Showing posts with label multi tap inductor. Show all posts
Showing posts with label multi tap inductor. Show all posts

December 9, 2013

Multi Tap Inductor, 6.477 mH / 35 Amps to 49.42 mH / 4.2 Amps, P/N 18590L

Product Overview

The details of the multi tap inductor part number 18590L is shown below:


Multi Tap Choke

Specifications:


  • Multi Tap Inductor, 1 PH, 60 Hz, P/N 18590L
  • Inductance: 6.477 mH at 35 Amps to 49.43 mH at 4.2 Amps +/- 15 %
  • Open core and coil: 12″ H x 12″ W x 12″ D
  • Gap is changed to adjust the inductance
  • The experimental unit is not impregnated to facilitate the change of the gap
  • Variable gap and multiple taps offer many inductance values


Related Links:

April 19, 2013

Multi Tap Gapped Inductor, P/N 18893L

Product Overview

L/C Magnetics is a Multi Tap Inductor Manufacturer. We build Inrush Current Application inductors, Current Limiting Application inductors and AC and DC Filter Application inductors. All our Gapped Inductors are custom built to order. These inductors are not air core inductors. These gapped inductors are filled with a suitable gapping material.

The Current range of the gapped inductors is from 10 Amps to 4000 Amps. Inductance values range from 10 uH to 2 H. We can offer gapped inductors as open core and coil units, encapsulated inductors or NEMA 1 inductors.

The photo and the schematic of a Multi Tap Gapped Inductor, part number 18893L is shown below:



Specifications:

  • Gapped inductor, P/N 18893L 
  • Inductance: 5 mH to 13 mH ± 15, 10 Amps RMS, (10 taps, see Table A) 
  • Open core and coil: 5.25”H x 5.25”W x 6.00”D approximately 
  • Terminal connections are J-lugs 
  • Calculated temperature rise: 20° C 
  • Weight: 12 lbs approximately
  • Two inductors will be used in series to get inductance value from 5 mH to 26 mH 


The inductance values are shown in Table below:


L/C Magnetics is a manufacturer of Multi Tap Gapped Inductors. For your specific requirements please call us toll free at (800) 595-7096 or send us an e-mail at info@lcmagnetics.com.