About Computerized Pelton Turbine Study Unit Bench Top Model
COMPUTERIZED PELTON TURBINE STUDY UNIT- BENCH TOP MODEL
- Allows to study the typical parameters of action turbines Consist of two units: basic unit control board with signal conditioning and A/D conversion unit
- The basic unit should be composed of:Support frame made of stainless steel, square shaped 25x25x2 overall dimensions 800x555x60h mm with adjustable feet, with the support surface in PVC
- Closed stainless water steel tank with inspection cover overall dimensions: 500 x 450 x 200 h mm capacity: 40 l approx
- Centrifugal electric pump: rotation speed: 2900 rpm
- Power: 0.75 kW capacity: 8 to 60 l/min
- Head: 59 to 10 m H.O Pelton turbine made of inoxidable materiall.
- Outflow nozzle of Doble type made of stainless steel Deviation plate
- Glow screen made of transparent Plexiglas Permanent magneto d.c. servomotor (electric brake): rated current 5.4 A rated voltage 48 V
- Max power 210 W at 3000 rpm Turbine type flowmeter 4000 l/h max
- Manometer 0 to 6 bar, piezometric type, with analogical output
- Digital revolution transducer
- The Control board with signal conditioning and A/D conversion unit should be composed of: Pump switch.
- Digital ammeter with analog output for the measurement of brake excitation current
- Digital voltmeter with analog output for the measurement of brake excitation voltage
- Digital revolution counter with analog output for the measurement of turbine rotation speed. Digital display with analog output for the flow rate measurement. Potentiometer for load regulation. Resistive load.
- Signal conditioning and A/D conversion unit. The unit can be connected to a Personal Computer through USB port.
- The acquisition and analysis software should: run in MS-Windows environment allow the automatic acquisition of the tranducers signals and the calculation of all the required parameter
- Visualize on the screen or print the acquired data versus time diagrams or the diagrams required for the exercises
- Save the acquired data and the calculated one in
- ASCII format making simulations typing the data
- The software run on a PC
- Minimum characteristics: Pentium con Hard Disk (> 10Gb) and CD drive Graphic card SVGA 800x600 Mouse RAM 32 MB min
- USB port Graphic printer
- MS-Windows ver. 95 or following
Supplies:
- Electrical power: 220 V AC single-phase, 50/60 Hz, 1.3 kW
- Water: tank filling
Dimensions:
- 800x550x800 h mm (Basic unit)
- 540x350x340 h mm (Control board)
Net Weight:
- 54 kg (Basic unit)
- 12 kg (Control board)
Advanced Laboratory Learning ToolThis model offers a comprehensive and hands-on learning experience in fluid mechanics and hydraulic machinery laboratories. Its computerized interface enables real-time data acquisition and analysis, helping users understand the operational nuances of Pelton turbines effectively.
Exceptional Efficiency and PrecisionThe bench top unit boasts 100% accuracy, making it an ideal choice for experiments requiring highly reliable results. Its robust design and superior components ensure consistently efficient performance during repeated educational or research sessions.
Built for Practical UsabilityWith dimensions suited for any standard laboratory bench and a manageable weight, this study unit is easy to install, operate, and maintain. The included warranty and local manufacturing support guarantee a seamless user experience.
FAQs of Computerized Pelton Turbine Study Unit Bench Top Model:
Q: How does the Computerized Pelton Turbine Study Unit Bench Top Model enhance laboratory experiments?
A: The unit integrates a computerized system for precise data collection and analysis, enabling students and researchers to thoroughly investigate the performance and characteristics of a Pelton turbine in a controlled laboratory setting.
Q: What are the primary benefits of using this Pelton turbine study model in academic environments?
A: Key benefits include highly efficient operation, 100% accuracy in measurements, a compact design for ease of placement, and comprehensive warranty support. These features make it invaluable for in-depth study and reliable experimental outcomes.
Q: When should this Pelton turbine bench top model be used during the learning process?
A: This model is best utilized during modules covering fluid mechanics, hydraulic machinery, or renewable energy systems, allowing practical demonstration and reinforcement of theoretical concepts.
Q: Where can this study unit be installed and used effectively?
A: It is designed for use in laboratories of educational institutions such as engineering colleges, universities, and technical training centers, fitting comfortably on standard laboratory benches.
Q: What is the process for setting up and operating the computerized study unit?
A: Installation involves placing the model on a sturdy laboratory bench, connecting it to required utilities, and using the software to gather and analyze data. Comprehensive instructions are provided for quick and safe setup.
Q: How does the warranty policy benefit the users of this model?
A: The included 1-year warranty covers manufacturing defects and provides peace of mind to users, ensuring product reliability and support from experienced manufacturers and suppliers in India.