Carlo Gavazzi transducers provide accurate conversion of electrical or physical measurements into standardized output signals for monitoring and control. Designed for precise measurement of parameters such as current, voltage, power, frequency, or temperature, these transducers ensure reliable data for automation systems. Their robust design allows dependable operation in demanding industrial environments. They help improve system diagnostics, process stability, and equipment protection.
Carlo Gavazzi transducers are engineered to convert electrical and physical parameters into usable analog or digital signals for industrial monitoring and automation systems. Whether measuring current, voltage, power, frequency, temperature, or phase conditions, these transducers deliver highly accurate, stable, and noise-resistant outputs that ensure proper system operation. They serve as essential interface devices between sensors, machinery, and PLCs, allowing seamless communication and real-time monitoring.
Built for long-term reliability, Carlo Gavazzi transducers feature rugged housings, high immunity to electrical disturbances, and excellent measurement stability. Their wide range of models includes single-phase and three-phase monitoring, True RMS measurement, power factor detection, and energy supervision. With flexible mounting options and universal outputs, they integrate easily into control panels, process systems, and automation networks. Carlo Gavazzi transducers deliver the precision, durability, and compatibility required for modern industrial applications.
| Additional Information – Transducers (Carlo Gavazzi) | |
|---|---|
| Measurement Capabilities | Current, voltage, power, frequency, temperature, phase rotation, power factor, and energy parameters. |
| Output Types | Standard analog outputs such as 0–10 V, 4–20 mA, and digital signals for PLC integration. |
| Accuracy | Delivers high measurement precision with low drift, ensuring stable long-term performance. |
| Environmental Resistance | Designed for industrial use with strong immunity to electrical noise, temperature variation, and vibration. |
| Typical Applications | Energy monitoring, motor control, power distribution, automation systems, and industrial process supervision. |
| Mounting Options | Available in DIN-rail and panel-mount versions for easy installation in control cabinets. |
| Signal Conversion | Converts raw electrical or physical measurements into standardized control-friendly output signals. |
| System Integration | Compatible with PLCs, energy meters, monitoring relays, SCADA systems, and automation controllers. |
| Reliability | Robust construction ensures long service life and dependable performance in demanding environments. |
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Website Updated On : 01 December 2025
