About Digital Calorimeter
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Product Details
Shape | Round |
Automation Type | Automatic, Semi-Automatic |
Precision in Calorimetric TestingDesigned for laboratory excellence, this digital calorimeter ensures accurate and consistent calorimetric measurements. Its high accuracy of 0.01C combined with a stainless steel construction guarantees reliable results and robust durability, serving as a valuable asset for scientific experimentation and quality assurance.
User-Friendly Digital InterfaceThe intuitive digital control system and LED display make operating this calorimeter straightforward, even for less experienced users. With precise settings and easy monitoring, researchers can conduct tests efficiently and focus on analysis rather than complex instrument calibration.
Versatility and Robust BuildWith resistance to temperatures up to 200C and a generous 2-liter capacity, this calorimeter adapts to a wide range of sample sizes and experiment types. The stainless steel body ensures prolonged usage in demanding laboratory environments, while the compact design saves valuable bench space.
FAQs of Digital Calorimeter:
Q: How does the digital calorimeter ensure precise temperature measurement?
A: The digital calorimeter utilizes advanced sensors and digital controls to achieve a high measurement accuracy of 0.01C. Its precision comes from stable thermal regulation and an LED display that allows users to monitor and adjust conditions in real time.
Q: What materials make up the construction of the calorimeter and why are they used?
A: The calorimeter is constructed from high-grade stainless steel, chosen for its excellent temperature resistance, durability, and ease of cleaning. Stainless steel also supports hygienic applications, making the device suitable for diverse laboratory environments.
Q: When should this digital calorimeter be used in laboratory settings?
A: This equipment is ideal for any application that requires precise calorimetric testing, such as thermodynamic experiments, reaction heat measurement, and material property analysis. It is especially beneficial when high accuracy and repeatability are essential.
Q: Where can the digital calorimeter be conveniently installed?
A: Thanks to its compact size (300 x 200 x 250 mm), the digital calorimeter can be easily set up on any standard laboratory bench. Its portability and robust design also permit it to be relocated as needed within research or industrial labs.
Q: What is the process for using the calorimeter in calorimetric testing?
A: To operate, samples are placed inside the cylindrical chamber. Researchers then use the digital interface to set the desired parameters. The instrument heats and monitors the temperature, displaying data on the LED screen and facilitating accurate analysis.
Q: What benefits does the digital calorimeter offer over traditional models?
A: Unlike analog calorimeters, this digital variant provides higher accuracy, convenient temperature regulation, and an easy-to-read LED interface. Its durable stainless steel body and user-friendly control panel make it easier to operate and maintain, enhancing lab productivity.
Q: How is the calorimeter powered and what safety measures are included?
A: The instrument operates on a standard 220V AC power supply at 50Hz and features a robust heating capacity of 500 W. Safety is enhanced by the thermostat controls and insulated stainless steel construction, minimizing risks during prolonged use.