<p>The Stainless Steel Sensor from the 18.605 G Series is a robust and reliable choice for industrial and commercial applications, designed to deliver precise performance in challenging environments. Its output type of 4-20 mA ensures compatibility with various control systems, making it a versatile component in automation processes.</p><p>Engineered with precision, this sensor boasts an accuracy of &lt;=160 mbar or &lt;=+/-1% FSO, providing consistent and dependable readings that are crucial for maintaining system integrity. The operational temperature range of -40 to 125 degrees Celsius highlights its adaptability across diverse conditions, ensuring functionality whether you&#39;re dealing with extreme cold or heat.</p><p>This sensor adheres to stringent standards and approvals including CE, REACH, and RoHS certifications. These endorsements confirm its compliance with environmental regulations and international safety standards, offering peace of mind regarding quality assurance.</p><p>In terms of durability, the sensor&#39;s shock resistance is rated at 100 g/1 ms while its vibration resistance stands at 10 g RMS. These specifications underline its capability to withstand harsh physical conditions without compromising on performance.</p><p>The mechanical connection features a G1/4 inch DIN 3852 fitting which facilitates straightforward integration into existing systems. Additionally, the electrical connection is via a PVC cable known for its resilience against wear and tear while ensuring seamless connectivity.</p><p>With a response time of &lt;=10 milliseconds, this sensor quickly relays information critical for real-time monitoring and adjustments in automated processes. This swift response enhances efficiency by enabling prompt reactions to changing conditions within your systems.</p><p>Overall, the Stainless Steel Sensor from the 18.605 G Series offers a compelling blend of accuracy, durability, and compliance suitable for professionals seeking reliable solutions tailored to meet rigorous technical requirements in demanding environments.</p>