SFA 400/32

All-pole sine filter SFA 400

Version SFA 400/32
Rated voltage max. 3 x 400 Vac Rated current 32 A for motor rated output approx. 20.12 HP
Version Rated voltage Rated current for motor rated output approx.
SFA 400/1,3 max. 3 x 400 Vac 1.3 A 0.74 HP
SFA 400/2,5 max. 3 x 400 Vac 2.5 A 1.48 HP
SFA 400/4 max. 3 x 400 Vac 4 A 2.01 HP
SFA 400/6 max. 3 x 400 Vac 6 A 2.95 HP
SFA 400/10 max. 3 x 400 Vac 10 A 5.36 HP
SFA 400/16,5 max. 3 x 400 Vac 16.5 A 10.06 HP
SFA 400/24 max. 3 x 400 Vac 24 A 14.75 HP
SFA 400/32 max. 3 x 400 Vac 32 A 20.12 HP
SFA 400/40 max. 3 x 400 Vac 40 A 24.81 HP
SFA 400/50 max. 3 x 400 Vac 50 A 29.50 HP
SFA 400/60 max. 3 x 400 Vac 60 A 40.23 HP
Image of BLOCK Item: SFA 400/32
Technical files Data sheet Approvals / Manufacturer's declaration COA UL 508 & CSA 22.2 EU-Declaration of Conformity

Technical Data for SFA 400/32

Operating data
Rated voltage max. 3 x 400 Vac
Voltage range 380 - 480 Vac
Voltage drop <5 % @ 400 Vac
Rated current 32 A
for motor rated output approx. 20.12 HP
Rated frequency ≤ 60 Hz
Switching frequency ≥8 kHz
Approvals
Approvals cURus
Environment
Ambient temperature max. 113.0 °F
Safety and protection
Type Metal enclosure
Insulation class F
Protection index IP 20
Safety class (prepared) I
Test voltage 2500 Vac, 50 Hz
Terminal and mounting
Terminals phase Screw clamp, 16 mm²
Connection type Bolt, M6
Fixing method Mounting lugs
Fixing screws M6
Measures and weights
Depth 11.02 inch
Height 7.87 inch
Width 15.75 inch
Weight 59.52 lbs

Information for SFA 400 series

General Data
  • Degree of protection IP 20
  • For switching frequencies ≥ 8 kHz
  • Maximum ambient temperature 45 °C
  • Insulation class H
  • Rated frequency from 0 to 60 Hz
  • Rated voltage 3 x 400 Vac
  • For motor rated output 0.55 - 30 kW
  • Designed for inverter with DC link connector (+Vdc), positive or negative or mid point and and works with continuous PWM (please contact our technical support staff)
  • Rated current 1.3 - 60 A
Benefits
  • Reduction in motor noise
  • Reduction in line-borne and field-borne emitted interference: can be omitted from shielded cables, where necessary
  • Prevention of overvoltages on the motor
  • Long cable lengths possible
  • Minimize of leakage currents (is beneficial in the event of incorrect RCD tripping)
  • Minimize of bearing currents
  • Reduction of motor losses

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