wire housing with lock 2.0mm pitch wire to board connector max. 16pin crimp connector
1, The specification of the product including basic size information, electrical and mechanical properties.
| Basic size information | |||
| Suitable terminals | A2211 series | ||
| Suitable wafer | A2006 series | ||
| Mating lock to part | with | ||
| Wire Termination Method | crimping | ||
| Circuits | 2 to 16 pins | ||
| Wire Insulation Diameter | 1.40mm Max. | ||
| Mounting side | Standard on-Board | ||
| Terminals material | phosphor bronze; tin-plated finish | ||
| Electrical properties | |||
| Current Rating | 3A AC, DC | ||
| Voltage Rating | 250V AC, DC | ||
| Contact Resistance | 30mΩ Max | ||
| Insulation Resistance | 1000mΩ min | ||
| Withstanding Voltage | 1000V AC/minute | ||
| Mechanical properties | |||
| Operating Temperatureemperature range | -25℃ to 85 ℃ | ||
| Other information please kindly check the following picture. | |||
2, Related drawing and report
Mechanical Performance
| Test Description | Procedure | Requirement | ||
| 5-1 | Actuator Insertion & Withdrawal Force | Insert and withdraw connectors at the speed rate of 25±3mm / minute. | Refer to paragraph 7 | |
| 5-2 | Crimping Pull Out Force | Fix the crimped terminal, apply axial pull out force on the wire at the speed rat of 25±3mm / minute.(Based upon JIS C5402 6.8) | AWG#22 | 4.0kgf (Min) |
| AWG#24 | 3.0kgf (Min) | |||
| AWG#26 | 2.0kgf (Min) | |||
| AWG#28 | 1.0kgf (Min) | |||
| AWG#30 | 0.8kgf (Min) | |||
| 5-3 | Terminal Insertion Force. | Insert the crimped terminal into the housing. | 1.50kgf (Max.) | |
| 5-4 | Terminal/Housing Retention Force. | Apply axial pull out force at the speed rate of 25±3mm / minute on the terminal assembled in the housing. | 1.50kgf (Min.) | |
| 5-5 | Pin Retention Force | Apply axial push force at the speed rate of 25±3mm / minute | 1.50kgf (Min.) | |
| 5-6 | Latch Yield Strength | Mate connectors and pull apart until both latches break at the speed rate of 25±3mm / minute | 2.00kgf (Min.) | |
| 5-7 | Durability | When mated up to 50 cycles repeatedly by the rate of 10 cycle per minute. | Contact Resistance 60mΩ (Max.) | |
| 5-8 | Vibration |
Amplitude: 1.5mm P-P Sweep time: 10-55-10 Hz in 1 minute Duration: 2 hours in each X.Y.Z. axes. (Based upon MIL-STD-202 Method 201A) |
Appearance No Damage. Contact Resistance 60mΩ (Max.) Discontinuity 1 μsec.(Max.) |
|
| 5-9 | Physical Shock | 490m/s²｛50G｝,3 strokes in each X.Y.Z. axes. (Based upon JIS C0041/MIL-STD-202 Method 213B Cond. A) | ||
Environmental Performance And Others
| Test Description | Procedure | Requirement | |
| 6-1 | Temperature Rise | Carrying rated current load.(Based upon UL 498) | 30℃(Max.) |
| 6-2 | Heat Resistance | 85±2℃, 96 hours (Based upon JIS C0021/MIL-STD-202 Method 108A Cond. A) |
Appearance No Damage. Contact Resistance 60mΩ (Max.) |
| 6-3 | Cold Resistance | -25±3℃,96 hours (Based upon JIS C0020) | |
| 6-4 | Humidity |
Temperature: 40±2℃ Relative Humidity : 90~95% Duration: 96 hours (Based upon JIS C0022/MIL-STD-202 Method 103B Cond. B) |
Appearance No Damage. Contact Resistance 60mΩ (Max.) Insulation Resistance 1000MΩ (Min.) Dielectric Withstanding Voltage Must meet 4-3 |
| 6-5 | Temperature Cycling |
5 cycles of: a) -55℃ 30 minutes b) +85℃ 30 minutes (Based upon JIS C0025) |
Appearance No Damage. Contact Resistance 60mΩ (Max.) |
| 6-6 | Salt Spray | Tin-plated 12 hours / Gold- plated 24 hours exposure to a salt spray from the 5±1% solution at 35±2℃. (Based upon JIS C0023/MIL-STD-202 Method 101D Cond. B) | |
| 6-7 | SO2 Gas |
24 hours exposure to 50±5ppm. SO2 gas at 40±2℃. |
|
| 6-8 | NH3 Gas | 40 minutes exposure to NH3 gas evaporating from 28% Ammonia solution. | |
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