About Digital Photocolorimeter
DIGITAL PHOTOCOLORIMETER : ETA-02
Set Zero (Auto Zero) : By Press Push Switch with Audio response.
Wavelength Range : 405 - 700 nm Filters : Built-in 8 Digital Filters
>30,000 Hours Life.
Filters Wavelength : 405nm, 450nm, 480nm, Battery Indicator : Graphical
520nm, 540nm, 578nm, 620nm, 700nm Accuracy : + 0.01 O.D.
Display Parameters : O.D., %T, Wavelength Light : Highly Accurate LED Source.
Detector : Silicon Photo Diode Dimension : 275 x 187 x 94mm.
Stability : + 0.02 O.D. Per Hour Power : 230 V + 10% AC, 50 Hz.
Volume : 1 ml Minimum Weight : 1 Kgs.
Battery Backup : 7.2 V Li-ion Re-Chargeable Battery.
Accessories : Set of Test Tube- 5 Nos., Test Tube Holder 1 No.
High-Precision Laboratory MeasurementsEngineered for accuracy, the photocolorimeter delivers dependable readings essential in research and quality control. The instruments 0.01 absorbance unit resolution and smart zero adjustment provide reliable data, making it ideal for diverse laboratory settings. Its ABS plastic body and compact design ensure durability and ease of integration into modern labs.
Versatile ApplicationsAdaptable to several fields, the device excels in clinical diagnostics, chemical analysis, pharmaceutical research, food quality assessment, and environmental monitoring. Its capacity to handle up to 100 samples aids high-throughput scenarios, offering efficiency to laboratories requiring consistent and precise solution analysis.
FAQs of Digital Photocolorimeter:
Q: How does the digital photocolorimeter perform automatic zero adjustment?
A: The photocolorimeter uses a built-in function to automatically calibrate to zero absorbance before measurements, ensuring accuracy and eliminating manual adjustments.
Q: What types of samples can be analyzed with this photocolorimeter?
A: This device is suitable for solutions in clinical, chemical, pharmaceutical, food, and environmental applications, using a 10 mm path length test tube holder for versatility.
Q: When is the best time to use the photocolorimeter for maximum accuracy?
A: Optimal accuracy is achieved when operating the device within 10C 40C with freshly prepared samples, following proper calibration procedures before each use.
Q: Where is the photocolorimeter typically utilized?
A: It is widely used in laboratories such as clinical, chemical, environmental testing, pharmaceutical, and food analysis, supporting research and routine quality assessments.
Q: What is the measurement process with this instrument?
A: Measurements involve placing the sample in a test tube, selecting the desired modeabsorbance, transmittance, or concentrationand reading the results directly on the digital LED display.
Q: How does the rechargeable battery option benefit laboratory workflow?
A: The optional inbuilt rechargeable battery enables portable operation, allowing the photocolorimeter to be used in field settings or locations with limited electrical access.
Q: What are the main benefits of using this digital photocolorimeter in the laboratory?
A: Its benefits include precise results, user-friendly digital operation, automatic calibration, adaptability to multiple applications, and durable, lightweight construction for enhanced mobility.