
( Brand: Mettler Toledo ), ( Manufacturer Part Number: 51343160 ), ( Part Type: Electrode )
The Mettler-Toledo Inlab 51343160 is a precision pH Micro Electrode designed for lab applications that require high-accuracy and reliable pH measurements. This electrode is engineered with a thin glass measuring sensing element which guarantees fast response time and high sensitivity to pH changes.
The Inlab 51343160 is constructed with advanced Borosilicate glass, known for its durability and ability to withstand the rigors of demanding laboratory environments. The electrode's tip is particularly small, enabling precise measurements in even the smallest samples, and the large sealed reference junction ensures long-term stability of the electrode's reference potential.
This electrode features a thin-wall ISFET pH sensor design, providing an ultra-low volume measuring chamber which allows for accurate measurements in volatile samples or samples with low buffering capacity. The sensor also has low temperature coefficient, ensuring stability and accuracy even in temperature fluctuations.
The Mettler-Toledo Inlab 51343160 comes with a built-in temperature sensor that accurately measures the temperature of the sample to within 0.1 C, compensating for temperature effects on pH measurements. It is equipped with a highly robust, titanium self-compensating electrode, making it ideal for use in high ionic strength media.
The electrode is pre-calibrated for easy use right out of the box. The calibration is traceable to international standards, ensuring high measurement accuracy. Calibration verification can be done using the electrode's built-in membrane potential check, which continually monitors the membrane potential to ensure proper function of the sensor.
The Inlab 51343160 is an excellent choice for laboratories requiring pH measurements with the highest precision and reliability in a wide range of applications, including pharmaceuticals, food and beverage, environmental monitoring, and water quality analysis. The electrode is easy to use and maintain and comes with a high-quality storage container, preventing contamination between uses. In summary, the Mettler-Toledo Inlab 51343160 is a high-precision, versatile and durable pH micro electrode that delivers consistent and accurate pH measurements, making it a valuable addition to any laboratory.
The Mettler-Toledo INLAB Micro Electrode (Model 51343160) is a popular choice for laboratory applications that require precise and continuous pH measurements. This electrode is designed for undiluted samples and features a integrated temperature sensor and pH sensor. In this analysis, we will present the advantages and disadvantages of purchasing this Mettler-Toledo micro electrode.
Advantages:1. High Precision and Accuracy: The INLAB Micro Electrode offers high-precision and accuracy, which is essential for laboratories that demand consistent and reliable pH measurements. The low-noise design and the automatic temperature compensation ensure useful and precise measurements.
2. Small Sample Volume: The micro electrode requires only a small sample volume, which makes it ideal for applications with limited starting materials or when monitoring reactors with high sample throughput.
3. Wide Measuring Range: The electrode provides a measuring range of pH 0.01-14.0, covering a broad range of pH values commonly encountered in various laboratory applications.
4. Integrated Temperature Sensor: The integrated temperature sensor enables accurate temperature control, which is vital for pH measurements to ensure that temperature changes do not impact the pH measurement.
5. Robust and Durable: The Mettler-Toledo micro electrode is known for its robust and durable construction. It has a long lifespan, which means fewer replacements and lower maintenance costs.
Disadvantages:1. High Cost: The Mettler-Toledo INLAB Micro Electrode is relatively expensive compared to other micro electrodes available in the market. This high cost might impact the budget of some laboratories.
2. Calibration Requirement: The electrode needs to be calibrated regularly to maintain its accuracy and precision. This process can be time-consuming and requires additional chemicals and equipment.
3. Sensitive to Interference: The micro electrode is sensitive to various interferences, including high ionic strength, high concentration of non-buffer substances, and the presence of gases. Careful consideration should be given to the sample preparation and measurement conditions to minimize the interference effects.
Conclusion:The Mettler-Toledo INLAB Micro Electrode (Model 51343160) offers several advantages, such as high precision, small sample volume, a wide measuring range, and an integrated temperature sensor. However, it also has disadvantages, like its high cost, regular calibration requirement, and sensitivity to interference.
Despite the disadvantages, the benefits of the micro electrode's high precision, durability, and minuscule sample volume often outweigh the cons. This makes it a valuable investment for laboratories that demand consistency and accuracy in their pH measurements.
Recommendation:If your laboratory performs frequent pH measurements and requires a high degree of precision, the Mettler-Toledo INLAB Micro Electrode (Model 51343160) is an excellent choice. Consider the budget constraints and interference conditions before making the purchase. Regular calibration and proper sample preparation will ensure accurate and reliable measurements.
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