
ABB VB7-30-01 VB Power contactor / 24 V coil, 3 -pole 3 NO contacts / 20 A, reversing
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Relay type determines the specific function and application of the relay in electrical circuits, affecting how power is controlled and distributed. Choosing the right relay type is crucial for ensuring efficient performance and reliability in various industrial and commercial settings.
Power contactor
Typical price
80.– to 440.–
Designed to switch high power electrical loads, often used in industrial applications.
Provides reliable control over heavy machinery and equipment, enhancing operational efficiency.
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Monitoring relay
Typical price
130.– to 320.–
Monitors parameters like voltage, current, or phase sequence to protect systems.
Ensures system safety and reliability by detecting faults and triggering alarms or shutdowns.
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Time relay
Typical price
57.– to 130.–
Controls the timing of operations in an electrical circuit through preset intervals.
Useful for automation processes, allowing precise control over start and stop functions.
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Electric current output indicates the amount of current a relay can handle, determining its suitability for different applications. Selecting the appropriate current range ensures the relay can operate safely and efficiently without risk of overheating or failure.
Up to 9 A
Typical price
48.– to 160.–
Handles currents up to 9 amperes, suitable for low-power applications.
Perfect for use in small electronic devices and circuits with minimal power demands.
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10 - 32 A
Typical price
45.– to 130.–
Supports currents between 10 and 32 amperes, ideal for moderate power requirements.
Suitable for household appliances and medium-sized machinery, offering a balance of capacity and efficiency.
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33 - 100 A
Typical price
120.– to 340.–
Accommodates currents from 33 to 100 amperes, designed for high-power applications.
Used in industrial equipment and large systems, ensuring reliable performance under heavy load conditions.
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Output voltage in relays determines the range of electrical power they can manage, affecting compatibility with different devices and systems. Selecting the appropriate output voltage is crucial for ensuring safety and efficiency in electrical applications.
Up to 28 V
Suitable for low-voltage applications, typically in automotive or small electronics.
Offers safe operation in environments where lower power is required, reducing the risk of electrical hazards.
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Output current type determines the kind of electrical current a relay can switch or control, impacting its compatibility with different devices. Selecting the correct output current type is crucial for ensuring the relay functions correctly in specific applications and environments.
AC/DC
Supports both alternating and direct current, providing versatile usage across various applications.
Best choice for environments requiring adaptability, reducing the need for multiple relay types.
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The brand factor in relays helps determine reliability, performance, and innovation, crucial for applications in both residential and industrial settings. Brands like Hager, Siemens, and Eltako are known for their quality and technological advancements, influencing customer satisfaction and operational efficiency.