Details
The Barrow TTLPF is a flat push type inline valve with a G1/4" female thread on both ends. Barrow makes it for stopping the flow or draining water from a water cooling loop. It is made of brass and aluminum alloy and finished in black.
Properties
- Type
- Flat push type valve, female to female
- Thread
- G1/4" female to G1/4" female
- Ports
- 2x G1/4"
- Flow direction
- Marked IN and OUT
- Material
- Brass and aluminum alloy
- Color
- Black
- Pieces in the pack
- 1
Stop or drain the loop
Barrow makes this valve for stopping the flow or draining water from a water cooling system. The body is marked IN and OUT; fit it with the coolant flowing from IN to OUT.
Brass and aluminum
Barrow lists the material as brass and aluminum alloy. It says its brass parts are H59 brass, protected by what it calls a double electroplating process that gives a fine texture that is solid and durable.
Non-slip diamond knurling
The nut on the OUT end has a diamond knurl pattern. Barrow says it gives a sure grip when you screw a connection in by hand.
Standard G1/4" connections
Both ends use the standard G1/4" thread of PC water cooling, so the valve works with blocks, radiators, reservoirs and fittings from other makers as well as Barrow's own.
Technical data
| Model | TTLPF |
| Type | Flat push type valve |
| Threads | G1/4" female | G1/4" female |
| Flow direction | IN to OUT, marked on the body |
| Length | 51 mm |
| Body diameter | 25.8 mm |
| IN end diameter | 18.3 mm |
| OUT nut diameter | 22 mm |
| Material | Brass and aluminum alloy |
| Color | Black |
Notes
- Barrow sells the TTLPF in several body colors. This listing is the black version with a black body and cap.
- Barrow also makes a shorter male to female version, the TTLPFG V2.
- Barrow calls this a "check valve" but gives its use as stopping or draining water.
- Barrow notes that it may update the look or construction of the part without notice; the part you receive is the current version.
In the box
- 1x Barrow G1/4 Female to Female Manual Inline Valve - Black/Black
