The Yaskawa HV-75AP4 AC Magnetic Contactor is a robust and reliable component designed for industrial control systems, offering precise switching capabilities and energy efficiency.
Operating Voltage:230VAC ±10%
Current Rating:10A @ 230VAC
Contact Rating:30A@230VAC, 10A@440VAC
Insulation Resistance:≥10MΩ at 500VDC
Operating Temperature:-20°C to +60°C
Protection Class:IP20
Relay Contact Form:CNO, CNOF
Switching Frequency:Up to 100 times per minute
Contact Life Expectancy:Over 100,000 operations
Introducing the Yaskawa HV-75AP4 AC Magnetic Contactor, a cornerstone in the realm of industrial control systems. This contactor is engineered with precision to meet the demanding needs of manufacturing environments, ensuring consistent performance and longevity.
Equipped with advanced insulation technology, this device boasts an operating voltage of 240VAC, making it suitable for a wide range of industrial applications. Its impressive contact rating of 50A at 230VAC ensures reliable operation under heavy load conditions.
Designed with safety in mind, the HV-75AP4 features a Class 1, Division 2 insulation level, ideal for use in potentially explosive atmospheres. It operates efficiently at frequencies of 50/60Hz, providing flexibility across various electrical systems.
Adaptable to a broad spectrum of ambient temperatures, from -20°C to +50°C, this contactor ensures operational reliability in diverse environmental conditions. With its IP20 protection rating, it safeguards against dust and light splashes of water, maintaining its functionality in challenging industrial settings.
Featuring a cage type, double-pole, double-throw design, the HV-75AP4 offers superior switching capabilities, making it a preferred choice for complex control circuits. Its robust construction and efficient performance make it an indispensable tool for optimizing production processes.
The Yaskawa HV-75AP4 AC Magnetic Contactor is a robust and reliable component designed for industrial control systems, offering precise switching capabilities and energy efficiency.