SANSEL flow indicator and totalizer supports analog input sensors for accurate flow measurement. It provides reliable readings for both flow rate and total flow. The instrument features programmable calibration and configuration options. Non-volatile memory ensures data safety during power loss. It supports linear and square root conversion for better accuracy. It is ideal for industrial and process applications.

SANSEL flow indicator controller and totalizer is designed for accurate measurement of flow rate and total flow. It supports pulse output sensors for versatile applications. Microcontroller-based design ensures reliable performance. Non-volatile memory protects data during power failure. Programmable features enhance flexibility and usability. It is widely used in water and industrial flow measurement systems.

SANSEL conductivity controller and transmitter provides accurate monitoring and control of conductivity in water systems. It supports analog output and communication for integration with PLC and SCADA systems. The device ensures reliable measurement using industrial sensors. It is suitable for water treatment and chemical industries. Advanced features improve safety and efficiency. It delivers consistent performance in process monitoring applications.

SANSEL medium range dry block calibrator provides accurate and stable temperature calibration for industrial applications. It ensures fast heating and cooling performance. The instrument supports calibration of multiple sensors simultaneously. Interchangeable inserts improve flexibility and usability. Compact design allows easy handling in field conditions. It is widely used in process industries and laboratories.

SANSEL low temperature dry block calibrator is designed for accurate calibration at sub-zero temperature ranges. It offers stable performance and high precision measurement. The instrument supports multiple sensor calibration with interchangeable inserts. Lightweight design ensures portability for field applications. It is ideal for food and pharmaceutical industries. This calibrator ensures reliable temperature calibration results.

SANSEL high temperature dry block calibrator is designed for precise calibration in extreme temperature ranges. It provides stable and accurate performance for industrial environments. The instrument supports calibration of thermocouples and RTD sensors. Interchangeable inserts allow flexibility for different sensor sizes. Compact and portable design ensures ease of use. It is ideal for glass, steel, and process industries.

SANSEL TDS conductivity meter offers accurate measurement of TDS, conductivity, and temperature in a single unit. It features advanced microprocessor-based design for precise readings. The instrument supports automatic temperature compensation. User-friendly interface ensures easy operation and calibration. It is suitable for laboratory and industrial applications. This device enhances efficiency in water quality analysis.

SANSEL digital nephelometer is designed for precise measurement of turbidity in water samples. It detects suspended particles using advanced optical technology. The instrument provides accurate and reliable readings for quality control. It is essential for ensuring clarity in drinking water and industrial processes. The compact design ensures ease of use and maintenance. It is widely used in laboratories and water treatment facilities.

SANSEL TDS meter is designed for accurate determination of total dissolved solids in water. It provides fast and reliable measurement for various water samples. The instrument uses advanced circuitry for stable performance. It supports multiple range selection for different applications. Ideal for testing drinking water, wastewater, and industrial liquids. It ensures consistent results for water quality monitoring.

SANSEL pH and ORP meter offers high accuracy measurement of pH, ORP, and temperature in a single unit. It features a clear LCD display showing multiple parameters simultaneously. The instrument supports automatic and manual temperature compensation. Easy calibration steps improve usability and efficiency. Advanced electronics ensure reliable and stable performance. It is suitable for laboratory and industrial monitoring applications.