Acme Electric® ALRB008TBC

Acme Electric® ALR Three Phase Line Reactor, 480 VAC, 5 hp, 60 Hz, Copper

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Acme Electric® ALRB008TBC

Acme’s three-phase AC Line Reactors can be used as an input filter for adjustable speed DC drives and as input or output filters for AC pulse width modulated variable frequency drives. They are bi-directional protective filtering devices and can be applied in a variety of configurations.

Acme Electric® Line Reactor, Three Phase, Series: ALR, 480 VAC, 8 A, 5 hp, 60 Hz, NEMA 3R, 3% Impedance, 2.757 mH, Air Cooling, Panel Mount, Copper, 6-1/2 in L x 3-3/4 in W x 4-2/4 in H

Amperage Rating      :      8 A
Enclosure Type      :      NEMA 3R
Material      :      Copper
Series      :      ALR
Impedance      :      3%
Inductance      :      2.757 mH
Type      :      Three Phase
Power Rating      :      5 hp
Voltage Rating      :      480 VAC
Warranty      :      10 Year Limited
Cooling Type      :      Air
Mounting Type      :      Panel
Dimensions      :      6-1/2 in L x 3-3/4 in W x 4-2/4 in H
Frequency Range      :      60 Hz
  • pdf Specification Sheet https://www.turtle.com//ASSETS/DOCUMENTS/ITEMS/EN/Acme_Electric_ALRB008TBC_Datasheet.pdf
  • pdf Warranty https://www.turtle.com//ASSETS/DOCUMENTS/ITEMS/EN/Acme_Electric_ALRC002TBC_Warranty.pdf
  • 2.1 in D x 2 in W Mounting
  • Gapped iron core inductor-designed for optimum performance while providing harmonics compensation
  • Precision wound copper coils-maximum protection from short-circuiting
  • Finger-safe terminal blocks
  • Compact design allows for more flexible installation
  • Designed to protect DC motor drives, AC variable frequency drives and the motors they power
  • AC line reactors allow Acme to augment the drive isolation transformer package to offer both line and load power quality protection for a wide range of applications
  • Our product line features flexible design and ease of installation for use in a variety of applications such as paper machines, process lines, press controls and drive systems, along with tube mills and other sophisticated process equipment
  • Reduction of motor current surges and power line spike currents
  • Improvement in true power factor of capacitor input drives
  • Cooler, quieter operation
  • Reduction of harmonic distortion
  • Longer life for motors and solid state components
  • Use to protect damaging from voltage drop, elimination of nuisance tripping of drives or circuit breakers
  • Open - core and coil construction
  • Maximum temperature rise of 115 deg C
  • 2.4% at 600 VAC, 6% at 240 VAC Impedance