contains proprietary information and such information may not be disclosed to others for any purpose or used for manufacturing purposes without

written permission from the Amphenol Corporation.

J1939 Series Connector C10-754548-316 & C10-754548-516

Test Report



ENGINEERING REPORT REPORT NO. ATZ-119-003-A Rev. A

REPORT DATE: Mar.12th, 2020

PAGE 2 of 28

TITLE: J1939 Series Connector

C10-754548-316 & C10-754548-516 Test Report

REPORT TYPE: Evaluation

PROJECT NO. /

DATE OF TESTS: Dec.10th , 2019 to Mar.10th, 2019 CONDUCTED BY: Kristy Guo REPORTED BY: Kristy Guo

CHECKED BY: Kaven Wang, Anke Qu, Levn Ding APPROVED BY: Ran Xiao NOTED BY: Randall WITNESSED BY: Levn Ding

This document contains proprietary information and such information may not be disclosed to others for any purpose or used for manufacturing purposes without written permission from the Amphenol Corporation.

Distribution List:

© 2020 Amphenol Corporation This document contains proprietary information and such information may not be disclosed to others for any purpose or used for

manufacturing purposes without written permission from the Amphenol Corporation.

Table of Contents 1 Purpose .......................................................................................................................................... 4

2 Conclusion...................................................................................................................................... 4

3 Test Content & Sequence .............................................................................................................. 4

4 Test Samples .................................................................................................................................. 5

5 Test Details .................................................................................................................................... 6

5.1 Test Environment ........................................................................................................................... 6

5.2 Sample Preparation ....................................................................................................................... 6

5.3 Test Description ............................................................................................................................. 7

5.3.1 Visual Inspection ............................................................................................................. 7

5.3.2 Contact Resistance ......................................................................................................... 8

5.3.3 Insulation Resistance ...................................................................................................... 9

5.3.4 Dielectric Withstanding Voltage ..................................................................................... 9

5.3.5 Temperature Life .......................................................................................................... 10

5.3.6 Thermal shock .............................................................................................................. 10

5.3.7 Mating/Un-mating Force .............................................................................................. 10

5.3.8 Locking/Release Torque ............................................................................................... 11





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DATE OF TESTS: Dec.10th , 2019 to Mar.10th, 2019 CONDUCTED BY: Kristy Guo REPORTED BY: Kristy Guo

CHECKED BY: Kaven Wang, Anke Qu, Levn Ding APPROVED BY: Ran Xiao NOTED BY: Randall WITNESSED BY: Levn Ding

This document contains proprietary information and such information may not be disclosed to others for any purpose or used for manufacturing purposes without written permission from the Amphenol Corporation.

Distribution List:



5.3.9 Durability ...................................................................................................................... 12

5.3.10 Temperature/Humidity ................................................................................................ 12

5.3.11 Terminal Retention in Connectors ............................................................................... 12

5.3.12 IP67 ............................................................................................................................... 13

5.3.13 Connector Retention .................................................................................................... 13

6 Test (s) Results ............................................................................................................................. 14

6.1 Group A - Mechanical performance test group ........................................................................... 14

6.2 Group B - Environment performance test group ........................................................................ 19

6.3 Group C - Temperature life test group ........................................................................................ 24

7 References ................................................................................................................................... 27

8 Test Equipment ............................................................................................................................ 28

9 Revision History ........................................................................................................................... 28





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1 Purpose This test aims to evaluate mechanical, electrical and environmental performances of J1939 series connectors C10-754548-316 & C10-754548-516.

2 Conclusion All the tests are passed. Mechanical, electrical and environmental performances of C10-754548-316 & C10-754548-516 can meet the requirement. Detail information refers to chapter 6-test results.

3 Test Content & Sequence Test content and sequence for this project is shown below:

Item Test Content Test Group and Sequence

Method Group A Group B Group C

1 Visual Inspection 1,8 1,7,13 1,6 EIA-364-18B

2 Contact Resistance 2,9 2,8,14 2,7 EIA-364-23C

3 Insulation Resistance 3,10 3,9,15 3,8 EIA-364-21C

4 Dielectric Withstanding Voltage 4,11 4,10,16 4,9 EIA-364-20B

5 Temperature Life 5 EIA-364-17C

6 Thermal Shock 6 EIA-364-32G

7 Mating/Un-mating Force 5 EIA-364-13D

8 Locking/Release Torque 6 MIL-STD-1344A

9 Durability 7 EIA-364-09C

10 Temperature/Humidity 12 EIA-364-31D

11 Terminal Retention in Connector 13 EIA-364-29C

12 IP67 5,11 IEC60529

13 Connector Retention 12 EIA-364-35C

Sample size of each group for each type connector

3 3 3 /

All the tests were executed in the ATZ R&D Test Centre.





