In thispaper, an Echelle-Mirror Spatial Heterodyne Raman Spectrometer (Echelle-Mirror Spatial Heterodyne Raman Spectroscopy, EMSHRS) breadboard was designed and built using four diffraction order of an echelle. The calibration procedure is performed using a standard lamp to estimate the spectral resolution (1.033 cm^-1) and spectral range of one diffraction order (1058 cm^-1). The Raman spectrum of p n pentane, n octane and isopropyl alcohol are discussed, which demonstrate that the EMSHRS has great prospects for fast and broadband detection in inorganic compounds.