Contactor Ls Metasol Series Type Mc-9B 4Kw Dc24V 1A1B MC-9B 24VDC 1A1B

Contactors LS Metasol MC-9B – reliable control of DC circuits

The LS Metasol MC-9B series contactor is a solid solution for controlling direct current circuits. Designed for reliability and durability, it performs well in both industrial and commercial installations. The MC-9B 24VDC 1A1B model stands out with its compact design and easy mounting on a DIN rail, which translates into time savings during installation.

This three-pole contactor with a power of 4kW at 24V DC is ideal for applications requiring frequent switching of the load. Its construction with one normally open (1NO) and one normally closed (1NC) contact provides flexibility in configuring control circuits. Thanks to the high operating frequency (50/60Hz) and the possibility of performing up to 1800 cycles per hour, this contactor guarantees long-term and trouble-free operation even in demanding conditions.

Characteristics and application

The MC-9B contactor is designed to control DC motors, solenoids and other devices requiring reliable switching of DC circuits. Its applications include:

• Control of electric drives
• Industrial process automation
• Emergency power systems
• Lighting installations
• Lifting equipment

The contactor's construction based on solid materials ensures resistance to mechanical damage and environmental conditions, and screw terminals guarantee a secure connection of the wires. All this translates into the safety and reliability of the installation.

Advantages of the LS Metasol MC-9B contactor

• High reliability: Construction based on proven components ensures long-term and trouble-free operation.
• Compact dimensions: Allows mounting in limited space.
• Easy installation: Mounting on a DIN rail significantly speeds up installation.
• Flexibility: Availability of NO/NC contacts allows adaptation to different applications.
• Durability: Resistant housing protects against mechanical damage and external factors.
• Designed for DC: Specifically designed to work with direct current circuits, ensuring optimal performance and safety.