Rising Table with Capalary

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Rising Table with Capalary Specification

Measurement Range
0 to 250 mm

Temperature Range
Ambient to 99C

Capacity
6 Liters

Automation Grade
Manual

Power Source
Not required (Manual device)

Feature
Corrosion resistant, Precise scale markings, Easy to clean

Frequency
50 Hz

Accuracy
0.1 mm

Voltage
N/A (Manual operation)

Core Components
Rising Table, Capillary Tubes, Adjustable Stand, Reading Scale

Model No
RTC-06

Equipment Materials
Stainless Steel Body, Borosilicate Capillary Tubes

Type
Rising Table with Capalary

Usage
Laboratory, Physics Experiment, Capillary Rise Measurement

Display Type
Analog

Dimension (L*W*H)
450 x 150 x 350 mm

Weight
Approx. 7 Kg

About Rising Table with Capalary

KFW- Rising table with capalary

Made of heavy cast iron base with adjustable leveling screw.

Height adjustable platform. ( up to 12")

18" chrome plated rod.with capillary tubes.

* Coarse and fine height adjustment are provided, very superior and an ideal apparatus

Superior Material and Design

Built using high-quality stainless steel and borosilicate glass, the Rising Table with Capillary ensures long-term durability and resistance to corrosion. Its polished surface, combined with precise scale markings and a sturdy manual adjustment mechanism, guarantees reliable usage while meeting all major lab safety standards.

Accurate and Versatile Measurement

This apparatus is engineered to deliver highly precise readings with an engraved analog scale and a movable table offering up to 150 mm of adjustment. Suitable for a wide range of capillarity experiments, the devices three included capillary tubes and 0250 mm measurement capacity support various research and educational needs.

Practical Features for Laboratory Use

With a generous 6-liter reservoir and manual operation requiring no external power, the Rising Table is both efficient and easy to maintain. Its robust construction, clear graduations, and effortless mobility make it an indispensable tool for laboratories investigating fluid mechanics and related physics phenomena.

FAQs of Rising Table with Capalary:

Q: How do you adjust the height of the capillary table during experiments?

A: The height of the capillary table is easily adjusted using a manual knob mechanism that enables smooth and controlled vertical movement. This feature allows precise alignment of the capillary tubes within a range of up to 150 mm for accurate measurement.

Q: What is the primary application of the Rising Table with Capillary in laboratories?

A: This device is primarily used for conducting capillarity experiments, including measuring capillary rise and exploring fluid dynamics. It is especially valuable in physics education, laboratory research, and settings where precise capillary action measurements are required.

Q: When is the Rising Table with Capillary most beneficial in an experimental setting?

A: The apparatus is most beneficial when accurate quantification of capillary rise is crucial, such as in educational demonstrations or research focused on surface tension, fluid properties, and related physics principles.

Q: Where can the Rising Table with Capillary be utilized?

A: It is designed for use in school, college, and university laboratories, as well as research facilities needing reliable equipment for capillarity and fluid mechanics experiments. Its compliance with lab safety protocols ensures suitability in professional and academic environments.

Q: What is the process for measuring the capillary rise using this equipment?

A: To measure capillary rise, first fill the stainless steel reservoir with water (up to 6 liters). Insert the borosilicate capillary tubes, then adjust the table height as needed. Observe the meniscus and use the engraved scale to record the liquid rise with 0.1 mm accuracy.

Q: How is the Rising Table with Capillary maintained and cleaned?

A: The polished stainless steel finish and borosilicate glass tubes make the device easy to clean. After experiments, simply drain the reservoir and wipe all components. The corrosion-resistant materials help maintain longevity with minimal routine maintenance.

Q: What are the key benefits of using this manual, non-powered device?

A: Its manual operation means no dependency on external power, ensuring consistent performance and ease of use. The corrosion resistance, precise scale, and robust materials make it a reliable, cost-effective choice for accurate and repeatable capillarity measurements.

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