SHETIME WAFA2-RDT1-2020-D
Product Overview
This document outlines the test modes and requirements for various product characteristics, including durability, electrical performance, mechanical strength, and environmental resistance. These tests ensure the product meets high standards for reliability and performance in demanding applications.
Technical Specifications
| Item | Test Mode | Requirement | Details |
|---|---|---|---|
| Durability | Mate connectors up to 30 cycles at a maximum rate of 10 cycles per minute prior to environmental test | - | - |
| Contact Resistance | Hfpt A | <30m | - |
| Vibration | Connector combination state of the welding circuit board as test samples, resistance to vibration test | - | Frequency: 10-55-10 Hz/minute (35%) Amplitude: 1.5mm p-p Direction: Axis of up and down, right to left, front and back Period: 2 hours for each direction |
| Appearance (Vibration) | - | No damage | - |
| Contact Resistance (Vibration) | - | <30m | - |
| Current Discontinuity (Vibration) | - | 1 micro second Max | - |
| Thermal Aging | Connector combination condition is placed in the oven | - | Temperature: 85 2 C Period: 96 hours continuously |
| Appearance (Thermal Aging) | - | No damage | - |
| Contact Resistance (Thermal Aging) | - | <30m | - |
| Insulation Resistance | Apply 500V DC (rms) for 1 minute between adjacent contacts | >100 M | - |
| Terminal crimping wire strength (AWG#28 wire) | Axial pullout force | >13N | - |
| Terminal crimping wire strength (AWG#30 wire) | Axial pullout force | >8N | - |
| Terminal crimping wire strength (AWG#32 wire) | Axial pullout force | >6N | - |
| Fixed terminals and hole seat | Pull out from hole in the seat capacity | >8N per contact | - |
| Single contact insertion force | Housing together with terminal ends with Wafer matched, inserting force test | <2N | - |
| Single contact withdrawal force | Housing together with terminal ends with Wafer matched, pull-out test | >0.2N | - |
| Pin Retention force | Exerts a force on the pin end | >3N per contact | - |
| Temperature Rise | Mate connector measure temperature rise of contact when maximum rated current is passed | - | 5L (unit unclear) |
| Humidity | Connector combination under constant temperature and humidity | - | Temperature: 40 2 C Relative humidity: 90-95%RH Period: 96 hours continuously |
| Appearance (Humidity) | - | No damage | - |
| Contact Resistance (Humidity) | - | <30m | - |
| Insulation Resistance (Humidity) | - | 50M | - |
| Withstand Voltage (Humidity) | - | No breakdown or flashover | - |
| Temperature Cycling | Thermal shock test | - | One cycle: -55+3C (30min), Room temp. (10-15 min), 85+3C (30min), Room temp. (10-15 min). Total cycle: 5 cycles. |
| Contact Resistance (Temp Cycling) | - | Same as paragraph 8.3 | - |
| Insulation Resistance (Temp Cycling) | - | Same as paragraph 8.3 | - |
| Withstand Voltage (Temp Cycling) | - | Same as paragraph 8.3 | - |
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