Electrical Lifting Crane Model

The Electrical Lifting Crane Model is an educational engineering model used for demonstrating how electrical energy can operate a mechanical lifting system. It helps students, science teachers and STEM instructors explore motors, gears, pulleys, winding drums, load movement and electrical control through one supervised working setup.

Product Description

The STEMAids Electrical Lifting Crane Model provides a practical representation of a motor-driven crane. In a typical configuration, an electric motor rotates a drum, gear system or pulley arrangement that winds and unwinds a lifting cable. This motion raises or lowers a lightweight demonstration load.

Depending on the confirmed design, the model may also allow boom rotation, trolley movement or directional control. It supports lessons on energy conversion, mechanical advantage, torque, gearing and automation. The precise motor, lifting limit, control method and operating voltage must be confirmed from the current STEMAids technical documentation.

Key Features

• Demonstrates electrical lifting: Shows how a motor can raise and lower a suspended demonstration load.
• Explains energy conversion: Connects electrical input with rotational motion and mechanical work.
• Introduces pulley and drum systems: Shows how cable movement can control vertical load position.
• Supports gearing lessons: Helps explain how gear reduction can modify speed and available torque where gears are included.
• Demonstrates directional control: May support forward and reverse motor operation in the confirmed configuration.
• Encourages engineering analysis: Learners can identify the frame, boom, motor, cable, hook and load as parts of one system.
• Suitable for supervised STEM learning: Supports classroom demonstrations, engineering projects and science exhibitions.

Technical Specifications

What’s Included in the Kit

• Crane frame, tower and boom assembly
• Electric motor and transmission system
• Winding drum, cable, pulley and hook
• Demonstration load or load container
• Power accessory, assembly guide and operating instructions

Applications and Uses

• Demonstrating motor-driven lifting and lowering.
• Teaching electrical-to-mechanical energy conversion.
• Explaining torque, rotational speed and gear reduction.
• Studying pulleys, winding drums and cable tension.
• Introducing switches, polarity and reversible motor control.
• Exploring crane stability, load position and structural design.
• Supporting STEM projects, engineering lessons and exhibitions.

How to Use the Electrical Lifting Crane Model

1. Place the crane on a stable, level surface with adequate clearance around the boom.
2. Inspect the frame, cable, hook, motor, gears and electrical connections.
3. Connect only the power source specified in the operating instructions.
4. Attach an approved lightweight demonstration load securely to the hook.
5. Operate the lift control briefly and observe the cable winding onto the drum.
6. Stop the motor before the load reaches the upper mechanical limit.
7. Use the reverse or lowering control as specified to lower the load gradually.
8. Disconnect the power before changing the load, cable routing or mechanism.

Safety and handling: Use only the confirmed demonstration load. Keep hands, hair and clothing away from gears, pulleys, drums and cables. Never stand beneath a suspended load or use the model to lift people, animals or valuable objects.

Care & Maintenance

• Disconnect power before inspecting, cleaning or adjusting the model.
• Check the cable regularly for fraying, knots or loose attachment points.
• Keep gears, pulleys and the winding drum clean and correctly aligned.
• Store the hook without a suspended load and protect the boom from impact.

Why Choose STEMAids

STEMAids develops educational models, robotics accessories and project-based learning products for practical science and engineering instruction. Buyers can explore related STEM learning kits, educational science models, physics laboratory products and the complete scientific and educational product range. Request the current motor rating, permitted load, control functions, component list and product photographs before procurement.

Frequently Asked Questions

What is an Electrical Lifting Crane Model used for?

It is used to demonstrate how an electric motor, transmission system and cable mechanism can raise and lower a lightweight load.

How does the crane lift a load?

The motor rotates a drum, gear or pulley mechanism that winds the cable and raises the attached load.

Can the crane move in more than one direction?

The available movements are not publicly verified. Confirm whether the model supports lifting, lowering, boom rotation or trolley travel.

What voltage does the model require?

The electrical rating is not publicly available. Use only the voltage and power source specified by STEMAids for the supplied model.

How much weight can the crane lift?

The permitted demonstration load is not publicly verified. Never estimate the capacity or exceed the manufacturer’s confirmed limit.

Can it be used as real lifting equipment?

No. It is an educational working model and must not be used as certified lifting equipment or for lifting people, animals or heavy objects.

Explore more STEM engineering kits from STEMAids for motors, machines, robotics and automation projects.

Recommended primary image ALT text: Electrical Lifting Crane Model with motorised boom, cable, hook and demonstration load.

Recommended detail image ALT text: Educational crane mechanism showing electric motor, winding drum, gears and lifting cable.

Recommended application image ALT text: Students operating an Electrical Lifting Crane Model during a supervised STEM activity.