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Phoenix Contact UT 2,5 4-Conductor Terminal Block, Grey
Phoenix Contact UT 2,5 4-Conductor Terminal Block, Grey
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Phoenix Contact UT 2,5 4-Conductor Terminal Block, Grey
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Phoenix Contact UT 2,5 4-Conductor Terminal Block, Grey
Phoenix Contact UT 2,5 4-Conductor Terminal Block, Grey
The Phoenix Contact UT 2,5 4-conductor terminal block is a professional-grade component engineered for reliable electrical connectivity in industrial environments. Designed for mounting on standard DIN rails, this terminal block provides a secure and organized solution for managing multiple wire connections within control cabinets and electrical distribution systems. Its robust construction and high-quality materials ensure long-term performance and safety in demanding electrical installations.
This terminal block offers significant benefits for electrical wiring projects by allowing four conductors to be connected in a single, compact unit, which helps optimize space within enclosures. The screw connection technology ensures a high-contact force and vibration resistance, maintaining stable electrical continuity over time. Its grey plastic housing is durable and provides clear visual identification, while the standardized design allows for seamless integration with other Phoenix Contact modular terminal systems.
This terminal block is not intended for use in high-power applications exceeding its rated cross-section capacity or for environments requiring specific hazardous area certifications not covered by its standard specifications. It is also not suitable for direct outdoor exposure without a protective enclosure.
To use the terminal block, snap it onto a standard DIN rail until it clicks into place. Strip the insulation from your conductors according to the required length and insert them into the terminal openings. Use a compatible screwdriver to tighten the screws, ensuring the wires are firmly secured. For multi-conductor configurations, ensure that all wires are properly seated before tightening to maintain consistent contact pressure.
Always ensure that the power supply is disconnected before performing any wiring work. Use appropriate tools to prevent damage to the screw heads and ensure that all connections are tightened to the manufacturer's recommended torque specifications to guarantee long-term reliability.
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