Omega DPF64-SQRT Temperature Sensor

Operating Range:0°C to 500°C

Accuracy:+/- 0.1°C (max.)

Response Time:0.5 seconds

Input Type:4-20mA, 0-10V

Output Type:2 x Solid State Relays, 1 x SSR

Communication Interface:RS-485 Modbus RTU

Power Supply:12V DC to 24V DC

    The Omega DPF64-SQRT is a high-performance process control module designed for accurate and consistent temperature monitoring and control across various industrial settings. Its exceptional precision, even within extreme temperatures, makes it an indispensable tool in industries requiring stringent thermal management.

    Featuring a wide operational range from -40°C to 150°C, the DPF64-SQRT ensures reliability in cold storage facilities, chemical processing plants, and other environments where temperature fluctuations are common. The device’s 0.01°C resolution and +/- 0.25°C accuracy at 25°C guarantee minimal error margins, critical for maintaining product quality and operational efficiency.

    Equipped with a fast response time of just one second, the DPF64-SQRT enables swift adjustments to maintain desired temperatures, enhancing process stability. Its flexible voltage range of 12V DC to 24V DC supports diverse power sources, ensuring compatibility across multiple systems.

    Offering versatile output types including 4-20mA, 0-10V, or relay output, the DPF64-SQRT facilitates seamless integration with existing control systems, providing both analog and digital communication options. Its Modbus RTU protocol further simplifies data exchange and system management.

    With an IP65 enclosure rating, the DPF64-SQRT is dustproof and splash-proof, suitable for use in harsh outdoor conditions or areas with frequent water exposure. Its compact dimensions of 90mm x 55mm x 25mm make it easy to install and integrate into tight spaces without compromising performance.

    Backed by Omega’s commitment to quality and customer support, the DPF64-SQRT comes with comprehensive documentation and technical assistance, ensuring users can easily implement and optimize its use for their specific applications.