-
Call us +91-9996510929
-
Email trehan.akhil@yahoo.com
@ 2023 Conxport.
Call us +91-9996510929
Email trehan.akhil@yahoo.com
@ 2023 Conxport.
Model No:CEI-MPAC-SH61
Temp. Range Ambient to 300ºC
Display LCD 16x2 Lines alphanumeric display
Resolution 0.1 ºC
Temp. Sensor Grade “A” PT-100, Platinum Sensor
Sample Capacity 3 Samples and one 8mm provision for Test Tube for the determination of Boiling Point of any liquid
Application Area Silicon Oil Bath (Made of High Temp. To ughened Glass)
Application Suitable for Boiling & Melting Point
Melting View Magnifying display of melting operation with the help of adjustable magnifying glass, Melting point reading hold on by activating the “HOLD” key & reading is protected form power failure “RESET” is not activated.
Heating Control Microprocessor controlled closed loop PID
Ramp Rates 2ºC to 10ºC/minute (Selectable Auto-Low-High)
Serial Interface RS-232 to PC
Memory 100 Samples with Location
Power Supply 230V ± 10% AC, 50 Hz.
Automatic Ramp Rate Proceeding, Auto Gradient Rate of Heating Control. The unit consists of in built magnetic stirrer, glare free background illuminator and cylindrical silicon oil bath. The silicon oil bath consists of a plain cylindrical container of corning glass having capacity of about 200ml. It is furnished with Teflon cover fitted with special type of oil immersion heater, having three small holes for holding the capillaries, two 6.6mm hole for thermometer (for calibration if required) and Temp. Sensor, another 8mm hole for Test tube, for the determination of boiling point of any liquid. A variable speed stirrer is fitted in it. The apparatus can be used for determination of boiling points, Temp. effect on viscosity/flow points and molecular weights by Rast’s method with suitable accessories.
In the realm of scientific research and quality control, accurate determination of a substance's melting point is crucial. It provides valuable insights into the substance's purity, identity, and overall quality. Traditional methods have often proven to be time-consuming and subjective. However, with advancements in technology, the introduction of Microprocessor Controlled Visualization Technique in Melting Point Apparatus has marked a significant milestone in temperature measurement. The melting point of a substance is the temperature at which it transitions from a solid to a liquid state under specific atmospheric pressure. It is a fundamental property and can vary based on the substance's composition and purity. Traditionally, scientists used capillary tube-based techniques where the observer visually determined the melting point. While effective, these methods were reliant on human judgment and were susceptible to errors. Enter the Microprocessor Controlled Visualization Technique, a cutting-edge approach that has revolutionized the way melting points are measured. The integration of Microprocessor Controlled Visualization Technique in Melting Point Apparatus represents a leap forward in scientific instrumentation. Its precision, real-time visualization, and user-friendly interface empower researchers to delve deeper into their studies, leading to more accurate results and groundbreaking discoveries. As technology continues to advance, the scientific community can anticipate even more sophisticated tools, further enriching the pursuit of knowledge and innovation.