
DN 2250mm Flanged Butterfly Valve Hydraulic Counterweight For Hydropower Station
Basic parameter:
Hydraulic Control Slow-closing Butterfly Valve can be divided into Heavy Hammer Type and Accumulator Type.
The valve is made up by the valve noumenon, actuator, hydraulic station, and electric control case.
The valve noumenon is made up by valve body, disc, shaft, transmission shaft and sealing package, etc.
The heavy hammer type valve body adopts the horizontal structure; the shaft of the valve adopts the semi- shaft structure.
The accumulator type generally adopts horizontal type.The actuator is made up by the connection and transmission pieces such as hydraulic jar, rocking arm, support wallboard (heavy hammer type has heavy hammer, lever, locking oil cylinder, etc.) It is the main executive body of valve, which open and close the valve hydraulic.
The transmission hydraulic jar has quick-closing time adjusting valve, slow -closing time adjusting valve and angle adjusting valve.
The hydraulic pressure station is made up by oil pump assembly, hand operated pump, accumulator, electromagnetic valve, overflow valve, flow control valve, stop valve, hydraulic pressure integrated lump, oil tank, etc.
In automatic pressure maintaining heavy hammer type control system, the accumulator can be used as compensation of systematic pressure.
In automatic pressure maintaining heavy hammer type with locking system, the accumulator can be used as compensation of systematic pressure and unlock the locking oil cylinder.
In accumulator type control system, the two accumulators can device both as spare, offer initiative strength source for the fact that the valve is opened and closed.
The flow control valve is used to adjust the time of opening the valve.
The hand operated pump is used for the systematic debugging and opening and closing the valve under special operating mode.
The hydraulic systematic electromagnetic reversing valve is generally a obverse action type, which is when the electromagnetic valve connects with electricity, the butterfly valve opens while do not connect with electricity, the butterfly valve closed. Reaction type on the contrary, which is when the electromagnetic valve does not connect with electricity, the butterfly valve opens, while it connects with electricity, the butterfly valve closed. The obverse action type is normal while the reaction type should be noticed when you make orderings.
Competitive Advantage:
HYDROTU is the complete Chinese hydropower equipment supply,
consulting and engineering design venture in the field of
hydropower equipment. We provide the high quality Chinese
hydropower equipment with advanced technologies and integrated
services to meet the global hydropower markets.
With our Integrated Services concept, we provide you with
customized support from project planning through implementation to
plant commissioning and service. Our principle: Customer’s project
is our project , customer’s success is our success.
HYDROTU covers the services, complete equipment supply, economic
solution of the global hydropower projects and aims to be the best
global supplier of hydropower equipment as well as the best
integrated services provider on the hydropower markets.
Hangzhou Hydrotu Engineering Co.,Ltd.
HYDROTU are the complete Chinese hydropower equipment provider, consulting and engineering design venture in the field of hydropower equipment. We provide the high quality Chinese hydropower equipment with advanced technologies and integrated services to meet the global hydropower markets.
