Product Description
To test channel point of gear oil at low temperature The unit for low temperature as per I S 1118- 1957 A cylindrical test jar made of 1.6mm copper seamless tubing of 90mm dia and 112.5 mm height The ground flat mild steel 6 nos. strip of 150mm L x 19 mm W x 3 mm thick provided The thermometer of range - 80c to +20c having gradation of 1c and confirming the specification of test is provided. The cooling bath of temperature range up to - 70c provided The bath consist newly designed cascade type cooling system The temperature of bath is being controlled by solid state electronic temperature controller having digital temp. Indicator
Exceptional Transparency for Easy ObservationDesigned with a transparent acrylic chamber and borosilicate glass components, this Channel Point Apparatus offers excellent visibility, making it ideal for studying fluid flow dynamics and measurement techniques. The clear materials allow users to monitor water movement and channel behavior in real time, contributing to effective learning and demonstration.
Reliable and Corrosion-Resistant BuildFeaturing brass inlet and outlet fittings along with a powder-coated steel stand, this apparatus ensures durability and resistance to corrosion. The robust construction caters to frequent laboratory use and the stainless steel components contribute to longevity and easy maintenance, reducing the costs associated with replacements.
Manual, Accurate, and Safe OperationWith gravity flow operation and a graduated scale for accurate flow measurement, the Channel Point Apparatus eliminates the need for external power sources, enhancing safety and portability. The manual control system, combined with high-precision indicators, guarantees reliable laboratory results and straightforward usage for both instructors and students.
FAQ's of Channel Point Apparatus:
Q: How is the Channel Point Apparatus used for laboratory demonstrations?
A: The apparatus is primarily used in fluid mechanics laboratories to study the relationship between flow rate and head in open channel flow. By adjusting the gravity-fed inlet and outlet, users can observe changes in flow, measure precise rates with the graduated scale, and explore essential hydraulic concepts.
Q: What materials are used in the construction of this apparatus?
A: The apparatus features a transparent acrylic chamber for observation, brass fittings for corrosion resistance, powder-coated steel for stability, along with stainless steel and borosilicate glass components. These materials ensure strength, durability, and easy cleaning.
Q: When should I consider replacing parts for maintenance?
A: Thanks to its low-maintenance design, replacement is rarely needed. However, if any component shows signs of wear, especially the acrylic chamber or fittings encountering heavy usage, parts can be easily replaced using the supplied instructions in the user manual.
Q: Where can the Channel Point Apparatus be effectively mounted?
A: It is designed for bench-top use and features a non-slip base, ensuring stable placement on laboratory tables. Its compact dimensions make it easy to fit alongside other lab equipment without taking up excessive space.
Q: What is the process for measuring flow rate with this apparatus?
A: Water flows into the channel by gravity, and the flow is visually monitored through the transparent acrylic chamber. Users can read the precise flow rate by using the graduated scale on the apparatus, allowing for accurate data collection and comparison.
Q: How does the apparatus benefit laboratory instructors and students?
A: Its high accuracy and clear demonstration capability improve teaching and learning outcomes. The apparatus enables hands-on study of important fluid mechanics concepts, supports safe and manual operation, and its portable design allows for convenient demonstration in various educational settings.