Danfoss
131B9225
Variable Speed / Frequency Drive (VSD/VFD) / Inverter - Danfoss (VLT AQUA FC 202) - Configuration code FC-202P5K5T2E21H2XGXXXXSXXXXAXBXCXXXXDX - Rated input voltage (3-Phase) 200Vac-240Vac - Rated power (normal duty) 5.5kW / (heavy duty) 3.7kW / (normal duty) 7.5HP / (heavy duty) 5HP / (normal duty) 8.7kVA / (heavy duty) 6kVA - Rated output current 24.2A (200-240Vac; normal duty) - Frequency (output) 0-590Hz - Frame size B1 - IP21 / UL type 1 / NEMA 1 - with RFI-filter Class A2 (C3) - with FC protocol; Modbus RTU communication capability - with coated PCB (Class 3C2)
This product is currently in stock. As availability may change very fast due to demand, please order this product as soon as possible to secure your order availability.
Brand
SKU
131B9225
Please add this item to cart to request a quote.
This product is currently in stock. As availability may change very fast due to demand, please order this product as soon as possible to secure your order availability.
131B9225Danfoss - VLT AQUA FC 202
Description
Variable Speed / Frequency Drive (VSD/VFD) / Inverter - Danfoss (VLT AQUA FC 202) - Configuration code FC-202P5K5T2E21H2XGXXXXSXXXXAXBXCXXXXDX - Rated input voltage (3-Phase) 200Vac-240Vac - Rated power (normal duty) 5.5kW / (heavy duty) 3.7kW / (normal duty) 7.5HP / (heavy duty) 5HP / (normal duty) 8.7kVA / (heavy duty) 6kVA - Rated output current 24.2A (200-240Vac; normal duty) - Frequency (output) 0-590Hz - Frame size B1 - IP21 / UL type 1 / NEMA 1 - with RFI-filter Class A2 (C3) - with FC protocol; Modbus RTU communication capability - with coated PCB (Class 3C2)
Specifications
Primary brand
Danfoss
Main function
Variable Speed / Frequency Drive (VSD/VFD) / Inverter
Product series / family name
VLT AQUA
Sub-range name
FC 202
Network frequency
(input) 50-60 Hz
(output) 0-590 Hz
(output) 0-590 Hz
Functions
Variable Speed / Frequency Drive (VSD/VFD) / Inverter
Supply voltage (AC)
200Vac-240Vac
Type of network
3-Phase
Rated current
24.2A (200-240Vac; normal duty)
16.7A (200-240Vac; heavy duty)
16.7A (200-240Vac; heavy duty)
Rated active power (kW)
(normal duty) 5.5kW
(heavy duty) 3.7kW
(heavy duty) 3.7kW
Rated power (HP)
(normal duty) 7.5HP
(heavy duty) 5HP
(heavy duty) 5HP
Communication protocol
FC protocol
Modbus RTU
Modbus RTU
Digital inputs
1 x digital input (FWD)
1 x digital input (REV)
1 x digital input (External fault)
3 x digital inputs (programmable)
1 x digital input (REV)
1 x digital input (External fault)
3 x digital inputs (programmable)
Digital outputs
1 x digital output (open collector)
Analog inputs
2 x analog inputs (0-20mA / 4-20mA / 0-10V DC)
Analog outputs
1 x analog output (0-20mA / 4-20mA / 0-10V DC)
Degree of protection
IP21
UL type 1
NEMA 1
UL type 1
NEMA 1
Chemical resistance
coated PCB (Class 3C2)
Technology used in component
RFI-filter Class A2 (C3)
Display
Graphical local control panel (LCP 102)
Current consumption
(200-240Vac; normal duty) 22 A
(200-240Vac; heavy duty) 15 A
(200-240Vac; heavy duty) 15 A
Rated apparent power (S)
(normal duty) 8.7 kVA
(heavy duty) 6 kVA
(heavy duty) 6 kVA
Power dissipation/losses
310 W
Application type
Water distribution and booster pumps
Wastewater Lift stations
Aeration blowers
Irrigation pumps
Wastewater Lift stations
Aeration blowers
Irrigation pumps
Order code / Manufacturer SKU
FC-202P5K5T2E21H2XGXXXXSXXXXAXBXCXXXXDX
Manufacturer product status
Commercialized
Benefits
Less panel space
Direct outdoor installation
Long cable capability as standard
Reduce air conditioning investment
Integrated harmonic mitigation
Printed circuit board protection as standard
Easy commissioning
Minimum 10 years’ lifetime
Direct outdoor installation
Long cable capability as standard
Reduce air conditioning investment
Integrated harmonic mitigation
Printed circuit board protection as standard
Easy commissioning
Minimum 10 years’ lifetime
Degree of pollution
2
Related Documents
| Name | Last Update | Language |
|---|---|---|
| Danfoss - VLT - AQUA drive - FC 202 - Design guide.pdf | 29 Nov 2018 | English (US) |
| Danfoss - VLT - AQUA drive - FC 202 - Selection guide.pdf | 29 Nov 2018 | English (US) |