Hangzhou HydroTu Engineering Co. Ltd covers the services, complete equipment supply, economic solution of the global hydropower projects and aims to be one of the best global supplier of hydropower equipment as well as the best integrated services provider on the hydropower markets.
1. Already Running Hydrotu's hydropower Project Partial 1.pdf
2. Already Running Hydrotu's Hydropower project Partial 2.pdf
3. Already Running Hydrotu's Hydropower project Partial 3.pdf
please visit our another website to download:
https://www.hydropower.com.cn/photosdrawings.asp
Main Reference List of Hydropower Project worldwide By Hydrotu
(V-vertical; H-Horizontal; D1-diameter; Hr- water head; Qr- rated flow; n-Speed)
Country | Project Name | Turbine Type | Project parameter | Operation Year | Supplier |
Turkey | KOZAK 2x2200KW | V-Kaplan D1=130cm | Hr=23.0m, Qr=11m3/s, n=500rpm | 2007 | Hydrotu |
Turkey | TAYFUN 2x500KW | H-Francis D1=53cm | Hr=55.0m, Qr=1.05m3/s n=1000rpm | 2007 | Hydrotu |
Turkey | GUNESLI 1200KW+600KW | H=Francis D1=60cm+53cm | Hr=65.0cm, Qr=2.2+1.1m3/s n=1000rpm | 2007 | Hydrotu |
Canada | KLEMTU 1x1800KW | H-Pelton D1=82cm | Hr=310m,Qr=0.66m3/s n=900rpm | 2007 | Hydrotu |
Turkey | GEMKOPRU 2x820KW | H-Francis D1=61cm | Hr=87.0m, Qr=1.12m3/s, n=1000rpm | 2008 | Hydrotu |
Turkey | UCKAYA 800KW+320KW | H-Francis &H-Turgo | Hr=107.6,Qr=0.8+0.36m3/s n=1000rpm | 2008 | Hydrotu |
Turkey | KOYABASI 750KW+320KW | H-Francis D1=60+50cm | Hr=80.0cm,Qr=1.13+0.487m3/s n=1000rpm | 2008.1 | Hydrotu |
Turkey | EGE-1 2X460KW | H-Francis D1=65cm | Hr=21.7m,Qr=2.52m3/s, n=600rpm | 2008.3 | Hydrotu |
Turkey | YILDIZLI 2X600KW | H-Francis D1=51cm | Hr=44.0cm,Qr=1.65m3/s, n=1000rpm | 2008.3 | Hydrotu |
Turkey | KAHRAMAN 2x750KW | H=Turgo D1=60cm | Hr=187.2m,Qr=0.503m3/s n=1000rpm | 2008.4 | Hydrotu |
Turkey | TIMARLI 3x2400KW | V-Kaplan D1=225cm | Hr=10.5m,Qr=26.67m3/s, n=750rpm | 2008.10 | Hydrotu |
Serbia | GORNE GARE 2X1100KW | H-Francis D1=56cm | Hr=63.5m,Qr=2.05m3/s, n=1000rpm | 2008.10 | Hydrotu |
Serbai | TEGOSNICA 410KW+250KW | V-Propeller D1=74cm | Hr=15.9m,Qr=3.1+1.9m3/s n=750rpm | 2008.10 | Hydrotu |
Serbia | LIVADE 1x450KW | H-Turgo D1=60cm | Hr=257.0m,Qr=0.21m3/s, n=1000rpm | 2008.10 | Hydrotu |
Turkey | GOK 3x3500KW | V-Propeller D1=160cm | Hr=28.7m,Qr=14.0m3/s, n=428.6rpm | 2009.6 | Hydrotu |
Turkey | Poyraz 2x1650KW | H-Francis D1=60cm | Hr=76.0m,Qr=2.535m3/s n=1000rpm | 2009.6 | Hydrotu |
Turkey | Kozan 2x1980KW | H-Francis D1=76cm | Hr=57.24m,Qr=4.0m3/s, n=750rpm | 2009.6 | Hydrotu |
Bosinia | Kuslat 2x600KW | V-Kaplan D1=140cm | Hr=8.0m,Qr=2x8.85m3/s, n=300rpm | 2009.7 | Hydrotu |
Turkey | KORUKOY HES 1x3000KW | H-Pelton D1=95cm | Hr=320m, Qr=1.1m3/s, n=750rpm | 2009.11 | Hydrotu |
Turkey | EGE-3 2x630KW | H-Francis D1=76cm | Hr=21.409m,Qr=2x3.35m3/s, n=500rpm | 2010.1 | Hydrotu |
Turkey | EGE-4 2X940KW | H=Francis D1=68cm | Hr=32.354m,Qr=2x3.6m3/s, n=500rpm | 2010.1 | Hydrotu |
Turkey | BIZNA 3X8500KW | V-Francis D1=145cm | Hr=56.5m,Qr=3x16.957m3/s n=428.6rpm | 2010.7 | Hydrotu |
Turkey | Bingol 2x3200KW+2x600KW | H-Francis D1=92.5+52cm | Hr=55.31m,Qr=2x6.7m3/s+2x 1.3m3/s,n=600+1000rpm | 2010.3 | Hydrotu |
Turkey | Tugra-1 2x2800KW | H-Pelton D1=82cm | Hr=411.728m,Qr=2x0.75m3/s n=1000rpm | 2010.5 | Hydrotu |
