Rock
Aggregate
Cement
Concrete
Soil
Steel
Bitumen/Asphalt
Security Survey Equipment
General Items
Cut Model of Self-Starting System AZA1251
The AZA1251 Cut Model of Self-Starting System by AZALAB is a fully functional automotive training model designed to demonstrate the construction, operation, and diagnostics of a vehicle starting system. Developed using real automotive starter components, this cutaway trainer provides a clear and practical understanding of how electrical energy from a battery is converted into mechanical motion to crank an internal combustion engine.
Specifically designed for automotive training institutes, ITIs, polytechnics, engineering colleges, and skill development centers, the AZA1251 enables students to observe live starter operation while safely viewing internal mechanisms through a transparent enclosure.
Description
Design & Educational Construction
The AZA1251 utilizes a cutaway automotive starter motor mounted within a transparent Plexiglas safety enclosure, allowing uninterrupted visual access to internal components during operation. The cut section clearly exposes the armature, field windings, solenoid, pinion gear, and planetary gear reduction system, enabling instructors to explain the complete starting process step by step.
The system is powered by a 12V automotive battery or jump box, simulating real vehicle operating conditions. The trainer includes an ignition switch, relay, and clutch switch, allowing students to study standard starting circuit logic used in modern vehicles.
Functional Demonstration
When energized, the model demonstrates:
-
Starter solenoid engagement
-
Pinion gear meshing with flywheel (simulated)
-
High-torque cranking action
-
Planetary gear reduction mechanism
-
Electrical-to-mechanical energy conversion
Students can visually follow how current flows through the circuit, activates the solenoid, and drives the starter motor to initiate engine rotation.
Diagnostic & Fault Training
To support troubleshooting skills, the AZA1251 is equipped with a built-in fault box containing four selectable operational faults. These faults allow instructors to simulate common starting system problems such as:
-
Open circuits
-
Relay malfunction
-
Solenoid failure
-
Switch-related faults
Students can test, identify, and rectify these faults using standard diagnostic procedures, reinforcing real-world automotive service skills.
For advanced experimentation, the starter solenoid can be bridged using a remote starter switch (not included), enabling further hands-on exploration of starter operation.
Learning Outcomes
Using the AZA1251, students will gain clear understanding of:
-
Automotive starting system components
-
Starter motor construction and working principle
-
Solenoid operation and engagement mechanism
-
Planetary gear reduction in starters
-
Starting circuit wiring and logic
-
Fault diagnosis and troubleshooting techniques
This trainer bridges the gap between theory and practical automotive electrical systems.
Applications
-
Automotive electrical system training
-
ITI and polytechnic laboratories
-
Skill development and vocational training
-
Classroom demonstrations
-
Automotive service technician training
-
Diagnostic practice sessions
Technical Specifications
| Parameter | Specification |
|---|---|
| Model | AZA1251 |
| System Type | Automotive Self-Starting System |
| Starter | Cutaway, fully functional |
| Power Supply | 12V battery or jump box |
| Safety Enclosure | Transparent Plexiglas |
| Fault Box | 4 operational faults |
| Switches Included | Ignition switch, clutch switch, relay |
| Operation | Live demonstration |
| Dimensions (L × W × H) | 550 × 400 × 300 mm |
| Weight | Approx. 20 kg |
Key Advantages
-
Real automotive starter system used
-
Fully operational cutaway design
-
Transparent enclosure for safe live viewing
-
Built-in fault simulation for diagnostics training
-
Compact and portable for classroom use
-
Ideal for electrical and starting system education
Make: AZALAB
Model: AZA1251
Related products
ABS Braking System Training Board Simulator AZA1245
The AZA1245 AZALAB ABS Braking System Training Board Simulator is a fully functional automotive training platform designed to provide in-depth, hands-on understanding of Anti-lock Braking System (ABS) operation, diagnostics, and repair procedures. Built using real automobile components, this simulator enables students and technicians to study ABS structure, electronic control, hydraulic behavior, and fault diagnostics in a safe and controlled learning environment.
This training system is ideal for automotive training institutes, engineering colleges, technical schools, and service technician programs, supporting both instructional demonstrations and practical troubleshooting exercises.
