Microprocessor Melting Boiling Points Apparatus

Model No: AGN-107

Microprocessor Melting and Boiling Points Apparatus is an advanced laboratory device designed to precisely measure the melting and boiling points of various substances. It uses a microprocessor to control and monitor temperature changes, providing accurate readings of phase transitions in materials. The apparatus typically includes a heating system, temperature sensors, and digital display for ease of use, making it ideal for research and educational purposes.

Shere

Technical Specifications

Microprocessor-based Melting and Boiling Points Apparatus equipped with several advanced features. Here’s a breakdown of the key features and how they contribute to the overall performance and functionality of the device:
  1. Microprocessor Control

The device uses a microprocessor to control the various functions and manage the testing process, ensuring accurate and efficient measurement of melting and boiling points.

  1. 128 x 64 Graphical LCD Display

A graphical LCD display (128×64) allows users to easily monitor the test results, view the sample information, and navigate the menu options. This display is large enough to show real-time data, including the temperature curve or a graphical representation of sample progress.

  1. Testing Capacity: 3 Samples Simultaneously

The apparatus can test three samples at once, making it efficient for high-throughput testing.

  1. Temperature Range

The device can measure temperatures ranging from ambient temperature up to 350°C, making it versatile for a wide range of materials.

Resolution of 0.1°C allows precise temperature measurements to ensure accurate results.

  1. Sample Preparation

The fine powder needs to be properly dried at a temperature considerably higher than its melting or boiling point before being tested. This ensures the sample does not have excess moisture that could affect the results.

  1. Storage Capacity

The device can store up to 1000 sample results, each of which includes essential information such as:

Date and Time

Sample Number

Batch Number

This allows for organized record-keeping and easy retrieval of test results.

  1. Data Output via USB Port

Test results can be exported through a USB port, enabling easy data transfer to computers or other devices for further analysis or record-keeping.

  1. Sample Display Facility

Stored sample results can be displayed on the screen, making it easy to review past tests. This feature is particularly helpful for quality control and ensuring consistency across different batches of samples.

  1. Batch Number Entry

When storing sample results, users can enter a batch number to organize and track samples more efficiently. This feature ensures that results can be associated with specific production batches or testing sessions.

Application Use Case:

This apparatus is highly beneficial in laboratories, production environments, and research institutions where accurate and efficient determination of melting and boiling points is crucial. It could be used for testing the properties of various substances like polymers, pharmaceuticals, chemicals, or other compounds that require thermal analysis.

 

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