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63080 Series Automotive 9-Pin Electrical Connector — Female Male Plug Wiring Socket for Elevator & Car
63080 Series Automotive 9-Pin Electrical Connector Female Male Plug Wiring Socket for Elevator & Car
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63080 Series Automotive 9-Pin Electrical Connector — Female & Male Plug for Elevator & Car
The 63080 series 9-pin electrical connector is a multi-application wiring connector used in both automotive and elevator/industrial control panel wiring harness applications. The 63080 series is characterized by its 6.3mm terminal pitch, providing a current rating of up to 15A per terminal — making it suitable for power distribution, motor control, and high-current sensor circuits. The 9-pin configuration provides sufficient circuit density for complex power distribution assemblies in automotive underbody, elevator control panel, and industrial machinery applications.
The dual automotive/elevator application of the 63080 series reflects the cross-industry standardization of high-current multi-pin connectors — the same connector housing and terminal system is used in both automotive wiring harnesses and elevator control panels, simplifying the supply chain for both industries.
Key Specifications
| Parameter | Value |
|---|---|
| Series | 63080 |
| Pin Count | 9-pin |
| Terminal Pitch | 6.3mm |
| Current Rating | Up to 15A per terminal |
| Sealing | Sealed (waterproof variant) |
| Housing Material | PA66 glass-filled nylon |
| Terminal Material | Tin-plated copper alloy |
| Wire Range | 0.5–2.5mm² (20–14 AWG) |
| Operating Temperature | -40°C to +125°C |
| Compliance | RoHS |
63080 Series — Automotive & Elevator Applications
- 15A per terminal for high-current circuits — the 6.3mm terminal pitch handles ignition coils, fuel injectors, blower motors, and elevator motor control circuits from a single connector type
- 9-pin for power distribution — 9 circuits at 15A each provides up to 135A total capacity (derated to ~45–60A for simultaneous loading); suitable for multi-circuit power distribution assemblies
- Elevator control panel use — elevator control panels use the 63080 series for motor drive connections, safety circuit interfaces, and door control wiring; the same connector appears in automotive underbody power distribution
- Sealed design for harsh environments — the sealed variant provides moisture protection for underbody automotive and outdoor elevator shaft applications
Typical Applications
- Automotive underbody high-current power distribution
- Elevator control panel motor drive wiring
- Industrial machinery power distribution connector
- Marine high-current wiring harness connector
- RV and caravan 12V/24V power distribution
Frequently Asked Questions
Q: What is the maximum current for a 9-pin 63080 connector?
The theoretical maximum is 15A × 9 pins = 135A, but the housing thermal limit restricts total simultaneous current to approximately 45–60A. For applications where all 9 circuits carry high current simultaneously, distribute the load across multiple connectors. For typical automotive applications where individual circuits draw 5–15A with staggered timing (e.g., fuel injectors firing sequentially), the 63080 9-pin connector handles the load comfortably.
Q: Can I use the 63080 9-pin connector for an elevator safety circuit?
Yes — the 63080 series is used in elevator control panels for safety circuit interfaces. However, elevator safety circuits are subject to specific regulatory requirements (EN 81-20, EN 81-50, and local elevator codes) that may specify connector types, current ratings, and installation methods. Consult the elevator manufacturer’s documentation and applicable safety standards before using any connector in an elevator safety circuit.
Q: How do I select the correct 63080 variant (9-pin vs 15-pin)?
Select the pin count based on the number of circuits required: the 9-pin variant (this product) is suitable for applications requiring up to 9 high-current circuits; the 15-pin variant (42021/42022) is suitable for applications requiring up to 15 circuits. Both variants use the same 6.3mm terminal pitch and 15A per terminal rating. Choose the smallest pin count that accommodates all required circuits to minimize connector size and cost.
