The ORP Controller and Transmitter is designed for accurate monitoring, controlling, and transmitting oxidation-reduction potential in critical industrial processes. Built for continuous online measurement, it supports reliable signal output and digital communication for seamless integration with PLCs, HMIs, and data logging systems. This controller ensures stable and precise ORP measurement using industrial platinum sensors, making it ideal for water treatment, chemical processing, food production, wastewater treatment, textile industries, and neutralization processes. Its rugged construction, safety protections, and user-friendly interface make it suitable for harsh industrial environments.

This online TDS and conductivity monitoring indicator provides fast and accurate measurement of dissolved solids in liquids. Built using reliable solid-state technology, it ensures stable performance in water treatment, wastewater processing, and industrial testing applications. The fixed measurement range and robust design make it ideal for continuous monitoring of water quality.

This analog flow indicator and totalizing system supports current and voltage output flow sensors for reliable flow monitoring. Advanced signal processing ensures accurate flow rate and total flow measurement. With programmable configuration and data retention during power loss, it is well suited for industrial automation environments.

This online conductivity measurement system offers real-time monitoring and control for water treatment, chemical processing, and food industries. It supports industrial conductivity sensors and temperature compensation, ensuring accurate and reliable readings. User-friendly configuration and robust design make it ideal for continuous industrial applications.

This industrial conductivity controller and transmitter provides accurate measurement and control of water conductivity in process applications. It ensures reliable monitoring of dissolved ions in water systems, helping maintain quality and process efficiency. Designed for continuous operation, it integrates easily with automation systems and supports stable signal transmission.

This high precision pressure calibration instrument is designed for accurate verification of pressure gauges, sensors, transmitters, and indicators. Regular pressure calibration is essential for operational safety, regulatory compliance, and equipment reliability. This calibrator delivers dependable performance for energy production, material processing, and calibration laboratories where precise pressure measurement is mandatory.

This high temperature infrared calibration system generates a stable and accurate reference source for calibrating infrared thermometers and pyrometers. Advanced control algorithms ensure precise temperature stability, while the intuitive touch interface simplifies operation. It is widely used in steel plants, foundries, and high-temperature process industries where accurate infrared measurement is critical.

This infrared black body calibration source is designed for accurate calibration of infrared thermometers and non-contact temperature sensors. It provides stable emissivity and precise temperature control, ensuring repeatable calibration results. The portable and rugged design makes it suitable for both laboratory and field applications, supporting quality assurance and process validation requirements.

This industrial dry block temperature calibration equipment is built for demanding calibration tasks in manufacturing and quality control environments. It provides consistent temperature uniformity and stable performance, ensuring accurate sensor verification. The rugged design, interchangeable inserts, and intuitive controls make it suitable for continuous industrial use where reliability and accuracy are essential.

This portable dry block temperature calibrator is engineered for quick and reliable calibration of temperature sensors in process industries. It delivers excellent thermal stability, fast response, and consistent accuracy across repeated calibration cycles. Designed for ease of use and transport, it enables maintenance engineers to perform on-site temperature verification efficiently, reducing downtime and improving process reliability.