About ConXport Precision Digital Melting Point System
DigitalAutomatic Melting Point Apparatusis designed for quick and accurate detection of meltingpoint. Feature packed & easy to use, this is an indispensable bench toptool. This equipment has the arrangement to hold the capillary containing thesample in uniformly heating media. the temperature is indicated on a digitaldisplay readable in 1.0 C. At the point, when the sample melts, the heating isautomatically cut-off and the digital display showing the temperature remainson the indicator till it is cleared. No Silicon oil or other bath is requiredas heating media. Range 2.0C above room temperature to 350C.
FEATURES:
| Accessories | Capillary Tube - 100 No. Cleaning Tool - 1 No. |
| Weight | 5 Kg (approx.) |
| Operation | Fully Automatic |
| Display | Digital 3 1/2 Digit, Bright LED |
| Range | 2.0 C |
| Power | 230V + 10, 50Hz |
| Dimensions | L 405 x B 360 x H 235 mm (approx) |
| Accuracy | 1% |
| Room temperature | 350 C. |
Superior Accuracy and ControlBenefit from the advanced digital microprocessor control, which delivers precise temperature management for melting point determination. The systems rapid controlled heating ensures minimal deviation with 1C accuracy and programmable ramp rate options. Integration of a memory function and clear, large LED display ensures users can efficiently record and monitor every operation, enhancing data integrity during experiments.
Effortless Sample HandlingDesigned to hold up to three glass capillaries, the melting point system makes simultaneous measurements straightforward. The magnifying observation window with embedded LED illumination allows for sharp, clear visualization of the sample phase change. The membrane key interface ensures swift configuration, making repeated operations and batch analyses efficient for laboratory professionals.
FAQs of ConXport Precision Digital Melting Point System:
Q: How does the ConXport Precision Digital Melting Point System ensure accurate melting point determination?
A: Accuracy is achieved through digital microprocessor control, a fine temperature readability of 0.1C, and an advanced heating element providing uniform temperature ramping. Visual and audio indicators signal the exact melting point, supported by a magnifying glass and LED lighting for optimal observation.
Q: What is the recommended process for using this melting point system in the laboratory?
A: Insert up to three glass capillary tubes containing your sample into the holder. Power the system and adjust settings via membrane keys on the front panel. Observe the phase change through the magnifying lens as temperature rises, using audio-visual cues for indication, and record results on the digital display for accuracy.
Q: When should the systems overtemperature protection feature be utilized?
A: The overtemperature protection activates automatically whenever the internal temperature exceeds safe operational levels. This ensures both sample integrity and user safety, particularly during rapid heating cycles or prolonged use at high temperatures.
Q: Where is the ConXport Precision Digital Melting Point System ideally installed?
A: The apparatus is designed for benchtop use in laboratory settings. Its compact dimensions and insulated housing allow for secure placement on standard lab benches, ideally in well-ventilated areas near reliable mains power sources.
Q: What are the main benefits of using a programmable ramp rate for melting point analysis?
A: Programmable ramp rates allow users to tailor the heating speed according to the characteristics of the substance tested. This feature enhances reproducibility and precision by controlling temperature changes, which is crucial for substances with narrowly defined melting points.
Q: How does the audio and visual indication system improve usability?
A: These features alert the user instantly at the moment of melting, reducing the risk of missing the transition. The integration of clear LED signals and a synchronization buzzer ensures straightforward, error-free identification of the melting point for all sample measurements.