AC Contactor PC Housing Silver Alloy Points High Sensitivity K Type 12A 1NO Power Contactor Coil

Feature: 1. Flame Retardant PC Casing: The engineering plastic casing of the contactor ensures the safety of electrical usage, with high sensitivity and strong load bearing capacity. 2. Silver Alloy Contacts: The silver alloy connection points provide strong conductivity, allowing for a greater current load and ensuring a smoothly performance. 3. Stable Connection Contacts: The AC contactor offers high temperature resistance, capable of withstanding high frequency performance up to 1200 times per hour. 4. K Type Contactor 12A 1NO: The K type contactor with a 12A 1NO configuration provides reliable performance and a robust solution for various electrical applications. 5. Easy Installation: Our AC contactor is designed for easy installation and requires minimal maintenance, thanks to its robust design and quality construction. This allows for reduced downtime and increased productivity in your electrical system. Specification: Item Type: AC Contactor Material: PC, Silver Alloy Current: 12A Auxiliary Point: 1 NO. Package List: 1 x ContactorFlame Retardant PC Casing: The engineering plastic casing of the contactor ensures the safety of electrical usage, with high sensitivity and strong load bearing capacity. Silver Alloy Contacts: The silver alloy connection points provide strong conductivity, allowing for a greater current load and ensuring a smoothly performance. Stable Connection Contacts: The AC contactor offers high temperature resistance, capable of withstanding high frequency performance up to 1200 times per hour. K Type Contactor 12A 1NO: The K type contactor with a 12A 1NO configuration provides reliable performance and a robust solution for various electrical applications. Easy Installation: Our AC contactor is designed for easy installation and requires minimal maintenance, thanks to its robust design and quality construction. This allows for reduced downtime and increased productivity in your electrical system.