P+F KCD2-SCD-EX1: Advanced Analog Input Converter, Control Products Category
The P+F KCD2-SCD-EX1 is an industrial-grade temperature converter designed to withstand extreme environments. It efficiently converts temperature signals, making it ideal for applications in harsh industrial settings.
Detailed content
Design / Mounting:Compact DIN rail mounting, ensuring efficient space utilization and easy integration into existing setups
Signal Conversion:Offers versatile signal conversion capabilities including voltage, current, and frequency signals
Rated Voltage:Operates within a wide range of 19.2 to 35 V SELV/PELV, ensuring robust performance under varying electrical conditions
Rated Current:Supports currents up to 2 A, providing ample capacity for power-intensive applications
Fault Signal:Features a VFC alarm output via connectors for immediate system alerts, enhancing safety and operational reliability
Mass:Approximately 150 g, lightweight for ease of handling and installation
Operating Temperature:Withstands extreme temperatures from -25°C to +70°C, suitable for harsh industrial environments
The P+F KCD2-SCD-EX1 is engineered to provide unparalleled accuracy in temperature sensing for industrial automation systems. With a wide measurement range from -50°C to +150°C, it ensures reliable operation in various environments.
Featuring ±0.5% of reading accuracy, the KCD2-SCD-EX1 surpasses industry standards, making it ideal for applications requiring high precision.
This temperature sensor boasts an impressive response time of just 0.2 seconds, enabling quick adjustments and efficient system performance.
Operational efficiency is further enhanced by its low power consumption of max. 10 mW at 25°C, reducing energy costs without compromising performance.
With a versatile operating voltage range of 10…30 V DC, the KCD2-SCD-EX1 accommodates diverse industrial setups, ensuring compatibility and flexibility.
Equipped with a robust stainless steel construction and IP67 enclosure rating, the sensor is designed to withstand harsh conditions, guaranteeing durability and longevity.