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4 Test Samples

Item Part No. Sample

Description Quantity Sample Picture

Test Sample

C10-683146-316 J1939 3 Pin Receptacle Connector

9PCS

C10-754548-316 J1939 3 Pin Plug

Connector 9PCS

C10-683146-516 J1939 5 Pin Receptacle Connector

9PCS

C10-754548-516 J1939 5 Pin Plug

Connector 9PCS

Support Part

C10-760034-016 16 Size Crimp

Socket Contact 72PCS





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Support Part

C10-613361-016 16 Size Crimp Pin Contact

72PCS

/ 16 AWG 144PCS (10cm)

5 Test Details

5.1 Test Environment

All the tests were executed in the follow environment conditions:

Temperature: 25±10°C.

Relative humidity: 20%~80% RH.

Air pressure: 650~800 millimeter of mercury (86~106Kpa).

5.2 Sample Preparation

All the test samples will be divided as shown in the table below:

Part No. Test Group

Group A Group B Group C

C10-754548-316 A-3-1, A-3-2, A-3-3 B-3-1, B-3-2, B-3-3 C-3-1, C-3-2, C-3-3

C10-754548-516 A-5-1, A-5-2, A-5-3 B-5-1, B-5-2, B-5-3 C-5-1, C-5-2, C-5-3

Samples will be marked: X – X – X

Sample No.

3 means three pin, 5 means five pin

Group No.





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The samples of group A marks details as below:

Applying the water finding paste and sealing the end of wires, as shown below:

Note: The water finding paste turns from yellow to red when it meets water, as below:

5.3 Test Description

5.3.1 Visual Inspection

This test is performed referring to EIA-364-18B.

Do the visual inspection in room temperature.

There shall be no visual deformation, crack, etc.





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5.3.2 Contact Resistance

This test is performed referring to EIA-364-23C.

Reset the contact resistance meter to zero before test, as shown below:

Connect the samples into the circuit, as shown below:

Start test, tester will record the data automatically (A wire resistance: 0.85mΩ).

The sample shall meet requirements of contact resistance as below:

Period Requirement

Before test 6mΩ max

After mechanical /environmental test 10mΩ max





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5.3.3 Insulation Resistance


Mating the samples and fix in the circuit, as below:

Setting up test parameters as below profile:

○ Test voltage: 500VDC ○ Min limit insulation resistance: 1000MΩ

The equipment will record data automatically when starting the test.

5.3.4 Dielectric Withstanding Voltage

This test is performed referring to EIA-364-20B.

Mating the samples and fix in the circuit, as below:


○ Test voltage: 1500VAC ○ Max limit leak current: 2mA

Start test, equipment will record the data automatically.





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5.3.5 Temperature Life


Put the specimens into the test chamber. As shown below:

Setting up test parameters as below profile :

○ Temperature: 125˚C ○ Duration: 250 hours

5.3.6 Thermal shock

This test is performed referring to EIA-364-32G.

Put the samples into the test chamber .As shown below:


○ Test cycles: 100 cycles. ○ Temperature: -40°C ~+125°C ○ Time: 1 hour per cycle

5.3.7 Mating/Un-mating Force

This test is performed referring to EIA-364-13D.





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The samples are fixed as shown in the figure below:

Mating/Un-mating connectors at the speed rate of 25.4mm/minute.

The sample shall meet requirements of mating/un-mating force as below:

Part No. Requirement

Mating Un-mating

C10-754548-316 25N max 1.68N min

C10-754548-516 41.75N max 2.8N min

5.3.8 Locking/Release Torque

This test is performed referring to MIL-STD-1344A, method 2013.1.

Fix the plug in the jig, then fasten receptacle on the vice as shown in the figure below:

Rotate the jig with the torque wrench until the connector locking/release.





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The samples should meet the torque requirements as below:

Part No. Requirement

Locking Release

C10-754548-316 0.904N.m max 0.113N.m min

C10-754548-516 0.904N.m max 0.113N.m min

5.3.9 Durability


Execute the mating and un-mating action by manual for 100 cycles and speed rate shall be less than 10 cycles per minute.

