Best Alternatives to SPH-002T-P0.5L

Package: BulkJSTInterconnectsSeries: PADContact Type: Female SocketWire Gauge: 28-24 AWGMaterial: Phosphor BronzePlating: Tin

SPH-002T-P0.5L is a popular 2.0mm pitch female crimp terminal for JST's PAD series. Finding a compatible alternative requires matching precise mechanical dimensions for housing fit, along with wire gauge and material.

AI replacement insight

Package riskhigh

Terminal is for a different connector series; fit and retention are not guaranteed.

Electrical risklow

Candidate matches material, plating, and wire gauge, suggesting similar performance.

Can it be replaced directly?

No verified direct replacement is available. The most promising candidate, HX20028-PT, requires mechanical validation.

Best replacement path

Evaluate HX20028-PT by testing physical samples for fit and retention in the JST PAD connector housing.

Main risk

Mechanical incompatibility with the JST PAD connector housing.

Recommended alternatives

1
HX20028-PT package
HX20028-PT

Zhejiang Hongxing Electrical Co., Ltd.

Needs validationmedium risk

A 2.0mm pitch female crimp terminal with matching wire gauge and material. Verify mechanical fit in the target housing before use.

View details

Alternative comparison matrix

Feature / factorSPH-002T-P0.5LHX20028-PTAlt 2Alt 3Compatibility / risk
Pitch2.0 mm2.0 mm2.0 mm — Pitch matches, essential for housing compatibility.
Wire Gauge28-24 AWG28-22 AWG28-22 AWG — Candidate supports the target's full wire range.
Contact TypeFemale SocketFemale CrimpFemale Crimp — Both are female crimp terminals.
Material PlatingPhosphor Bronze, TinPhosphor Bronze, TinPhosphor Bronze, Tin — Identical material and plating minimizes electrical risk.
Housing SeriesJST PADHX20028HX20028 — Different series, physical fit must be tested.

Application & sourcing insights

Questions & answers

HX20028-PT is a strong functional alternative with matching pitch, wire gauge, and material. However, its mechanical fit in JST PAD housings must be tested before production use.