BSE-0055 Melting Point Apparatus Microprocessor Controlled Led 4 Digit Display Visual Technique Suitable For Dark Colored or Any Colored Samples

BSE-0055 Melting Point Apparatus Microprocessor Controlled Led 4 Digit Display Visual Technique Suitable For Dark Colored or Any Colored Samples Specification

Heating Method
Microprocessor controlled electrical heating

Control Mode
Microprocessor Controlled

Accuracy
1C

Power Source
Electric

Heating Capacity
Ambient to 350C

Condition
New

Type
Digital Melting Point Apparatus

Model
BSE-0055

Internal Size
Sample Capillary in holder (not a chamber type)

External Size
Approx. 250 x 200 x 150 mm

Volume
Capillary sample volume (approx. 1-2 mm per tube)

Air Flow
Natural convection

Temperature Range
Ambient to 350C

Material
Powder coated metal body with glass viewing window

Dimension (L*W*H)
250 x 200 x 150 mm

Power
50W

Voltage
220V AC, 50/60Hz

Surface Finish
Powder Coated

Calibration
Auto and manual calibration options

Safety Features
Over temperature cut-off & fuse protection

Reproducibility
High due to microprocessor regulation

Temperature Resolution
0.1°C

Sample Insertion
Three capillary tubes may be observed simultaneously

User Interface
Soft push button controls

Sample Holders
Glass capillary tubes (supplied)

Melting Point Range
Up to 350°C with over-range alarm

Visual Technique
Suitable for dark colored or any colored samples with clear magnified viewing window

Sample Observation
Equipped with magnifying lens for better visibility

Color
Light grey and black

Display
4 Digit Bright LED Display

Temperature Sensor
PT100 sensor

BSE-0055 Melting Point Apparatus Microprocessor Controlled Led 4 Digit Display Visual Technique Suitable For Dark Colored or Any Colored Samples Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Month

Delivery Time
7-10 Days

About BSE-0055 Melting Point Apparatus Microprocessor Controlled Led 4 Digit Display Visual Technique Suitable For Dark Colored or Any Colored Samples

The instrument basically consists of a miniature furnace with Auto controlled heating rate arrangement, an air circulating arrangement and a digital temp. Indicating circuitry with necessary controls, When the Start key is pressed, heating starts. There is Auto detection of Opto-coupled light transmission system, when sample melts, photodiode detects the signal and Melting Temperature put on hold / latched on display automatically. The furnace becomes off and the cooling fan ON simultaneously. The instrument gives audio & visual indications, on reaching the temperature at which the sample melts.

Temp. Range Ambient to 350 degree C
Display 3 Digits, 4 Digit
Resolution 1 C
Temp. Sensor Grade A PT-100, Platinum Sensor
Sample Capacity : one sample capilary dimension 1.4mm
Temp. Control Microprocessor controlled closed loop PID
Operation : Auto determination of melting point
Power Supply 230V +/-10% AC, 50 Hz.

Precision and Reliability for Lab Applications

BSE-0055 Melting Point Apparatus provides high reproducibility, owing to its advanced microprocessor-regulated heating and precise temperature sensing. Laboratories benefit from dependable results and straightforward calibration, making it ideal for routine analysis and research environments seeking consistency and accuracy in sample testing.

Designed for Versatility and User Safety

Suitable for dark colored or any colored samples, the apparatus features a clear magnified viewing window and three-capillary sample insertion, improving observation efficiency. Its built-in over-temperature cut-off and fuse protection mechanisms ensure operational safety, while natural convection airflow and a powder-coated metal body support durability.

User-Friendly Operation and Calibration

Equipped with soft touch push button controls and a bright LED display, users experience a smooth interface for setting and monitoring procedures. The instrument supports both auto and manual calibration, allowing flexible adjustment and accurate results for a variety of sample types.

FAQ's of BSE-0055 Melting Point Apparatus Microprocessor Controlled Led 4 Digit Display Visual Technique Suitable For Dark Colored or Any Colored Samples:

Q: How does the BSE-0055 Melting Point Apparatus improve sample observation for dark-colored samples?

A: This apparatus is equipped with a clear magnified viewing window and a magnifying lens, allowing for enhanced visibility of melting points even in dark colored or any colored samples, facilitating accurate visual determination.

Q: What safety features are integrated into the BSE-0055 Melting Point Apparatus during operation?

A: The device includes an over-temperature cut-off and fuse protection, ensuring that the apparatus automatically halts operation if unsafe temperature levels are reached, safeguarding users and samples.

Q: When is calibration required and what options are available?

A: Calibration is recommended prior to initial use and at regular intervals for maintaining accuracy. The apparatus provides both automatic and manual calibration modes, catering to specific lab protocols and preferences.

Q: Where can this melting point apparatus be installed in a laboratory?

A: Given its compact size (250 x 200 x 150 mm) and electric operation, the apparatus can be conveniently placed on standard lab benches. Its powder-coated body and stable construction further support safe placement in various laboratory environments.

Q: What is the process for inserting and observing samples in the BSE-0055 model?

A: Users insert up to three capillary tubes into the sample holders, start the melting point process using soft push buttons, and visually monitor melting through the LED display and magnified window, ensuring a clear and efficient observation.

Q: How does the microprocessor control enhance reproducibility and accuracy?

A: Microprocessor regulation allows for precise temperature control with a resolution of 0.1C and accuracy of 1C, leading to consistent, reproducible melting point results for multiple sample runs.

Q: What are the main benefits of using the BSE-0055 Melting Point Apparatus in research or quality control settings?

A: Users gain high accuracy, reliable safety features, ease of handling, and versatility for diverse colored samples. The instrument supports efficient observation and calibration, promoting dependable results for quality assurance and scientific investigation.

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