| 3. Use Condition |
| Ambient temperature Range | -25 +85 | |
| Applicable Wire Sizes | AWG #2228 | |
| Applicable PC board thickness | 0.8l.6mm | |
| 4. Appearance and Dimension |
| Appearance | Product surface without defect, dirt, crack, and mechanical damage;
Contact without rust plating not oxides and not peeled. | |
| Dimension | According to drawings | |
| Exchangeable | Exchangeable with same specification products. | |
| 5. Material |
| Terminal Contact | Brass, Thickness 0.50mm, Tin plating: 2.55 m | |
| Housing Plastic | Nylon66 UL94V-O, Color: White | |
| Plastic Wafer (Straight Pin) | LCP UL94V-O, Color: Nature | |
| Plastic Wafer (Right Angle Pin) | Nylon66 UL94V-O, Color: White | |
| Plastic Wafer (Vertical Mount) | LCP UL94V-O, Color: Nature | |
| Plastic Wafer (Horizontal Mount) | Nylon66 UL94V-O, Color: White | |
| 6. Electrical Performance |
| Rated Voltage | 250V AC DC | |
| Rated Current | 3A AC DC | |
| Withstand voltage | Apply 1000V AC(rms)for 1 minute and the leakage current shall not
exceed 0.5mA to the adjacent terminal and ground of the mate
connectors. No breakdown or flashover. | |
| Contact Resistance | Initial value 20m. Does not include wire resistance. | A maximum voltage of 20mV and maximum current of 100mA are applied
to the Mate connector. |
| Insulation Resistance | More than 1000 M | Apply 500V DC(rms) for 1 minute between adjacent contacts to
measure the insulation resistance. |
| 7. Mechanical Performance |
| Single contact insertion force | Less than 5N | The housing together with the terminal ends with wafer matched at a
rate per minute to 253mm inserting force test. |
| Single contact Withdrawal force | 15N | The terminal and the hole seat at a react per minute to 253mm along
the write direction are pulled out from the hole in the seat
capacity. |
| Pin Retention Force | 13N (AWG#28) to 50N (AWG#22) | Exerts a force on the pin end at a rate per minute 253mm until the
needle exit Seat pull-out force. |
| Terminal crimping Wire strength | 15N (AWG#28) to 50N (AWG#22) | Terminal crimping wire Axial per minute to 25 3mm rate of the
pullout force. |
| Durability | Contact Resistance 40m. Appearance: No damage. | Mate connectors up 30 cycles at a Maximum rate of 10 cycles per
minute prior to environmental test. |
| Vibration | Current Discontinuity: 1 sec Max. Contact Resistance 40m.
Appearance: No damage. | Amplitude: 1.5mm p-p. Frequency: 10-55-10 Hz/minute. Period: 2
hours for each direction (X, Y, Z axes). |
| 8. Environmental Performance |
| Thermal Aging | Contact Resistance 40m. Appearance: No damage. | Temperature: 852. Period: 96 hours continuously. |
| Temperature Rise | | Mate connector measure the temperature rise of contact when the
maximum rated current is passed. |
| Constant Humidity | Contact Resistance 40m. Insulation Resistance 1000m. Appearance: No
damage. | Temperature: 402 C. Relative humidity: 90-95% (RH). Period: 96
hours continuously. |
| Temperature Cycling | No breakdown or flashover. | One cycle: -553C for 30min, room temp for 10-15min; 853C for 30min,
room temp for 10-15min. Total cycle: 5 cycles. |
| Salt Spray | Contact Resistance 40m. Appearance: No damage. | Concentration: 51%. Temperature: 353 C. Period: 8 hours after
plating, 48 hours before plating. |
| Solder Ability | Area of soldering: 90 %. | Solder temperature: 2455C. Immersion period: 3 0.5S. |
| Resistance to Soldering Heat | Appearance: No damage. | Soldering time: 30.5S. Soldering pot: 3505. |
