Red Sea Reefsense - Salinity & Temperature Probe


Price:
Sale price£200.00

Description

The RedSea ReefSense Salinity and Temperature Probe is a precision engineered digital sensor designed to deliver continuous, laboratory grade monitoring of two of the most critical reef parameters. Designed for seamless integration with the Red Sea ReefControl platform, ReefSense provides real time salinity readings based on advanced conductivity measurement, alongside highly accurate temperature monitoring. The probe is pre calibrated for marine environments and built specifically for long term submersion in saltwater systems, ensuring consistent performance in demanding reef conditions. With fast response times and stable signal output, it allows aquarists to detect even subtle fluctuations that could impact coral health, fish wellbeing, and overall system stability.

Constructed using reef safe materials and engineered for durability, the ReefSense probe features robust cable shielding and secure connectivity for reliable data transmission to your controller. Its high precision temperature sensor delivers dependable readings essential for maintaining stable reef conditions, while the salinity sensor supports accurate monitoring within the typical marine range of 30 to 40 ppt. Designed for plug and play installation within the ReefControl ecosystem, it enables automated alerts, data logging, and intelligent system responses when paired with compatible Red Sea hardware, helping to safeguard livestock and maintain optimal water chemistry at all times.

Continuous salinity monitoring via conductivity measurement

Integrated high precision temperature sensor

Designed for marine range approximately 30 to 40 ppt

Real time data integration with Red Sea ReefControl

Reef safe construction for long term submersion

Fast response time with stable signal output

Supports alerts, automation and data logging within ReefControl system

Order and get 200 reward points

Earn points by signing up for our rewards program

You may also like

Recently viewed