8536.50.70.00 - Electronic AC switches consisting of optically coupled input and output circuits (insulated thyristor AC switches); electronic switches, including temperature protected switches, consisting of a transistor and a logic chip (chip-on-chip technology); electromechanical snap-action switches for a current not exceeding 11 amps 🖩
Details
| Field | Value |
|---|---|
| Unit of Quantity | No. |
| General Rate of Duty (Column 1 - General) | Free |
| Special Rate of Duty (Column 1 - Special) | N/A |
| Column 2 Rate of Duty | 35% |
| Quota Quantity | N/A |
| Additional Duties | N/A |
Overview
This HTS category, 8536.50.70.00, specifically covers "Other switches" within the broader group of electrical switches for voltages not exceeding 1,000 V. It encompasses several distinct types of electronic and electromechanical switches that do not fall into other more specific subheadings. This includes electronic AC switches that utilize optically coupled input and output circuits, such as insulated thyristor AC switches. Additionally, it covers sophisticated electronic switches built using chip-on-chip technology, integrating transistors and logic chips, including those with built-in temperature protection. Finally, this subheading also includes electromechanical snap-action switches designed for moderate current applications, specifically those rated for a current not exceeding 11 amps.
The primary distinction of this category from its sibling, 8536.50.90, lies in the specific technical characteristics and current ratings. While 8536.50.90 covers "Other" switches not otherwise specified, 8536.50.70.00 provides a more granular classification for switches with defined technological features like optical coupling or chip-on-chip integration, and a specific current limit for electromechanical snap-action types. Therefore, the key classification criteria are the presence of optical coupling or chip-on-chip technology for electronic switches, and the 11-amp current limitation for the electromechanical snap-action switches.
As this is a leaf node, there are no further subdivisions. Classification at this level requires careful consideration of the switch's operational principles, construction, and its stated current or voltage ratings to ensure accurate placement within the HTS.