KDR Optimized Reactor

 KDR Line ReactorProtect the drive on the Input:
• Reduce Nuisance Tripping
• Reduce Voltage Notching
• Reduce Harmonic Distortion
• Improve True Power Factor
• Reduce Cross-talk
• Protect Components from Damage
• Improve voltage phase to phase imbalance
• RoHS Compliant!


 

 

Extend the life of the motor on the Output:
• Dampen Overshoot Peak Voltage
• Reduce Motor Heating
• Reduce Audible Noise

Prevent Drive Shutdown

Transient voltages, commonly caused by capacitor switching or the switching of large load blocks, can result in an overvoltage condition of the DC bus. This overvoltage condition will cause the drive to shut down in order to protect its components. These transients can sometimes be very severe and too quick for the drive to shut down. The addition of a KDR can prevent drive shutdown and even protect components from possible damage.

Performance

Voltage Before KDR Voltage After KDR
   Voltage Before KDR   
 
   Voltage After KDR   

Reduce Harmonic Distortion

The addition of a KDR will reduce input line distortion which is caused by the non-linear characteristics of drives. The KDR will limit the inrush current to the rectifier, rounding the waveform, reducing the peak currents and lowering the harmonic current distortion. High peak currents may cause distortion of the voltage waveform. The reduction of those peak currents also reduces total harmonic voltage distortion at the point of common coupling.

Improve True Power Factor

Drive input currents rich in harmonics result in a decrease in total input power factor to the drive. The addition of a KDR will reduce the RMS current through the reduction in harmonic content, thereby improving the total power factor. 

 

DIN Rail Drive Reactors
 

Easy Installation, Superior Performance
 

  • For smaller applications incorporate DIN Rail Drive Reactors to the input and output of PWM drives
  • Reduce your installation time and cost using our DIN Rail Drive Reactor compatible with any 35mm DIN Rail
  • Mounts to “Standard Steel High Profile” or “Heavy Duty Steel” DIN Rails
  • Reactor mounts horizontally on horizontal DIN Rail
  • Improve organization of reactors and their cabling
  • RoHS Compliant! 
     

 

Universal Mounting Footprint

For more information on the Universal Mounting footprint, see the following documents:
 

 

KDR Resources

 

Selection Charts

 

Drawings

 

 

Dimensions & Ratings

UL Listed

240 Volt Open

240 Volt Type 1

240 Volt Type 3R

 

480 Volt Open

480 Volt Type 1

480 Volt Type 3R

 

575 Volt Open

575 Volt Type 1

575 Volt Type 3R

 

UL Recognized

240 Volt Open

240 Volt Type 1

 

480 Volt Open

480 Volt Type 1

 

575 Volt Open

575 Volt Type 1

 

690 Volt Open

690 Volt Type 1

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