electrical connector SHOU HAN MICRO 7.2ZB5.0 WZ with LCP housing copper alloy contacts and gold plating
Product Overview
This specification details the MICRO 7.2ZB5.0 WZ connector, a high-quality component designed for reliable electrical connections. It features a robust construction with LCP housing, copper alloy contacts plated with gold in the mating area, and a tin-plated shell. The connector is designed for various applications requiring stable electrical performance and durability under different environmental conditions.
Product Attributes
- Brand: MICRO
- Model: 7.2ZB5.0 WZ
- Origin: (SHENZHEN SHOUHAN TECHNOLOGY CO.,LTD)
- Housing Material: LCP UL94V-0
- Contact Material: Copper Alloy C5191R-H
- Plating (Contacts): Nickel base, Gold plated (1) in mating area
- Plating (Shell): Nickel base (50), Tin plated (80)
- Certifications: UL 94V-0
Technical Specifications
| Category | Item | Specification | Test Method / Reference |
|---|---|---|---|
| Electrical Characteristics | Current Rating | 1.0A/contact terminal | |
| Voltage Rating | 300V AC AT Sea Level | ||
| Contact Resistance | 50 milliohms MAX | EIA 364-23A (Low power current) | |
| Insulation Resistance | 100 MEGA ohms MIN | 100V DC | |
| Mechanical Characteristics | Connector Mate and Unmate Force | Mate force: 3.0kgf(MAX) Unmate force: 0.7kgf(MIN) | EIA 364-13A (25mm/min) |
| Terminal Retention Force | 0.5kgf(MIN) | EIA 364-13A (25mm/min) | |
| Durability | 3000 cycles | EIA 364-09A (600 cycles/hour) | |
| Environmental Characteristics | Solderability | Tin On Solder Talls () | MIL STD-202F (2355, 50.5 sec) |
| High Temperature Resistance | Withstand 85 for 96 hours | MIL STD-1344A | |
| Low Temperature Resistance | Withstand -40 for 96 hours | MIL STD-1344A | |
| Humidity Resistance | Withstand 402, 9095RH for 120 hours | EIA 364-31A | |
| Corrosion Resistance | Salt spray test (5% salt, 352, 12 hours) | EIA 364-26A | |
| Dielectric Withstanding Voltage | 300 V AC AT Sea Level (1 minute, 0.5mA) | EIA 364-20A |
2510241428_SHOU-HAN-MICRO-7-2ZB5-0-WZ_C6798365.pdf