Connectors shall show no mechanical or electrical defects detrimental after test.

5.3.10 Temperature/Humidity

This test is performed referring to EIA-364-31D.

Put the samples into the test chamber. As shown below:


○ Test cycles: 10 cycles ○ Temperature: -40°C ~+125°C ○ Time: 24 hours per cycle

5.3.11 Terminal Retention in Connectors


Fix the sample on the clamp. As shown below:





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○ Test speed: 25mm/min

Start test, tester will record the data automatically. Record the peak value when the sample was damage, it shall be greater than 120.15N (27lbs).

5.3.12 IP67

This test is performed referring to IEC60529.

Mating the plug and receptacle of J1939 post well, sealing the cable end.

Put the samples into the test bucket, which has 1 meter of water, for 30 minutes. As shown below:

After the test, clean the water outside of the samples.

Then do visual inspection. There should be no water inside the connectors.

5.3.13 Connector Retention


Fix the sample on the clamp, make sure the sample is mounted in the center of the clamp, as below:





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Setting up the parameters as below profile:

○ Test speed: 25.4 mm/min ○ Tensile force: 35N min

After test, there shall be no any cracking, displacement, etc.

6 Test (s) Results

6.1 Group A - Mechanical performance test group

Sample No. Sequence Test Content Result

A-3-1, A-3-2, A-3-3

A-5-1, A-5-2, A-5-3

1 Visual Inspection Pass

2 Contact Resistance Pass

3 Insulation Resistance Pass

4 Dielectric Withstanding Voltage Pass

5 Mating/Un-mating Force Pass

6 Locking/Release Torque Pass

7 Durability Pass





12 Connector Retention Force Pass

13 Terminal Retention in Connector Pass





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a) Visual Inspection The appearance inspection is passed. Before the environmental test, there is no any evidence of

deterioration, cracks, deformities, etc., as shown below:

b) Contact Resistance

C10-754548-316 - Contact Resistance Test (mΩ)

Period Sample No. Pin A Pin B Pin C Requirement Result

Initial

A-3-1 4.073 4.093 3.486

6mΩ max

Pass

A-3-2 2.938 3.597 3.359 Pass

A-3-3 3.143 2.770 3.618 Pass

After Mechanical

Test

A-3-1 2.131 2.277 2.898

10mΩ max

Pass

A-3-2 2.259 3.615 2.820 Pass

A-3-3 3.520 2.407 3.740 Pass


Period Sample

No. Pin A Pin B Pin C Pin D Pin E Require Result

Initial

A-5-1 4.242 4.780 5.014 4.339 5.334 6mΩ max

Pass

A-5-2 4.707 3.905 5.219 5.386 4.466 Pass

A-5-3 4.729 4.961 4.738 6.414 3.590 Pass

After Mech. Test

A-5-1 4.301 4.991 5.541 4.437 4.759 10mΩ max

Pass

A-5-2 5.599 3.926 5.506 3.434 3.585 Pass

A-5-3 3.706 5.361 3.316 5.673 3.364 Pass





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c) Insulation Resistance

C10-754548-316 - Insulation Resistance Test (Ω):500VDC,1000MΩ min

Period Sample

No. Pin A - B Pin B - C Pin-shell Requirement Result

Initial

A-3-1 >50G 21.95G >50G

1000MΩ min

Pass

A-3-2 48.46G >50G 29.26G Pass

A-3-3 35.62G >50G >50G Pass

After Mechanical

Test

A-3-1 >50G >50G >50G

1000MΩ min

Pass

A-3-2 22.71G >50G >50G Pass

A-3-3 >50G 20.38G 47.23G Pass

C10-754548-516- Insulation Resistance Test (Ω):500VDC,1000MΩ min

Period Sample No. Pin A - C Pin B - D Pin-Shell Requirement Result

Initial

A-5-1 >50G >50G 28.01G

1000MΩ min

Pass

A-5-2 27.06G >50G 22.13G Pass

A-5-3 36.12G >50G >50G Pass

After Mechanical

Test

A-5-1 >50G >50G 31.86G

1000MΩ min

Pass

A-5-2 32.85G 44.09G >50G Pass

A-5-3 >50G >50G >50G Pass

d) Dielectric Withstanding Voltage

C10-754548-316 - Dielectric Withstanding Voltage Test (mA):1500VAC,2mA max

Period Sample No. Pin A - B Pin B - C Pin-shell Requirement Result

Initial

A-3-1 0.015 0.016 0.015

2mA max

Pass

A-3-2 0.015 0.015 0.015 Pass

A-3-3 0.016 0.018 0.017 Pass

After Mechanical

Test

A-3-1 0.013 0.012 0.015

2mA max

Pass

A-3-2 0.015 0.013 0.017 Pass

A-3-3 0.014 0.015 0.016 Pass





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Period Sample No. Pin A - C Pin B - D Pin - Shell Requirement Result

