Product Description
Hopkinsons Test
With our noteworthy set of work ethics and high-end technology, we have been able to come up with a wide range of Hopkinsons Test equipment. Optimum quality component along with latest technology enable us to manufacture this tester. Due to the remarkable quality of this tester, we successfully attain the position of being the unequivocal forerunners in this domain. We provide this tester to our client at affordable price.
Features:
- Hopkinsons Test Are Highly sensitive
- Hopkinsons Test Are Maintenance free
- Hopkinsons Test Are Digital operation
High-Quality Construction for Industrial UseThe Hopkinsons Test Apparatus is built from mild and stainless steel components, featuring a heavy, powder-coated base that ensures enhanced durability and longevity. Its compact rectangular design fits easily onto most laboratory benches, making it ideal for diverse industrial and educational applications.
Comprehensive Testing FeaturesDesigned for detailed analysis, the apparatus includes two identical DC shunt machines, accurate analog/digital displays, and a fitted tachometer for precise speed monitoring. The integrated overload and short circuit protection, along with clear dials and manual/auto controls, ensures safe and reliable operation throughout the test process.
Compliance and Safety AssuredConforming to IS and IEC laboratory equipment standards and offering insulation of Class B or higher, this test bench guarantees safety and compliance for all users. Its complete wiring and included safety features provide peace of mind during every testing session.
FAQ's of Hopkinsons Test:
Q: How do you use the Hopkinsons Test Apparatus for testing DC shunt machines?
A: To use this equipment, connect the two identical DC shunt machines-one as a motor and the other as a generator-via the provided connecting leads. Utilize the starter, voltmeters, ammeters, and included rheostats to set up and monitor the test. Speed is measured using the fitted tachometer, and protective features guard against overload and short circuit during operation.
Q: What applications is the Hopkinsons Test Apparatus best suited for?
A: This apparatus is ideal for industrial laboratories, research institutions, and educational environments that require precise efficiency and performance tests on DC shunt machines. Its design supports both instructional and practical research purposes in electrical engineering.
Q: When should the overload or short circuit protection features be used?
A: The test bench's overload and short circuit protection automatically engage if current or voltage levels exceed safe limits during operation. This feature is crucial during machine startup, load change, or fault conditions to protect both equipment and operator.
Q: Where can the Hopkinsons Test Apparatus be installed?
A: It is designed for bench top installation in laboratories or workshops. Its compact dimensions (600 mm x 400 mm x 400 mm) make it suitable for a variety of workspaces without demanding excessive room.
Q: What are the benefits of using this test apparatus compared to other methods?
A: The Hopkinsons Test Apparatus allows direct and efficient testing of machine pairs under load with low energy consumption. It provides high accuracy (0.5%), manual/auto operation flexibility, and built-in safety features, resulting in reliable test results while minimizing operational risks.
Q: How does the manual/auto control enhance the testing process?
A: The apparatus supports both manual and automatic modes, enabling users to precisely adjust or automate the testing process as needed. This flexibility improves control over experiment variables and enhances repeatability of test results.
Q: What standards does this apparatus comply with and why is it important?
A: The equipment conforms to IS and IEC laboratory standards, ensuring it meets stringent safety, quality, and performance benchmarks. This compliance is essential for industrial and educational use, ensuring both legal acceptance and operational peace of mind.