Product Description
Cam Analysis Apparatus
We, Zoom Scientific World , Are Engaged In Engineering Lab Equipment . We , Zoom Scientific World , Are Offering You Cam Analysis Apparatus Which Is Used Under Theory Of Machine Lab . We Are Offering You This Unit At A Very Competitive Rate Which Cannot Be Beat Up In The Market By Any One Else.Also We Have Experts In This Field Having An Experience Of Over 15 Years .
About The Product :
- Properly Guided In Gunmetal Bushes
- Can Be Changed According To The Cam Under Test
- Powerful And Efficient Dial Gauge
- A Spring Is Used To Provide Controlling Force To The Follower System
- Customer Specific
- Very Useful For Testing The Cam Performance For Jump Phenomenon During Operation
Experiments :
With The Help Of Combination Of Provided Cams And Followers Following Experiments Can Be Conducted :
- To Plot The N-Q (Follower Displacement Vs Angle Of Rotation) Curves For Different Cam Follower Pairs
- The Follower Bounce Can Be Observed By Using A Stroboscope (Optional) & Effect Of Follower Weight On Bounce Can Be Studied
- To Study The Effect Of Follower Weight On Bounce
- To Study The Effect Of Spring Compression On Bounce
- The Tests Can Be Repeated By Changing Compression Springs, Follower Weights And Cam Speed
- The Apparatus Is Very Useful For Testing The Cam Performance For Jump Phenomenon During Operation
Utilities :
- Electricity : 0.5 Kw, 220 V, Single Phase
- Stroboscope (Optional)
Specifications
- Cam Shaft Material Stainless Steel
- Cams Tangent, Eccentric, Circular Arc Type
- Followers Roller, Knife Edge, Mushroom
- Compression Spring Provided
- Weight 1 Kg., 500Gm, 200 Gm & 100Gm
- Motor Variable Speed, 1/2 Hp., 0-1500 Rpm With Speed Controller
- Dial Gauge Baker & Mercer/Standard Make
Features:
- Sturdiness
- Perfect Finish
- Optimum Functionality
Types Of Cams:
- Eccentric Arc Cam
- Tangent Arc Cam
- Circular Arc Cam
Types Of Followers:
- Knife Edge Follower
- Roller Follower
- Flat Face Follower
Specifications:
- Table Size: 600 X 300 Mm
- ¼ Hp 1500 Rpm Pmdc Motor With Controller
- No. Of Cams And Followers: 3 Each As Specified Above
- No. Of Spring Of Different Stiffness: 2 Nos
- No. Of Masses: 2 Nos
- Dial Indicator 0-10 Mm
- Full Protractor With Angle Measurement Arrangement
- Detailed Technical Manual And On-Site Training
Service Required:
- 230 V.A.C. Single Phase Supply
- Rigid Platform Or Sturdy Table With Preferably A Solid Foundation
- Hand Held Tachometer
Versatile Cam and Follower DemonstrationsThis apparatus is supplied with three distinct cam profiles (tangential, circular, and heart) and versatile followers (roller, knife edge, and flat), enabling users to observe and compare different motion behaviors and follower responses. The sturdy stainless steel and alloy construction ensures long service life, with all parts precisely machined for accuracy in experiment outcomes.
Low Noise Operation and Robust DesignEquipped with a belt-driven system, this Cam Analysis Apparatus offers remarkably quiet performance during use, ideal for a laboratory setting. Its powder-coated base combined with polished and hardened steel components provides exceptional stability and durability, even under frequent use in educational or industrial environments.
Reliable and Straightforward to MaintainMaintenance of the apparatus is straightforward due to its robust materials and design. The stainless steel construction reduces the risk of wear and minimizes the upkeep required, making it highly suitable for continuous instructional or research operation. Regular checks and light cleaning ensure sustained reliability and accurate performance.
FAQs of Cam Analysis Apparatus :
Q: How does the Cam Analysis Apparatus function in a laboratory setting?
A: The apparatus is used to study the motion of cams and followers. By interchanging cam profiles and follower typestangential, circular, heart cams with roller, knife edge, and flat followersstudents can observe how different designs influence displacement, velocity, and acceleration. Its typically operated via an electric belt drive, ensuring consistent rotational speed and precise experimental results.
Q: What materials are used in the construction of the Cam Analysis Apparatus?
A: The apparatus features a powder-coated base for enhanced durability, with the main working parts constructed from stainless steel to provide corrosion resistance. The cams themselves are made of hardened, polished steel, while followers are crafted from high-quality alloy steel for strength and wear resistance.
Q: When should maintenance be carried out on this apparatus?
A: Routine maintenance should be carried out after regular laboratory sessions. Maintenance mainly involves simple cleaning and visual inspection for any signs of wear on moving parts. Given its robust construction, only minimal upkeep is necessary to keep the unit functioning optimally.
Q: Where can the Cam Analysis Apparatus be used?
A: It is ideal for use in mechanical engineering laboratories, research institutions, polytechnic colleges, and universities, as well as in industrial training facilities. Its sturdy design makes it suitable for frequent student and researcher use across India.
Q: What are the benefits of using the Cam Analysis Apparatus in educational settings?
A: The apparatus enables hands-on study and visualization of cam-follower behavior, supporting theoretical lessons with practical experiments. It helps students grasp key concepts in kinematics and dynamic mechanisms, enhancing understanding and skill development.
Q: How is the apparatus powered and what is its operation noise level?
A: The unit operates on a standard 230 Volt power supply and utilizes a belt-driven mechanism, which ensures low noise during usageideal for maintaining a focused academic environment.
Q: What is the process to switch between different cams and followers?
A: Switching between cam profiles and followers is straightforward. The interchangeable design allows users to easily mount and remove cams and followers, enabling quick setup for various experimental sequences without requiring specialized tools.