Initial

A-5-1 0.016 0.015 0.021

2mA max

Pass

A-5-2 0.019 0.018 0.020 Pass

A-5-3 0.018 0.018 0.020 Pass

After Mechanical

Test

A-5-1 0.015 0.014 0.018

2mA max

Pass

A-5-2 0.015 0.014 0.018 Pass

A-5-3 0.015 0.014 0.018 Pass

e) Mating/Un-mating Force

Mating/Un-mating Force(N)

Sample No. Mating Un-mating Requirement Result

C10-754548-316

A-3-1 8.87 6.18 Mating Force:25.00N max

Un-mating Force:1.68N min

Pass

A-3-2 9.64 5.86 Pass

A-3-3 8.91 5.94 Pass

C10-754548-516

A-5-1 11.53 8.06 Mating Force:41.75N max

Un-mating Force:2.80N min

Pass

A-5-2 14.68 8.15 Pass

A-5-3 12.24 7.35 Pass

f) Locking/Release Torque

Locking/Release Torque(N. m)

Sample No. Locking Release Requirement Result

C10-754548-316

A-3-1 0.40 0.20

Locking Torque:0.904N.m max Release Torque:0.113N.m min

Pass

A-3-2 0.40 0.35 Pass

A-3-3 0.50 0.40 Pass

C10-754548-516

A-5-1 0.80 0.30 Pass

A-5-2 0.75 0.50 Pass

A-5-3 0.86 0.50 Pass





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g) Durability This test is passed. After 100 cycles operating by hand, connectors can mate and un-mate smoothly and there is no any uneven wear, galling and bent on contacts and shells.

h) Connector Retention After test, all the samples are without cracking, displacement, etc.

i) Terminal Retention in Connector

Terminal Retention in Connector(N)

Sample No. The Maximum Force

Requirement Result Pin Socket

C10-754548-316

A-3-1 136.313 172.597

27lbs min (120.15N min)

Pass

A-3-2 136.313 153.965 Pass

A-3-3 148.868 160.829 Pass

C10-754548-516

A-5-1 199.075 217.322 Pass

A-5-2 189.269 211.322 Pass

A-5-3 185.346 205.940 Pass





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6.2 Group B - Environment performance test group


B-3-1, B-3-2, B-3-3

B-5-1, B-5-2, B-5-3





5 IP67 Pass

6 Thermal Shock Pass





11 IP67 Pass

12 Temperature/Humidity Pass





a) Visual Inspection The appearance inspection is passed. Before the environmental test, there is no any evidence of deterioration, cracks, deformities, etc., as shown below:





