About ConXport Microprocessor Flame Photometer
We offer the wide range ofMicroprocessorFlame Photometerwith following Compressor Unit.
| COMPRESSOR UNIT |
| Air Supply | By oil free mini compressor unit with pressure regulator |
| Combustion Gas LPG | Controlled by precision regulator |
| Power | 230 V + 10% AC, 50 Hz |
FEATURES:
| Minimum Order Quantity | 1 Number |
| Application | Laboratory Use, Industrial Use |
| Brand | ARG Labs |
| Weight | Main Unit : 7.5 Kg. (Approx.) |
| Curve Fit Accuracy | + 2% FS |
| Resolution | 0.1 ppm/meq |
| Dimensions | 365 x 245 x 220 mm (L x B x H) (Approx.) |
| Power | 230 V + 10% AC, 50 Hz |
| Automiser | Axial flow type |
| Ignition System | Auto Ignition |
| Calibration | Upto 5-Point Calibration with curve fitting software |
| Detector | Silicon Photodiode |
| Flame System | LPG & dry oil free air |
| Display | 20 x 4 Alphanumeric backlit LCD display |
Precision Element DetectionWith sensitivity as fine as 0.1 ppm for sodium and lithium, and 0.2 ppm for potassium, the ConXport Microprocessor Flame Photometer ensures precise measurement for critical analytical tasks. Its in-built memory can store data for up to 100 samples, allowing efficient workflow in busy labs or quality control processes.
User-Friendly Microprocessor ControlAutomatic calibration, auto ignition, and a clear 4-digit LED display make operation easy and reliable. The photometer supports both two-point and multi-point calibration for superior accuracy and features direct data transfer via USB or RS232, as well as printer connectivity, optimizing record-keeping and reporting.
Safe & Durable Laboratory SolutionSafety measures such as flame failure protection with automatic gas cut-off and a robust, corrosion-resistant metal housing ensure secure operation. Its compact design and integrated, low-noise compressor make it suitable for a wide range of laboratory environments, from research institutions to industrial settings.
FAQs of ConXport Microprocessor Flame Photometer:
Q: How does the ConXport Microprocessor Flame Photometer ensure accurate element detection?
A: The instrument uses high-quality optical filters, a stainless steel burner, and a borosilicate glass nebulizer, along with automatic multi-point calibration, to provide highly accurate measurement of sodium, potassium, calcium, and lithium. The built-in microprocessor manages calibration, data storage, and display for consistent results.
Q: What types of samples can be analyzed using this flame photometer?
A: This equipment is designed to measure sodium, potassium, calcium, and lithium specifically in aqueous solutions, making it ideal for laboratory, research, industrial, and quality control applications that require precise elemental analysis.
Q: When should the calibration process be performed?
A: Calibration should be carried out before sample measurement, especially when changing analytical parameters or after extensive instrument use, to maintain measurement accuracy. The photometers automatic 2-point or multi-point calibration feature simplifies this process for users.
Q: Where can the stored data be accessed or transferred?
A: Data stored for up to 100 samples is easily accessible via the devices built-in memory. Information can be directly transferred to external systems using the available USB or RS232 interface or printed using the direct thermal printer connectivity, facilitating seamless data management.
Q: What are the safety features included in this instrument?
A: The ConXport Flame Photometer incorporates flame failure protection with automatic gas cut-off for safe gas handling. Additionally, it has an in-built oil-free, low-noise compressor, and all wetted parts use corrosion-resistant materials to further enhance operational and user safety.
Q: How is the sample aspirated and what is the required gas type?
A: Samples are aspirated continuously at 68 ml/min using the built-in system. The instrument requires LPG or propane as the fuel gas and a supply of dry, oil-free compressed airprovided by the integrated compressorfor optimal performance and combustion safety.
Q: What are the benefits of using a microprocessor-based digital flame photometer?
A: Microprocessor control enables automatic calibration, direct concentration display, precise curve fitting, and reliable sample storage. These features, combined with robust construction and efficient safety systems, ensure highly accurate, repeatable, and convenient elemental analysis for laboratory professionals.