Operating Range:0.1 ppb to 20 ppm
Temperature Range:Up to 122 °F (50 °C)
Accuracy at Low Concentrations:±1.0 ppb below 20 ppb
Calibration Time:Achieves 1 ppb accuracy within 5 hours
Cable Connector Option:Variopol (VP6) for easy and quick sensor replacement
Material:Stainless steel and corrosion-resistant materials
Power Consumption:Minimal power usage for efficient operation
Introducing the Rosemount Instruments 499ATrDO-54-70, a cutting-edge dissolved oxygen measurement module that stands at the forefront of industrial control technology. Engineered with precision, this module ensures unparalleled accuracy and reliability in measuring dissolved oxygen levels in a broad spectrum of industrial environments.
With its innovative design, the 499ATrDO-54-70 excels in fast calibration times, achieving 1 ppb accuracy within just five hours after installation. This feature is particularly advantageous in applications requiring immediate and precise measurements without compromising on operational efficiency.
Designed with durability and ease of maintenance in mind, the module incorporates a Variopol (VP6) cable connector option, eliminating the complexities associated with cable twists and facilitating swift sensor replacements. This not only enhances operational convenience but also extends the lifespan of the module by minimizing wear and tear.
Operating under demanding conditions, the 499ATrDO-54-70 can withstand temperatures up to 122°F (50°C), making it a versatile solution for a variety of industrial settings. Its wide measurement range of 0.1 ppb to 20 ppm ensures compatibility with diverse applications, catering to both low and high concentration scenarios.
A testament to its superior performance, the module boasts a high accuracy of ±1.0 ppb when measuring concentrations below 20 ppb. This precision is crucial for applications where even the slightest deviation in dissolved oxygen levels can impact overall system performance and safety. Additionally, the internal flexible bladder design ensures automatic pressure equalization, minimizing the influence of external pressures on measurement accuracy, thus providing consistent and dependable readings.
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