Alphacool 17363 Temperature Sensor

The Alphacool 17363 temperature sensor is a compact, G1/4” threaded sensor for monitoring coolant temperature in PC liquid-cooling loops. It comes in black, includes a cable with a 2-pin connector and an AG adapter that allows installation in any free G1/4” thread on a radiator, reservoir, GPU cooler or CPU cooler. The sensor is fully sealed, nickel-plated for corrosion resistance, and provides temperature readings compatible with standard PC temperature indicators.

Advantages

The sensor installs directly into any G1/4” thread and can be used with the supplied AG adapter or by removing the adapter to connect to existing G1/4” fittings. Its nickel plating prevents corrosion and the watertight construction ensures safe operation in liquid-cooling systems. The 2-pin cable provides straightforward connectivity to PC temperature monitoring hardware and offers an independent temperature source separate from motherboard BIOS sensors.

Suitable for

• Monitoring coolant temperature on radiators
• Installation on reservoirs
• Use on GPU or CPU water blocks with a free G1/4” port
• Redundant temperature sensing alongside motherboard sensors

Key specifications

• Model: Alphacool 17363
• Thread: G1/4”
• Connector: 2-pin cable
• Colour: Black
• Finish: Nickel-plated
• Sealing: Fully sealed, watertight
• Compatibility: Standard PC temperature indicators (2-pin)
• MPN: 17363
• EAN: 4250197173636

How to use

Choose a free G1/4” port on a radiator, reservoir or water block. Screw the sensor into the port using the supplied AG adapter when needed; for direct installation into fittings remove the AG adapter and screw the sensor into the G1/4” threads. Connect the 2-pin cable to a compatible temperature input on your monitoring hardware or controller. Verify the connection and check temperature readings in your monitoring software or hardware panel.

Recommendations

Install the sensor in a location with good coolant flow for representative temperature readings. Ensure all fittings are tightened to avoid leaks, and confirm compatibility with your monitoring device’s 2-pin input before final installation.