BSE-0056 Melting Point Apparatus Microprocessor Controlled Visualization Technique Suitable For Dark Colored or Any Colored Samples

BSE-0056 Melting Point Apparatus Microprocessor Controlled Visualization Technique Suitable For Dark Colored or Any Colored Samples Specification

Heating Method
Microprocessor controlled heating element

Heating Capacity
Up to 400C

Condition
New

Accuracy
1C

Control Mode
Microprocessor controlled

Power Source
Electric

Type
Melting Point Apparatus

Model
BSE-0056

External Size
195 x 135 x 290 mm

Temperature Range
Room temperature to 400C

Material
High grade metal body

Dimension (L*W*H)
195 x 135 x 290 mm

Power
40 W

Voltage
220V AC, 50 Hz

Surface Finish
Powder coated finish

BSE-0056 Melting Point Apparatus Microprocessor Controlled Visualization 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-0056 Melting Point Apparatus Microprocessor Controlled Visualization 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 Measurement for All Sample Types

Thanks to the advanced visualization technique and integrated backlit LED, the BSE-0056 allows clear observation of melting points in dark or colored samples. Its magnification lens and direct sample view eliminate ambiguity, making it ideal for high-demand laboratory environments.

User-Friendly Controls and Safety Features

The programmable microprocessor control and user-calibratable design ensure flexibility and accuracy. Over-temperature protection safeguards both samples and operators, while a short cool-down time boosts productivity during successive measurements.

Durable and Efficient Laboratory Companion

Housed in a powder-coated high-grade metal body, the apparatus is built to last. Accurate up to 1C, it accommodates up to three samples per run, efficiently serving busy labs with fast, reliable results.

FAQ's of BSE-0056 Melting Point Apparatus Microprocessor Controlled Visualization Technique Suitable For Dark Colored or Any Colored Samples:

Q: How does the BSE-0056 handle dark or colored samples during melting point determination?

A: This apparatus utilizes a magnification lens and an integrated backlit LED illumination, ensuring clear visualization of dark or colored samples throughout the melting process.

Q: What is the sample capacity for each run with the BSE-0056 Melting Point Apparatus?

A: Up to three capillaries can be loaded simultaneously, enabling parallel measurements and increasing laboratory throughput.

Q: When should I calibrate the melting point apparatus for optimal accuracy?

A: Calibration is recommended periodically or after extensive use to maintain precision. The device offers user calibration for straightforward adjustment without external technical support.

Q: Where can I safely operate the BSE-0056 apparatus?

A: This instrument is designed for laboratory conditions with ambient temperature up to 35C and non-condensing environments, providing reliable results within these parameters.

Q: What safety features are integrated into the BSE-0056 model?

A: It includes over-temperature protection, preventing damage to samples and enhancing operator safety during heating cycles.

Q: How does the apparatus' programmable ramp rate feature benefit laboratory processes?

A: The programmable ramp rate allows users to set specific heating profiles, optimizing the melting point determination process for different sample types.