Cam Analysis Machine SM-1418
Experiments and Practical Applications
The SM-1418 allows users to perform a wide range of engineering experiments, including:
- Comparison of different cam profiles
- Study of cam and follower motion
- Determination of lift curves
- Investigation of non-matching tracer effects
- Analysis of skipping tracer behavior
- Determination of critical and limit speed
- Comparison of theoretical and actual lift curves
- Investigation of valve wobble phenomena
- Influence of moving mass on system dynamics
- Influence of spring stiffness and restoring force
- Observation of tappet movement
- Dynamic motion analysis using stroboscope
Technical Specifications
Motor System
- Three-phase asynchronous motor
- Frequency converter speed control
- Speed Range: 0 – 1000 RPM
Cam Characteristics
- Cam Lift: 15 – 25 mm
- Opening Angle: 140°
Spring Rigidity
- Hard Spring
- Medium Spring
- Soft Spring
Mass Specifications
- Additional Weight: 200 g
- Tappet Weight: 530 g
- Flat Tappet: 93 g
- Roller Tappet: 20 g
Plotter System
- Mechanical drum plotter
- Synchronous belt drive
- Integrated speed sensor
Scope of Delivery
The standard supply includes:
- 1 Experimental Unit
- 1 Set of Interchangeable Cams
- 1 Set of Tracers
- 1 Set of Weights
- 1 Set of Springs
- Instruction Manual
Optional:
- Stroboscope
- LABVIEW™ Software SM-1418SW
Benefits
- Real-time visualization of cam motion
- Industrial-grade educational equipment
- Highly accurate experimental analysis
- Durable and rigid construction
- Wide range of practical experiments
- User-friendly operation
- Ideal for teaching and demonstration purposes
- Supports theoretical and practical learning simultaneously
Cam Analysis Machine SM-1418
The Cam Analysis Machine SM-1418 is an advanced educational and experimental training system designed for the detailed study and analysis of cam mechanisms used in mechanical engineering and automotive motion systems. This sophisticated laboratory equipment enables students, researchers, and technical trainees to investigate the motion characteristics, lift curves, valve dynamics, and operational behavior of various cam profiles under different working conditions. The machine is specially developed for engineering laboratories, technical institutes, universities, and vocational training centers focusing on Strength of Materials, Structures, Dynamics, Machine Design, and Mechanical Engineering Applications.
Product Overview
The SM-1418 provides a complete experimental platform for understanding the working principles of cam and follower mechanisms. The system uses a cam shaft driven by an electric motor through a coupling mounted on a rigid base structure. A combination of spring and moving mass systems is incorporated to simulate actual valve mechanisms commonly found in internal combustion engines and industrial machinery.
The open and visible construction of the machine allows users to clearly observe every stage of the cam motion process, making it highly effective for classroom demonstrations and practical experiments. The system can also be equipped with an optional stroboscope to provide a visually impressive slow-motion effect for analyzing lift movement and valve behavior in detail.
The machine supports the study of multiple cam profiles and follower types, allowing students to compare motion characteristics, investigate vibration phenomena, determine limit speeds, and analyze valve wobble effects.
