Milwaukee Ammonia Medium Range Pro Photometer
Reliable Ammonia Measurements with Milwaukee PRO Photometer
The Milwaukee PRO Photometer is a reliable and accurate tool for measuring ammonia levels in water. With its manual zero point calibration and fast operation, this photometer is ideal for users in aquaculture, aquariums, education, and lab applications. The rugged design ensures durability and long-lasting performance, making it perfect for users who require precise measurements in various environments.
Key Features and Benefits
The Milwaukee PRO Photometer boasts a range of features that make it an excellent choice for water quality analysis. It has a resolution of 0.01 mg/L, ensuring precise measurements, and a battery life of up to 10 minutes with auto-off, making it energy-efficient. The light source is a blue LED 466 nm, and the light detector is a silicon photocell with a 466 nm narrow band interference filter. The meter operates in an environment of 0 to 50°C (32 to 122°F) and RH 100%.
Easy to Use and Accurate
The Milwaukee PRO Photometer is designed for ease of use, with a simple measurement process that requires minimal training. Just mix the reagent in the sample, gently shake, insert the cuvette, zero the meter, and press read. The large digital LCD readout ensures fast and easy-to-read results, and the accurate measurements are ensured by the adaptation of The Nessler Method.
Ideal for Various Applications
The Milwaukee PRO Photometer is an excellent tool for educators who want to teach their students the basics of water quality analysis and its practical applications. It is also suitable for users in aquaculture, aquariums, and laboratory settings, where accurate ammonia measurements are crucial.
Why Choose the Milwaukee PRO Photometer?
With its rugged design, fast operation, and accurate results, the Milwaukee PRO Photometer is an excellent choice for anyone requiring reliable ammonia measurements. Order now and benefit from a durable and long-lasting tool that will meet your needs for years to come.