Hopes Apparatus

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Hopes Apparatus Specification

Automation Grade
Manual

Core Components
Apparatus

Measurement Range
0C to 100C

Temperature Range
Room temperature up to 100C

Product Type
Hopes Apparatus for Physics lab

Feature
Calorimetric precision, temperature uniformity

Warranty
1 Year

Model No
HOPE-PA-01

Capacity
Standard laboratory capacity

Accuracy
0.1C

Power Source
Manual

Equipment Materials
Metal

Type
Hopes Apparatus

Usage
Physics Lab - Thermal Expansion Experiments

Display Type
Analog

Dimension (L*W*H)
250 mm x 100 mm x 200 mm

Weight
Approx. 3.5 Kg

About Hopes Apparatus

Hopes Apparatus for Physics lab

Edutek Lab Science are Manufacturer Exporter & Supplier of Hopes Apparatus for Physics lab.

Descriptions of Hopes Apparatus for Physics lab

To show that water has a maximum density at 4 degrees Celsius.

Consists of a sheet metal cylinder with two tubes in the upper and lower regions for inserting thermometers through rubber stoppers.

Mounted on a base and encircled midway by an outer trough for holding a mixture of ice and salt.

Temperature of the water is measured at the top and bottom of the inner cylindrical vessel over a period as the water-cools.

Precision in Thermal Expansion Experiments

The Hopes Apparatus is engineered to ensure accurate measurement of the thermal expansion of liquids, particularly waters anomalous behavior near 4C. Its robust construction and emphasis on calorimetric precision make it a preferred choice in academic and research laboratories. The analog display and included accessories provide a seamless experimental setup for students and professionals alike.

User-Friendly Setup and Operation

Assembling the HOPE-PA-01 is quick and straightforward, requiring only about five minutes. The included supporting stand and thermometer are designed for easy integration with the main apparatus, making it suitable for repeated use in busy laboratory environments. All functions are manually controlled, allowing for direct engagement with the measurement process.

Certified Quality for Reliable Results

This apparatus comes with ISO 9001:2015 certification, ensuring adherence to rigorous quality and safety standards. Its powder-coated metal finish not only enhances durability but also maintains a professional laboratory appearance. The one-year warranty underscores the manufacturers commitment to customer satisfaction and product reliability.

FAQs of Hopes Apparatus:

Q: How is the Hopes Apparatus used in thermal expansion experiments?

A: The Hopes Apparatus is utilized by filling it with water and monitoring temperature changes using the included thermometer. As the temperature varies from room temperature up to 100C, students can visualize and measure waters volume changes, highlighting its anomalous expansion near 4C.

Q: What is included with the Hopes Apparatus setup?

A: The standard package contains the main apparatus unit, a thermometer for accurate readings, a supporting stand for stability, and all necessary accessories for immediate use in laboratory experiments.

Q: When should the Hopes Apparatus be calibrated or checked for accuracy?

A: It is recommended to check the apparatus calibration at the beginning of each academic term or before commencing a new series of experiments to ensure consistent accuracy (0.1C) and reliable data.

Q: Where can the Hopes Apparatus be used effectively?

A: Primarily designed for physics laboratories, the apparatus is suitable for secondary schools, colleges, and university settings where thermal properties of water are studied. Its sturdy build also supports frequent classroom use.

Q: What are the main benefits of using this apparatus for laboratory work?

A: This product offers precise calorimetric measurements, temperature uniformity, and a quick five-minute setup. ISO certification and durable materials contribute to safe, reliable, and long-lasting performance, making it ideal for both teaching and research purposes.

Q: What is the process for setting up the Hopes Apparatus?

A: Assemble the supporting stand, place the apparatus in position, insert the thermometer, and fill with water. After checking all connections, readings can commence, with manual monitoring throughout the experiment.

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