connector chxunda XD VL T 6.20mm pitch double row type with tin plated phosphor bronze contacts and ROHS
Product Overview
The 6.20mm Pitch VL Connector Double Row Type from Shenzhen Xunda Technology Co., Ltd. is designed for reliable electrical connections in various applications. This series offers robust performance, adhering to stringent testing methods and inspection requirements. It is suitable for use within an ambient temperature range of -25 to +85, with support for wire sizes from AWG #12 to #20 and PC board thickness of 1.6mm. The connectors are engineered for durability, electrical integrity, and mechanical strength, ensuring dependable operation in demanding environments.
Product Attributes
- Brand: Xunda
- Origin: Shenzhen, China
- Series: VL (6.20mm Pitch)
- Housing Material: Nylon 66 UL94V-O
- Contact Material: Phosphor bronze
- Contact Plating: Tin plating (2-4 m)
- Certifications: ROHS
- Housing Colors: Nature (default), Red, Blue, Black, Yellow, Purple, Green, Orange, Brown
Technical Specifications
| Category | Specification | Details |
|---|---|---|
| General | Pitch | 6.20 mm |
| Type | Double Row VL Connector | |
| Rated Voltage | 600V AC/DC | |
| Rated Current | 20A AC/DC | |
| Temperature Range | -25 to +85 | |
| Usage Conditions | Applicable Wire Sizes | AWG #1220 |
| Applicable PC Board Thickness | 1.6mm | |
| Ambient Temperature Range | -25 to +85 | |
| Electrical Performance | Withstand Voltage | 2000V AC (rms) for 1 minute (no breakdown or flashover) |
| Insulation Resistance | 1000 M (after 500V DC test) | |
| Contact Resistance (Initial) | 20m (at 20mV max, 100mA max) | |
| Contact Resistance (After Test) | 40m | |
| Mechanical Performance | Single Contact Insertion Force | 20N |
| Single Contact Withdrawal Force | 3N | |
| Pin Retention Force (Per contact) | 30N | |
| Terminal Crimping Wire Strength (AWG#20) | 70N | |
| Seat Pull-out Force (AWG#12) | 310N | |
| Environmental Performance | Thermal Aging | 852 for 96 hours continuously |
| Temperature Cycling | -553C (30min) to 853C (30min), 5 cycles | |
| Humidity (Constant) | 402C, 90-95% RH for 96 hours continuously | |
| Salt Spray | 353C, 51% solution (48h before plating, 8h after plating) | |
| Solder Ability | 2455C for 30.5s | |
| Resistance to Soldering Heat | Manual: 3505C for 30.5s; Wave: 2605C for 50.5s; Reflow: 2555C for 20s max | |
| Packaging, Transportation, Storage | Storage Temperature | -20 to +40 |
| Transportation Temperature | -20 to +50 | |
| Models & Part Numbers | Terminal Contact (Female) | Part No.: XD-VL-T, Material: Phosphor bronze, Plating: Tin plating |
| Part No.: XD-VL-PT, Material: Phosphor bronze, Plating: Tin plating | ||
| Housing (Female) | Part No. Structure: XD-VL-N***-Y (e.g., XD-VL-1Y, XD-VL-2Y, XD-VL-3Y, XD-VL-4Y, XD-VL-2x2Y, XD-VL-2x3Y, XD-VL-2x4Y, XD-VL-2x6Y) | |
| Material: Nylon 66 UL94V-O(2) | ||
| Housing (Male) | Part No. Structure: XD-VL-N***-EY (e.g., XD-VL-1EY, XD-VL-2EY, XD-VL-3EY, XD-VL-4EY, XD-VL-2x2EY, XD-VL-2x3EY, XD-VL-2x4EY, XD-VL-2x6EY) | |
| Material: Nylon UL94-VO(2) | ||
| Wire Lock Buckle | Part No. Structure: XD-VL-NS (e.g., XD-VL-1S, XD-VL-2S, XD-VL-3S, XD-VL-4S) | |
| Material: Nylon 66 UL94-VO(2) | ||
| Wafer (Male Pin) | Part No. Structure: XD-VL-NA (e.g., XD-VL-2A, XD-VL-3A, XD-VL-4A) | |
| Material: Wafer Nylon UL94-VO(2), Phosphoric bronze, Tin-plated | ||
| Dimensions: XD-VL-2A (12.40mm A, 19.60mm B), XD-VL-3A (13.40mm A, 18.60mm B), XD-VL-4A (26.20mm A) | ||
| Wafer (Double Row Male Pin) | Part No. Structure: XD-VL-2xNA (e.g., XD-VL-2x2A, XD-VL-2x3A, XD-VL-2x4A, XD-VL-2x6A) | |
| Material: Wafer Nylon UL94-VO(2), Phosphoric bronze, Tin-plated | ||
| Dimensions: XD-VL-2x2A (12.40mm A, 19.60mm B), XD-VL-2x3A (13.40mm A, 18.60mm B), XD-VL-2x4A (26.20mm A), XD-VL-2x6A (31.00mm A, 38.60mm B) | ||
| Color Options | Default: Nature (). Available: Red (R), Blue (L), Black (B), Yellow (Y), Purple (P), Green (V), Orange (O), Brown (BR) | Applicable to Housing and Wafer parts. |
| Re-qualification Test | Required if storage duration exceeds 6 months. | |
| Reflow Temperature Curve | Refer to Section 9.1 for SMT lead-free process temperature curve. |
2410121632_chxunda-XD-VL-T_C20608157.pdf