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Spica Directional Valve

Offering you a complete choice of products which include 4de06gs-11 spica directional valve, 4de06ds-11 spica directional valve, 4de10ds-11 spica directional valve, 4de10es-11 spica directional valve, 4de06js-11 spica directional valve and 4de06es-11 spica directional valve.

4DE06GS-11 Spica Directional Valve

4DE06GS-11 Spica Directional Valve
  • 4DE06GS-11 Spica Directional Valve
  • 4DE06GS-11 Spica Directional Valve
  • 4DE06GS-11 Spica Directional Valve
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Product Price: Rs 3,000 / UnitGet Best Price

Product Details:
MaterialStainless Steel
Usage/ApplicationIndustrial
Valve SizeNG 06, CETOP3
Model Name/Number4DE06G-11
BrandSpica
Voltage12, 24, 110, 220V
Pressure350 Bar
MediaOil
Max. Flow30 LPM
Packaging TypeBox

Direction Control Valve (DCV) is a critical component in hydraulic and pneumatic systems, used to control the path that fluid or air takes through the system. Its primary function is to direct the flow of fluid from one location to another, typically to control the movement of actuators such as cylinders or hydraulic motors.

Key Functions of a Direction Control Valve:
  1. Directing Flow: Determines where the fluid or air will go within a system.
  2. Blocking Flow: Stops or blocks fluid flow completely when needed.
  3. Switching Between Outputs: Can alternate fluid flow between multiple outlets.
Components:
  • Spool or Poppet: The internal part of the valve that moves to direct fluid.
  • Actuator: Device for moving the spool, such as a lever, solenoid, or cam.
  • Ports: Inlet, outlet, and exhaust ports that connect to hydraulic lines.
Types of Direction Control Valves:
  1. 2/2 Way Valve: Two ports (inlet and outlet) and two positions (open or closed).
  2. 3/2 Way Valve: Three ports and two positions, often used in pneumatic systems.
  3. 4/2 and 4/3 Way Valve: Four ports with two or three positions. Common in hydraulic systems for controlling the forward and reverse motion of cylinders.
Actuation Methods:
  • Manual (lever or push button)
  • Solenoid-operated (electrically controlled)
  • Pneumatic or hydraulic pilot control
Applications:
  • Hydraulic lifts: Controlling cylinder movement.
  • Mobile equipment: Like cranes or bulldozers.
  • Industrial machinery: To manage fluid flow in production lines.
Yes! I am InterestedRequest A Callback

4DE06DS-11 Spica Directional Valve

4DE06DS-11 Spica Directional Valve
  • 4DE06DS-11 Spica Directional Valve
  • 4DE06DS-11 Spica Directional Valve
  • 4DE06DS-11 Spica Directional Valve
Get Best Quote
Product Price: Rs 2,300 / UnitGet Best Price

Product Details:
MaterialStainless Steel
Usage/ApplicationIndustrial
Valve SizeNG06 CETOP 3
Model Name/Number4DE06D-11
BrandSpica
Voltage12, 24, 110, 240 V
Pressure350 Bar
MediaOil
Max. Flow30 LPM
Spool PositionD SPOOL
Packaging TypeBox

A Direction Control Valve (DCV) is a critical component in hydraulic and pneumatic systems, used to control the path that fluid or air takes through the system. Its primary function is to direct the flow of fluid from one location to another, typically to control the movement of actuators such as cylinders or hydraulic motors.

Key Functions of a Direction Control Valve:
  1. Directing Flow: Determines where the fluid or air will go within a system.
  2. Blocking Flow: Stops or blocks fluid flow completely when needed.
  3. Switching Between Outputs: Can alternate fluid flow between multiple outlets.
Components:
  • Spool or Poppet: The internal part of the valve that moves to direct fluid.
  • Actuator: Device for moving the spool, such as a lever, solenoid, or cam.
  • Ports: Inlet, outlet, and exhaust ports that connect to hydraulic lines.
Types of Direction Control Valves:
  1. 2/2 Way Valve: Two ports (inlet and outlet) and two positions (open or closed).
  2. 3/2 Way Valve: Three ports and two positions, often used in pneumatic systems.
  3. 4/2 and 4/3 Way Valve: Four ports with two or three positions. Common in hydraulic systems for controlling the forward and reverse motion of cylinders.
Actuation Methods:
  • Manual (lever or push button)
  • Solenoid-operated (electrically controlled)
  • Pneumatic or hydraulic pilot control
Applications:
  • Hydraulic lifts: Controlling cylinder movement.
  • Mobile equipment: Like cranes or bulldozers.
  • Industrial machinery: To manage fluid flow in production lines.
Yes! I am InterestedRequest A Callback

