Ram Automations
Website : https://ramautomations.com/
Email : info@ramautomations.com
The Dwyer PBLTX-10-50-PU Submersible Level Transmitter is engineered for precision and durability in measuring liquid levels in harsh and demanding industrial environments. Designed for continuous submersion, this level transmitter is ideal for use in tanks, reservoirs, lift stations, and wells, where accurate level monitoring is critical. It is commonly employed in industries such as water and wastewater treatment, chemical processing, and environmental systems requiring consistent and reliable performance.
The PBLTX-10-50-PU utilizes hydrostatic pressure measurement to determine the liquid level. As the liquid depth increases, the pressure on the transmitter's diaphragm also increases proportionally. This pressure is converted into a standard 4-20 mA signal output, ensuring seamless integration with control panels, data loggers, and SCADA systems. This analog signal allows operators to monitor fluid levels in real-time, improving process control and ensuring system safety.
Constructed with a robust stainless steel housing and a polyurethane-jacketed cable, the PBLTX-10-50-PU is designed for long-term operation in aggressive environments. The corrosion-resistant materials protect the internal electronics from damage caused by chemicals, moisture, and mechanical wear. The transmitter's cable is vented, allowing for accurate atmospheric pressure compensation, further enhancing measurement accuracy. Its slim profile and flexible cable allow for easy installation in confined or narrow spaces.
The Dwyer PBLTX-10-50-PU Submersible Level Transmitter is a dependable and cost-effective choice for continuous level measurement. Its rugged design, high accuracy, and ease of installation make it suitable for a wide range of applications requiring long-term, low-maintenance liquid level monitoring. Whether used in municipal water systems or industrial process tanks, this transmitter delivers consistent performance to support efficient and safe operations.