Bitspower
Bitspower G1/4" Temp Sensor Stop Fitting Deep Blood Red
Monitors coolant temperature inside a G1/4″ stop fitting with a hidden O-ring seal and brass construction
- TypeFittings
- Monitors coolant temperature directly inside the loop
- Standard G1/4" thread fits common water-cooling components
- Durable brass construction resists corrosion over time
- Hidden O-ring design reduces visible seal lines
- Deep Blood Red finish matches themed build aesthetics
G1/4" Temperature Sensor Stop Fitting
This Bitspower fitting integrates a coolant temperature sensor directly into a G1/4" stop plug. It allows liquid-cooling builders to monitor loop temperatures without adding a separate inline sensor or using a dedicated port on a reservoir. The brass body and hidden O-ring design provide a clean seal in any compatible water-block, radiator or distribution plate.
Who this suits and who should look elsewhere
Builders who want a compact, single-port temperature readout for a custom loop will find this fitting convenient. It is not for systems that lack a G1/4" threaded port or for users who need flow-rate data, pressure readings or multiple sensor points from one device.
Behaviour under sustained load
The brass construction and fixed O-ring maintain a consistent seal as coolant temperatures rise during extended operation. Because the sensor sits directly in the fluid path, reported temperatures track loop heat-soak without the lag sometimes seen with external probe mounts.
Highlights
- Monitors coolant temperature directly inside the loop
- Standard G1/4" thread fits common water-cooling components
- Durable brass construction resists corrosion over time
- Hidden O-ring design reduces visible seal lines
- Deep Blood Red finish matches themed build aesthetics
Specifications
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Questions about this item
What G1/4" threaded port does this stop fitting screw into?
It installs into any standard G1/4" female port on a water-block, radiator, reservoir or distribution block.
Will the brass body and Deep Blood Red finish corrode when paired with older nickel-plated fittings in the same loop?
Brass and nickel are galvanically compatible in typical coolant, so mixed-metal corrosion is not a concern.
How can I confirm the sensor is reporting coolant temperature correctly after installation?
Compare the reading to a trusted external probe at idle and load; the sensor should track coolant temperature within a degree or two.
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