FC-202N132T7134G8772 Danfoss
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The Danfoss FC-202N132T7134G8772 belongs to the VLT FC 202 AQUA Drives series and operates with a rated power of 132 kW using three phase power. It offers 4 digital inputs, 2 digital outputs, and a maximum output frequency of 32 kHz. The drive also supports a brake power of 52 kW at 10 percent duty and features one analog output with a resolution of 8 bits.
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Product Description:
The FC-202N132T7134G8772 is a variable frequency drive engineered by Danfoss within the VLT FC 202 AQUA Drives series. It converts fixed-frequency, three-phase supply power into a regulated output waveform for centrifugal pumps and fans used in water treatment and irrigation systems. By synchronizing motor speed with current flow demand, the unit minimizes energy consumption, restricts pressure transients, and supports precise process automation. Its speed regulation allows pump output to follow changing operating requirements instead of relying on continuous full-speed operation or mechanical throttling. The drive can also coordinate motor acceleration and deceleration to reduce abrupt changes in pressure throughout the connected piping system.
Rated output capability reaches 132 kW, providing adequate capacity for large induction motors used in municipal pumping stations. The input section accepts three-phase power, and the inverter can switch at carrier frequencies up to 32 kHz to limit audible noise. One analog feedback channel provides 0.8% FS accuracy with 8-bit resolution and can drive loads with resistance as low as 500 Ω. Four standard digital inputs accept control signals up to 28 V DC, while an optional configuration increases the input count to six. Two digital outputs provide status or pulse commands for connected control equipment. An analog output mirrors selected process variables, allowing operating data to be transmitted to external monitoring or control devices.
Dynamic stopping is supported by a brake chopper that can absorb 52 kW of regenerated power at a 10% duty cycle. A 7.4 Ω brake resistor provides the preferred dissipation value, while allowable resistance values extend from a minimum of 6.6 Ω to a nominal value of 8.8 Ω. Each transistorized digital output can source up to 40 mA for operating compatible control inputs or indicator devices. Overcurrent protection is provided by an integrated thermal relay that trips at 84 A under the stated duty conditions. The brake chopper directs regenerated energy to the connected resistor during controlled deceleration, helping prevent excessive voltage in the drive’s internal DC circuit.
