
JST's original VH series header with a higher 10A current rating. A strong, upgraded alternative.
The VH-5A is a standard 5-pin, 3.96mm pitch header for wire-to-board connections. Several compatible alternatives exist, including upgraded options from JST, the original series designer.
The 3.96mm VH header is a widely standardized footprint.
Current rating must be verified. Some clones have lower ratings.
Multiple vendors manufacture compatible parts, ensuring good availability.
Yes, several direct replacements for the VH-5A exist. B5P-VH(LF)(SN) and HC-VH-5A5 are strong candidates with matching form-fit and equal or better current ratings.
The JST B5P-VH(LF)(SN) is the best choice, as it's from the original series designer and offers a higher 10A current rating.
The primary risk is substituting with a part that has a lower current rating, which can lead to overheating and failure if the application draws close to the original's 5A limit.

JST's original VH series header with a higher 10A current rating. A strong, upgraded alternative.
| Feature / factor | VH-5A | B5P-VH(LF)(SN) | HC-VH-5A5 | ZX-VH3.96-5PZZ | Compatibility / risk |
|---|---|---|---|---|---|
| Manufacturer | CAX | JST | - | - | JST — Original VH series manufacturer, high confidence in compatibility. |
| Current | 5A | 10A | 7A | 3A | 10A / 7A / 3A — Higher current rating provides more design margin.; HC-VH-5A5: Higher current rating provides more design margin.; ZX-VH3.96-5PZZ: Lower current rating is a critical risk. Do not use if load exceeds 3A. |
| Pitch | 3.96mm | 3.96mm | 3.96mm | 3.96mm | 3.96mm — matched; HC-VH-5A5: matched; ZX-VH3.96-5PZZ: matched |
| Pin Count | 5 | 5 | 5 | 5 | 5 — matched; HC-VH-5A5: matched; ZX-VH3.96-5PZZ: matched |
| Package | Through Hole | Through Hole | Through Hole | - | Through Hole — Same mounting style.; HC-VH-5A5: Same mounting style. |
The best alternative is B5P-VH(LF)(SN) from JST. It is from the original series manufacturer and offers a superior 10A current rating, providing an upgrade in performance and reliability.