BSE-0050A Melting Point Apparatus

BSE-0050A Melting Point Apparatus Specification

Heating Method
Capillary Tube Method (with adjustable heating rate)

Condition
New

Heating Capacity
Up to 400C

Power Source
Electric

Control Mode
Digital Temperature Control with LED Display

Accuracy
1C

Type
Laboratory Melting Point Apparatus

Model
BSE-0050A

External Size
310 x 190 x 200 mm

Temperature Range
Room temperature to 400C

Material
Stainless Steel & Powder Coated Metal Body

Dimension (L*W*H)
310 x 190 x 200 mm

Power
40 W

Voltage
220 V

Surface Finish
Powder Coated

Display Type
Digital LED display for temperature

Alarm Function
Audio alarm at set temperature

Control Panel
Ergonomically placed controls

Temperature Sensor
Precision PT100 sensor

Weight
Approximately 2.5 kg

Safety Feature
Overheat protection

Sample Capacity
1-3 capillaries per test

Application
For determining melting point of chemicals, pharmaceuticals and organic compounds

Melting Point Detection
Visual observation with magnifying lens

BSE-0050A Melting Point Apparatus Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Month

Delivery Time
7-10 Days

About BSE-0050A Melting Point Apparatus

Useful in the determination of the melting point of any substance upto 300 C. Casted Al. housing with power coated finish. Radial holes admits a thermometer capillary. Energy regulator is provided as heat controller.

OPTIONAL FOR MELTING POINT APPARATUS

With cooling plug

Accurate Results Every Time

This apparatus ensures high-precision results thanks to its PT100 sensor and digital temperature control with an LED display. With a temperature range up to 400C and 1C accuracy, it is an excellent choice for researchers and quality control labs seeking dependable and reproducible data.

Designed for User Safety and Comfort

Operators benefit from an ergonomic control panel, overheat protection, and an audio alarm at the set temperature. The apparatuss powder-coated finish and sturdy build mean it stands up to rigorous laboratory use while prioritizing safe operation.

Flexible and Efficient Testing

Capable of testing 1-3 capillaries simultaneously, the BSE-0050A increases laboratory efficiency. Visual observation via a built-in magnifying lens allows users to detect precise melting points, making the apparatus suitable for a broad range of laboratory applications.

FAQs of BSE-0050A Melting Point Apparatus:

Q: How is the melting point detected using the BSE-0050A apparatus?

A: The melting point is visually detected by observing the capillary tubes with the integrated magnifying lens. As the temperature risesdisplayed on the digital LEDusers can watch for the exact moment the sample transitions from solid to liquid.

Q: What is the process for running a sample test with this melting point apparatus?

A: Simply prepare 1-3 capillaries with your sample, insert them into the device, and set the desired heating rate. Turn on the unit and monitor the LED display as temperature increases. Use the magnifying lens for visual observation and record the melting point when the change occurs.

Q: When does the audio alarm activate during operation?

A: The audio alarm sounds when the sample reaches the preset set temperature, notifying the operator and helping to prevent overtaking the target melting point or overheating the apparatus.

Q: Where can the BSE-0050A be used most effectively?

A: This apparatus is ideally suited for laboratories in chemical, pharmaceutical, academic, and industrial settings where accurate melting point determination is essential. Its compact design and robust construction suit bench-top use in research and quality assurance environments.

Q: What are the benefits of using a digital LED display for temperature control?

A: A digital LED display enhances readability and accuracy, allowing operators to effortlessly monitor and precisely control temperature settings, leading to more reliable and reproducible results.

Q: How does the overheat protection feature enhance operational safety?

A: The overheat protection automatically interrupts heating if unsafe temperatures are reached, safeguarding users and preventing potential damage to the apparatus or experimental samples.

Q: What is the advantage of using the capillary tube method in this device?

A: The capillary tube method facilitates easy sample preparation, enables simultaneous testing of up to three samples, and delivers quick, accurate results with minimal sample quantities required.

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