4DE10DS-11 Spica Directional Valve

4DE10DS-11 Spica Directional Valve
  • 4DE10DS-11 Spica Directional Valve
  • 4DE10DS-11 Spica Directional Valve
  • 4DE10DS-11 Spica Directional Valve
Get Best Quote
Product Price: Rs 4,300 / UnitGet Best Price

Product Details:
MaterialStainless Steel
BrandSpica
Model Name/Number4DE10DS-11
Valve SizeNG 10, CETOP5
MediaOil
Packaging TypeBox
Rated Flow80 LPM
Supply Voltage12, 24, 110, 220 V

Direction Control Valve (DCV) is a critical component in hydraulic and pneumatic systems, used to control the path that fluid or air takes through the system. Its primary function is to direct the flow of fluid from one location to another, typically to control the movement of actuators such as cylinders or hydraulic motors.

Key Functions of a Direction Control Valve:
  1. Directing Flow: Determines where the fluid or air will go within a system.
  2. Blocking Flow: Stops or blocks fluid flow completely when needed.
  3. Switching Between Outputs: Can alternate fluid flow between multiple outlets.
Components:
  • Spool or Poppet: The internal part of the valve that moves to direct fluid.
  • Actuator: Device for moving the spool, such as a lever, solenoid, or cam.
  • Ports: Inlet, outlet, and exhaust ports that connect to hydraulic lines.
Types of Direction Control Valves:
  1. 2/2 Way Valve: Two ports (inlet and outlet) and two positions (open or closed).
  2. 3/2 Way Valve: Three ports and two positions, often used in pneumatic systems.
  3. 4/2 and 4/3 Way Valve: Four ports with two or three positions. Common in hydraulic systems for controlling the forward and reverse motion of cylinders.
Actuation Methods:
  • Manual (lever or push button)
  • Solenoid-operated (electrically controlled)
  • Pneumatic or hydraulic pilot control
Applications:
  • Hydraulic lifts: Controlling cylinder movement.
  • Mobile equipment: Like cranes or bulldozers.
  • Industrial machinery: To manage fluid flow in production lines.
Yes! I am InterestedRequest A Callback

4DE10ES-11 Spica Directional Valve

4DE10ES-11 Spica Directional Valve
  • 4DE10ES-11 Spica Directional Valve
  • 4DE10ES-11 Spica Directional Valve
  • 4DE10ES-11 Spica Directional Valve
Get Best Quote
Product Price: Rs 5,000 / UnitGet Best Price

Product Details:
MaterialStainless Steel
Usage/ApplicationIndustrial
Valve SizeNG 10 CETOP 5
Model Name/Number4DE10E-11
BrandSpica
Voltage12, 24, 110, 240 V
Pressure315 Bar
MediaOil
Max. Flow80 LPM
Packaging TypeBox

Direction Control Valve (DCV) is a critical component in hydraulic and pneumatic systems, used to control the path that fluid or air takes through the system. Its primary function is to direct the flow of fluid from one location to another, typically to control the movement of actuators such as cylinders or hydraulic motors.

Key Functions of a Direction Control Valve:
  1. Directing Flow: Determines where the fluid or air will go within a system.
  2. Blocking Flow: Stops or blocks fluid flow completely when needed.
  3. Switching Between Outputs: Can alternate fluid flow between multiple outlets.
Components:
  • Spool or Poppet: The internal part of the valve that moves to direct fluid.
  • Actuator: Device for moving the spool, such as a lever, solenoid, or cam.
  • Ports: Inlet, outlet, and exhaust ports that connect to hydraulic lines.
Types of Direction Control Valves:
  1. 2/2 Way Valve: Two ports (inlet and outlet) and two positions (open or closed).
  2. 3/2 Way Valve: Three ports and two positions, often used in pneumatic systems.
  3. 4/2 and 4/3 Way Valve: Four ports with two or three positions. Common in hydraulic systems for controlling the forward and reverse motion of cylinders.
Actuation Methods:
  • Manual (lever or push button)
  • Solenoid-operated (electrically controlled)
  • Pneumatic or hydraulic pilot control
Applications:
  • Hydraulic lifts: Controlling cylinder movement.
  • Mobile equipment: Like cranes or bulldozers.
  • Industrial machinery: To manage fluid flow in production lines.
Yes! I am InterestedRequest A Callback

