Telemecanique LP1D0910BD

# Telemecanique LP1D0910BD Contactor The Telemecanique LP1D0910BD is a high-performance electrical contactor designed to provide reliable switching for electrical circuits in industrial automation applications. This product exemplifies Telemecanique's commitment to quality and safety, making it an essential component for efficient control systems. ## Key Features • **Rated Operational Current:** 9A at AC-1, providing robust performance for various electrical loads. • **Coil Voltage:** Available in 230V AC, ensuring compatibility with standard industrial power supplies. • **Contact Configuration:** 1 NO (Normally Open) contact, allowing for straightforward control of motor and electrical circuits. • **Temperature Range:** Operational ambient temperature from -25°C to +60°C, suitable for diverse industrial environments. • **QuickFit Technology:** Tool-free connections for fast and easy installation, enhancing operational efficiency. ## Applications • **Industrial Automation:** Ideal for controlling motors, lighting, and heating systems in factories and workshops. • **HVAC Systems:** Perfect for managing heating, ventilation, and air conditioning units, ensuring effective climate control. • **Compatibility:** Designed to be integrated with various Telemecanique control systems and PLCs, maximizing operational versatility. • **Environmental Suitability:** Effective in environments with fluctuating temperatures and heavy-duty applications. ## Benefits • **Enhanced Efficiency:** The LP1D0910BD contactor contributes to streamlined control processes, reducing operational downtime. • **Reliable Performance:** Engineered for durability, ensuring consistent performance even under heavy load conditions. • **Safety Assurance:** Built-in features promote safe operation, preventing electrical faults and enhancing workplace safety. • **Easy Installation:** QuickFit technology facilitates rapid setup, minimizing installation time and labor costs. --- *Product information compiled with AI assistance for reference purposes.*