TT3000 sensor cable (for detecting leaks of chemical substances)
Specialized for leakage monitoring of conductive liquids for chemical agents.
Over 30,000 delivery achievements worldwide! Detects leakage points precisely and prevents leakage accidents before they occur!
The TT3000 is a TraceTek sensor cable specifically designed for leak detection of conductive liquids, including acidic and alkaline solutions. It is suitable for monitoring leaks of various chemicals such as sulfuric acid, hydrochloric acid, nitric acid, acetic acid, and caustic soda (sodium hydroxide), as well as other conductive process liquids. While the TraceTek series has dedicated sensors for specific liquid types like pure water and hydrocarbons, the TT3000's major feature is its ability to monitor a wide range of conductive liquids with a single type of sensor cable. This reduces the need to switch between different cables for different liquid types, allowing for flexible application in various settings such as chemical plants, pharmaceutical warehouses, research facilities, and production equipment. Additionally, since the entire length of the sensor cable serves as the detection area, it enables extensive leak monitoring around pipes, tanks, pumps, and valves. Furthermore, when combined with detectors, it can also pinpoint the location of leaks, contributing to rapid inspection and recovery. In terms of risk management for leaks of conductive liquids, the TT3000 is a reliable leak detection solution that combines high detection performance with flexible applicability.
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basic information
■ Abundant Implementation Track Record and High Reliability With over 30,000 implementations worldwide, we achieve high reliability through Raikem's unique conductive polymer technology. ■ Easy Installation and Maintenance Smooth operation from installation to operation due to simple and easy-to-understand usability. Adjustments and maintenance on-site are also easy. ■ High-Precision Leak Location Detection The entire sensor cable serves as the detection area, allowing for high-precision identification of leak locations. This supports rapid inspection and recovery operations. ■ Highly Scalable System Configuration Supports a wide monitoring range from 1m to 1,500m. It can flexibly accommodate equipment expansions and layout changes. ■ Integration with Higher-Level Systems Compatible with relay output and 4-20mA analog output, enabling integration with PLCs, BMS, and monitoring systems. For more details, please contact Technokashiwa.
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Applications/Examples of results
【Examples of Use】 ○ Semiconductor and LCD factories ○ On-site power generation equipment for buildings and factories ○ DC (Internet Data Center), computer rooms, data processing centers ○ Buried piping ○ Piping and tanks in chemical plants, pharmaceutical factories, and other plants ○ Art museums, museums, libraries ○ Banks, hospitals, telecommunication offices ○ Soil contamination prevention measures Others *For more details, please contact us.
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Company information
Our company is an engineering firm specializing in electric heaters. We started by handling Raychem self-regulating heaters for preventing water pipe freezing. Since then, we have accumulated technology and have undertaken numerous projects from design to construction for fields requiring strict temperature control, such as petrochemicals, food factories, and the power generation industry, including process insulation for piping and tanks. In addition to self-regulating electric heaters with a maximum holding temperature of 150°C, we also handle higher temperature power-limited heaters, MI heaters, and sheath heaters. Currently, the mainstream for process insulation in manufacturing sites is steam or hot water, which consumes large amounts of fossil fuels. However, due to environmental issues and unstable energy costs, there is an increasing number of manufacturing professionals focusing on electric heating.
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