Microprocessor Controlled Melting Point Apparatus

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Microprocessor Controlled Melting Point Apparatus Specification

Control Type
Microprocessor based with digital temperature control

Glass Type
Capillary Melting Point Tubes

Accuracy
±1°C

Shape
Rectangular

Temperature Resistance
Ambient to 350°C

Heating Capacity
Up to 350°C

Speed Range
Programmable heating rate (0.5 to 10°C/min)

Power Supply
230 V, 50 Hz AC mains

Features
Programmable heating rate, in-built LED illumination, end-melting point buzzer, fan cooled

Display Type
Large digital LED display

Type
Microprocessor Controlled Melting Point Apparatus

Dimension (L*W*H)
400 x 225 x 170 mm (approx.)

Equipment Type
Laboratory Analytical Instrument

Equipment Materials
Powder coated metal cabinet with glass capillary and aluminum heating block

Power
30 W

Voltage
230 V AC, 50 Hz

Material
Metal Body with Integrated Glass Viewing Window

Application
For precise determination of melting points of solid samples in chemical laboratories

Capacity (Ltr)
Sample holder up to 3 capillaries

Weight
Approx. 4.5 kg

Programmability
User-settable ramp rates

Temperature Sensor
Platinum RTD/Pt100 sensor

Detection System
Visual observation with integrated magnifying lens

Compliance
Meets ISO/GLP/GMP standards

Calibration
Digital automatic calibration support

Sample Capacity
3 capillary tubes simultaneously

Safety Features
Overheat protection and fan assisted cooling

Illumination
Bright LED for clear sample visibility

Output
Buzzer indication at end melting point

About Microprocessor Controlled Melting Point Apparatus

Microprocessor Controlled Melting Point Apparatus

Temperature Range	Upto 35 Degree C
Brand	Micro Technologies
Resolution	1 Degree C
Display	Digital
Melting Range	350 Degree C
Automation Grade	Fully Automatic
Voltage	220 V
Frequency	50 Hz
Phase	Single Phase

Advanced Detection System

This melting point apparatus incorporates visual observation with an integrated magnifying lens and bright LED illumination, ensuring clear, accurate detection of the melting process. The buzzer output notifies users immediately upon reaching end melting point. These features streamline analysis for laboratory professionals.

Optimized Sample Throughput

Handling three samples simultaneously using capillary tubes increases laboratory efficiency. The metal cabinet and aluminum heating block guarantee uniform temperature distribution, while fan-assisted cooling and overheat protection maintain safe operation during intensive testing sessions.

Programmable Precision and Compliance

Users benefit from microprocessor control with user-settable ramp rates and digital calibration, providing flexibility and repeatable accuracy (1C). The system meets stringent ISO, GLP, and GMP laboratory standards, ensuring regulatory compliance for various chemical and pharmaceutical testing environments.

FAQ's of Microprocessor Controlled Melting Point Apparatus:

Q: How is the melting point detected in this apparatus?

A: The melting point is determined visually through the integrated magnifying lens and illuminated by a bright LED for enhanced sample clarity. The instrument also provides a buzzer indication at the end melting point for immediate notification.

Q: What is the process for running multiple samples simultaneously?

A: The apparatus is designed to accommodate up to three capillary tubes at once, allowing users to test multiple solid samples in parallel. This feature increases throughput and efficiency in laboratory workflows.

Q: When should I calibrate the melting point apparatus?

A: Calibration should be performed regularly or after major maintenance to ensure continued measurement accuracy. The digital automatic calibration feature streamlines this process, making it easy to align the instrument with laboratory standards.

Q: Where can this microprocessor controlled melting point apparatus be used?

A: This equipment is ideal for chemical laboratories, including pharmaceutical, academic, and quality control environments, especially where precise determination of melting points and compliance with ISO, GLP, and GMP standards are required.

Q: What safety measures does the apparatus include during operation?

A: Safety features include overheat protection and fan-assisted cooling to prevent thermal overload and maintain stable operating conditions-even during extended usages.

Q: How do the programmable settings benefit laboratory users?

A: The user-settable ramp rates allow for customized heating profiles (0.5 to 10C/min), improving reproducibility and optimizing analysis for different samples. This flexibility helps achieve consistent, reliable results.

Q: What type of samples and temperatures is this instrument suitable for?

A: The apparatus is designed for solid sample analysis in glass capillary tubes, with a temperature resistance from ambient up to 350C. Its precision and control make it suitable for a wide range of melting point determinations.

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