Technical specifications
Nominal operating voltage:
Motor frequency:
Switching frequency:
Rated currents:
Motor cable length:
Voltage drop:
Typical dv/dt reduction:
Typical reduction of overvoltages:
High potential test voltage:
Protection category:
Overload capability:
Temperature range (operation and storage):
Flammability corresponding to:
Design corresponding to:
MTBF @ 50°C/400V (Mil-HB-217F):
Features and benefits
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Output fi lter for motor drives
Efficient reduction of high output voltage
dv/dt from IGBT motor drives (as per DIN
VDE 0530).
Restriction of overvoltages caused by line
reflections on motor cables (as per DIN
VDE 0530).
Protection of motor coil insulation from
premature aging and destruction.
Significant increase of service life of
electric motors.
High reliability and production up time for
mission critical applications.
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3x 500/288VAC
0 to 400Hz (4 to 24A)
0 to 200Hz (33 to 66A)
2 to 16kHz
4 to 66A @ 50°C
80m max. @ 16kHz
≤10V @ 50Hz
Factor 8 to 12
≤1000V
P –> E 2500VDC for 2 sec
P –> P 1100VDC for 2 sec
IP20
1.4x rated current for 1 minute, every 15 minutes
-25°C to +70°C (25/070/21)
UL 94V-2 or better
UL 1283, CSA 22.2 No. 8 1986, IEC/EN 60939
>100,000 hours
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Reduction of drive output voltage dv/dt
Restriction of overvoltages on motor
cables
Reduction of motor temperature
Increase of motor service life
Improvement of system reliability
Less interference propagation towards
neighboring equipment or lines.
Output filter with low impedance, ideal for
processes requiring exceptional precision
and reproducibility of movements.
IP20 housing and touch-safe terminal
blocks contribute to overall equipment
safety.
Temperature monitoring and internal fan
cooling protect the filter from thermal
overload.
Output fi lters
FN 510
Design protected by international patent
Typical block schematic
Typical applications
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Servo drives
Close loop vector drives
Motor drive applications with short to
medium motor cable length
Machinery comprising servo or torque
motors
Robots
Pick and place machines
Applications where sine wave filters are
not applicable