Abstract
The heavy-weighted emergency electric generator is normally supported with several mount module in order to isolate the excitation of an combustion engine from the basement floor of a installed building or other environment. Current mount module is consisted of several machinery elements, spring, rubber and basement mass block, and the responsible supporting mounts pays much labors as well as installation time due to the sizable mass block. If it can be possible to simplify the mount structure under no basement mass block, the proposed supporting mount module can also reduce maintenance process considerably due to its simple structure. The feasibility of proposed mount module was theoretically evaluated with the response index, which is the ratio of response for two kinds of mount module, with and without basement mass block. In addition, the theoretical results were experimentally verified with the response of building floor under 100 % load of the electric generator.
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