4DE06JS-11 Spica Directional Valve

4DE06JS-11 Spica Directional Valve
  • 4DE06JS-11 Spica Directional Valve
  • 4DE06JS-11 Spica Directional Valve
Get Best Quote
Product Price: Rs 3,000 / UnitGet Best Price

Product Details:
MaterialStainless Steel
BrandSpica
Model Name/Number4DE06JS-11
Valve SizeNG 06, CETOP3
MediaOil
Max. Flow30 LPM
Packaging TypeBox
Voltage12, 24, 110, 240 V

Direction Control Valve (DCV) is a critical component in hydraulic and pneumatic systems, used to control the path that fluid or air takes through the system. Its primary function is to direct the flow of fluid from one location to another, typically to control the movement of actuators such as cylinders or hydraulic motors.

Key Functions of a Direction Control Valve:
  1. Directing Flow: Determines where the fluid or air will go within a system.
  2. Blocking Flow: Stops or blocks fluid flow completely when needed.
  3. Switching Between Outputs: Can alternate fluid flow between multiple outlets.
Components:
  • Spool or Poppet: The internal part of the valve that moves to direct fluid.
  • Actuator: Device for moving the spool, such as a lever, solenoid, or cam.
  • Ports: Inlet, outlet, and exhaust ports that connect to hydraulic lines.
Types of Direction Control Valves:
  1. 2/2 Way Valve: Two ports (inlet and outlet) and two positions (open or closed).
  2. 3/2 Way Valve: Three ports and two positions, often used in pneumatic systems.
  3. 4/2 and 4/3 Way Valve: Four ports with two or three positions. Common in hydraulic systems for controlling the forward and reverse motion of cylinders.
Actuation Methods:
  • Manual (lever or push button)
  • Solenoid-operated (electrically controlled)
  • Pneumatic or hydraulic pilot control
Applications:
  • Hydraulic lifts: Controlling cylinder movement.
  • Mobile equipment: Like cranes or bulldozers.
  • Industrial machinery: To manage fluid flow in production lines.
Yes! I am InterestedRequest A Callback

4DE06ES-11 Spica Directional Valve

4DE06ES-11 Spica Directional Valve
  • 4DE06ES-11 Spica Directional Valve
  • 4DE06ES-11 Spica Directional Valve
  • 4DE06ES-11 Spica Directional Valve
Get Best Quote
Product Price: Rs 3,000 / UnitGet Best Price

Product Details:
MaterialStainless Steel
Usage/ApplicationIndustrial
Model Name/Number4DE06E-11
BrandSpica
Voltage12, 24,110, 220 V
MediaOil
Max. Flow30 LPM
Valve SizeNG06 CETOP3
Packaging TypeBox

Direction Control Valve (DCV) is a critical component in hydraulic and pneumatic systems, used to control the path that fluid or air takes through the system. Its primary function is to direct the flow of fluid from one location to another, typically to control the movement of actuators such as cylinders or hydraulic motors.

Key Functions of a Direction Control Valve:
  1. Directing Flow: Determines where the fluid or air will go within a system.
  2. Blocking Flow: Stops or blocks fluid flow completely when needed.
  3. Switching Between Outputs: Can alternate fluid flow between multiple outlets.
Components:
  • Spool or Poppet: The internal part of the valve that moves to direct fluid.
  • Actuator: Device for moving the spool, such as a lever, solenoid, or cam.
  • Ports: Inlet, outlet, and exhaust ports that connect to hydraulic lines.
Types of Direction Control Valves:
  1. 2/2 Way Valve: Two ports (inlet and outlet) and two positions (open or closed).
  2. 3/2 Way Valve: Three ports and two positions, often used in pneumatic systems.
  3. 4/2 and 4/3 Way Valve: Four ports with two or three positions. Common in hydraulic systems for controlling the forward and reverse motion of cylinders.
Actuation Methods:
  • Manual (lever or push button)
  • Solenoid-operated (electrically controlled)
  • Pneumatic or hydraulic pilot control
Applications:
  • Hydraulic lifts: Controlling cylinder movement.
  • Mobile equipment: Like cranes or bulldozers.
  • Industrial machinery: To manage fluid flow in production lines.
Yes! I am InterestedRequest A Callback

