About Continuous Flow Calorimeter
Being one of the notable entities of this domain, our organization is occupied in offering Continuous Flow Calorimeter. This calorimeter is designed to measure the specific heat of various kinds of fluids in a quick manner. It is manufactured with utmost precision by our skilled professionals using optimal quality basic materials and contemporary methodology keeping in mind the international standards. Besides this, clients can avail this Continuous Flow Calorimeter from us at affordable prices.
Features:
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Simple, durable and compact structure
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Easy to use due to the simplicity of design
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Light weight and portable
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Designed for quick and error-free readings
Details:
The apparatus consists of a horizontal corning glass tube open at both ends. The heating element is a coil about 40cm long of Ni-chrome wire and is wound spirally inside the axis of the glass tube. The element is easily detachable and is encased in a wooden case lined with felt and provided with a hinged cover. Terminals are brought at each end of the tube for the electrical supply. The horizontal tube is connected either by rubber tube or rubber cork to the inlet and the outlet system, each having a short vertical extension to accommodate a thermometer. The complete apparatus is mounted on a polished wooden base board. Supplied with constant level tank fitted on stand but without thermometer & Transformer
Superior Thermal Efficiency and SafetyThe calorimeter is built using premium borosilicate glass and a double-walled insulation system, ensuring minimal heat loss during experiments. Safety features, such as overheat protection circuitry and a stable base, safeguard users while promoting reliable measurements. The stainless steel body offers longevity and corrosion resistance, making this device suitable for rigorous laboratory environments.
Ease of Operation and MaintenanceWith standard water inlet/outlet fittings and an analog control panel, the device is user-friendly for both setup and real-time adjustments. Its transparent tube not only facilitates process monitoring but also simplifies cleaning and calibration. Moreover, the integrated manual timer and provided calibration certificate guarantee measurement accuracy with every use.
Versatility in Laboratory ApplicationsDesigned for indoor laboratory use, this continuous flow calorimeter is ideal for heat of reaction studies and other thermal analysis applications. Its compact, table-top form factor and light weight (about 3.5 kg) ensure easy transport and integration into various lab setups, making it a valuable tool for research, quality control, and education alike.
FAQs of Continuous Flow Calorimeter:
Q: How does the continuous flow calorimeter operate?
A: This calorimeter functions by allowing water to flow through a borosilicate glass tube, while the heat generated from the sample is measured as it heats the water. Flow rate and temperature settings are easily adjusted through analog controls, with an integrated timer to track experiment durations.
Q: What process should I follow to calibrate the calorimeter?
A: Calibration is straightforward: the unit comes with a calibration certificate and can be easily recalibrated using its analog controls. Use the provided manual and standard calibration procedures to ensure measurement precision before each series of experiments.
Q: When should I use the calorimeter in laboratory applications?
A: This calorimeter is best suited for laboratory experiments requiring precise thermal measurements, such as determining the heat of reaction or measuring specific heat capacities, performed under controlled, indoor conditions.
Q: Where is the calorimeter best installed and used?
A: It is designed for table top placement in indoor laboratory environments. Its stable base, compact dimensions, and lightweight build allow easy integration into diverse lab setups across research, academic, and quality control facilities.
Q: What are the key benefits of double-walled glass insulation?
A: The double-walled borosilicate glass insulation significantly reduces heat loss, ensuring high measurement accuracy and maintaining safety by preventing exterior surface overheating during operation.
Q: How can I monitor ongoing experiments?
A: Thanks to the transparent borosilicate glass tube, users can visually observe the entire reaction process in real time, ensuring immediate detection of anomalies or completion of reactions.
Q: What types of safety features are included in the design?
A: The instrument incorporates overheat protection circuitry and a robust, corrosion-resistant stainless steel body, providing operational safety and extended device longevity.
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