JUSHUO GH125-S05CCA-00
Product Acknowledgement
Customer: (Blank)
Product Name: 1.25mm (1.25mm Vertical Surface Mount Connector with Latch)
Material Number: GH125-S**CCA-00 (** indicates PIN count)
Company: (SHENZHEN JUSHUO ELECTRONIC CO.,LTD)
Address: (Blank)
Phone: (Blank)
Contact Person: (Blank)
Fax: (Blank)
Email: (Blank)
Version: 1 1 version
Page: 2 of 8
Engineering Change Record
Page: 3 of 8
| Version Number | Change Record | Changed By | Date |
|---|---|---|---|
| (Blank) | (Blank) | (Blank) | (Blank) |
Standard Rating, Packing, Transport, Storage, Part Name Material, Appearance
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1. Scope of Application
This specification is applicable to GH series products.
2. Standard Rating
| Project | Specifications |
|---|---|
| Rated Voltage | 50V AC/DC |
| Rated Current | 1.0A |
| Operating Temperature Range | -2585 |
| Operating Humidity Range | Relative humidity is below 90% |
3. Environmental Protection
Products in line with ROHS environmental protection requirements.
4. Packing
The inner packing of the product is joint and several, the outer packing is carton, the product is sealed in the box, do not shake.
5. Transport
It is allowed to be transported by any means, but it should avoid rain, snow and sunlight, no mechanical damage such as collision and extrusion, and the ambient temperature of transportation is -20 to +50.
6. Storage
After packaging, the connector should be stored in a warehouse with an ambient temperature of -20 to +50, relative humidity not exceeding 90%, and no acid, alkaline, or other corrosive gases in the surrounding air.
7. Part Name / Part Specification / Part Material
| Part Name | Model | Material |
|---|---|---|
| Base | GH LCP E130i | (Blank) |
| Pin | GH | Phosphor copper |
| Stator | GH | Phosphor copper |
8. Appearance and Size
8.1 Appearance
The surface of plastic parts shall be free of obvious scars, mottled, cracked, burr, flash, lack of material and deformation affecting the use; the surface of metal parts shall be smooth and clean, without rust, oxidation, peeling, blackening, and obvious mechanical damage.
8.2 Size
Reference engineering drawing.
Electrical Characteristics
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| Number | Project | Test Method | Performance Requirements |
|---|---|---|---|
| 9.1 | Contact Resistance | Plug in the connector and test it with a contact resistance meter to measure both terminals of the connector. Form a closed loop between. | 20m Max |
| 9.2 | Insulation Resistance | Plug in the connector and apply 100V DC voltage between the adjacent contacts and between the contacts and the enclosure for 1 minute. | 500M Min |
| 9.3 | Withstand Voltage | Plug in the connector and apply 500V AC voltage between the adjacent contacts and between the contacts and the enclosure for 1 minute. | No breakdown and flashover |
Environmental Characteristics
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| Number | Project | Test Method | Performance Requirements |
|---|---|---|---|
| 10.1 | Heating Test | Put the plug connector in the environment of +852 for 96H, take it out and put it in the normal environment for 1~2H before testing. | Appearance: No damage. Contact resistance: 60m Max |
| 10.2 | Cold Tolerance Test | The plug connector was placed in the environment with the temperature of -252 for 96H, and was taken out and placed in the normal environment for 1~2H before being tested. | Appearance: No damage. Contact resistance: 60m Max |
| 10.3 | Moisture Resistance Test | Place the plug connector in an environment with a temperature of 402 and relative humidity of 90~96%. Last for 96H, after the test, take it out and put it in the normal environment for 1~2H before the test. | Appearance: No damage. Insulation resistance: 60M Min. Withstand voltage: 250V AC/minute MIN |
Environmental Characteristics (Continued)
Page: 7 of 8
| Number | Project | Test Method | Performance Requirement |
|---|---|---|---|
| 10.4 | Temperature Cycle | Put the test samples into the high and low temperature test chamber, and adjust the temperature according to the following steps: A. Place for 30 minutes under the constant temperature of -253 B. Place at room temperature for 1 hour C. Place for 30 minutes at a constant temperature of +853 D. Place at room temperature for 1 hour. From a to d is a cycle period, a total of 5 cycles are carried out, and 2H is recovered in the normal environment. Check later. | Appearance: No abnormalities. Contact resistance: 60m Max |
| 10.5 | Salt Spray Test | The test sample was suspended from the top of the test box, and the concentration of (51)% Sodium Chloride Solution was continuously sprayed with 24H. After testing, the surface precipitates were lightly washed with flowing distilled water, then 1~2H was rechecked at normal temperature. | Appearance: No damage or corrosion (hardware should not expose the bottom metal of serious corrosion: use pre-plated material, the blanking surface is allowed to have slight corrosion that does not affect its performance). Contact resistance: 60m Max |
| 10.6 | Weldability | Dip the welded part of the test sample into 2605 tin solution and hold for 2.50.5 seconds. | Tin area above 95% |
| 10.7 | Soldering Resistance | Place the connector on the PCB, and then reflow the product through 2605 or wave soldering for 51s. | 1. Plastic parts shall be free from obvious deformation, damage and blistering. 2. The electrical characteristics must meet the specifications. |
Mechanical Properties
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| Number | Project | Test Method | Performance Requirement |
|---|---|---|---|
| 11.1 | Pin Fixing Force | Fix the pin holder on the drawing machine and apply force on the front end of the pin at a rate of 253mm per minute until the pin is withdrawn from the pin holder. | Single pin 5N min |
| 11.2 | Terminal Retention in Plastic Parts | The terminal shall be matched with the hole seat, and at the rate of 253mm per minute along the conductor direction, the force that the terminal is pulled out of the socket. | Single terminal: 7N min |
| 11.3 | Mechanical Life | Under no power on state, plug and unplug 30 times at the speed of 10 times / min. | Contact resistance: 80m Max |
| 11.4 | Terminal Crimp Lead Line Strength | The terminals are pressed into wire at 253mm per minute The axial pullout rate of 26AWG wire More than 17.8N; 28AWG wire More than 8.9N; 30AWG wire More than 4.4N; 32AWG wire More than 2.2N | 17.8N (26AWG), 8.9N (28AWG), 4.4N (30AWG), 2.2N (32AWG) |
| 11.5 | Insertion Pull Out Force | (1) Fit the hole seat and the terminal, and conduct the insertion and removal test on the same axis with the needle seat. Remove the lock of the hole seat (test speed: 20 5mm)/minute during the test. (2) Performance Requirements: Insertion force 2N(Per pin), Pullout force 0.3N(Per pin) | Insertion force 2N(Per pin), Pullout force 0.3N(Per pin) |
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