| 3. Use Condition | Ambient temperature Range | -25 85 | | |
| 3. Use Condition | Applicable Wire Sizes | AWG #2832 | | |
| 3. Use Condition | Applicable PC board thick:ness | 0.6l.2mm | | |
| 4. Appearance and Dimension | Appearance | Product surface without defect dirtcrackand mechanical damage,
Contact without rust plating not oxides and not peeled | | |
| 4. Appearance and Dimension | Dimension | According to drawings | | |
| 4. Appearance and Dimension | Exchangeable | Exchangeable with same specification products. | | |
| 5. Material | Terminal Contact | Phosphor bronze, Thickness 0.15mm, Tin plating:35 m | | |
| 5. Material | Terminal Contact | Phosphor bronze, Thickness 0.2mm, Tin plating:35 m | | |
| 5. Material | Terminal Contact | Phosphor bronze, Thickness 0.3mm, Tin plating:35 m | | |
| 5. Material | Housing Plastic | PBT UL94V-O, Color: White | | |
| 5. Material | Wafer | Nylon6T UL94V-O, Color: Beige | | |
| 6. Electrical Performance | Rated Voltage | 125V AC DC | | |
| 6. Electrical Performance | Rated Current | 1A AC DC | | |
| 6. Electrical Performance | Contact Resistance | Initial value 20 | | A maximum voltage of 20m V and maximum current of 1OOmA are applied
to the Mate connector |
| 6. Electrical Performance | Insulation Resistance | lOOM | | Apply 500V DC(rms) for I minute between adjacent contacts to
measure the insulation resistance |
| 6. Electrical Performance | Withstand voltage | No breakdown or flashover | Apply 100V AC(rms)for I minute and the leakage current shall not
exceed 0.5mA to the adjacent termina1 and ground of the mate
connectors | |
| 7. Mechanical Performance | Single contact insertion force | Less than 3N | 3N | The housing together with the terminal ends with wafer matched at a
rate per minute to 253mm inserting force test |
| 7. Mechanical Performance | Terminal crimping Wire strength | 10N (AWG#28), 8N (AWG#30), 6N (AWG#32) | | Axial per minute to 25 3mm rate of the pullout force |
| 7. Mechanical Performance | Pin Retention Force | 13N (Pin) | | Exerts a force on the pin end at a rate per Minute 253mm until the
needle exit |
| 7. Mechanical Performance | Fixed terminals And hole seat | 8N | | The terminal and the hole seat at a react per minute to 25 3mm
along the write direction are pulled out from the hole in the seat
capacity |
| 7. Mechanical Performance | Durability | Contact Resistance 30m | | Mate connectors up 30 cycles at a Maximum rate of 10 cycles per
minute prior to environmental test |
| 7. Mechanical Performance | Vibration | Current Discontinuity: 1 sec Max, Contact Resistance 30m | | Amplitude 1.5mm p-p, Frequency :10-55-1O Hz/minute, Period: 2hour
for each direction |
| 8. Endurance Characteristics | Thermal Aging | Contact Resistance 30m | | Temperature852, Period96 hours continuously |
| 8. Endurance Characteristics | Temperature rise | | | Mate connector measure the temperature rise of contact when the
maximum rated current is passed |
| 8. Endurance Characteristics | Constant Humidity | Appearance: No damage, Contact Resistance 30m , Insulation
Resistance 50m | | Relative humidity90-95%RH, Period96 hours continuously |
| 8. Endurance Characteristics | Temperature cycling | No breakdown or flashover | | One cycle consists of -55 3 C 30min, 853C 30min, room temp
10-15min, Total cycle :5cycle |
| 8. Endurance Characteristics | Salt spray | Appearance: No damage, Contact Resistance 30m | | Temperature : 35 3 C, Concentration: 5 1 %, Period: Before plating
stamping 48 hours, After stamping plating 8 hours |
| 8. Endurance Characteristics | Solder ability | Area of soldering: 90 % | | Solder temperature 245 5C, Immersion period:3 0.5S |
| 8. Endurance Characteristics | Resistance to soldering heat | Appearance: No damage | | Soldering time30.5S, Soldering pot3505, Position: SMT type needle
solder, 0.5mm distance |
