Product Description
Capitalizing on our vast knowledge of the arena, we have established ourselves as an eminent exporter of Industrial Flame Photometer. These are precisely designed by our vendors using top notch materials and modern technology. Our Industrial Flame Photometer is used in industrial labs and intuitions for the determination of sodium, potassium, calcium, barium and lithium concentrations. We offer these devices at most industry leading prices so that every customer can avail their benefits.
Features:
- Precise measurement
- User friendly interface
- Large display
Specifications:
| Range | 0 to 199.9ppm |
| Limits of detection | Na 0.2ppm K 0.2ppm Li 0.25ppm Ca 15ppm Ba 30ppm |
| Reproducibility | <1% coefficient of variation for 20 consecutive samples using 10ppm Na set to read 50 |
| Linearity | <2% error when 3ppm Na/K and 5ppm Li are set to read 100 |
| Stability | <2% drift over 5 min when continuously aspirating 10ppm sample set to 50. |
| Specificity | Interference from Na/K and Li equal in concentration to test element will be <0.5% |
| Recorder output | Nominal 1.00V for a reading of 100.0 |
Services
| Electrical | 90-125V or 190-250V @50/60Hz* |
| Air | Moisture and oil free, 6 litre/min @ 14psi |
| Fuel | Propane, butane, natural gas or LPG |
| Size | (w x d x h), mm 420 x 360 x 300 |
| Weight | kg 8 |
Key Features
Designed for industrial analysis
Supplied with Na, K, Li, Ba and Ca filters
Low temperature, single channel
Flame failure safety system
Operates with propane, butane, natural gas or LPG
Advanced Detection and CalibrationUtilizing a sensitive photoelectric detector and flame emission illumination, the Industrial Flame Photometer ensures reliable and accurate measurements. The instrument offers a two/three-point calibration facility for enhanced precision, making it suitable for complex analytical requirements in various sectors.
Safety and Efficiency Built InWith integrated flame failure detection and overheat protection functions, this photometer safeguards laboratory personnel and equipment. Auto ignition and low gas consumption features promote safe operation and resource efficiency, contributing to a streamlined workflow.
Versatile Usage and Fast PerformanceDesigned for usage in laboratories and industrial settings, the photometer delivers rapid analysis with a response time under eight seconds and accommodates up to 100 samples per hour. Its robust construction ensures durability, while the manual or digital control modes allow for flexible operation.
FAQs of INDUSTRIAL FLAME PHOTOMETER:
Q: How does the Industrial Flame Photometer achieve high sensitivity and accuracy?
A: This photometer employs a highly sensitive photoelectric detector and calibrated flame emission technique, achieving an accuracy of 2% over the full scale and a resolution of 0.1 ppm, suitable for precise trace analysis in varied samples.
Q: What is the process for operating and calibrating the photometer?
A: You can operate the device using manual or digital control modes. Calibration is straightforward, utilizing two- or three-point calibration to maintain accuracy. The warm-up time is less than ten minutes before beginning sample analysis.
Q: When should the flame photometer be used for testing?
A: It is recommended for laboratory and industrial testing of water, food, agricultural, and chemical samples whenever reliable trace analysis of elements like sodium and potassium is required.
Q: Where can the Industrial Flame Photometer be installed?
A: With compact dimensions (400 250 250 mm), the instrument fits easily into laboratory benchtops or industrial workspaces where liquid sample analysis is needed. It requires a 220V or 110V power supply and appropriate LPG/compressed air connections.
Q: What types of samples can be analyzed and in what volumes?
A: The device is designed for single-specimen analysis, accepting liquid samples with volumes ranging from 10 to 20 ml, making it ideal for routine quality control and research applications.
Q: How does the safety system function on this photometer?
A: Safety features include flame failure detection and overheat protection, which automatically detect operational hazards, shutting down or preventing ignition when unsafe conditions are present.
Q: What are the benefits of using the Industrial Flame Photometer in testing applications?
A: Its rapid test speed (up to 100 samples/hour), robust construction, low gas consumption, and reliable digital LED display make it highly productive and cost-efficient for continuous laboratory or industrial analyses.