AQUASOL BENCH TOP PH METER RANGE 0-14 PH/=-1999MV MODEL NO- ABTPH
AQUASOL
The AQUASOL MODEL AMDO01 is a handheld, advanced microprocessor-based dissolved oxygen meter, meticulously engineered for fast, reliable, and accurate measurements in demanding environmental applications. Dissolved oxygen analysis is critical for assessing good water quality, measuring the O2 dissolved in aqueous solutions, derived from air entry and photosynthesis. The AMDO01 is ideal for essential on-site testing, empowering users to determine optimal oxygen levels necessary for aquatic health and system performance.
This portable pack includes the AMDO01 meter housed in a waterproof and impact-resistant ABS casing, ensuring field durability. Key features such as easy single-point calibration, dynamic automatic temperature compensation (ATC), and a dynamic range of 0 to 20.00 mg/L DO with ±2% accuracy make this meter an indispensable tool for environmental consultants, aquaculturists, and water quality analysts.
| Feature / Parameter | Details |
|---|---|
| Product Model | AQUASOL MODEL AMDO01 |
| DO Measurement Range | 0 to 20.00 mg/L |
| DO Accuracy | ± 2% |
| DO Resolution | 0.01 mg/L |
| O2 Measurement Range | 0 to 200.0 % |
| O2 Accuracy | ± 2% |
| O2 Resolution | 0.1 % |
| Temperature Range | 0 to 90 °C |
| Temperature Accuracy | ± 0.2 °C |
| Temperature Resolution | 0.1 °C |
| ATC (Auto Temp Compensation) | Yes, (0 – 50 °C) |
| Power Supply | AAA DC 1.5V x 4 Batteries |
| Waterproof / Impact Resistant | Yes, Rugged ABS Housing |
| Calibration Method | Easy Single Point Calibration |
The AQUASOL MODEL AMDO01 Dissolved Oxygen Meter provides a rugged and precise solution for critical field measurements, engineered to solve common user challenges in on-site water quality analysis.
What are the primary applications for the AQUASOL MODEL AMDO01 DO Meter?
The AQUASOL MODEL AMDO01 is optimized for essential, accurate on-site dissolved oxygen analysis, which is crucial for determining optimal oxygen levels in environmental monitoring and assessing good water quality across diverse aquatic systems.
Its microprocessor-based technology and portable pack make it ideal for consultants, aquaculturists, and researchers requiring reliable, fast environmental data collection.
How does the automatic temperature compensation (ATC) improve reading accuracy?
The AMDO01 features an integrated Automatic Temperature Compensation (ATC) system that functions across 0–50°C. Since DO levels are temperature-dependent, ATC dynamically adjusts calculations, ensuring reliable, accurate, and consistent dissolved oxygen analysis in fluctuating field temperatures.
This automated compensation ensures that user readings are precise and authoritative, preventing calculation errors common in dynamic aquatic environments.
Is the Model AMDO01 meter rugged enough for challenging field use?
Yes, the meter is designed with a rugged, waterproof, and impact-resistant ABS casing. This durable construction allows the AQUASOL Model AMDO01 to provide long-term service and maintain fast, reliable, and accurate measurements in demanding environmental monitoring conditions.
The compact design and included carrying case define its status as a portable type advanced meter for on-site applications.
Can the electrode for the AQUASOL AMDO01 be replaced by the user?
The AMDO01 features a field-replaceable electrode module (AQUASOL MODEL AMDO01). This replaceable type design ensures minimal downtime and a cost-effective maintenance path, allowing users to keep the meter providing fast, accurate environmental data.</ p>
This innovative design emphasizes the meter’s reliability and user convenience in extended environmental testing applications.
What are the specific accuracy and range specifications for dissolved oxygen measurements?
The AQUASOL MODEL AMDO01 provides dissolved oxygen measurements across a comprehensive range of 0 to 20.00 mg/L (O2 from 0 to 200.0 %) with an excellent measurement accuracy of ±2% and high resolution.
These specifications ensure the meter is capable of accurate dissolved oxygen analysis critical for verifying compliance with good water quality standards.