BlueLAB - parts and accessories
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20 products
BlueLAB parts and accessories are essential for keeping your pH and EC testers in perfect working order. Whether you need to replace a faulty probe, precisely calibrate your devices, or clean your equipment, these components ensure reliable measurements in your hydroponic system. BlueLAB offers a complete range of spare parts specifically designed for their testers, extending their lifespan and ensuring consistent accuracy.
The accuracy of measurements in hydroponics directly depends on the condition of your probes and the quality of your calibration. BlueLAB parts are manufactured to the same standards as the original devices, ensuring perfect compatibility. The BlueLab - Combo EC/PH + Temperature Tester, for example, requires regular probe maintenance to maintain its ±0.1 pH accuracy. BlueLAB calibration solutions are formulated to exact concentrations (pH 4.0 - 7.0 - 10.0 and EC 2.77 mS/cm), allowing for perfect calibration of your instruments.
The advantage of BlueLAB accessories also lies in their ease of use. Unlike generic solutions, each kit is designed for simple and quick installation. The EC Calibration and Cleaning Kit - Bluelab contains everything needed to keep your EC probes in optimal condition, with specific cleaning solutions that dissolve limescale deposits without damaging the electrodes.
The choice of parts primarily depends on your existing equipment and your maintenance needs. For pH testers, first check if the problem is with the probe or the calibration. A pH probe generally has a lifespan of 12 to 18 months with intensive use. If your tester takes more than 60 seconds to stabilize or displays erratic values, it's often a sign that the probe needs to be replaced. The Bluelab pH Tester - Digital and Waterproof uses a replaceable probe that can be changed in seconds.
For EC probes, maintenance is crucial as they are more sensitive to mineral deposits. A fouled EC probe can give readings up to 30% lower than reality. BlueLAB cleaning kits contain specific solutions that dissolve residues without altering the conductivity of the electrodes. Also consider storage solutions: a pH probe should always be stored in a pH 4.0 storage solution, never in distilled water, which would irreparably damage the electrode.
If your BlueLAB pH tester no longer calibrates correctly, the problem usually comes from the pH probe reaching the end of its life. A worn probe takes more than 2 minutes to stabilize and never reaches the reference values during calibration. First, replace the pH probe, then perform a full calibration with pH 4.0 and 7.0 solutions. If the problem persists after changing the probe, check that the calibration solutions are not expired (2-year shelf life unopened, 3 months after opening).
Cleaning a BlueLAB EC probe is done in three steps with the maintenance kit. First, rinse the probe with distilled water to remove organic residues. Then, soak the probe in the EC cleaning solution for 10 to 15 minutes to dissolve limescale and mineral deposits. Finally, rinse thoroughly with distilled water and calibrate with the EC 2.77 mS/cm solution. This procedure should be repeated every 2 weeks in intensive hydroponic cultivation to maintain measurement accuracy.
BlueLAB cleaning and calibration solutions are compatible with most pH and EC probes on the market, as they comply with international concentration standards. However, connectors and mechanical parts are specifically designed for BlueLAB devices. pH 4.0, 7.0, and 10.0 solutions can be used to calibrate Hanna, Milwaukee, or Adwa testers. For EC probes, the 2.77 mS/cm solution is a recognized standard. Be careful with storage solutions, which may vary depending on the manufacturer.
Installing a new BlueLAB pH probe begins by unscrewing the old probe counter-clockwise. Screw in the new probe by hand without forcing it, until it is firmly in place. Before first use, soak the probe for 30 minutes in pH 4.0 storage solution. For calibration, rinse the probe with distilled water, immerse it in pH 7.0 solution and wait for stabilization (flashing CAL symbol). Confirm, rinse, then repeat with pH 4.0 solution. A successful calibration shows a slope between 95% and 105%.
In indoor hydroponics, BlueLAB probe maintenance must follow a precise schedule to ensure reliable measurements. Clean EC probes every 2 weeks with the specific cleaning solution, and calibrate them monthly. pH probes require weekly calibration and cleaning as soon as response times exceed 60 seconds. Replace pH probes every 12 to 18 months depending on intensity of use, and EC probes every 2 to 3 years. Always store pH probes in their storage solution between uses to extend their lifespan.
Help & advice
About BlueLAB - parts and accessories — click a question to see the answer.
To calibrate a Bluelab pH tester, I always recommend using fresh, high-quality calibration solutions. Generally, you'll follow a two or three-point process (pH 7.0 and pH 4.0 or 10.0). The device will guide you step-by-step. This is a crucial step to ensure the accuracy of your measurements in hydroponics.
A Bluelab EC tester, or electrical conductivity tester, is essential for measuring the nutrient concentration in your hydroponic solution. I use it to ensure my plants receive the correct amount of fertilizer. Too low an EC indicates under-feeding, while too high an EC can burn the roots. It's an indispensable tool for the health of your crops.
Several signs can indicate a faulty Bluelab pH probe. If your tester can no longer calibrate correctly, if readings are inconsistent or remain fixed despite changes in the solution, or if it takes a long time to stabilize a reading, it's likely the probe is at the end of its life. I recommend replacing it to ensure the reliability of your measurements.
The main difference is their function: the Bluelab pH tester measures the acidity or alkalinity of your solution, a key factor for nutrient absorption by plants. The Bluelab EC tester, on the other hand, measures the total concentration of dissolved nutrient salts. Both are complementary and essential for precise control in hydroponics.
To clean your Bluelab probes, I advise using a specific Bluelab cleaning solution and a soft brush. It's important to never rub the pH probe membrane and to rinse thoroughly with distilled water after cleaning. Regular cleaning, especially for the EC probe, prevents residue buildup and ensures accurate readings.
For hydroponics, I highly recommend a Bluelab pH/EC/Temperature combo tester for comprehensive monitoring. If you already have separate devices, make sure you have a pH tester (like the Bluelab pH Tester) and an EC tester (like the Bluelab EC Truncheon Tester). For more advanced systems, the Bluelab PRO Controller is an excellent choice.
Installing the Bluelab Connect Range Extender is quite simple. It typically connects between your Bluelab Connect device (such as the Bluelab Connect Stick or Bluelab Connect Hub) and your computer or router. Its role is to extend the wireless connection range, allowing you to monitor your parameters remotely. Follow the specific instructions provided with the product for optimal setup.
In hydroponics, the ideal pH range is generally between 5.5 and 6.5. It is within this range that most plants best absorb nutrients. I advise carefully monitoring this parameter with your Bluelab pH tester and adjusting if necessary with pH regulators to maintain an optimal environment for your crops.
Maintaining a Bluelab PRO pH/EC controller involves several steps. I recommend regularly calibrating the pH and EC probes according to the manufacturer's instructions, cleaning the probes to prevent residue buildup, and checking the levels of reference or storage solution for the probes. Preventive maintenance ensures reliable measurements and extends the lifespan of your equipment.
The most common mistake I see is neglecting regular calibration. An uncalibrated tester will give erroneous readings, which can have disastrous consequences for your crops. Another mistake is letting pH probes dry out; they should always be stored in their storage solution. Finally, don't forget to clean your probes frequently for accurate measurements.
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