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Microprocessor Melting Point

Microprocessor Melting Point Specification

Humidity Range
Up to 80% RH

Temperature Range
Room Temperature to 350C

Properties
High Accuracy, User Friendly Microprocessor Based System

Function
Measures and records melting point

Display Type
7 segment LED display

Accuracy
0.5C

Phase
Single Phase

Weight
6 kg (approx)

Suitable For
Laboratory use for chemical and pharma samples

Frequency
50 Hz

Power
230V AC, 50Hz

Shape
Rectangular

Application
Pharmaceutical Laboratories, Research Institutes

Use
Determination of the melting point of substances

Color Code
White and Blue

Automation Grade
Semi Automatic

Product Type
Digital Melting Point Apparatus

Dimension (L*W*H)
370 x 280 x 170 mm

Treatment Type
Heat Treatment

Storage Capacity
Up to 100 results

Material
Mild Steel

Height
170 mm

Power Source
Electric

Voltage
230 V

Display
Microprocessor based digital display

Control Panel
Membrane type keys

Safety
Thermal fuse for overheat protection

Lamp
Halogen illumination system

Sample Capacity
Can test up to 3 samples simultaneously

Heating Rate
Selectable 1°C/min or 2°C/min

Sensor Type
PT-100 Platinum Resistance Thermometer

Cooling
Fan assisted cooling

Calibration
Auto / Manual Calibration Facility

Microprocessor Melting Point Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1000 Pieces Per Month

Delivery Time
7 Days

About Microprocessor Melting Point

A microprocessor melting point apparatus is a device that can measure the melting point of a substance, which is the temperature at which a solid and liquid form of a pure substance can coexist in equilibrium

Simultaneous Testing for Efficiency

This apparatus enables you to test up to three samples at once, enhancing productivity in busy laboratory settings. Its selectable heating rates (1C/min or 2C/min) provide the flexibility to adapt the experiment pace according to the sample requirements, optimizing both accuracy and turnaround time.

Advanced Safety and Control Features

Equipped with a thermal fuse for overheat protection and a membrane-type key control panel, the device ensures both user safety and convenience. The built-in PT-100 platinum resistance thermometer provides precise temperature measurements, while the fan-assisted cooling system helps maintain stable internal conditions for accurate results.

Designed for Laboratory Excellence

Constructed from durable mild steel and finished in a professional white and blue color scheme, this rectangular instrument fits seamlessly into pharmaceutical and research lab environments. Its microprocessor-based functionality, digital 7-segment LED display, and automation capabilities promise reliability and user-friendly operation.

FAQ's of Microprocessor Melting Point:

Q: How does the Microprocessor Melting Point apparatus determine melting point?

A: The apparatus gradually heats up to three samples simultaneously, using selectable heating rates of either 1C/min or 2C/min, and relies on a PT-100 platinum resistance thermometer to precisely monitor temperature changes. As each sample reaches its melting point, the device records the corresponding temperature for accurate documentation.

Q: What are the main benefits of using this melting point apparatus in a laboratory setting?

A: This instrument offers high accuracy (0.5C), the convenience of simultaneous sample testing, and rapid result storage for up to 100 samples. Its user-friendly controls and automated calibration facilities minimize errors and time spent on manual adjustments, making it ideal for busy pharmaceutical and research labs.

Q: When is auto or manual calibration needed with this device?

A: Auto calibration is recommended during routine use for consistent accuracy, while manual calibration may be performed during initial setup or after significant changes in operational conditions to ensure measurement integrity. Both modes are easily accessible from the membrane control panel.

Q: Where is this melting point apparatus typically used?

A: It is primarily used in pharmaceutical laboratories, chemical research institutes, and academic environments across India, where precise melting point determination is essential for quality control and research application.

Q: What process should users follow to ensure safe and proper usage?

A: Users should place up to three samples in the designated capillary tubes, set the desired heating rate, and initiate testing using the control panel. The thermal fuse and cooling fan ensure safety, while the microprocessor and digital display guide the user throughout the measurement process.

Q: How does the storage function assist in laboratory workflows?

A: The built-in storage capability can retain up to 100 results, making it simple to review historical data, compare multiple samples, and maintain a clear record for compliance and quality assurance purposes.