About Theory of Machine Lab Equipment
DYNAMICS LABORATORY - Tachometer - Contact And Non Contact Type
- Analogue Type Tachometer
- Digital Tachometers
- Stroboscopes
- Vibrations Pickups, Accelerometers And Recorders
- Acceleratometers Using Piezo Electric Systems
- Slider Cranck, Cranck Rocker Mechanisms
- Models Of Universal Joint-Single & Double
- Skotch Yoke Machines
- Differential And Worm Wheel Reducers
- Enlarged Gear Models
- Spur Gear Trains -Model
- Epicycle Gear Trains -Model
- Differential Mechanisms -Model
- For Determination Of Mass Movement Interia Connecting Rod And Fly Wheel
- Turn Table Apparatus
- Bifilar Suspension
- Compound Pendulum Setup
- Motorized Gyroscope
- Gear Reducer - Model Of Gear Box
- Governors -Watt, Porter, Propel, And Hart Nell
- Cam And Follower Set Pump With Motor
- Whirling Of Shaft Apparatus
- Spring Mass System -Model
- Vibrating Table
- Cantilever Beam Setup
- Free - Free Beam Setup
- Dynamic Balancing Setup -Reciprocating And Rotating
- Electro Pneumatic Circuit Model Consisting Of Cylinder, Directions Control Valve, Limit Switches.
Robust Design for LaboratoriesMade with high-quality mild steel and finished in blue-black, the Theory of Machine Lab Equipment ensures long-term stability and resistance to wear. Its floor mounting type offers secure placement and ease of use, making it suitable for a variety of laboratory environments across schools, colleges, and industrial labs.
Flexible Electric Power CompatibilityOperating smoothly on a 220 Volt power supply and compatible with both 50 Hz and 60 Hz frequencies, this lab equipment integrates seamlessly into standard Indian electrical systems. This adaptability promotes hassle-free installation and reliable operation during experiments and instructional demonstrations.
FAQs of Theory of Machine Lab Equipment:
Q: How is the Theory of Machine Lab Equipment installed in a laboratory?
A: The equipment is designed for floor mounting, which provides a secure foundation. It should be positioned on a level surface, connected to a 220 Volt electric power supply, and operated within a frequency range of 50 to 60 Hz for optimal performance.
Q: What experiments can be conducted with this lab equipment?
A: This lab equipment enables a variety of mechanical engineering experiments related to kinematics, dynamics, and mechanics of machinery. It is useful for both instructional purposes and research, helping users understand machine theory fundamentals.
Q: When is the best time to use this equipment in a classroom setting?
A: It is recommended to use the equipment during practical laboratory sessions, workshops, or demonstration classes focused on mechanical engineering concepts. Scheduling follows the intended academic curriculum and experiment requirements.
Q: Where can this lab equipment be sourced in India?
A: The Theory of Machine Lab Equipment is available from multiple channels across India, including dealers, distributors, exporters, fabricators, importers, manufacturers, producers, retailers, service providers, suppliers, traders, and wholesalers.
Q: What is the process for operating this equipment safely?
A: Begin by ensuring all electrical connections are secure. The equipment should be placed on a stable, floor-mounted surface. Follow the instructional manual for stepwise operation and always adhere to laboratory safety guidelines to prevent accidents.
Q: What are the main benefits of using this lab equipment?
A: This equipment provides accurate and reproducible results for machine theory experiments, supports student learning with hands-on experience, and has robust construction for long service life in an educational laboratory setting.