Product Description
We have set up a state of the art manufacturing unit, which enables us to manufacture and supply a quality range of Digital Automatic Melting Point Apparatus. The apparatus is used in scientific laboratories for measuring melting point of a test sample. Our diligent workforce manufactures these apparatus in compliance with the set industrial norms, using high quality materials. We offer our Digital Automatic Melting Point Apparatus at the market leading prices.
Features:
| Salient Features |
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| Latest Technology |
| Range up to 350oC |
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| No Silicon Oil/ Heating Media Required |
| Digital Automatic Melting Point Apparatus is designed for quick and accurate detection of melting point. Feature packed & easy to use, this is an indispensable bench top tool. This equipment has an arrangement to hold the capillary containing the sample in uniformly heating media. the temperature is indicated on a digital display readable in 1.0oC. At the point, when the sample melts, the heating is automatically cut-off and the digital display showing the temperature remains on the indicator till it is cleared. No Silicon oil or other bath is required as heating media. Range 2.0oC above room temperature to 350oC. |
| Specifications | |
| Display | Digital 3 1/2 Digit, Bright LED |
| Accuracy | 1% |
| Operation | Fully Automatic |
| Dimensions | L 405 x B 360 x H 235 mm (approx) |
| Weight | 5 Kg (approx.) |
| Power | 230V + 10%AC, 50Hz |
| Accessories | Capillary Tube - 100 No. Cleaning Tool - 1 No. |
Precise Melting Point MeasurementExperience accurate melting point determination with measurable ramp rates and robust digital display. The apparatus allows rapid and reliable analysis, accommodating up to three samples at once, optimizing laboratory workflow. Over-temperature protection and precise microprocessor control ensure every measurement is safe and repeatable, making it suitable for professional environments.
Advanced User Interface and Data HandlingProgramming is simple using the membrane keypad, while results are clearly shown on the digital display. Users can opt for USB data output, facilitating seamless record keeping and transfer of measurement data to computers for further analysis or archiving.
Durable Build and Safety FeaturesConstructed from powder-coated mild steel, the apparatus is built to last. Integral cooling fans and over-temperature protection minimize risks, even during prolonged use. ISO and CE certification assures compliance with international laboratory standards, providing confidence in both safety and performance.
FAQ's of DIGITAL AUTOMATIC MELTING POINT APPARATUS:
Q: How does the DIGITAL AUTOMATIC MELTING POINT APPARATUS ensure accurate measurements?
A: This apparatus utilizes a microprocessor controller and programmable heating block, achieving accurate ramp rates from 0.5C to 10C per minute. Combined with high-precision digital display and 0.5C accuracy, it delivers reliable results for laboratory applications.
Q: What is the process for measuring a substance's melting point using this device?
A: Simply insert up to three capillaries with the sample into the slots, program the desired temperature ramp rate using the membrane keypad, and initiate the process. The built-in LED magnifying lens aids observation, while results are digitally displayed and optionally exported via USB.
Q: When should the cooling system be used during operation?
A: The built-in cooling fan automatically operates when necessary to quickly lower the temperature of the heating block, enabling rapid sample turnover and reducing waiting time between measurements.
Q: Where can the data from melting point tests be accessed or transferred?
A: Users can view results directly on the digital display. For extended analysis or record keeping, data can be transferred to a computer using the optional USB output port.
Q: What safety measures are included in the device?
A: The apparatus features over-temperature protection to safeguard samples and the operator. The sturdy mild steel enclosure and ISO/CE certifications further complement its safety profile.
Q: How does using three capillaries simultaneously benefit laboratory work?
A: Testing up to three samples concurrently increases throughput, allowing efficient analysis and better comparison, which is especially valuable in environments with high sample volume.