BSE-0053 Melting Point Apparatus Automatic

BSE-0053 Melting Point Apparatus Automatic Specification

Condition
New

Heating Capacity
Up to 350C

Accuracy
0.5C

Power Source
Electric

Control Mode
Automatic

Heating Method
Microprocessor Controlled Heating

Type
Digital Automatic Melting Point Apparatus

Model
BSE-0053

External Size
200 mm x 150 mm x 130 mm

Air Flow
Natural

Temperature Range
Room temperature to 350C

Material
Powder Coated Metal Body

Dimension (L*W*H)
200 mm x 150 mm x 130 mm

Power
50W

Voltage
220V AC

Surface Finish
Powder Coated

BSE-0053 Melting Point Apparatus Automatic Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Month

Delivery Time
7-10 Days

About BSE-0053 Melting Point Apparatus Automatic

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 in Melting Point Analysis

With microprocessor-controlled heating and an accuracy of 0.5C, the BSE-0053 Melting Point Apparatus guarantees reliable and reproducible measurements. Its adjustable heating rates (0.1 to 5C/min) and stepwise or continuous programming allow users to tailor experiments for different sample types.

User-Friendly Features and Safety

The large backlit LCD display ensures clear visibility of results, and automated optical detection improves accuracy. User calibration via the front panel simplifies regular quality assurance. Built-in over temperature protection safeguards both users and samples during operation.

Versatile Reporting and Application

Test report outputs to printer or computer streamline data management, making the device ideal for laboratories in pharmaceutical, chemical, and educational sectors. Its compact, powder-coated metal body and small footprint facilitate easy placement in various workspaces.

FAQ's of BSE-0053 Melting Point Apparatus Automatic:

Q: How does the BSE-0053 Melting Point Apparatus automate the detection process?

A: This model uses an automated optical detection system that identifies the sample's melting point without manual observation, ensuring accurate, repeatable measurements.

Q: What kind of heating rates can be programmed on the BSE-0053?

A: The apparatus allows users to set heating rates ranging from 0.1C/min to 5C/min, suiting both rapid screenings and precise, controlled analysis.

Q: When should the device be calibrated, and how is it performed?

A: Regular calibration is recommended, particularly when accuracy is critical or after moving the device. Calibration is easily done by the user via the front panel controls.

Q: Where can test reports from the BSE-0053 be output for documentation?

A: Test results can be exported to a printer or computer via an optional interface, simplifying record-keeping and data analysis in laboratory settings.

Q: What is the process for conducting a melting point test?

A: Insert up to three capillaries loaded with samples into the instrument, select your heating mode (stepwise or continuous), and start the test. The device automatically heats the samples and detects the melting point, alerting you upon completion.

Q: How does the apparatus benefit laboratory and pharmaceutical applications?

A: Its automated optical detection, user calibration, and adjustable heating rates ensure consistent, high-precision results that meet regulatory and research requirements.

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