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LDO Oximeter optic probe aquaculturefrance

Oximeter OxyGuard POLARIS with optic probe

The optical sensor oximeter is a precise and reliable measuring device designed to determine the concentration of dissolved oxygen (O₂) in water. Equipped with optical detection technology that does not consume oxygen, it provides stable and drift-free readings, ideal for applications in aquaculture, fish farming, environmental monitoring, and hydrological research.

The optical probe uses a luminescent sensor based on fluorescence: a blue light excites an oxygen-sensitive dye, and the return time of the light is proportional to the O₂ concentration. This method requires neither electrolyte nor frequent membrane replacement, reducing maintenance costs and increasing the device's durability.

Oximeter for ponds, a precise device for measuring dissolved oxygen levels in water and ensuring the health of the aquatic ecosystem. Ideal for fish farms and pond management.

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Modèle
Quantity

OXYGUARD POLARIS LDO Oximeter

Complete set includes:
Probe, battery, carrying case, accessories, and 3-meter cable (other cable lengths available upon request)

Measurement range:
Oxygen: 0.0 to 60.0 mg/l (ppm)
Oxygen saturation: 0.0 – 600%
Temperature: -5.0 to +45 °C
Languages: English, German, French, Spanish
Weight with accessories: approx. 1.0 kg

The POLARIS is a portable device for measuring oxygen. It is the best-selling model for commercial fish farming. This unit features a new generation of probes and microprocessor-based electronics. Values are displayed simultaneously on the large backlit screen. The devices are extremely robust and waterproof.

Models

1
Name

OxyGuard Polaris Optic

P0011070

O2 – mg/l

0.0 ... 60.0
 

O2 – %

0...600
°C -5...+45
Précision

O2 – mg/l

+/- 1%

O2 – %

+/- 1%

°C

+/- 2°C
Câble 3.0 m
Dimension 300-240-60
Weight (kg) 0.7


The optical probe uses a luminescent sensor based on fluorescence: a blue light excites an oxygen-sensitive dye, and the return time of the light is proportional to the O₂ concentration. This method requires no electrolyte and no frequent membrane replacement, which reduces maintenance costs and improves the device’s durability.