Car battery replacement lift
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Battery Replacement Lift for Electric Vehicles
Battery Replacement Lift for Electric Vehicles
The Battery Replacement Lift is a robust and precision-engineered solution specifically designed for the safe and efficient replacement of electric vehicle batteries. Built on a hydraulic scissor lift system mounted to a mobile wheeled chassis, it ensures maximum stability, flexibility, and ease of operation in professional workshop environments.
Design and Operating Principle
Design and Operating Principle
The battery replacement process is carried out in a controlled and systematic manner:
The vehicle is first raised to the required working height using a standard two-post lift.
The battery replacement lift is positioned underneath the vehicle.
The platform is elevated to working height via hydraulic cylinders.
Final fine positioning is achieved using integrated mechanical adjustment screws, allowing precise alignment with the battery mounting points.
Once the battery mounting bolts are removed, they can be safely stored in a dedicated drawer integrated into the platform. The battery is then lowered together with the platform in a controlled and secure manner, ensuring safe handling throughout the removal process.
Mobility and Ergonomics
Mobility and Ergonomics
The lift is equipped with specially engineered wheels designed to prevent jamming or obstruction when moving across workshop floors, even over small obstacles such as screws or tools. This ensures smooth and reliable mobility in real service environments.
To simplify battery reinstallation, the platform allows limited lateral movement. After releasing the locking mechanism, the operator can perform small, controlled manual adjustments to ensure precise alignment of the battery mounting bolts during installation.
Safety and Stability
Safety and Stability
For maximum operational safety and stability, the lift can be securely fixed to the workshop floor using dedicated locking mechanisms. This provides additional security during complex or extended service procedures.
The Battery Replacement Lift is engineered to enhance efficiency, accuracy, and safety in modern electric vehicle service operations, making it an essential tool for workshops handling high-voltage battery systems and advanced EV technologies.
Height adjustment screw and wheel block
Lift stabilization support
Fall protection
SPECIFICATIONS
SPECIFICATIONS
Technical Specifications – Motorized Mobile Vehicle Lift
Technical Specifications – Motorized Mobile Vehicle Lift
At Hidrotiltai (Hydrobridges), every motorized mobile vehicle lift is designed and built with precise engineering to ensure maximum safety, reliability, and performance.
Our lifts incorporate advanced hydraulic and electrical systems, providing high capacity and controlled operation.
Electrical and Power System
Electrical and Power System
⚡ Electrical Requirements: 24 V DC
⚡ Control Power: 24 VAC
🔹 Power Pack: 1.5 kW hydraulic power pack
Capacity
Capacity
🏋️ Maximum Lifting Capacity: 1.7t
Performance
Performance
⬆️ Lifting Speed: 0.1 m/sec
⬇️ Lowering Speed: 0.2 m/sec
Safety Features
Safety Features
🛑 Emergency stop button
⬆️ Upper limit switch
🔒 Automatic mechanical lock in lifted position
💧 Hydrosystem electromagnetic safety valve
🔌 Electrical protection class: IP55
Control
Control
🎛️ Remote control
This configuration ensures that every lift delivered by Hidrotiltai meets high standards of operational safety, structural integrity, and reliability.
Our in-house engineering process allows us to provide CE-marked equipment in accordance with the relevant European machinery regulations.
DISCLAIMER
DISCLAIMER
Engineering Responsibility and Compliance
At Hidrotiltai (Hydrobridges), every lifting system is developed through a comprehensive engineering process to ensure reliability, safety, and structural integrity.
Our company performs the complete design and engineering of the equipment, including:
🔹 Kinetostatic calculations
🔹 Structural strength analysis
🔹 Stability calculations
🔹 Full mechanical design and construction
Because the engineering process is carried out internally, we are able to issue the CE marking for our equipment ourselves, confirming compliance with the relevant European machinery regulations.
During the design and development process, we follow applicable EU machinery directives and standards, including:
✔️ EN 1570-A2 — Safety requirements for lifting tables and lifting platforms.
For manufacturing, we cooperate with production partners that operate under ISO 9001 quality management standards, ensuring consistent production quality and process control.
⚠️ Important Compliance Notice
Hydrobridges confirms compliance specifically with EN 1570-A2. However, the company does not guarantee compliance with additional national, regional, or international requirements beyond this standard.
Responsibility for obtaining any additional:
• permits
• licenses
• certifications
• regulatory approvals
• building or installation codes
required by local, state, federal, or international authorities rests solely with the buyer or installation party.
Hydrobridges shall not be liable for any taxes, fines, penalties, or regulatory obligations that may arise from regional structural, seismic, building, or other regulatory requirements applicable in the installation location.
This approach ensures transparent responsibility, clear compliance scope, and professional engineering standards for every Hydrobridges lifting solution.
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