A hydrogen bond is the attractive force between one electronegative atom and a hydrogen covalently bonded to another electronegative atom. Doesn't this apply to hydrochloric acid?
Youd expect it to because Cl is pretty electronegative, but chlorine is also a very large molecule, so it basically can't get close enough to the hydrogens to cause any particularly strong dipole, and the hydrogen has a high charge density so it deformes the large Cl into a fairly covelant bond.