Digital Melting Point System

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Digital Melting Point System Specification

Feature
Bright LED illumination, keypad operation, reset function

Temperature Range
Ambient to 350°C

Voltage
220V AC

Accuracy
±1°C

Model No
DMP-100

Capacity
2 capillaries per test

Automation Grade
Semi-Automatic

Frequency
50 Hz

Core Components
Heating block, digital controller, observation magnifier

Power Source
Electric (AC mains)

Measurement Range
Up to 350°C

Equipment Materials
Powder coated metal body with glass viewing window

Type
Digital Melting Point Apparatus

Usage
Laboratory analysis of melting points

Display Type
Digital backlit LCD display

Dimension (L*W*H)
220 x 170 x 150 mm

Weight
Approx. 3.5 kg

About Digital Melting Point System

Digital Melting Point Apparatus is a compact instrument designed for accurate determinations of melting points of solid samples.

Salient Features:

Cylindrical silicon oil bath
Built-in magnetic stirrer with electronic speed controller.
Electronic controller for adjusting the heating rate.
Digital display of temperature with PT-100 sensor.
Glare-free back-ground light with adjustable light intensity.
Provision for holding the melting point displayDescription


Temperature Range	2⁰ above RT-275⁰C
Readability	1⁰
Display	3 Digit LED
Heating Rate Control	Electronic
Stirrer Speed Control	Electronic
Temperature Sensor	PT-100

Advanced Observation and Control

Equipped with an integrated observation window, high-clarity lens, and LED illumination, the DMP-100 ensures optimal visibility during analysis. The adjustable heating rates and digital LCD display provide precise control over the testing process, while keypad operation and reset functions enhance convenience during laboratory use.

Safe and Efficient Laboratory Performance

Safety is prioritized with features such as built-in overheating protection and an audible alarm at the target temperature. The powder-coated metal body and glass viewing window ensure durability, while the instruments capacity to analyze three samples simultaneously maximizes laboratory efficiency.

FAQs of Digital Melting Point System:

Q: How does the Digital Melting Point System ensure precise measurements?

A: The DMP-100 offers an adjustable heating rate (1C/min to 10C/min), digital temperature control, and a high-accuracy (1C) sensor. These features, combined with the bright LED-illuminated observation window, deliver accurate and reproducible melting point determinations.

Q: What is the process for testing samples with this apparatus?

A: To conduct a test, insert up to three capillary tubes containing samples into the sample holder. Set the desired heating rate and target temperature via the keypad. Observe the melting process through the integrated lens, and be alerted by an audio alarm when the set temperature is reached.

Q: When should the built-in alarm and overheating protection be used?

A: The audio alarm alerts users when the set melting point is attained to prevent over-heating or manual oversight. The built-in overheating protection automatically cuts off power if the temperature exceeds safe limits, safeguarding both samples and equipment during continuous lab operation.

Q: Where can this melting point apparatus be used?

A: The DMP-100 is suitable for pharmaceutical, chemical, and research laboratories requiring melting point analysis. Its compliance with international pharmacopoeia standards makes it ideal for regulated environments and quality control settings across India and beyond.

Q: What are the main benefits of using this digital melting point system?

A: Key advantages include simultaneous analysis of multiple samples, user-friendly digital interface, reliable safety mechanisms, and adherence to international standards. Its compact design (220 x 170 x 150 mm) and lightweight build (approx. 3.5 kg) make it practical for any laboratory workspace.

Q: How does the observation feature enhance the analysis process?

A: The systems high-clarity glass lens, magnifier, and bright LED illumination provide an unobstructed and detailed view of the samples melting process, enabling precise identification of melting points and improved accuracy of results.

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