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Period Sample

No. Pin A Pin B Pin C Requirement Result

Initial

B-3-1 3.797 3.683 3.117

6mΩ max

Pass

B-3-2 4.099 4.339 4.428 Pass

B-3-3 4.354 4.593 4.689 Pass

After Thermal Shock Test

B-3-1 5.894 5.649 5.132

10mΩ max

Pass

B-3-2 6.324 6.904 6.413 Pass

B-3-3 8.556 6.868 5.506 Pass

After Temperature/Humidity Test

B-3-1 6.731 8.173 6.681

10mΩ max

Pass

B-3-2 8.525 8.937 7.056 Pass

B-3-3 7.586 8.602 5.76 Pass


Period Sample


Initial

B-5-1 4.091 4.591 4.642 3.597 4.407 6mΩ max

Pass

B-5-2 4.380 4.361 4.480 3.776 4.585 Pass

B-5-3 4.136 3.858 4.651 4.926 3.813 Pass


B-5-1 7.379 8.166 5.905 6.565 6.633 10mΩ max

Pass

B-5-2 6.495 5.124 5.034 6.786 5.217 Pass

B-5-3 5,954 6.853 5.886 7.543 6.021 Pass


B-5-1 8.913 8.371 8.486 6.212 6.728 10mΩ max

Pass

B-5-2 8.119 6.224 5.485 7.077 8.248 Pass

B-5-3 8.374 8.648 6.277 8.301 5.160 Pass





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Period Sample

No. Pin A - B Pin B - C Pin -shell Requirement Result

Initial

B-3-1 35.62G >50G 49.35G

1000MΩ min

Pass

B-3-2 >50G >50G >50G Pass

B-3-3 >50G >50G >50G Pass


B-3-1 27.06G >50G >50G

1000MΩ min

Pass

B-3-2 >50G 49.35G >50G Pass

B-3-3 >50G >50G >50G Pass


B-3-1 11.47G >50G 48.95G

1000MΩ min

Pass

B-3-2 >50G 48.47G >50G Pass

B-3-3 >50G >50G >50G Pass


Period Sample

No. Pin A - C Pin B - D Pin - Shell Requirement Result

Initial

B-5-1 22.95G 29.26G 35.62G

1000MΩ min

Pass

B-5-2 >50G >50G 39.57G Pass

B-5-3 >50G >50G >50G Pass


B-5-1 17.31G 18.24G 29.86G

1000MΩ min

Pass

B-5-2 >50G >50G 37.39G Pass

B-5-3 >50G >50G >50G Pass


B-5-1 6694M 7209M 12.12G

1000MΩ min

Pass

B-5-2 >50G >50G 30.08G Pass

B-5-3 >50G >50G >50G Pass





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Period Sample


Initial

B-3-1 0.015 0.015 0.015

2mA max

Pass

B-3-2 0.015 0.015 0.017 Pass

B-3-3 0.013 0.016 0.017 Pass


B-3-1 0.018 0.019 0.018

2mA max

Pass

B-3-2 0.018 0.022 0.021 Pass

B-3-3 0.016 0.015 0.020 Pass


B-3-1 0.019 0.021 0.024

2mA max

Pass

B-3-2 0.021 0.026 0.025 Pass

B-3-3 0.018 0.018 0.023 Pass


Period Sample

No. Pin A - C Pin B - D Pin-Shell Requirement Result

Initial

B-5-1 0.017 0.013 0.019

2mA max

Pass

B-5-2 0.014 0.013 0.017 Pass

B-5-3 0.015 0.014 0.019 Pass


B-5-1 0.018 0.016 0.023

2mA max

Pass

B-5-2 0.016 0.016 0.022 Pass

B-5-3 0.020 0.018 0.023 Pass


B-5-1 0.020 0.019 0.025

2mA max

Pass

B-5-2 0.017 0.018 0.024 Pass

B-5-3 0.021 0.019 0.025 Pass





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e) IP67 After IP67 test, there is no water inside the connector and no any discoloration in water finding paste. As shown below:

B-3-1 B-3-2 B-3-3

B-5-1 B-5-2 B-5-3

f) Thermal Shock There is no abnormalities were found during the test. After thermal shock test, there is no harmful crack, rust, burr, damage, deformation, etc.





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6.3 Group C - Temperature life test group


C-3-1, C-3-2, C-3-3

C-5-1, C-5-2, C-5-3





5 Temperature Life Pass





a) Visual Inspection

The appearance inspection is passed. Before the environmental test, there is no any evidence of deterioration, cracks, deformities, etc., as shown below:





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Period Sample

No. Pin A Pin B Pin C Requirement Result

Initial

C-3-1 2.31 2.703 2.038

6mΩ max

Pass

C-3-2 2.278 3.231 2.314 Pass

C-3-3 2.038 3.068 3.356 Pass

After Temp. Test

C-3-1 3.726 3.271 4.517

10mΩ max

Pass

C-3-2 3.543 5.827 4.669 Pass

C-3-3 5.905 5.222 4.32 Pass


Period Sample


Initial

C-5-1 4.257 4.619 4.261 4.138 3.059 6mΩ max

Pass

C-5-2 3.629 4.491 3.402 4.089 2.541 Pass

C-5-3 4.435 3.294 2.202 2.583 2.487 Pass

After Temp.

