Teledyne ECO#02-0227 instruction

1.3.2Reliable Calibration. Although this instrument can be calibrated with air, the use of a calibration gas gives better results on the lower PPM ranges. If the instrument is exposed to high concentrations of oxygen (percent levels), it will take a significant amount of time to purge the oxygen from the sensor and analyzer for use in the low PPM level measurements (24 hours or longer).

1.3.3Integral Power Supply. The differential power +/- 3.6 volts D.C.) of the instrument amplifier is furnished by two internally mounted 750 milliampere hour nickel cadmium batteries. Fully charged, these batteries will provide enough power to operate the instrument continuously for a period of about 30 days. Furthermore, an overnight charge on a three weeks duty cycle should keep the original batteries supplied usable for many years.

An integral charging circuit and a detectable power cord are provided so that the batteries may be recharged from any 50 or 60 cycle, 100 to 115 volt, convenience outlet.

The instrument is designed to either sample or have its batteries recharged. Both operations cannot be carried out simultaneously. TAI has deliberately interlocked the circuitry so that both operations cannot be carried on at the same time.

Only when the selector switch is placed in the OFF position will the neon lamp on the back plate of the Model 311XL light up to indicate power to the battery charging circuit.

* U.S. Pat. Nos. 3,767,552 and 3,668,101

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ECO#02-0227 specifications

Teledyne ECO#02-0227 represents an advancement in environmental monitoring technologies, specifically designed to address the ever-evolving requirements of water quality analysis. This innovative device is equipped with cutting-edge features that enhance its functionality, providing users with reliable data for a variety of applications ranging from academic research to industrial processes.

One of the standout features of the Teledyne ECO#02-0227 is its ability to measure multiple parameters simultaneously. It offers real-time monitoring of critical water quality indicators, including dissolved oxygen, turbidity, pH levels, and chlorophyll concentrations. The simultaneous data collection capability accelerates decision-making processes, allowing for timely interventions in environmental management.

The device leverages advanced sensor technology, ensuring high accuracy and precision in measurements. The sensors are designed to minimize interference and provide consistent data across a range of conditions. This is particularly important for applications where water quality can fluctuate significantly, such as in rivers, lakes, and wastewater treatment facilities.

Another notable characteristic of the ECO#02-0227 is its rugged design, which makes it suitable for deployment in harsh environments. It features waterproof housing and is resistant to corrosion, ensuring durability and longevity even under extreme conditions. This robustness makes the device an ideal choice for field applications, where reliability is paramount.

Moreover, the Teledyne ECO#02-0227 utilizes smart connectivity options, enabling seamless data transfer and remote monitoring capabilities. Users can easily access real-time data via wireless networks, integrating the data into broader environmental monitoring systems. This connectivity facilitates collaboration among researchers and regulators, promoting more effective management of water resources.

In addition to its technical specifications, the device is user-friendly, with a straightforward interface that allows for easy navigation through settings and data retrieval. Comprehensive documentation and support resources ensure that users can maximize the device's potential without extensive training.

Overall, the Teledyne ECO#02-0227 stands out in the field of water quality monitoring. Its multi-parameter capabilities, advanced sensor technology, robust design, smart connectivity, and user-friendly interface make it an invaluable tool for environmental professionals seeking reliable and accurate data to support their initiatives. With this device, users can monitor and protect water quality more effectively, contributing to healthier ecosystems and communities.