Sensore di temperatura Alphacool 17555 acetale nero 26,5 mm

The Alphacool Acetal temperature sensor (model 17555) is a compact, cube-shaped water temperature sensor designed for integration into PC liquid cooling loops and other water circuits. Made from lightweight acetal, the sensor measures 26.5 mm and weighs approximately 29 g. It provides direct temperature monitoring with a standard 2-pin connector and is compatible with many motherboards and external controllers that accept NTC sensors.

Advantages

The sensor uses a classic NTC 10 kΩ element with a readable range from -40 °C to 125 °C. Two G1/4" internal threads allow simple installation in systems with hoses or HardTubes by attaching suitable fittings. Its small, square acetal housing reduces weight while maintaining durability, and the unobtrusive design lacks large logos to blend with other cooling components.

Suitable for

• PC liquid cooling loops (graphic card and CPU waterblocks)
• Custom water-cooling circuits with G1/4" ports
• Monitoring with motherboards or external fan/pump controllers that support NTC 10 kΩ sensors

Key specifications

• Brand: Alphacool
• Model / MPN: 17555
• Material: Acetal
• Shape / Size: Cube-shaped, 26.5 mm
• Weight: ~29 g
• Sensor type: NTC 10 kΩ
• Temperature range: -40 °C to 125 °C
• Threads: two G1/4" internal threads
• Cable: 40 cm with 2-pin connector
• EAN: 4250197175555

How to use

Install the sensor by screwing appropriate G1/4" fittings or connectors to its two internal threads, then place it at a suitable point in the water circuit. Connect the 2-pin cable to a compatible motherboard header or an external controller that supports NTC 10 kΩ sensors. Verify the compatibility and pinout in the motherboard or controller manual before powering the system. Position the sensor where stable flow and representative fluid temperature are expected for accurate readings.

Recommendations

Check the manual of your motherboard or controller for supported sensor types and connector pinout. When choosing mounting points, avoid locations with air pockets or very low flow to ensure correct temperature measurement.