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HIY Chemical Submerged Pump |
I. General
description The HIY chemical submerged pump is a new product developed by our company absorbing the foreign advanced technology. Its performance parameters are in accordance with the IS02858 and GB5662 standards. The pump with the caliber over 80mm adopts twin-volute structure, which is high efficient and energy saving. The pump has novel structure, steady operation, lower noise, and more endurance. The bearings on this pump will not contact the conveying medium (There exist no bearings under the liquor surface) so the pump is able to convey the corrosive media containing solid granulation. The pump can be widely used in the industries such as the petrochemical, chemical manure, paper manufacture, metallurgy, chlor-alkali and scouring agent. It is the renewed product against the Fy pump. II. The pump has the following characteristics: Flow (Q) 0.6～1600m3/h Delivery lift (H) 2.5～125m Working temperature (T) -20℃～350℃ The performance parameters of the HIY pump are the same as the HIJ and HZA pumps III. Structure The HIY submerged pump is vertical single stage submerged pump. The cylindrical pipe connects the hydraulic parts to the basement, and the discharge pipe is separated from the cylindrical pipe. The shaft seal measurement isn’t adopted (Other seal devices may be employed if seal effect is needed). The blade wheel has two types of structure: closed type and open type. These characteristics ensure that the pump is suitable for conveying the media with solid granulation and crystal tendency. The submerged depth of the pump will range from 0.5 to 1.8m. If the depth overpasses 1.8m the submerged connection pipes can be used. IV. The flow part materials of the pump The flow part materials include: 0Cr18Ni9Ti 1Cr18Ni9Ti 0Cr18Ni12M2Ti1Cr1Ni17M02Ti 304L 316L CD4MCu Monel alloy Consult us if other materials are needed. V. The matched power and the rotational direction of the pump The pump is matched with Y type normal motor and YB type explosion proof machine. The rotational direction of the pump is clockwise when viewed from the drive end. |