Air Bag Trainer AZA1246
The AZA1246 AZALAB Air Bag Trainer is a comprehensive educational training platform designed to demonstrate the structure, operation, diagnostics, and fault analysis of modern automotive airbag systems, also known as Supplemental Restraint Systems (SRS). Built using OEM automotive components, this trainer delivers a realistic learning experience while maintaining complete operational safety.
This system is ideally suited for automotive engineering colleges, ITIs, polytechnic institutes, vocational training centers, and service technician programs, enabling both theoretical instruction and hands-on diagnostics practice.
Alternator Trainer AZA1247
The AZA1247 AZALAB Alternator Trainer is a hands-on automotive electrical training system designed to demonstrate the working principles, construction, and diagnostics of an automotive alternator with external voltage regulation. Built using OEM automotive components, this trainer provides a realistic and safe learning platform for students, technicians, and trainees to understand vehicle charging systems in depth.
This system is ideal for automotive engineering institutes, ITIs, polytechnics, vocational training centers, and service technician programs, supporting both theoretical instruction and practical experimentation.
Car Steering Trainer AZA1248
The AZA1248 Car Steering & Suspension System Trainer is an advanced automotive training platform designed to provide complete practical understanding of modern vehicle steering and front suspension systems. Developed using real automotive components and mounted on a robust mobile steel structure, this trainer enables students and technicians to gain hands-on experience in inspection, diagnosis, adjustment, and repair of steering and suspension assemblies commonly used in passenger vehicles.
This training system accurately represents a front-wheel steering and suspension layout, incorporating MacPherson strut suspension, coil spring, road wheels, hub carrier assemblies, and a fully operational power steering system. The open-frame design allows clear visibility of all components, making it ideal for instructor-led demonstrations as well as individual hands-on practice in automotive laboratories and technical institutes.
Cut Model of Automatic Transmission System AZA1249
The AZA1249 Cut Model of Automatic Transmission System by AZALAB is a precision-engineered educational trainer designed to demonstrate the construction, operation, and working principles of a hydraulic automatic transmission system used in modern passenger vehicles. Developed using a full-size original car automatic transmission, this cutaway model provides an authentic, hands-on learning experience for automotive students and technicians.
The transmission assembly is carefully sectioned and color-coded to expose all major internal components, allowing clear visualization of power flow, gear shifting logic, and hydraulic control mechanisms. Mounted on a sturdy tubular steel frame with wheels, the AZA1249 is easy to move within classrooms, laboratories, and workshops, making it ideal for group demonstrations and instructor-led training.
Cut Section Model of Four Stroke Petrol Engine AZA1253
The AZA1253 Cut Section Model of Four Stroke Petrol Engine by AZALAB is a precision-engineered educational training model designed to provide a clear and practical understanding of four-stroke petrol engine construction and operation. Developed specifically for engineering colleges, ITIs, polytechnics, vocational training centers, and automotive laboratories, this model presents a detailed sectional view of an actual four-stroke petrol engine.
The cutaway design exposes all major internal components, allowing students to visually study how mechanical and thermodynamic processes occur inside the engine during each stroke—intake, compression, power, and exhaust.
LAB Cut Model of Planetary Gear System AZA1250
The AZA LAB Cut Model of Planetary Gear System – Model AZA1250 is a practical and educational training aid designed to demonstrate the working principles of a planetary gear mechanism in a clear and visual manner. This fully functional, hand-powered cutaway model allows students and trainees to observe torque transmission and power distribution within a planetary gear system.
Widely used in automatic automobile transmissions, ship propulsion systems, turbines, and industrial gearboxes, planetary gear systems can be complex to understand through theory alone. The AZA1250 model bridges this gap by offering full visibility of internal components, making it an essential teaching tool for engineering classrooms, workshops, and vocational training institutes.
LAB Cut Model of Turbocharger AZA1252
The AZA LAB Cut Model of Turbocharger – Model AZA1252 is a detailed educational cutaway designed to clearly demonstrate the working principles of a turbocharger used in modern automotive engines. This model provides an in-depth visual understanding of forced induction systems, showing how exhaust gases drive a turbine to compress intake air and increase engine power and efficiency.
Purpose-built for engineering education and technical training, the AZA1252 exposes all critical internal components, allowing students to study airflow, exhaust flow, and cooling pathways in a realistic and intuitive manner.
