Directional Flow Controls apply orifice technology in one flow direction and free flow in the other. They work on the principal of Flow Restriction with the orifice diameter being identified in the part number. In addition to orifice diameter, Air Logic controls many smaller factors that have an impact on the total restriction of the orifice. A moving disk changes position based on the flow in the circuit. In the controlled direction, the orifice is the only path the media can flow through. In the opposite direction, the disk moves and the media is free to flow through the product unrestricted. 

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F-2804-404-___

0.004 Inch Directional Flow Control Valve, Threaded
List Price $7.25
F-2804-404-___-B80

0.004 Inch Directional Flow Control Valve, 1/16 Inch Pre-Installed Barbs
List Price $7.68
F-2804-404-___-B85

0.004 Inch Directional Flow Control Valve, 1/8 Inch Pre-Installed Barbs
List Price $7.68
F-2804-404-___-B86

0.004 Inch Directional Flow Control Valve, .170 Inch Pre-Installed Barbs
List Price $7.68
F-2804-404-___

0.005 Inch Directional Flow Control, Threaded
List Price $7.25
Description N/A

Directional Flow Controls apply orifice technology in one flow direction and free flow in the other. They work on the principal of Flow Restriction with the orifice diameter being identified in the part number. In addition to orifice diameter, Air Logic controls many smaller factors that have an impact on the total restriction of the orifice. A moving disk changes position based on the flow in the circuit. In the controlled direction, the orifice is the only path the media can flow through. In the opposite direction, the disk moves and the media is free to flow through the product unrestricted. Reference the Air Logic 10-32 thread interface and seal guide. 

 		N/A

Directional Flow Controls apply orifice technology in one flow direction and free flow in the other. They work on the principal of Flow Restriction with the orifice diameter being identified in the part number. In addition to orifice diameter, Air Logic controls many smaller factors that have an impact on the total restriction of the orifice. A moving disk changes position based on the flow in the circuit. In the controlled direction, the orifice is the only path the media can flow through. In the opposite direction, the disk moves and the media is free to flow through the product unrestricted.

 		N/A

Directional Flow Controls apply orifice technology in one flow direction and free flow in the other. They work on the principal of Flow Restriction with the orifice diameter being identified in the part number. In addition to orifice diameter, Air Logic controls many smaller factors that have an impact on the total restriction of the orifice. A moving disk changes position based on the flow in the circuit. In the controlled direction, the orifice is the only path the media can flow through. In the opposite direction, the disk moves and the media is free to flow through the product unrestricted.

 		N/A

Directional Flow Controls apply orifice technology in one flow direction and free flow in the other. They work on the principal of Flow Restriction with the orifice diameter being identified in the part number. In addition to orifice diameter, Air Logic controls many smaller factors that have an impact on the total restriction of the orifice. A moving disk changes position based on the flow in the circuit. In the controlled direction, the orifice is the only path the media can flow through. In the opposite direction, the disk moves and the media is free to flow through the product unrestricted.

 		N/A

Directional Flow Controls apply orifice technology in one flow direction and free flow in the other. They work on the principal of Flow Restriction with the orifice diameter being identified in the part number. In addition to orifice diameter, Air Logic controls many smaller factors that have an impact on the total restriction of the orifice. A moving disk changes position based on the flow in the circuit. In the controlled direction, the orifice is the only path the media can flow through. In the opposite direction, the disk moves and the media is free to flow through the product unrestricted. Reference the Air Logic 10-32 thread interface and seal guide. 
Brands N/A Air Logic
Nominal Orifice Size N/A 0.004 in N/A 0.004 in N/A 0.004 in N/A 0.004 in N/A 0.005 in
Tubing Inside Diameter (ID) N/A N/A 1/16 in N/A 1/8 in N/A 0.170 in N/A
Color N/A Gray
Connection Type N/A Threaded N/A Barbed N/A Barbed N/A Barbed N/A Threaded
Wetted Material(s) N/A Polysulfone (PSU) Silicone (Si) N/A Nylon Polysulfone (PSU) Silicone (Si) N/A Nylon Polysulfone (PSU) Silicone (Si) N/A Nylon Polysulfone (PSU) Silicone (Si) N/A Polysulfone (PSU) Silicone (Si)
Maximum Pressure N/A 75 psi5.2 bar
Typical Tube Retention Pressure1 N/A N/A 125 psi8.6 bar N/A 125 psi8.6 bar N/A 125 psi8.6 bar N/A
Recommended System Filtration N/A 5 µm
Connection Size N/A 10-32 Unified Coarse Threads (UNC) N/A N/A N/A N/A 10-32 Unified Coarse Threads (UNC)
Installation Method N/A 1 in·lb N/A Push-In N/A Push-In N/A Push-In N/A 1 in·lb
EU RoHS 2 (Directive 2011/65/EU with amendment (EU) 2015/863) N/A Yes
REACH (Registration, Evaluation, Authorization and Restriction of Chemicals) Compliant N/A Yes
Additional Information N/A

Threaded connections are a convenient way to connect in a variety of applications. This product combines well with Air Logic's fitting product line for application specific requirements like swivel capability, and serviceable applications.

Directional Flow Controls are Factory tested in the direction marked on the product. All of the Air Logics products are precision molded, assembled and tested in America. Product marking indicates the orifice diameter and part number. Directional Flow Controls are non-adjustable and tamperproof method of flow control in one direction (Example: Air cylinder that moves fast in one direction, and slow in the opposite direction).

 		N/A

Threaded connections are a convenient way to connect in a variety of applications. This product combines well with Air Logic's fitting product line for application specific requirements like swivel capability, and serviceable applications.

Directional Flow Controls are Factory tested in the direction marked on the product. All of the Air Logics products are precision molded, assembled and tested in America. Product marking indicates the orifice diameter and part number. Directional Flow Controls are non-adjustable and tamperproof method of flow control in one direction (Example: Air cylinder that moves fast in one direction, and slow in the opposite direction).

 		N/A

Threaded connections are a convenient way to connect in a variety of applications. This product combines well with Air Logic's fitting product line for application specific requirements like swivel capability, and serviceable applications.

Directional Flow Controls are Factory tested in the direction marked on the product. All of the Air Logics products are precision molded, assembled and tested in America. Product marking indicates the orifice diameter and part number. Directional Flow Controls are non-adjustable and tamperproof method of flow control in one direction (Example: Air cylinder that moves fast in one direction, and slow in the opposite direction).

 		N/A

Threaded connections are a convenient way to connect in a variety of applications. This product combines well with Air Logic's fitting product line for application specific requirements like swivel capability, and serviceable applications.

Directional Flow Controls are Factory tested in the direction marked on the product. All of the Air Logics products are precision molded, assembled and tested in America. Product marking indicates the orifice diameter and part number. Directional Flow Controls are non-adjustable and tamperproof method of flow control in one direction (Example: Air cylinder that moves fast in one direction, and slow in the opposite direction).

 		N/A

Threaded connections are a convenient way to connect in a variety of applications. This product combines well with Air Logic's fitting product line for application specific requirements like swivel capability, and serviceable applications.

Directional Flow Controls are Factory tested in the direction marked on the product. All of the Air Logics products are precision molded, assembled and tested in America. Product marking indicates the orifice diameter and part number. Directional Flow Controls are non-adjustable and tamperproof method of flow control in one direction (Example: Air cylinder that moves fast in one direction, and slow in the opposite direction).
  • 1 Subject to tubing specification