HD 14214


HD 14214 is a binary star in the constellation of Cetus. With an apparent magnitude of 5.60, it can be faintly seen by the naked eye from Earth as a yellow-hued dot of light. As such, it is listed in the Bright Star Catalogue as HR 672. It is located at a distance of approximately according to Gaia DR3 parallax measurements.

Properties

This star system can be described as a single-lined spectroscopic binary, a visual binary, and an interferometric binary. This is unusual in that weak-lined field dwarfs have a small chance of being in binary systems. The two stars orbit each other in a fairly elliptical orbit every 93.2874 days.
The primary star is a subgiant, a star that has fused all the hydrogen in its core into helium and evolved past the main sequence, with the spectral type G0IV or G0.5IVb. It is slightly hotter and more massive than the Sun, but 64% larger and 2.76 times as luminous. It has an age of about 4.5 billion years, similar to the age of the Solar System.
The secondary star, whose spectra cannot be directly observed, is likely a red dwarf, with the spectral type M0V, a little over half the mass of the Sun, and 40% the radius, but only radiates 4% the luminosity from its photosphere.

Nearby objects

It appears very close in the sky to PKS 0215+015, a BL Lacertae object with a resting apparent magnitude of 18.3 in the V band. Anti-blooming techniques have been devised in order to counter severe blooming caused by the far brighter HD 14214 during photometric observations of the object.