HIGH CAPACITY RATING: TSW-85M DC contactor handles 200A rated current at 60V DC, designed for heavy-duty industrial applications and renewable energy systems requiring reliable high-current switching
MAGNETIC LATCHING DESIGN: Features energy-efficient magnetic latching mechanism that maintains contact position without continuous power consumption, reducing heat generation and extending service life
1NO 2-POLE CONFIGURATION: Single normally open (1NO) contact with 2-pole design provides secure circuit control for DC applications including electric vehicles, solar systems, and battery management
DURABLE CONSTRUCTION: Built with robust materials including metal mounting bracket and heavy-duty terminal posts with brass and steel hardware for secure connections and long-lasting performance
COMPACT RELAY SOLUTION: Space-saving design with integrated coil voltage of DC 60V and pre-wired connector for straightforward installation in control panels and electrical enclosures
Description
The TSW-85M DC contactor is a robust electrical switching component designed to handle high-current DC applications with precision and reliability. Rated for 200A at 60V DC, this magnetic latching contactor features a 1NO (normally open) 2-pole configuration that makes it ideal for controlling power circuits in industrial equipment, electric vehicles, solar power systems, and battery management applications. The magnetic latching design offers a significant advantage: once switched, it maintains its position without continuous power to the coil, resulting in zero energy consumption during the hold state and reduced heat generation. This contactor features heavy-duty terminals with secure nut-and-bolt connections capable of handling substantial current loads, while the compact black housing with integrated mounting bracket ensures easy installation in tight spaces. The included wiring harness simplifies integration into your electrical system. CE certified for quality assurance, this contactor delivers stable performance in demanding environments where reliable switching of high DC currents is essential. Whether you're building renewable energy systems, upgrading industrial controls, or designing electric vehicle components, this contactor provides the durability and efficiency your project demands.