An apparatus for irrigating relates to agriculture, in particular to mechanization and irrigation can be used for crop irrigation by discrete (pulse) supply water to the humidifying foci. The development objective of the utility model is to improve the reliability of the devices for irrigation, improving the uniformity of distribution of irrigation water through turnouts and expansion of the range of variation supplied flow. This object is achieved in that the apparatus for irrigating, comprising a storage container, a feed tube with a tap, the receiver-collector, flexible irrigation tube and a siphon discharge outlets, the lower end of the siphon drain tube-connector coupling by means of pointing up and in communication with the atmosphere and priemnikom- manifold and the cavity of the suction tube is provided with a tube-probe liquid level in the collecting vessel, the upper end of which is communicated with the atmosphere, and a lower end formed in a loop and is directed upwards, the upper section of plums hydrochloric tube and a lower tube level sensor disposed above loop, respectively, the lower cutoff level sensor tube and cut the lower end the drain tube. Improving the reliability of the device and the uniformity of distribution of the irrigation water irrigated area is achieved by eliminating the irrigation network state impact on the performance of the siphon start 6. By a lower end of the discharge tube 21 upwards, the suction supply tube 12, the tube-cavity fluid level sensor 16, the upper end of which communicates with the atmosphere through the cover 6 of the siphon 13 and the lower end is formed as a loop and is directed upwardly, and an upper section carrying the discharge tube 15 and the lower level of the loop 17 of the sensor tube you e, respectively, the level of lower edge 18 of the tube-sensor and slice of the lower end of the discharge tube 21 to reach the result of a sharp start the siphon 6 and extend the range of change supplied flow, which
