The SANSEL Jumbo Process Indicator provides large, high-visibility display for monitoring industrial parameters. Designed for long-distance readability, it supports multiple inputs including temperature, pressure, and flow. With advanced ADC and communication options, it ensures accurate and reliable performance in harsh environments.

The SANSEL High Precision Pressure Calibrator ensures accurate calibration of pressure instruments used in industrial systems. It is essential for maintaining safety, reliability, and compliance in energy, manufacturing, and process industries. Designed for precision and durability, it supports calibration labs and field operations.

The SANSEL TDS Controller and Transmitter provides accurate monitoring and control of total dissolved solids in liquids. With MODBUS communication and analog output, it integrates easily with PLC systems. Suitable for water treatment and industrial processes, it ensures stable and precise measurement performance.

The SANSEL Online pH ORP Indicator is a compact panel-mounted instrument designed for accurate measurement of pH and ORP. With rugged construction and wide power supply compatibility, it ensures reliable operation in industrial environments. Its simple calibration and user-friendly interface make it ideal for continuous monitoring applications.

The SANSEL pH Controller and Transmitter offers accurate measurement and control of pH levels in various industrial applications. Equipped with 4–20mA output and RS485 MODBUS communication, it integrates seamlessly with automation systems. It supports industrial pH sensors and temperature compensation, ensuring reliable performance in chemical, food, and wastewater industries.

The SANSEL ORP Controller and Transmitter is designed for precise oxidation-reduction potential measurement in industrial applications. It provides reliable monitoring and control with 4–20mA output and MODBUS communication. Suitable for water treatment, chemical processing, and textile industries, it ensures accurate performance using industrial-grade platinum sensors and robust design.

The SANSEL Online TDS and Conductivity Indicator provides reliable measurement of total dissolved solids and conductivity in liquids. Designed with solid-state electronics, it ensures high accuracy and durability. This instrument is ideal for monitoring water quality in drinking water systems, wastewater treatment, and industrial processes. Its simple operation and stable performance make it a preferred choice for continuous monitoring applications.

The SANSEL Flow Indicator and Totalizer supports analog inputs such as 4–20mA and voltage signals, making it suitable for a wide range of flow sensors. It ensures precise measurement of flow rate and total flow with advanced programmable features. Equipped with EEPROM memory and power failure recovery, it guarantees uninterrupted operation. Its selectable linear and square root conversion enhances flexibility for various industrial flow measurement applications.

The SANSEL Flow Indicator Controller and Totalizer is engineered for precise flow measurement using pulse output sensors. Designed with microcontroller-based electronics, it provides accurate flow rate and total flow indication. With features like inline calibration, EEPROM memory, and power failure data retention, it ensures continuous and reliable operation. Ideal for industries such as water management, chemical processing, and agriculture, this device offers flexibility, durability, and high performance.

The SANSEL Conductivity Controller and Transmitter is designed for accurate monitoring, controlling, and transmission of conductivity in water-based applications. It measures the ionic concentration in liquids, ensuring precise analysis for industrial processes. Equipped with 4–20mA output and RS485 MODBUS RTU communication, it seamlessly integrates with PLC, HMI, and data logging systems. Suitable for water treatment plants, chemical processing, and food industries, this device ensures stable performance, user-friendly operation, and reliable conductivity control across diverse applications.