Modular Terminal Block | 225 Series Push-In Connector for Compact Splicing & Multi-Circuit Lighting

The 225 Series 1-in-Multiple-Out Fixed Modular Wire Connector provides a compact, high-density solution for reliable power distribution. This push-in terminal block features a 1-input to multiple-output design, enabling clean and organized splicing of lighting circuits and control systems within tight panel spaces, ensuring secure connections up to 300V. Features and Benefits - Modular 1-in, Multiple-Out Design - Enables efficient power splitting from a single source to multiple loads, simplifying wiring and reducing clutter in control cabinets. - Compact 225 Series Footprint - Saves valuable space in electrical enclosures and junction boxes, allowing for higher density installations. - Push-In Spring Connection Technology - Facilitates fast, tool-free wire insertion for solid conductors, significantly reducing installation time compared to screw terminals. - Transparent Polycarbonate Housing - Allows for visual verification of correct wire seating and terminal condition, aiding in troubleshooting and maintenance. - High-Quality Copper Alloy Contacts - Ensure low contact resistance and reliable current carrying capacity for consistent, long-term performance. - DIN Rail Mountable - Securely snaps onto standard 35mm DIN rails for stable, organized mounting within industrial control panels. Applications - Lighting Control Systems - Ideal for distributing power from a single switch or controller to multiple lighting fixtures or zones in commercial buildings. - Panel Building and PLC Wiring - Perfect for creating organized, high-density termination points for sensors, actuators, and other components in industrial control panels. - HVAC and Building Automation - Used to branch control signals or power supplies to various zones, valves, and dampers within automation systems. - Machinery and Equipment Wiring - Provides a reliable method for internal power distribution and signal splicing in complex machinery and fabrication equipment.