Product Description
| pH Range | 0.00 to 14.00 pH |
| pH Resolution | + 0.01pH |
| pH Accuracy | + 0.01pH |
| mV Range | 0 to +1999mV |
| mV Accuracy | +1mV |
| Temperature R ange | 0 to 100C |
| Temperature A ccuracy | +1C |
| Calibration P oints | 2 points |
| pH Buffer Options | NIST ( pH 4.00 / 6.86 / 9.18 ) or USA ( pH4.01 / 7.00 / 10.00 ) |
| Temperature C ompensation | 0 t o 1 00oC, Manual o r A utomatic |
| Power Requirements | DC9 V, u sing A C A daptor 2 20V AC, 5 0H z |
| Dimensions | 210 ( L ) mm x 205 ( W ) mm x 65 ( H ) mm |
| Weight | 1.75 kg |
Advanced Auto Calibration & Temperature CompensationThis PH Meter simplifies calibration with its auto-calibration feature supporting up to three points, ensuring precise readings without hassle. Automatic or manual temperature compensation from 0C to 100C further enhances accuracy across diverse testing environments, minimizing potential errors from temperature fluctuations.
Robust Build and User-Friendly DesignConstructed with a compact and sturdy frame (265 x 230 x 105 mm, 2.5 kg), this meter combines durability with ease of handling. The clear 7-segment LED display and intuitive microprocessor-based controls streamline operations, while its low power consumption (<10 Watts) makes it energy-efficient for continuous use.
FAQs of PH Meter ( Microprocessor ):
Q: How does the PH Meter ensure measurement accuracy during voltage and temperature fluctuations?
A: The PH Meter is equipped with voltage fluctuation tolerance of 10% and automatic temperature compensation from 0C to 100C. This ensures that readings remain accurate even when environmental or electrical variations occur, making it extremely reliable for critical laboratory and industrial processes.
Q: What is the process for calibrating the Digital PH Meter (Microprocessor)?
A: Calibration is straightforward using the auto-calibration feature, which supports up to three points. The instrument automatically recognizes pH buffers, simplifying set-up while maintaining high accuracy (0.01 pH) across its measuring range (0.00 to 14.00 pH).
Q: Where can this PH Meter be used effectively?
A: This PH Meter is suitable for laboratory analysis, industrial process monitoring, and water or wastewater quality testing. Its robust design and advanced features make it ideal for use in research institutions, treatment facilities, and manufacturing plants.
Q: What are the main benefits of using a microprocessor-based PH Meter?
A: A microprocessor-based design provides enhanced operational control, automatic functions (including calibration and temperature compensation), quicker response time, and higher accuracy, making pH measurement more dependable and user-friendly.
Q: When should I use the auto/manual temperature compensation feature?
A: Use automatic temperature compensation when sample temperatures vary or are unknown, allowing the meter to adjust readings automatically. Manual compensation is useful for controlled environments or when exact temperature values are known.
Q: How is the PH Meter operated and what is the power requirement?
A: The meter operates via straightforward microprocessor-based controls and displays results on a 7-segment LED screen. It requires a standard 230 V AC, 50 Hz power supply and consumes less than 10 Watts, making it suitable for continuous laboratory or industrial use.