Product Description
Microcontroller-Based Flame Photometer - Model: Flamecal10 is a microcontroller-based equipment that automates operation, measurements, and result presentation. It estimates sodium, potassium, lithium, and calcium in a single sample aspiration. A four-line, twenty-character LCD readout facilitates user interaction and results display. This is very easy to install and simple to operate. Microcontroller-Based Flame Photometer - Model: Flamecal10 is available at greater concentrations, as is the ability to save settings for frequently used measurements, which may be recalled with the touch of a button.
Precision Laboratory MeasurementsFlamecal10 offers simultaneous sodium and potassium detection using flame emission photometry. The instrument achieves accuracy within 2% up to 40 meq/ltr, supported by automatic curve calibration to streamline workflows. Its microcontroller base provides reliable, repeatable results and digital data output for integration into laboratory systems.
Automated Calibration and Safety FeaturesWith automatic curve calibration and auto flame ignition, the Flamecal10 ensures efficient, safe operation. The built-in flame failure detection safeguards users, while the easy-fit, detachable aspiration system simplifies maintenance. These automated features minimize human error, optimizing laboratory productivity.
User-Friendly and Versatile DesignHoused in a powder coated mild steel cabinet, the photometer is compact and easy to handle (44 x 33 x 18 cm, approx. 8 kg). It operates within a wide temperature range, tolerating up to 40C and 80% RH. LCD digital display and supplied accessories-including Na/K filters, atomizer, compressor, and standard solutions-ensure straightforward setup and operation.
FAQ's of Microcontroller Based Flame Photometer - Model : Flamecal10:
Q: How does the Flamecal10 perform sodium and potassium measurements?
A: The Flamecal10 utilizes flame emission photometry, where sodium and potassium ions from the sample emit light when introduced into a flame. The instrument's detector then measures these emissions for precise quantification of Na and K concentrations.
Q: What is included with the Flamecal10 upon purchase?
A: Accessories supplied comprise Na and K filters, built-in air compressor, atomizer, aspiration tube, standard solutions, and a detailed user manual. These components are essential for immediate, reliable measurements in laboratory settings.
Q: When should automatic calibration be conducted on the Flamecal10?
A: Automatic curve calibration is recommended before performing sample analyses and after significant changes in ambient conditions. This ensures the instrument maintains optimal accuracy and repeatability for sodium and potassium measurements.
Q: Where is the Flamecal10 best utilized?
A: Designed for laboratory environments, particularly in chemistry, clinical, and environmental labs, the Flamecal10 is ideal for precise sodium and potassium quantification in liquid samples. Its robustness and portability allow for varied laboratory setups.
Q: What process does the Flamecal10 use for sample measurement?
A: Samples are aspirated at a rate of 5-6 ml/min into the burner unit, powered by LPG and a built-in compressor. After aspiration, the microcontroller manages measurement and calibration, displaying results digitally and outputting data via RS232 if needed.
Q: How is the Flamecal10 beneficial for laboratory professionals?
A: With high sensitivity, repeatability, and automated features, laboratory professionals benefit from efficient workflows, minimal manual adjustments, and prompt safety responses. The LCD display and digital output further streamline data recording and analysis.
Q: Can the Flamecal10 operate in varied climate conditions?
A: Yes, it functions efficiently in ambient temperatures up to 40C and humidity levels between 15% and 80% RH (non-condensing), making it suitable for diverse laboratory environments across different regions.