This article presents the experimental results of a three-bed advanced adsorption chiller using silica gel-water as the adsorbent-refrigerant pair. The three-bed adsorption chiller comprises three sorption elements ($Hexs$), one evaporator and one condenser. In the present study, the heat source temperature varies from $55^{circ}C$ to $80^{circ}C$ along with coolant inlet temperature at $30^{circ}C$ and the chilled water inlet temperature at $14^{circ}C$. Mass recovery process occurs between ($Hex1$ and ($Hex2$ and no mass recovery with ($Hex3$. The performances in terms of cooling capacity (CC) and coefficient of performance (COP) are compared with those of conventional three-bed without mass recovery scheme. Results show that three-bed with mass recovery scheme provides more CC values than those provided by the three-bed system without mass recovery scheme while it provides better COP values for $65-75^{circ}C$ heat source temperature.