The APG IRU-6429-C6 Ultrasonic Level Transmitter is a non-contact, high-accuracy level measurement device engineered for demanding industrial environments. Designed to measure liquid and solid levels with precision, it is well-suited for use in applications such as water and wastewater treatment, bulk solids storage, chemical processing, and tank level monitoring. Utilizing ultrasonic pulse technology, the IRU-6429-C6 ensures reliable, real-time measurement without direct contact with the process media, making it ideal for applications where corrosive, sticky, or hazardous substances are present.
The IRU-6429-C6 provides a consistent 4-20 mA output signal that integrates seamlessly with industrial automation systems including PLCs and SCADA platforms. This output enables continuous level monitoring and supports efficient process control and inventory management. Its advanced digital signal processing helps maintain high measurement accuracy even in the presence of foam, vapor, dust, or other environmental interferences. The sensor’s non-contact nature eliminates risks associated with clogging or fouling, reducing downtime and maintenance costs.
Built to withstand harsh operating conditions, the APG IRU-6429-C6 features a corrosion-resistant housing and robust design that ensure long-lasting performance. The transmitter maintains its precision across a wide temperature range and in dynamic process conditions, making it dependable for both indoor and outdoor installations. It is particularly effective in applications where traditional mechanical level sensors are unsuitable or prone to failure.
With an IP67 environmental protection rating, the APG IRU-6429-C6 Ultrasonic Level Transmitter is well protected against dust, moisture, and water ingress. Its easy-to-install design and minimal maintenance requirements make it a preferred solution for operators seeking durability, reliability, and precision. The IRU-6429-C6 combines advanced ultrasonic technology with rugged construction to deliver superior performance in industrial level monitoring tasks.
