Schneider Electric iCT Series Contactor, 2 NO Poles, 20A Contact Current Rating - A9C22722
This contactor is designed for effective motor, heating, and lighting control within electrical systems. It operates on a coil voltage of 230 V AC and features 2 poles with a contact voltage rating of 250 V AC. The device measures 81mm in height, 18mm in width, and 68mm in depth, with a mounting style suitable for DIN rails.
Features & Benefits
• Ideal for remote control applications in automation systems
• Reversing functionality supports versatile operational needs
• High contact current rating of 20A enhances performance
• Energy-efficient with low holding power consumption
• Reliable mechanical durability of up to 1 million cycles
• Robust environmental specifications ensure wide adaptability
Applications
• Used for controlling motors in industrial automation
• Suitable for lighting control in commercial environments
• Integrates seamlessly within residential electrical systems
• Facilitates heating to enhance energy efficiency
• Applied in small commercial environments for various electrical demands
What is the operational voltage range of this device?
The operational voltage range is from 230 to 240 V AC at 50 Hz, ensuring compatibility with standard electrical systems.
How does the reversing feature benefit my application?
The reversing feature allows for flexible control of motors, enabling both forward and reverse operations, which is crucial for applications such as conveyor systems.
What type of terminal does it use for connections?
This contactor employs screw terminals for both power and control circuits, accommodating different cable sizes for versatility in installations.
What are the environmental specifications affecting its use?
It operates effectively within a temperature range of -5 to +60 °C and has an IP degree of protection measuring IP20, suitable for various settings while protecting against dust and moisture.
How often can this contactor switch?
It has a maximum switching frequency of 100 operations per day, which is efficient for routine applications in industrial setups.