SUS304 Industrial Water Drainage End Suction Centrifugal Pump Capacity Small Volume

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SUS304 Industrial Water Drainage End Suction Centrifugal Pump Capacity Small Volume Application A) Applied to convey clean liquid B) For water-supply & drainage for factory C) For fire fighting Features A) Designed by following DIN24255 B)Materials are variable based on customer demand C) The pump rotates in the colckwise direction if viewed from the driven end D)Simple structure E) Reliable peformance F) Small volume The instruction of main parts A) PUMP CASE: foot support structure and spiral volute chamber, with volute chamber, foot, influent flange and discharge flange cast into an integrity. The flanges may be drilled accordance with international stand ISO 2084 DN16 or as requirement. B) IMPELLER: Closed impeller designed in the excellent hydraulic model to guarantee pump performance and efficiency. The dynamic balance test shall be conducted. C) SUSPENSION FORK: the suspension fork is installed with bearing inside. There are totally 6 bearing specifications for the whole series. The bearings shall be lubricated by lubricating oil (for some specifications) or grease. Construction (pump structure & material) - - - - No. | Name | 1 | Pump body | 2 | Cap nut | 3 | Pipe plug | 4 | Impeller flat key | 5 | Impeller | 6 | Seal ring | 7 | Pump cover | 8 | Pump body O-ring | 9 | Suspension | 10 | Water deflector | 11 | Shaft cap | 12 | Shaft | 13 | Bearing | 14 | Suspension support | 15 | Pump connection flat key | - - - - Operation 1. ELECTRIC MOTOR DRIVE Install a starter with overload protection to prevent the motor being damaged by overload. The overloads should be set so that they trip if the current exceeds the normal current of the motor (see motor nameplate) by 10%. 2. BEFORE STARTING The pump is ready for starting when: a) Pump base-plate is grouted and bolted to the foundation. b) Pump and driver are correctly aligned. c) Bearing lubrication is provided. d) Stuffing box has been packed or fitted with seal. e) Cooling water is supplied to bearingif specified. f) Prime mover has been checked for correct direction of rotation. g) All rotating parts are found free by turning by hand. h) Pump is primed. Never run a pump dry. 3. RUNNING While the pump is running, a periodic inspection should be made of: a) Stuffing-Box Keep stuffing-boxes (if soft packed, not fitted with mechanical seal) so that there is sufficient leakage to lubricate the package. b) Bearing Check the bearing for temperature which should not exceed 70(160F) Grease nipples are provided for bearing lubrication. c) Alignment Successful operation of the pumps depends on accurate alignment. It is recommended to re-check the alignment after preliminary run. 4. STARTING Start the pump with discharge valve closed and bring it up to speed rapidly. When pressure is reached open discharge valve slowly. Do not operate unit for prolonged periods with closed discharge valve, so as to avoid overheating. eight:bold;font-size:10.5000pt;mso-font-kerning:1.0000pt;" > GHS driver, if supplied, is correctly aligned on its base plate at the factory. A certain amount of deformation of the base plate is possible during transit and it is therefore essential to check alignment before going into operation. 8. Grouting A space of approximately 25mm (1) should be left between the base plate and top of the foundation to be filled with grouting. Work shop

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GSD Industrial Co., Ltd.

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