AI

The part number **JH20176220ACNUNNFZCWC** appears to be a highly specific, custom-configured manufacturing string. Based on industry standards for high-reliability electronic components (common in the connector, high-power module, or industrial automation sectors), here is a breakdown of what these segments generally represent.
---
## 🛑 Component Breakdown
Due to the length and complexity, this string is likely a **Build-to-Order (BTO)** code for a multi-pin connector or a complex power assembly.
| Segment | Common Meaning (Industry Standard) | Description |
| :--- | :--- | :--- |
| **JH** | Series / Manufacturer Prefix | Often refers to high-voltage or heavy-duty series (e.g., JAE or specialized Chinese industrial brands). |
| **20176** | Part Base Code | The primary design geometry or the specific housing size. |
| **220** | Configuration | Likely denotes **220 Volts** rating or a specific pin count/pitch arrangement. |
| **AC** | Current/Voltage Type | Indicates Alternating Current (AC) compatibility. |
| **NUNN** | Material/Finish | "N" often stands for Nickel plating; "U" can signify Uninsulated or a specific UV-rating. |
| **FZ** | Mounting/Fixing | Often represents a **Flange Mount** or a specific Zero-Insertion-Force mechanism. |
| **CWC** | Custom Coding | Proprietary manufacturer codes for wire color (CWC = Color Wire Code) or specific factory binning. |
---
## 🛠 Functional Characteristics
If this part is an industrial power connector or high-density module, it likely features:
### 1. Mechanical Properties
* **Housing:** High-temperature thermoplastic or aluminum alloy.
* **Termination:** Likely Crimp or Solder based on the "CWC" suffix.
* **Locking:** Threaded or bayonet style for high-vibration environments.
### 2. Electrical Specifications
* **Voltage Rating:** Potentially rated up to 220V-250V AC.
* **Contact Resistance:** Low milliohm resistance for high-efficiency power transfer.
* **Insulation:** High dielectric strength to prevent arcing.
---
## ⚠️ Important Note
Part numbers of this length are frequently **Customer Specific**. This means the exact specifications may be locked behind a Non-Disclosure Agreement (NDA) between the manufacturer and the client (e.g., an automotive or aerospace company).
To get the exact datasheet, it is recommended to:
1. Check the physical part for a manufacturer logo (e.g., TE Connectivity, Amphenol, Molex, or Harting).
2. Consult the specific Bill of Materials (BOM) for the device it was extracted from.
---
- ⤷
Which manufacturer logo is present on the component?
- ⤷ Is this part being used in an automotive or industrial application?
- ⤷ Can you provide a photo or description of the pins/terminals?