Analog voltage temperature transducer [0-10v], PDT Max-AT-2U MAX-AT-2U

Analog temperature transducer [0-10V]

This voltage temperature transducer with a measurement range of -50°C to 100°C converts the temperature value measured by an external sensor into a standard 0-10V voltage signal. The device is designed to work with resistive temperature sensors, such as KTY81-210 or their equivalents. The output signal allows for easy integration with control and monitoring systems.

Versatile application and easy installation

The Max-AT-2U transducer is ideal for use in building automation systems, industrial process monitoring, and HVAC (heating, ventilation and air conditioning) applications. The possibility of mounting in a flush-mount box (diameter 60mm) ensures discreet installation. A power supply in the range of 9-30 V DC ensures compatibility with a wide range of voltage sources.

Precision and reliability

The transducer is characterized by high measurement accuracy, amounting to ±1.5°C. The error of the output signal processing does not exceed ±0.5%. This ensures reliable temperature readings even in demanding working conditions. Remember to limit the length of signal wires to 20 meters to maintain measurement accuracy.

• Wide measurement range: from -50°C to 100°C – allows for use in various environments.

• Standard output signal: 0-10V – ensures compatibility with most control and data acquisition systems.

• Low power consumption: only 0.8W power consumption – minimizes the impact on the energy balance of the system.

• Compact dimensions: diameter 55mm and height 13mm – facilitate installation in limited space.

• Operating temperature: -20°C to 50°C – enables operation in typical industrial and commercial conditions.

• Screw terminals: connection using 2.5 mm² screw terminals with a tightening torque of 0.4 Nm ensures a safe and durable electrical connection.

Remember to select the appropriate temperature probe (available separately), e.g. RT or RT2 probes from F&F FILIPOWSKI, to ensure optimal performance of the entire measurement system.