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Industrial pH ORP Controllers Designed for Korea’s High Standards of Accuracy and Reliability South Korea is one of Asia’s most advanced industrial markets, known for its strict quality control, high automation levels, and strong environmental regulations.In industries such as water treatment, ... Read More
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While digital protocols are popular, single-channel analog conductivity sensors remain a staple in industrial automation due to their "zero-latency" performance and ease of troubleshooting. An analog sensor provides a continuous linear signal (often 4-20mA) to the controller, which is then ... Read More
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In industries like biotechnology, pharmaceuticals, and dairy processing, equipment must undergo rigorous cleaning and sterilization. Clean-in-Place (CIP) and Steam-in-Place (SIP) routines often expose sensors to harsh chemicals and extreme thermal loads. To survive these conditions, a conductivity ... Read More
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For many industrial operators, the simplicity and reliability of a single-channel analog system are preferable to complex multi-probe networks. An analog conductivity sensor provides a continuous, real-time signal to the controller, which is essential for "closed-loop" process control. For instance, ... Read More
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In chemical processing and laboratory environments, conductivity sensors are often exposed to substances that would quickly degrade metal components. PSS (Polysulfone) and ABS are high-performance plastics that offer excellent resistance to a wide variety of acids, alkalis, and salts. PSS, in ... Read More
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Desalination processes, whether through Reverse Osmosis (RO) or distillation, require robust sensors to monitor the transition from high-salinity seawater to fresh drinking water. For the initial stages, a sensor with a high measuring range of 0 to 200 mS/cm is required to handle the high ionic ... Read More
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In the food, beverage, and pharmaceutical industries, the requirements for sensing equipment go far beyond simple measurement accuracy. Sensors must be constructed from materials that are "hygienic," meaning they must have smooth surfaces to prevent bacterial growth and be made of non-toxic ... Read More
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Managing the water chemistry in cooling towers and boilers is a balancing act between preventing scale and avoiding corrosion. For these applications, the conductivity range of 5 to 2000μS/cm or 0 to 10mS/cm is typically the most effective. These ranges allow operators to monitor the concentration ... Read More
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Temperature is one of the most influential factors in the measurement of liquid conductivity. As the temperature of a solution increases, the mobility of its ions also increases, leading to a higher conductivity reading even if the chemical concentration remains unchanged. To counteract this, a ... Read More
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Industrial wastewater is often a harsh environment characterized by corrosive chemicals, varying pH levels, and suspended solids. When selecting a conductivity sensor for these applications, the housing material must be durable enough to withstand chemical attack. While stainless steel is excellent ... Read More
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