CONTINUOUS FLOW CALORIMETER (CALLENDER AND BARNES METHOD)

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CONTINUOUS FLOW CALORIMETER (CALLENDER AND BARNES METHOD) Specification

Type
Continuous Flow Calorimeter (Callender and Barnes Method)

Material
Borosilicate glass tubing, high grade copper, and brass fittings

Size
Standard laboratory size

Input Voltage
230V AC, 50Hz

Color
Metallic with transparent sections

Dimension (L*W*H)
Approx. 45cm 25cm 20cm

Capacity
Suitable for moderate laboratory measurements

Water Tank Capacity
Integrated reservoir, typically 2 litres

Noise Level
Negligible

Calibration
Factory calibrated, with manual adjustment possible

Flow Control
Adjustable water flow rate via regulated valve

Measurement Method
Precise calorimetric determination using continuous water flow

Safety Feature
Copper insulation for minimal heat loss

Standards Compliance
Complies with laboratory calorimetry standards

Weight
Approx. 3.5 kg

Display
No digital display (manual readings only)

Heater Type
Coiled nichrome heater for uniform heating

Application
Measurement of specific heat capacity of liquids

Connection Type
Standard electrical plug for heater

Thermometer Range
Mercury or digital thermometer, -10C to 110C

Mounting
Tabletop, with anti-slip base

Accessories Included
Pair of thermometers, flow regulators, mounting stand

About CONTINUOUS FLOW CALORIMETER (CALLENDER AND BARNES METHOD)

Discover the perfect solution for precise calorimetric measurements with the CONTINUOUS FLOW CALORIMETER (Callender and Barne's Method), the latest champion in trending laboratory apparatus. Engineered with borosilicate glass tubing, high-grade copper, and brass fittings, this ace calorimeter ensures the lowest price without compromise on quality. Featuring an adjustable water flow rate, coiled nichrome heater for uniform heating, and copper insulation for minimal heat loss, it's ideal for measuring the specific heat capacity of liquids. Factory calibrated and built to laboratory standards, it's a must-have for professionals seeking reliable performance and accuracy in the lab.

Specific Usage and Applications

The CONTINUOUS FLOW CALORIMETER (Callender and Barne's Method) is expertly used as a laboratory instrument for the precise measurement of the specific heat capacity of liquids. Perfect for educational research, industrial quality control, and scientific experiments, it is designed for continuous water flow and precise manual readings. Used for accurate thermal studies, it benefits trainers and students aiming to ace their calorimetry investigations with reliable, repeatable results in various applied science settings.

Payment, Delivery, and FOB Details

We offer flexible payment terms designed to suit institutional and bulk procurement needs. Orders are shipped using trusted transport services, ensuring secure shipping and safe arrival at your preferred location. The standard delivery time is prompt, with most orders dispatched within 7-10 working days. Products are shipped FOB from major Indian ports, guaranteeing efficient handling. Secure packaging further assures that your calorimeter arrives intact and ready for immediate use upon delivery.

FAQ's of CONTINUOUS FLOW CALORIMETER (CALLENDER AND BARNEaS METHOD):

Q: How does the continuous flow calorimeter measure specific heat capacity?

A: The continuous flow calorimeter uses precise calorimetric methods with a constant stream of water heated by a coiled nichrome element, allowing accurate measurement of a liquid's specific heat capacity based on temperature change and flow rate.

Q: What accessories are included with the calorimeter?

A: The calorimeter is supplied with a pair of thermometers (mercury or digital), flow regulators, a mounting stand, and essential connection fittings, ensuring you have all the required tools for immediate laboratory use.

Q: When is manual calibration required for this instrument?

A: Manual calibration is recommended periodically or when transitioning between different types of liquids. The calorimeter arrives factory calibrated, but manual adjustment may help maintain ace precision during ongoing research.

Q: Where should the continuous flow calorimeter be installed?

A: The device is designed for safe tabletop mounting on any standard laboratory bench, featuring an anti-slip base to provide stability during operation, preventing unwanted movement and ensuring safety.

Q: What is the benefit of copper insulation in the calorimeter design?

A: Copper insulation within the calorimeter minimizes heat loss during operation, enhancing measurement accuracy and energy efficiency, which champions reliable results for laboratory professionals.

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