<p>For professionals in the industrial and commercial sectors seeking a reliable and robust pressure sensing solution, the Ceramic Sensor from the 26.600 G series offers an impressive balance of performance and durability. This sensor is engineered for precision with an accuracy of 0.5% Full Scale Output (FSO), making it ideal for applications where exact measurements are crucial.</p><p>The sensor operates efficiently across a wide temperature range from -40 to 125 degrees Celsius, ensuring dependable performance even under extreme conditions. Its output type is standardized at 4-20 mA, a common industrial signal that facilitates easy integration into existing systems.</p><p>Built to withstand rigorous environments, this ceramic sensor boasts a shock resistance of 500 g/1 ms, providing resilience against mechanical impacts. The mechanical life is rated at an impressive ten million operations, underscoring its longevity and reliability in continuous use scenarios.</p><p>With a rated pressure capacity of up to 400 bar, this sensor is suitable for high-pressure applications commonly encountered in industrial settings. The mechanical connection features a standard 1/2 inch NPT fitting, allowing for straightforward installation into various system configurations.</p><p>The seal material used is FKM (fluoroelastomer), known for its excellent chemical resistance and ability to maintain integrity under harsh conditions. This ensures that the sensor remains leak-free and operational over extended periods.</p><p>Compliance with CE, cULus, REACH, and RoHS standards highlights its adherence to international safety and environmental regulations—providing peace of mind regarding product quality and sustainability.</p><p>Additionally, the response time of less than or equal to 10 milliseconds ensures quick feedback within control systems—a critical feature when timing is essential for process adjustments or safety protocols.</p><p>Overall, this Ceramic Sensor from the 26.600 G series stands out as a robust choice for professionals who require precise measurement capabilities coupled with durability in demanding environments without compromising on compliance or ease of integration into their existing infrastructure.</p>