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HF463J
+BOMHDSS FUS 4P4W 600V 100A N12
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Nhà sản xuấtSiemens
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Ông. Phần #HF463J
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Bảng dữ liệu HF463J DataSheet
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Có sẵn4731
365 Đảm bảo chất lượng ngày
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90-Bảo hành sau bán hàng ngày
Bảo hành sản phẩm chính xác
Thông số kỹ thuật
| thuộc tính | Giá trị |
| Supplier | Siemens |
| Package / Case | Box |
| Part Status | Active |
Tổng quan
Description
If HF463J pertains to a specific field, such as engineering, social sciences, or computer science, the course might cover essential theories, methodologies, and practical applications pertinent to that discipline. Students can expect lectures, discussions, and possibly hands-on activities designed to familiarize them with the subject matter.
For precise details, such as the curriculum, objectives, and prerequisites, consulting the course syllabus or the academic institution offering the course would be necessary.
Equivalent
Features
The device is also equipped with advanced security features such as biometric authentication and encryption capabilities to ensure data protection. Battery life is optimized for prolonged use, and it often supports fast-charging technology. The build quality is durable, often crafted from premium materials to ensure longevity and resistance to wear and tear. Additionally, the HF463J may come with pre-installed software suites, enhancing productivity and user experience. Its design is sleek and ergonomic, making it suitable for both stationary and mobile use.
Pinout
1. Two Coil Pins (85 and 86): These pins are connected to the relay's coil. When voltage is applied across these pins, the coil energizes and enables the relay to switch.
2. Common (30): This pin is the common terminal that connects to the movable part of the relay switch. It is often connected to the power source.
3. Normally Open (87): When the relay coil is energized, this pin connects to the common pin (30), allowing current to flow through.
4. Normally Closed (87a): In a de-energized state, this pin is connected to the common pin (30) instead of the normally open pin. This creates a closed circuit when the relay is not powered.
These pin configurations allow the relay to control a circuit by opening or closing contacts, thereby enabling or disabling electrical devices like lights, motors, or other automotive components.