The APG PT-500-C-20-PSI-G-L1-E0-P39-60-N0 Submersible Level Transmitter is a rugged and accurate solution engineered for level measurement in dirty liquid environments. With a 20 PSI pressure range, this transmitter is ideal for monitoring deeper tanks, pits, and containment areas in industrial and municipal applications. It is specifically designed for use in wastewater treatment plants, slurry tanks, and chemical processing systems where the liquid medium contains solids, particulates, or corrosive elements. The reliable 4-20 mA output ensures real-time, continuous monitoring that can be seamlessly integrated with existing control and automation systems.
Built for performance in demanding conditions, the PT-500-C-20-PSI-G-L1-E0-P39-60-N0 features a corrosion-resistant stainless steel housing and a durable sensing diaphragm designed to withstand exposure to abrasive and contaminated media. The transmitter's robust construction provides long-term reliability, even in applications where buildup and fouling are common. Its design prevents ingress of moisture and debris, offering superior protection and reduced maintenance, even in challenging submersible installations.
This model includes a vented cable with strain relief to stabilize readings against fluctuations in atmospheric pressure, ensuring precise and stable level output over time. The transmitter is compact and simple to install, with flexible deployment in wells, reservoirs, tanks, or other confined spaces. Additionally, built-in lightning protection helps guard the system from voltage surges in exposed environments, increasing the safety and resilience of the installation.
The APG PT-500-C-20-PSI-G-L1-E0-P39-60-N0 Submersible Level Transmitter delivers accurate and dependable level measurement in dirty liquid applications. Its 20 PSI rating, 4-20 mA output, and rugged construction make it an essential instrument for industries handling aggressive or contaminated fluids. From wastewater to process chemicals, this transmitter offers consistent data for effective system monitoring and control.