SIGNET SCIENTIFIC 159001553

The 159000943 is a flat pH electrode manufactured by SIGNET SCIENTIFIC. With a 3K ohm TC and a replacement option of 3-2744-1, this electrode is designed for accurate and reliable pH measurements. Its 3K ohm TC ensures stable and consistent readings. The 159000943 is a high-quality and durable electrode that provides precise pH measurements.

The 3-2850-51-41 is a 2841 electrode with a 1.0 cell and S3L output, manufactured by SIGNET SCIENTIFIC. Its NPT threads and compact dimensions make it suitable for various applications. The 3-2850-51-41 is a high-quality and durable electrode for precise and accurate measurements.

The 3-2841-1 is a conductivity electrode cable with a 1.0 cell constant, a 316SS electrode, and dual 3/4" NPT connections, compatible with the 9900 transmitter, manufactured by SIGNET SCIENTIFIC. This cable is designed for easy installation and secure connections. With its durable construction and precise cell constant, it ensures accurate and reliable conductivity measurements. Perfect for industrial and scientific applications, the 3-2841-1 conductivity electrode cable is a valuable accessory for the 9900 transmitter.

The 3-8051 is an integral mounting kit for flow sensors with NPT threads, made of Valox, manufactured by SIGNET SCIENTIFIC. It offers a secure and convenient solution for mounting flow sensors. With its durable construction and easy installation, this integral mounting kit ensures reliable and stable sensor positioning. Its corrosion resistance and high-temperature tolerance make it suitable for various industrial applications. Ideal for flow measurement and control, this integral mounting kit ensures accurate and precise sensor placement.

The 159000082 is a 0.01 conductivity sensor with a titanium body, designed for 2-inch pipe size. Manufactured by SIGNET SCIENTIFIC, this conductivity sensor offers accurate and reliable measurement of conductivity in various liquid solutions. With its high-quality construction and chemical resistance, this conductivity sensor ensures long-lasting durability and stable performance. Ideal for water treatment and industrial processes, this conductivity sensor provides precise and consistent conductivity readings.

The 159000083 is a sanitary titanium electrode with a 0.01μS/cm conductivity rating, manufactured by SIGNET SCIENTIFIC. This electrode is certified and provides accurate measurement in sanitary applications. Its high-quality construction ensures durability and reliability, making it a valuable addition to any system.

The 159000081 is a 0.01μS/cm conductivity sensor with a titanium body, designed for 1-inch pipe size. Manufactured by SIGNET SCIENTIFIC, this conductivity sensor offers accurate and reliable measurement of conductivity in various liquid solutions. With its high-quality construction and chemical resistance, this conductivity sensor ensures long-lasting durability and stable performance. Ideal for water treatment and industrial processes, this conductivity sensor provides precise and consistent conductivity readings.

The 3-2777-1, also known as the 159000962, is a bulb ORP electrode without a temperature compensation feature. Manufactured by SIGNET SCIENTIFIC, this electrode ensures accurate and reliable ORP measurement. Its high-quality construction and compatibility with various systems make it an essential component for precise data collection.

The 159001551 is a 3K BALCO pH electrode with a bulb tip and a 3/4-inch NPT thread, designed for HF resistance. Manufactured by SIGNET SCIENTIFIC, this pH electrode offers accurate and reliable measurement of pH in harsh environments. With its high-quality construction and chemical resistance, this pH electrode ensures long-lasting durability and stable performance. Ideal for industrial and chemical applications, this pH electrode provides precise and consistent pH readings.

The 159000090, also known as the 3-2820-S2, is a 0.1 cell 316SS electrode with a sanitary tri-clamp connection. Manufactured by SIGNET SCIENTIFIC, this electrode is designed for accurate and precise measurement in sanitary applications. Its high-quality construction and compatibility with various systems make it an essential component for optimal performance.