SBV/SBVD SB-series Barrel double case volute type, multi-stage pump/double suction API610 ISO13709 Springs of Living Water
General SBV/SBVD HYOSUNG GOODSPRINGS MODEL SBV and SBVD Horizontal barrel double case volute type multi-stage pump / double suction Model SBV denotes single suction impeller type. Model SBVD denotes double suction impeller type. Designation Applications SBV / SBVD 200 4 Model Nominal Discharge Dia (mm) Number of Stages - Power Generation Boiler Feed - Oil and Gas Refinery - Petrochemical Industries - Other Chemical - General Industries Rating Capacity Heads Discharge Pressure Speeds Rotation Temperatures Impeller Type Nozzles Flanges Shaft Sealing As required for any service As required for any service Gauge 170kgf/cm2 (2420PSIG) {16.7MPa} and up As required Clockwise and counter-clockwise As required Enclosed Top-Top standard with other nozzle placement available Welding with other standards available Throttle bushing, mechanical seal and conventional packing
Materials Part Name Materials ASTM-AISI C.Steel 13%Cr.Steel 316 S.Steel Outer Casing ASTM A105 ASTM A105 ANSI 316 Inner Casing ASTM A216 WCB ASTM A743 CA6NM ASTM A351 CF8M Casing Cover ASTM A105 ASTM A105 ANSI 316 Impeller ASTM A743 CA15 ASTM A743 CA6NM ASTM A351 CF8M Shaft ASTM A276 410H ASTM A276 410H ANSI 316 Case Wear Ring ASTM A743 CA40 ASTM A743 CA40 ANSI 316 Construction Thrust bearing-anti-friction and sleeve or thrust tilting pad. Radial bearing-sleeve or anti-friction. Impellers - Dynamically balanced. Individually secured. Optional integral wear ring. Double volute contruction- Precision cast hydraulic passage ways. Minimum radial thrust for less shaft deflection and less bearing loading Seal Chamber-Compliance with ISO 13709(API 610) dimensions. Space for tandem and double mechanical seals. Axially Split Casing- Simplifies rotor balancing, inspection and installation. Support is near centerline for alignment. Nozzles in case bottom half, casing stays connected to inlet/outlet piping during rotating elemement maintenance. Outer barrel casing with enclosed gasket Low NPSH 1st stage impeller. Double suction available Features Pump is heavy duty design with centerline support Designed in accordance with API 610 specifications (ISO 13709) Compact design applicable for wide range of liquids Interchangibility is maintained for all components of the pump Quality Assurance In order to satisfy user specifications and to conform with ASME Code and all other standards in the world, HYOSUNG has established a consistent qualitly assurance system from the development stage to after-sales service on the basis of extensive technical data accumulated during many research projects and from results of operation. Working and control pracitices are computeri z ed to incorporate the correct quality level into each process from order reception to supply. Moreover, systems such as unspector qualification, traceability, etc, have been established to make quality assurance a certainty.
R&D Inspiring innovation, creation and expertise Hyosung R&D Center identifies innovation, creation, and expertise as core value, and concentrates on world class R&D activities in the 21th century with a philosophy aspiring after customer satisfaction, quality priority, and performance orientation. Hyosung pursues to be the world s best company in the field of Oil & Gas, Power Plant(include nuclear), Industrial Pump and Desalination. Hydraulic Design Various Hydro Data Basic Shape Design using specially designed programs Optimal shape design of Experiments More hydro design using Impeller 3D design programs 3D Flow simulation performance prediction Impeller 3D design program Streamline Vapour Volume Fraction Impeller design-only program Optimal shape design of Experiments with Pressure distribution Structural Integrity Evaluation Apryeokbu through stress analysis, strength evaluation support unit Dynamic Analysis of Rotor-only program Strength test by a fluid flow using FSI (Fluid Structure Interaction) Structural Vibration, Thermal Stress Analysis Structural Strength Analysis Shaft Analysis Tool Structural Vibration, Thermal Stress Analysis Assembly Model Analysis
Research Laboratory The Hydraulic Research Laboratory is indispensable for performance tests on models of super-large pumps and hydraulic turbines, and for basic experiments such as analysis of transient phenomena at the time of motor trip, complete characteristic tests of pumps, etc. This facility requires high measurement accuracy. Thus, the direct flow measuring device is provided to calibrate the flow measuring apparatus. HYOSUNG GOODSPRINGS is also performing basic experiments and research on complete characteristics of pumps, studies on improving pump performance and suction performance. Boiler feed pumps for thermal power plant - Project MARAFIQ STG Unit 5&6 PJT - Customer HANWHA E&C - Service Boiler Feed Pump - Model - Spec 10x10x12 1/2-5stg SBV 584 /h, 2200m, 178, 5000kW - Project Tang-Jin TPP #1~4 - Customer KEPCO - Service Boiler Feed Pump - Model 14x14x16-5stg SBV/SBVD 1078 /h, 3554m, 176, 10204kW - Spec Testing Facilities For High Pressure Pump Test For Large Pump Test
DET NORSKE VERITAS MANAGEMENT SYSTEM CERTIFICATE ISO 9001 DET NORSKE VERITAS MANAGEMENT SYSTEM CERTIFICATE ISO14001 DET NORSKE VERITAS MANAGEMENT SYSTEM CERTIFICATE OHSAS 18001 KOSHA18001 High Efficiency Equipment www.hsgoodsprings.com HEAD OFFICE KPX Bldg., 473 Gongdeok-dong, Mapo-gu, Seoul 121-805, Korea Tel : +82-2-707-7000 CHANGWON PLANT 43-1, Ungnam-dong, Changwon-si, Kyungsangnam-do, 641-290, Korea Tel : +82-55-279-7607 E-MAIL hgs@hyosung.com This brochure does not contain all informations and any warranty or guarantee of any kind. Also, all informations herein is subject to change without notice.