Turkey | EGER 2X960KW | H-Francis D1=84cm | Hr=24.62m,Qr=2x4.5m3/s n=500rpm | 2010.8 | Hydrotu |
Turkey | TONYA 2x1320KW | H-Pelton D1=90cm | Hr=182m,Qr=2x0.862m3/s n=600rpm | 2010.9 | Hydrotu |
Turkey | DEREBASI 2x5300KW | H-Pelton D1=140cm | Hr=425.6m,Qr=2x1.5m3/s n=600rpm | 2011.2 | Hydrotu |
Turkey | KILINCLI-1 2x970KW | H-Francis D1=82cm | Hr=26.8m,Qr=2x4.2m3/s, n=500rpm | 2011.2 | Hydrotu |
Turkey | MINI 50KW | V-Propeller D1=25cm | Hr=20m,Qr=0.35m3/s n=1000rpm | 2011.3 | Hydrotu |
Serbia | DONJE GARE 2x1000KW+500KW | H-Francis D1=59.5+52.5cm | Hr=77.7m,Qr=2x1.627m3/s+0.796 m3/s,n=1000rpm | 2011.4 | Hydrotu |
Serbia | KALIDRA 700KW | H-Turgo D1=60cm | Hr=204.5m,Qr=0.43m3/s n=1000rpm | 2011.4 | Hydrotu |
Turkey | TURUNCOVE 2X307KW | H-Francis D1=53cm | Hr=22.35m,Qr=2x1.65m3/s, n=750rpm | 2011.12 | Hydrotu |
France | 1x520KW | H-Turgo D1=53cm | Hr=110m,Qr=0.6m3/s n=750rpm | 2011.12 | Hydrotu |
Turkey | YAKNICA HEPP 3x4380KW | V-Kaplan D1=160cm | Hr=29.15m,Qr=3x17.2m3/s n=428.6rpm | 2012.6 | Hydrotu |
Turkey | ASYA HEPP 2x342KW | H-Francis D1=60.5cm | Hr=20.3m,Qr=2x2m3/s, n=600rpm | 2012.7 | Hydrotu |
SriLANKA | NAYA GANGA 2x1600KW | H-Pelton D1=120cm | Hr=155m,Qr=2x1.25m3/s n=428.6rpm | 2012.7 | Hydrotu |
Turkey | AKHAN-2 3x5.4MW | V-Francis D1=95cm | Hr=101.34m,Qr=2x1.4m3/s n=750rpm | 2013.4 | Hydrotu |
Turkey | Turga-2 2x6400KW | H-Pelton D1=123cm | Hr=529.0m,Qr=2x1.4m3/s n=750rpm | 2013.1 | Hydrotu |
Tajikistan | VANJ 2x400KW | H-Francis D1=55cm | Hr=20.0m,Qr=2x2.391m3/s n=600rpm | 2012.8 | Hydrotu |
USA | South Fork 2x650KW | H-Turgo D1=55cm | Hr=110.5m,Qr=2x0.708m3/s, n=720rpm | 2012.8 | Hydrotu |
Turkey | Sofular HES 2x1820KW | H-Francis D1=77cm | Hr=42.46m,Qr=2x4.95m3/s n=750rpm | 2013.6 | Hydrotu |
USA | McRoberts Creek 1x240KW | H-Turgo D1=50cm | Hr=134m,Qr=0.218m3/s n=1000rpm | 2013.8 | Hydrotu |
Greece | Lykostomo 1x420KW | H-Turgo D1=50cm | Hr=104m,Qr=0.5m3/s n=750rpm | 2014-04 | Hydrotu |
Turkey | Hizir HEPP 1x2000KW | H-Pelton D1=120cm | Hr=170m,Qr=1.41m3/s n=428.6rpm | 2014-03 | Hydrotu
|
Italy | Runner 100KW | H-Pelton D1=52.7cm | Hr=97m, Qr=0.14m3/s n=750rpm | 2014-04 | Hydrotu |
Albania | Saranta 1x700KW+1400KW | H-Francis + Turgo D1=61cm+63cm | Hr=100.0m, Qr=1.65m3/s+0.85m3/s n=1000rpm+600rpm | 2014-11 | Hydrotu |
Canada | Snowshoe 2x700KW | H-Turgo | Hr=115m, Qr=2x0.8m3/s n=720rpm | 2015-03 | Hydrotu |
Italy | Runner 250KW | H-Pelton D1=56cm | Hr=206.48m,Qr=0.14m3/s n=1000rpm | 2014-12 | Hydrotu |
Turkey | Ahmetli 2x5090KW+1600KW | H-Francis D1=115+72cm | Hr=53.76m,Qr=2x10.78+1x3.44m3/s, n=500rpm+750rpm | 2015-05 | Hydrotu |
Turkey | Generji 2x2600KW | H-Francis D1=76cm | Hr=149.46m,Qr=2x1.75m3/s, n=1000rpm | 2015-06 | Hydrotu |
Turkey | SMS-2 1x790KW | H-Francis D1=60cm | Hr=92.0m,Qr=1x1.0m3/s, n=1000rpm | 2015-03 | Hydrotu |
Pakistan | 370KW+420KW | H-Turgo D1=42cm+50cm | Hr=120m+136m, Qr=0.4m3/s+0.4m3/s, n=1000rpm | 2015-05 | Hydrotu |
Serbia | MHE Jelici 1x600KW+1x386KW | H-Franics+H-Turgo D1=58cm+55cm | Hr=80m, Qr=0.877m3/s+0.623m3/s, n=1000rpm+600rpm | 2016-06 | Hydrotu |
South Africa | Romans Bay Sea Farm 1x360KW | H-Francis D1=63cm | Hr=22.0m, Qr=2.0m3/s n=600rpm | 2016-07 | Hydrotu |
Serbia | MHE Virovci 1x305KW | H-Turgo D1=55cm | Hr=80m, Qr=0.5m3/s, n=600rpm | 2016-07 | Hydrotu |
Armenia | 1x2300KW | H-Francis D1=96cm | Hr=140.0m, Qr=1.787m3/s n=750rpm | 2016-08 | Hydrotu |
Turkey | Yakinca 4# 1x6016KW | L-Francis D1=185cm | Hr=31.0m, Qr=21.9m3/s n=250rpm | 2016-12 | Hydrotu |