Digital Photo Colorimeter Micro Controller

Price 5500 INR/ Piece

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MOQ : 1 Piece

Digital Photo Colorimeter Micro Controller Specification

Equipment Type
Digital Photo Colorimeter (Micro Controller)

Operating Voltage
220V AC 10%, 50 Hz

Temperature
10C to 40C

Power Supply
220V AC 10% 50Hz

Response Time
1 Second

Frequency
50 Hz

Number of Specimens
1 at a time

Features
Micro controller based system, highly stable, accurate

Measuring Range
0 to 100% Transmission, 0 to 2.00 OD

Interface Type
Direct panel controls

Display Type
Large LED digital display

Resolution
0.01 OD

Specimen Size
Test tube: 10 mm path length

Accuracy
0.02 OD

Machine Weight
2.5 kg approx.

Control Mode
Micro controller based

Digital Photo Colorimeter Micro Controller Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash Advance (CA), Cash in Advance (CID)

About Digital Photo Colorimeter Micro Controller

Digital Photo Colorimeter Micro Controller

Digital Photo Colorimeters are available with 8 and 5 filters respectively. The output is available on a 2½ digit red LED display in terms of Optical Density(OD).

Precision and Efficiency in Analysis

With an advanced microcontroller system, this digital colorimeter ensures swift and precise color analysis. The automatic calibration and zeroing functions minimize manual intervention, thus enhancing repeatability and reliability. This functionality is particularly advantageous for high-throughput laboratory workflows and quality control environments.

User-Friendly Design and Operation

The colorimeter features direct panel controls and a three-digit LED display, making it intuitive for users to operate. The rotary switch enables easy selection among eight optical glass filters, while the sturdy sample holder accommodates 10mm path length test tubes, simplifying specimen handling and measurement procedures.

Reliable and Durable Construction

Built with durability in mind, the colorimeters robust casing and compact design (245mm x 175mm x 90mm; 2.5 kg approx.) ensure longevity and ease of transport. Its operational stability in temperatures ranging from 10C to 40C makes it adaptable for diverse laboratory environments.

FAQs of Digital Photo Colorimeter Micro Controller:

Q: How does the automatic calibration process work in this digital photo colorimeter?

A: The automatic calibration system sets the zero and calibrates the instrument electronically before each measurement, ensuring high accuracy and eliminating manual errors. This function simplifies the preparation process and maintains measurement integrity.

Q: What is the purpose of the eight high-quality optical glass filters?

A: These filters allow precise wavelength selection for various colorimetric analyses. The rotary switch lets users efficiently choose the desired filter, enhancing measurement flexibility across different sample types.

Q: When should the calibration be performed on the colorimeter?

A: Calibration should be performed before every new set of measurements or when switching between samples to guarantee consistency and precision in readings.

Q: Where can this digital photo colorimeter be effectively used?

A: This instrument is ideal for chemical, biological, and environmental laboratories, as well as industries requiring precise color analysis such as pharmaceuticals, wastewater treatment, and food processing.

Q: What is the measuring process for samples with this equipment?

A: Insert the test tube specimen (10mm path length) into the sample holder, select the appropriate filter using the rotary switch, perform automatic zeroing and calibration, and then record the measurement from the LED display.

Q: How is accuracy ensured during the specimen analysis?

A: Accuracy is maintained through a microcontroller-based system, automatic calibration, high-quality optical filters, and a clear LED display that delivers results with 0.02 OD accuracy and 0.01 OD resolution.

Q: What benefits does a microcontroller-based colorimeter provide over traditional models?

A: The microcontroller-based design improves operational stability, enhances measurement accuracy, speeds up the analysis process, and reduces the risk of human error, making it ideal for consistent laboratory performance.

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