E.G.O 55.34024.060 Thermostat

Product: E.G.O 55.34024.060 – Three-Pole Reset Thermostat

Features & Benefits

• Three-Phase Switching: Controls three separate circuits or phases — ideal for heavy-duty or industrial heating systems.

• Wide Temperature Range: Operates effectively between 32 °C and 110 °C for versatile applications.

• Capillary Probe Design: Allows flexible sensor placement and reliable remote temperature sensing.

• Adjustable & Compatible: Easy to retrofit into existing systems with adjustable temperature settings.

• Durable Construction: Manufactured by E.G.O, ensuring precision, long service life, and consistent performance.

Typical Applications

• Commercial and industrial ovens

• Hot cupboards and bain-marie systems

• Water heating systems and hot plates

• Industrial cooktops and fryers

• HVAC and environmental control units requiring multi-circuit temperature control

Installation & Usage Tips

• Connect wiring according to the 3-pole configuration.

• Mount the sensor probe securely at the correct sensing location.

• Avoid bending or damaging the capillary tube to ensure accurate temperature response.

• Adjust the shaft knob within its full rotation range (270°) for desired temperature control.

• Verify proper switching and hysteresis during commissioning to maintain accurate control.

Important Notes

• Check compatibility of voltage and current rating before installation.

• Confirm physical dimensions of probe and shaft match your system’s design.

• Three-pole models are recommended for three-phase systems; for single-phase systems, verify suitability.

• Not suitable for applications exceeding 110 °C.

• Capillary thermostats offer precise but slower temperature response than electronic sensors.

Summary

The E.G.O 55.34024.060 Thermostat is a reliable, three-pole capillary temperature controller designed for demanding industrial and commercial heating applications. With a wide sensing range of 32 °C to 110 °C and durable German engineering, it delivers consistent temperature regulation, flexibility, and long-term performance for multi-phase heating systems.