Flir Extech DO603 User Manual

Flir Extech DO603 Membrane Kit manual cover

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Flir Extech DO603 Membrane Kit Specification

The Flir Extech DO603 Membrane Kit is a specialized accessory designed to enhance the functionality and performance of dissolved oxygen meters, specifically compatible with the Extech DO600 series. This kit ensures accurate and reliable measurements in various water quality testing applications, including environmental monitoring, aquaculture, and laboratory analysis.

The kit features high-quality, durable membrane caps that are engineered to provide precise oxygen permeability, which is crucial for consistent readings. Each membrane cap is pre-installed with an electrolyte solution, streamlining the setup process and minimizing preparation time. The materials used in the membrane construction are resistant to chemical degradation, ensuring longevity and maintaining measurement integrity over extended periods.

Installation of the membrane caps is straightforward, allowing users to easily replace worn or damaged membranes without requiring specialized tools or technical expertise. This user-friendly design contributes to reduced downtime and ensures that the dissolved oxygen meters remain operational under demanding conditions.

The Flir Extech DO603 Membrane Kit is designed to offer compatibility with a range of operating environments, supporting a wide temperature range and maintaining accuracy across different salinity levels. This flexibility makes it suitable for diverse applications in both fresh and saltwater contexts.

In summary, the Flir Extech DO603 Membrane Kit provides a reliable and efficient solution for maintaining the performance of Extech dissolved oxygen meters, offering ease of use, durability, and compatibility with various testing environments, ultimately ensuring precise and consistent dissolved oxygen measurements.

Flir Extech DO603 Membrane Kit F.A.Q.

What is the purpose of the Flir Extech DO603 Membrane Kit?

The Flir Extech DO603 Membrane Kit is used for the maintenance and replacement of the membrane cap on dissolved oxygen meters, ensuring accurate and reliable measurements.

How often should the membrane in the DO603 kit be replaced?

The membrane should be replaced every 6 to 8 weeks or whenever it becomes damaged or exhibits inaccurate readings.

What steps are involved in replacing the membrane of the DO603 kit?

To replace the membrane, remove the old membrane cap, fill the new cap with electrolyte solution, and securely attach it to the probe. Ensure there are no air bubbles in the membrane.

What should I do if the DO603 membrane shows erratic readings?

Check for air bubbles under the membrane, ensure the membrane cap is tightly sealed, and verify that the electrolyte solution is fresh and properly filled.

Can I clean the DO603 membrane?

The membrane should be gently rinsed with distilled water if dirty. Avoid using harsh chemicals or abrasive materials to prevent damage.

How do I calibrate a dissolved oxygen meter after replacing the membrane with the DO603 kit?

Calibrate the meter by immersing the probe in a calibration solution or saturated air, and adjust the meter settings according to the manufacturer's instructions.

Why is it important to remove air bubbles from the DO603 membrane?

Air bubbles can cause inaccurate readings by disrupting the contact between the electrolyte and the sensing electrode, leading to measurement errors.

What type of electrolyte solution should be used with the DO603 membrane kit?

Use the specific electrolyte solution recommended by the manufacturer, which is typically included with the DO603 kit, to ensure optimal performance.

Can the DO603 membrane be used in both freshwater and saltwater environments?

Yes, the DO603 membrane is designed for use in both freshwater and saltwater environments, but calibration may differ slightly between the two.

What are signs that the DO603 membrane needs replacement?

Signs that the membrane needs replacement include physical damage, persistent air bubbles, inaccurate readings, and slower response times.