Life

C-5-1 4.759 5.577 4.687 4.430 4.635 10mΩ max

Pass

C-5-2 4.059 4.995 4.528 4.143 4.664 Pass

C-5-3 4.935 4.864 3.374 3.018 5.088 Pass



Period Sample

No. Pin A - B Pin B - C Pin - shell Requirement Result

Initial

C-3-1 18.81G >50G >50G

1000MΩ min

Pass

C-3-2 21.70G >50G >50G Pass

C-3-3 49.35G >50G 44.87G Pass

After Temp. Life

C-3-1 >50G 7830M 19.36G

1000MΩ min

Pass

C-3-2 >50G >50G 28.34G Pass

C-3-3 >50G 44.45G 13.25G Pass





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C10-754548-516- Insulation Resistance Test (Ω):500VDC,1000MΩ min

Period Sample

No. Pin A - C Pin B - D

ABCDE-Shell

Requirement Result

Initial

C-5-1 18.24G 37.39G 39.57G

1000MΩ min

Pass

C-5-2 23.82G 9398M 17.31G Pass

C-5-3 35.39G 46.02G >50G Pass

After Temp. Life

C-5-1 >50G >50G 19.0G

1000MΩ min

Pass

C-5-2 >50G >50G 7969M Pass

C-5-3 18.17G 18.17G 30.56G Pass



Period Sample


Initial

C-3-1 0.012 0.011 0.014

2mA max

Pass

C-3-2 0.011 0.011 0.015 Pass

C-3-3 0.012 0.012 0.013 Pass

After Temp. Life

C-3-1 0.026 0.029 0.023

2mA max

Pass

C-3-2 0.022 0.022 0.024 Pass

C-3-3 0.022 0.023 0.028 Pass


Period Sample

No. Pin A - C Pin B - D Pin-Shell Requirement Result

Initial

C-5-1 0.011 0.013 0.015

2mA max

Pass

C-5-2 0.016 0.012 0.016 Pass

C-5-3 0.012 0.013 0.015 Pass

After Temp. Life

C-5-1 0.023 0.022 0.023

2mA max

Pass

C-5-2 0.019 0.017 0.026 Pass

C-5-3 0.020 0.020 0.026 Pass





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PROJECT NO. /



e) Temperature Life After temperature life, do visual inspection. As shown below:

7 References

EIA-364-18B Visual and Dimensional Inspection Test Procedure for electrical Connectors and Sockets

SAE J2030 Heavy-Duty Electrical Connector Performance Standard

EIA-364-23C Low Level Contact Resistance Test Procedure for Electrical Connectors and Sockets

EIA-364-21C Insulation Resistance Test Procedure for Electrical Connectors, Sockets, and Coaxial Contacts

EIA-364-20B Withstanding Voltage Test Procedure for Electrical Connectors, Sockets and Coaxial Contacts

EIA-364-17C Temperature Life with or without Electrical Load Test Procedure for Electrical Connectors and Sockets

EIA-364-32G Thermal Shock (Temperature Cycling) Test Procedure for Electrical Connectors and Sockets

EIA-364-13D Mating and Un-mating Force Test Procedure for Electrical Connectors

and Sockets

MIL-STD-1344 Military Standard Test Methods for Electrical Connectors





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EIA-364-09C Durability Test Procedure for Electrical Connectors and Contacts

EIA-364-31D Humidity Test Procedure for Electrical Connectors and Sockets

EIA-364-29C Contact Retention Test Procedure for Electrical Connectors

IEC60529 Degree of protection provided by enclosure (IP code)

EIA-364-35C Insert Retention Test Procedure for Electrical Connectors

8 Test Equipment

Item Equipment Manufacture Model/Type Cal. Date Cal. Due

1 Contact Resistance Tester Hioki RM3544 2019.12.09 2020.12.08

2 DWV & IR Tester Associated

Research, Inc.

Autoware S7650

2019.12.09 2020.12.08

3 Precise Oven Tops HT-90 2019.12.09 2020.12.08

4 Thermal Shock Chamber Tops TS-III-42C 2019.12.09 2020.12.08

5 Automatic Plug Tester Machine Tops T-7220SR 2019.12.09 2020.12.08

6 Torque Wrench YARIKI PDD50618 2019.12.09 2020.12.08

7 Temperature / Humidity Cycling

Test Chamber Tops PTH-I-408G-L5 2019.12.09 2020.12.08

8 Tensile Testing Machine Tops RX-10KN 2019.12.9 2020.12.8

9 IP Immersion Testing Machine Tops FS‐IP78 2019.12.9 2020.12.8

9 Revision History

Mar. 12th, 2020 Rev. A First Release

Documents

J1939 Series Connector C10-754548-316 & C10-754548-516 ......J1939 Series Connector C10-754548-316 & C10-754548-516 Test Report Amphenol Engineering Test Lab, ZhuHai, China Industrial