Sluice Gate
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Sluice Gates

Sluice Gates Used in water diversion canals, irrigation canals, residual water purification plants, drinkable water treatment plants, reservoirs and industrial General Comments A sluice gate is a mechanism used to cut off or obstruct the passage of a liquid. They have three main parts: The moveable part of the sluice gate. It obstructs the passage of liquid when lowered and lets it pass when raised. It is fixed in concrete. Its function is to support the gate, and allow it to slide up and down while achieving a watertight seal. • Drive Mechanism This is the mechanism that drives the gate.

Sluice Gates Sluice gates can be classified according to: - Vertical Rising Sluice Gate: Prevents the passage of water as long as it does not exceed the height of the gate. The gate seals at the - Wall-Mounted or Bottom Sluice Gates: These prevent the passage of liquid up to levels higher than that of the gate, but limited to the maximum height of the design. The sluice gate seals on all four sides. • Number of sides upon which the liquid exerts pressure - Single: Pressure is only exerted on one side. - Double: Pressure on both sides. With the current: The fluid pressure acts gainst Against...

Flat Sluice Gate. CP 100 W H Canal sluice gate designed for small canals and points of low use. 100 A 100 100 Sluice gate anchor A 100 100 Lateral section detail Direction of liquid

Vertical Rising Sluice Gate. CC02 S H 900 Typically used in medium canals. Watertightness achieved through rubber-metal contact. 100 W B Direction of flow 200 A+200 150 A 150

Vertical Rising Sluice Gate. CC05 S H Used in medium canals. Watertightness achieved through metal-metal and rubber-metal contact. W B Specify direction of flow A or B B 100 A 200 A+300 200 A

Cart Vertical Rising Large vertical rising sluice gates. They are equipped with four or more wheels that reduce the force needed to raise the sluice gate. Watertightness achieved through special profile rubber-metal contact.

Sliding Vertical Rising These are large vertical rising sluice gates equipped with high-density polyethylene sliding surfaces which reduce the force required to raise Watertightness achieved through special profile rubber-metal contact.

These are emergency vertical rising or wall- mounted sluice gates that can be installed on various existing frames. Optionally, they can be supplied with a trap beam for the capture, raising and positioning of

Guillotine Lock Gate. VG Allows the adjustment of the level of the liquid according to the design parameters. Used for level adjustments in small and medium canals. Watertightness achieved through rubber-metal contact. Direction of flow B S Min. A 150 150 150 H Max.

Adjustable Lock Gate. VR Allows adjustment of fluid levels. Most ommonly used in large reservoirs.

Wall-Mounted Sluice Gate. CM05 W S H 900 These can be mounted to close either with or against the current. Watertightness achieved through metal-metal and rubber-metal contact. B Specify direction of flow A or B B 150 A A A+300 250

Cart Wall-Mounted Sluice Large wall-mounted sluice gates. They are equipped with four or more wheels that reduce the force needed to raise the sluice gate. Water- tightness achieved through special profile rubber-metal contact.

Sliding Wall-Mounted Sluice Gate. CMD B W S H 900 These are large wall-mounted sluice gates equipped with high-density polyethylene sliding surfaces which reduce the force required to raise the sluice gate. Watertightness achieved through special profile rubber-metal contact. B 150 A A A+400 350 Specify direction of flow A or B

Flow Regulating Wall-Mounted Sluice These are sluice gates for highly demanding situ- ations and are fully calibrated for flow regulation across the entire gate travel. Watertightness achieved through technical plastic-metal contact and metal-metal contact at the bottom.

Sluice gates for areas with reduced available height. The gate opens and closes horizontally. They are also used as a by-pass in collection pits, Esther by diverting water towards a regulating reservoir or keeping the collection pit open.

Hinged Sluice Gate. CBI The hinged or lower-axle swinging sluice gate is used for constant level control or for flow regulation. They are made of carbon steel or machinewelded stainless steel. The hinged sluice gate can be made watertight on 3 sides (bottom and sides) or on all 4 sides. Area to be concreted Area to be concreted Area to be concreted

Radial Taintor Sluice Gate. CTR The Tainter radial gates are used for controlling the level of large canals or for level regulation in dams. They are made of carbon steel or machinewelded stainless steel. They can be watertight on three sides (bottom and sides) or on all four sides. Normally hydraulically powered, they can also be built to be powered electrically. Hydraulic Cylinder Embedded Plate Lateral Guide Arms Direction of Liquid A Gate Lower Rubber Lock Lower Beam Lock HEB 140 Detail A Lower Seal

Flap. CLP øD Unidirectional Line-End Gate. øD Inclined Base Straight Base

Sluice Gates. Main installations. DEGREMONT FRANCE FERROVIAL AGROMAN DEGREMONT FRANCE ONDEO DEGREMONT DEGREMONT PORTUGAL DEGREMONT FRANCE DEGREMONT PORTUG AQUAGEST LEVANTE ENDESA GENERACIÓN DEGREMONT ITALIA EDAR ARANDA DE DUERO 04 4 ETAR SANTA CITA 05 3 EDAR CUENCA PAS PISUEÑA 05 9 ETAR SANTA CITA 05 7

Sluice Gates. Main installations. DEGREMONT FRANCE ENDESA GENERACIÓN ENDESA GENERACIÓN AQUAGEST LEVANTE DEGREMONT FRANCE VICENTE CANALES EDAR SANT FELIU LLOBREGAT 06 3 EDAR CALA'N PORTER 06 9 EDAR CALA'N PORTER 06 10

Sluice Gates. Main installations. CONSTRUCTORA CALAF CONSORCI AIGÜI ISOLUX CORSAN ISOLUX CORSAN ETAP SANTJOAN DESPÍ 08 1 CANAL SEGARRA GARRIGUES 09 3 ETAP SHANGANAGH (IRELAND) 09 16