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CenturaCores CCNT-050-030-015-LFBL nanocrystalline toroidal core.
CenturaCores CCNT-050-030-015-LFBL nanocrystalline toroidal core.
CCNT-050-030-015-LFBLLF seriesIn stock

Nanocrystalline toroidal core 48.2×30×15 mm

48.2×30×15 mm nanocrystalline toroidal core, Blue colored Powder Coating.

CCNT-050-030-015-LFBL is a 48.2×30×15 mm nanocrystalline toroidal core with Blue powder coating. Bare size is 48.2×30×15 mm. Finished (coated) size is 49.5×28.7×15.3 mm.

In stock

Pack size

$15.39Pack of 5

$3.08 per piece

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Volume pricing

Online packs are $10.00 minimum. Buy packs totaling under 50 pieces. 50+ is quoted.

Pack / qtyUnit priceHow to buy
Pack of 5$3.08Buy online
Pack of 10$2.74Buy online
50+ piecesQuotedRequest quote

Technical Specifications

Bare core dimensions

Outer diameter (OD)48.2 mm
Inner diameter (ID)30 mm
Height (H)15 mm

Cased / finished dimensions

Outer diameter (OD)49.5 mm
Inner diameter (ID)28.7 mm
Height (H)15.3 mm
Tolerance0.5mm

Magnetic properties

MaterialNanocrystalline
SeriesLF
Effective area Ae1.12 cm²
Mean path length Le12.28 cm
AL @ 1kHz, 0.3V, N=144 µH/T²
AL @ 10kHz, 0.3V, N=128 µH/T²
AL @ 100kHz, 0.3V, N=13.5 µH/T²
Saturation flux density Bs1.25 Tesla
Initial permeability μi50,000 (nominal)
Curie temperature560 °C
Continuous working temperature-40°C to +150°C

AL is one turn through the window (Kelvin clips) at 0.3 V. It is not a 2 mT small-signal AL. At 1 kHz this drive saturates the smaller cores.

Finish and handling

Finish typecoating
SystemPowder Coating
ColorBlue
Temperature class–
Net weight119 g

Environmental

Operating temperature-40°C to +150°C

Product photos

Dimension check of CenturaCores CCNT-050-030-015-LFBL nanocrystalline toroidal core.
Dimension check of CenturaCores CCNT-050-030-015-LFBL nanocrystalline toroidal core.
Scale check of CenturaCores CCNT-050-030-015-LFBL nanocrystalline toroidal core.
Scale check of CenturaCores CCNT-050-030-015-LFBL nanocrystalline toroidal core.

Applications and selection

Recommended usage

  • current transformers
  • cable-bundle sensing
  • prototype magnetics

DIY & R&D usage

  • DIY current-sensing builds
  • benchtop transformer prototyping
  • hobbyist magnetics experiments

Technical applications

  • current transformers (powder-coated LF toroid)
  • cable-bundle sensing (powder-coated LF toroid)
  • prototype magnetics (powder-coated LF toroid)

When to choose this size

Choose CCNT-050-030-015-LFBL when you need this 48.2×30×15 mm powder-coated toroid. Use the bare dimensions for the magnetic path and the finished inner diameter (28.7 mm) for winding clearance.

Winding notes

Magnetic calculations should use the bare 48.2×30×15 mm geometry (Ae 1.12 cm², Le 12.28 cm, stacking factor 0.82). AL is one turn through the window (Kelvin clips) at 0.3 V: 44 µH at 1 kHz, 28 µH at 10 kHz, and 3.5 µH at 100 kHz. This is not a 2 mT small-signal AL. At 1 kHz this drive saturates the smaller cores. Size the winding to the finished ID 28.7 mm, not the 30 mm bare ID. Saturation is 1.25 T. Core continuous temperature is -40°C to +150°C. Powder-coat temperature class is not published.

Frequently asked questions

Are the stated dimensions bare or finished?

The size in the product name is the bare core (48.2×30×15 mm). Finished coated size is 49.5×28.7×15.3 mm.

How was AL measured?

One turn: Kelvin clips through the window at 0.3 V. AL is 44 µH at 1 kHz, 28 µH at 10 kHz, and 3.5 µH at 100 kHz. This is not a 2 mT small-signal AL. At 1 kHz this drive saturates the smaller cores. Verify inductance on the wound part.

Where is a core this size used?

This 48.2×30×15 mm powder-coated toroid is used for current transformers and cable-bundle sensing. The 28.7 mm finished window accepts a cable or a small bundle inside a 49.5 mm finished outside diameter, with a shorter stack than the 50×35×20 mm core.

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