Danfoss FC 202 Frequency Inverter, 0.55 kW, 3-phase, 3 x 380-480 VAC, IP55, compact model
* Images are for illustrative purposes only and may not exactly represent the final product
Danfoss FC 202 Frequency Inverter, 0.55 kW, 3-phase, 3 x 380-480 VAC, IP55, compact model
Danfoss FC 202 is a frequency inverter for water treatment, district heating and HVAC pump systems. With 0.55 kW output power and 3-phase 3 x 380-480 VAC supply, this model is dimensioned for applications with corresponding motor output. The ip55 enclosure provides weather resistance and makes this model suitable for installation without an external cabinet in covered or lightly protected environments.
Danfoss FC 202 is a specialized AQUA Drive with cascade control for up to 8 pumps, integrated dry-run protection and leak detection. BACnet MS/TP, Modbus RTU and PROFIBUS DP enable direct integration into SCADA systems and building automation.
This version is also equipped with a compact IP55 version with reduced external dimensions compared with the standard model, enabling installation in confined spaces without compromising the enclosure.
Get a personal price quote
We tailor the price to your project, so you get the best solution for your needs.
Benefits
Product description
Danfoss FC 202 is a frequency inverter for water treatment, district heating and HVAC pump systems. With 0.55 kW output power and 3-phase 3 x 380-480 VAC supply, this model is dimensioned for applications with corresponding motor output. The ip55 enclosure provides weather resistance and makes this model suitable for installation without an external cabinet in covered or lightly protected environments.
Danfoss FC 202 is a specialized AQUA Drive with cascade control for up to 8 pumps, integrated dry-run protection and leak detection. BACnet MS/TP, Modbus RTU and PROFIBUS DP enable direct integration into SCADA systems and building automation.
This version is also equipped with a compact IP55 version with reduced external dimensions compared with the standard model, enabling installation in confined spaces without compromising the enclosure.
