Αισθητήρας θερμοκρασίας inline G1/4 για VISION της Aqua-Computer — καλώδιο 60 cm (53218)

The Aqua-Computer Temperature sensor inline G1/4 for VISION — 60 cm cable is an inline temperature probe designed for monitoring coolant temperature inside liquid-cooling loops. It connects to a G1/4 threaded port and integrates with the VISION series hardware to provide continuous temperature readings from within the coolant flow. The sensor's 60 cm cable allows flexible routing within a PC case or system loop while the G1/4 fitting ensures compatibility with common water-cooling components.

Advantages

This inline sensor delivers direct measurement of coolant temperature from inside the loop, enabling more accurate thermal monitoring than external surface sensors. The G1/4 thread offers standardized mounting to radiators, fittings or distribution plates used in PC water-cooling systems. With a 60 cm cable length, the probe is easy to position and connect to VISION devices without requiring additional extensions. The design focuses on reliable, continuous readings suitable for integration into automatic monitoring and logging setups.

Suitable for

• Monitoring coolant temperature in custom PC water-cooling loops
• Integration with Aqua-Computer VISION series monitoring modules
• Use in radiators, reservoirs or inline fittings with a G1/4 port

Key specifications

• Thread type: G1/4 threaded inline installation
• Cable length: 60 cm for flexible routing
• Measurement location: direct inline coolant measurement
• Compatibility: designed for use with VISION series monitoring hardware and standard G1/4 water-cooling components

How to use

Install the sensor by threading it into a G1/4 port in the desired position within the cooling loop, such as a radiator fitting, reservoir or dedicated inline port. Route the 60 cm cable to the VISION device and connect it according to the VISION module's input specifications. Ensure threads are sealed appropriately to prevent leaks and position the probe so it is exposed to coolant flow for accurate readings. After connection, verify that the monitoring hardware recognizes the sensor and displays temperature values.