4DE10JS-11 Spica Directional Valve

4DE10JS-11 Spica Directional Valve
  • 4DE10JS-11 Spica Directional Valve
  • 4DE10JS-11 Spica Directional Valve
  • 4DE10JS-11 Spica Directional Valve
Get Best Quote
Product Price: Rs 5,000 / UnitGet Best Price

Product Details:
MaterialStainless Steel
Usage/ApplicationIndustrial
Valve SizeCETOP5, NG10
Model Name/Number4DE10JS-11
BrandSpica
Voltage12, 24, 110, 220 V
Pressure315 Bar
MediaOil
Max. Flow80 LPM

Direction Control Valve (DCV) is a critical component in hydraulic and pneumatic systems, used to control the path that fluid or air takes through the system. Its primary function is to direct the flow of fluid from one location to another, typically to control the movement of actuators such as cylinders or hydraulic motors.

Key Functions of a Direction Control Valve:
  1. Directing Flow: Determines where the fluid or air will go within a system.
  2. Blocking Flow: Stops or blocks fluid flow completely when needed.
  3. Switching Between Outputs: Can alternate fluid flow between multiple outlets.
Components:
  • Spool or Poppet: The internal part of the valve that moves to direct fluid.
  • Actuator: Device for moving the spool, such as a lever, solenoid, or cam.
  • Ports: Inlet, outlet, and exhaust ports that connect to hydraulic lines.
Types of Direction Control Valves:
  1. 2/2 Way Valve: Two ports (inlet and outlet) and two positions (open or closed).
  2. 3/2 Way Valve: Three ports and two positions, often used in pneumatic systems.
  3. 4/2 and 4/3 Way Valve: Four ports with two or three positions. Common in hydraulic systems for controlling the forward and reverse motion of cylinders.
Actuation Methods:
  • Manual (lever or push button)
  • Solenoid-operated (electrically controlled)
  • Pneumatic or hydraulic pilot control
Applications:
  • Hydraulic lifts: Controlling cylinder movement.
  • Mobile equipment: Like cranes or bulldozers.
  • Industrial machinery: To manage fluid flow in production lines.
Yes! I am InterestedRequest A Callback

4DE10HSA-11 Spica Directional Valve

4DE10HSA-11 Spica Directional Valve
  • 4DE10HSA-11 Spica Directional Valve
  • 4DE10HSA-11 Spica Directional Valve
  • 4DE10HSA-11 Spica Directional Valve
Get Best Quote
Product Price: Rs 5,000 / UnitGet Best Price

Product Details:
MaterialStainless Steel
Usage/ApplicationIndustrial
Valve SizeNG10 CETOP5
Model Name/Number4DE10HSA-11
BrandSpica
Voltage12, 24, 110, 240 V
Pressure315 Bar
MediaOil
Max. Flow80 LPM
Packaging TypeBox

Direction Control Valve (DCV) is a critical component in hydraulic and pneumatic systems, used to control the path that fluid or air takes through the system. Its primary function is to direct the flow of fluid from one location to another, typically to control the movement of actuators such as cylinders or hydraulic motors.

Key Functions of a Direction Control Valve:
  1. Directing Flow: Determines where the fluid or air will go within a system.
  2. Blocking Flow: Stops or blocks fluid flow completely when needed.
  3. Switching Between Outputs: Can alternate fluid flow between multiple outlets.
Components:
  • Spool or Poppet: The internal part of the valve that moves to direct fluid.
  • Actuator: Device for moving the spool, such as a lever, solenoid, or cam.
  • Ports: Inlet, outlet, and exhaust ports that connect to hydraulic lines.
Types of Direction Control Valves:
  1. 2/2 Way Valve: Two ports (inlet and outlet) and two positions (open or closed).
  2. 3/2 Way Valve: Three ports and two positions, often used in pneumatic systems.
  3. 4/2 and 4/3 Way Valve: Four ports with two or three positions. Common in hydraulic systems for controlling the forward and reverse motion of cylinders.
Actuation Methods:
  • Manual (lever or push button)
  • Solenoid-operated (electrically controlled)
  • Pneumatic or hydraulic pilot control
Applications:
  • Hydraulic lifts: Controlling cylinder movement.
  • Mobile equipment: Like cranes or bulldozers.
  • Industrial machinery: To manage fluid flow in production lines.
Yes! I am InterestedRequest A Callback

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