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Random coincidence of 2{\nu}2{\beta} decay events could be one of the mainsources of background for 0{\nu}2{\beta} decay in cryogenic bolometers due totheir poor time resolution. Pulse-shape discrimination by using front edgeanalysis, the mean-time and \c{hi}2 methods was applied to discriminaterandomly coinciding 2{\nu}2{\beta} events in ZnMoO4 cryogenic scintillatingbolometers. The background can be effectively rejected on the level of 99% bythe mean-time analysis of heat signals with the rise time about 14 ms and thesignal-to-noise ratio 900, and on the level of 98% for the light signals with 3ms rise time and signal-to-noise ratio of 30 (under a requirement to detect 95%of single events). Importance of the signal-to-noise ratio, correct finding ofthe signal start and choice of an appropriate sampling frequency are discussed.

Rejection of randomly coinciding 2{\nu}2{\beta} events in ZnMoO4 scintillating bolometers