Abstract
The KLOE lead-scintillating fiber calorimeter has been fully installed in the KLOE assembly hall, and is currently operated with the final electronics and data acquisition system, using a cosmic rays trigger. The technical solutions adopted for the detector construction, the front end electronics design, and the data acquisition system are reviewed. The calibration procedure with cosmic rays is also presented. The performances obtained and the detector stability are shown to have met the tight requirements of the KLOE experiment in terms of time and energy resolution.
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