John Bean SOL 3500 Electro-Mechanical Two-Post Lift
Description
John Bean SOL 3500 Electro-Mechanical Two-Post Lift
John Bean SOL 3500 Electro-Mechanical Two-Post Lift is a professional vehicle lifting solution designed for automotive workshops, parking applications, vehicle servicing, inspection, and maintenance operations. Its asymmetrical two-post configuration provides practical vehicle access while maintaining useful drive-through clearance and under-vehicle working space.
The lift features a 380 V three-phase electrical system, electro-mechanical lifting operation, cable equalization, and a hydraulic safety arrangement using two direct cylinders with flow restrictors. With a specified maximum lifting height of 1,920 mm with the pad raised, it is suitable for compatible vehicles within the manufacturer's operating limits.
š Designed for professional automotive lifting applications where accessibility, safety, and reliable workshop operation are important.
Key Features
āļø Electro-Mechanical Two-Post Design
The SOL 3500 uses an asymmetrical two-post configuration designed for suitable vehicle lifting and service applications.
šļø Professional Lifting Capacity Testing
The supplied information states that the lift has been tested at 150% of its rated capacity.
š Full-Capacity Cycle Testing
The product is specified as tested for more than 10,000 cycles at full rated capacity.
š”ļø Multiple Safety Systems
The lift incorporates primary mechanical safety, cable equalization, and hydraulic safety components.
š§ Hydraulic Safety System
Two direct cylinders with flow restrictors are specified as part of the hydraulic safety arrangement.
š Adjustable Arm Configuration
The front arms have a retracted-to-extended length of 717ā1,048 mm, while the rear arms measure 791ā1,141 mm.
šŖ Drive-Through Clearance
The specified drive-through clearance is 2,083 mm, providing practical vehicle access through the lifting area.
ā” Three-Phase Operation
The lift operates on a specified 380 V, 50 Hz, three-phase electrical supply.
Product Specifications
Specification Details
Brand John Bean
Model SOL 3500
Type of Lift Asymmetrical Two-Post
Drive Type Electro-Mechanical
Usage/Application Parking
Voltage 380 V
Frequency 50 Hz
Phase Three Phase
Lifting Time 49 Seconds
Lowering Time 45 Seconds
Overall Height 3631 mm
Overall Width with Power Pack 3628 mm
Width at Base Plates 3402 mm
Maximum Lifting Height with Pad Raised 1920 mm
Under-Bar Clearance 3419 mm
Raised Pad Height from Floor 215 mm
Lowered Pad Height from Floor 110 mm
Drive-Through Clearance 2083 mm
Type of Equalization Cable
Hydraulic Safety 2 Direct Cylinders with Flow Restrictors
Primary Safety Every 76 mm starting at 610 mm
Front Arm Range 717ā1048 mm
Rear Arm Range 791ā1141 mm
Safety Standard 3rd Party CE Certified
Automotive Workshop Applications
John Bean SOL 3500 can be used for suitable applications including:
Vehicle servicing
Automotive inspection
Vehicle maintenance
Repair and workshop operations
Underbody inspection
Brake service
Suspension inspection
Tyre and wheel service
Vehicle parking applications
The lift should be operated only with vehicles that comply with the specified lifting requirements and manufacturer's guidelines.
Asymmetrical Two-Post Configuration
The asymmetrical design provides a practical arrangement for positioning compatible vehicles on the lift. The two-post structure allows technicians access to areas around and beneath the vehicle during suitable service and maintenance operations.
The specified arm dimensions provide flexibility for positioning compatible lifting points. Correct vehicle positioning is essential, and the manufacturer's recommended lifting points should always be followed.
Lifting and Lowering Performance
The John Bean SOL 3500 has a specified lifting time of 49 seconds and a lowering time of 45 seconds. This allows workshops to perform lifting and lowering operations as part of an organized vehicle servicing workflow.
Actual operating times can vary depending on vehicle load, installation conditions, electrical supply, equipment condition, and operating procedures.
Safety-Focused Construction
Safety is a critical consideration when using professional vehicle lifting equipment. The SOL 3500 incorporates several safety-oriented features.
The primary safety mechanism is specified at every 76 mm starting from 610 mm. The hydraulic safety system includes two direct cylinders with flow restrictors, while cable equalization helps maintain the lifting system's coordinated movement.
According to the supplied information, the product has undergone third-party testing and is described as CE certified. The provided specifications also state testing at 150% of rated capacity and more than 10,000 cycles at full rated capacity.
Testing and Reliability
The supplied product information states that the John Bean SOL 3500 was tested according to BS EN 1493-2010. It also specifies third-party testing and testing at 150% of rated capacity.
The product is further described as tested for more than 10,000 cycles at full rated capacity. These supplied test details are intended to demonstrate the lift's focus on safety, reliability, and repeated professional use.
Users should refer to the manufacturer's documentation for the complete certification scope, installation requirements, inspection procedures, and operating limitations.
Workshop Benefits
š Asymmetrical two-post configuration
āļø Electro-mechanical lifting system
ā” 380 V three-phase operation
ā±ļø 49-second specified lifting time
ā¬ļø 45-second specified lowering time
š 1,920 mm maximum raised pad height
šŖ 2,083 mm drive-through clearance
š§ Two-cylinder hydraulic safety arrangement
š”ļø Mechanical primary safety system
š Cable equalization
š¢ Suitable for professional workshop environments
Arm Dimensions
The lift provides different arm ranges for front and rear positioning:
Front arm: 717ā1,048 mm
Rear arm: 791ā1,141 mm
These dimensions should be considered when evaluating vehicle compatibility. The correct lifting points must be identified according to the vehicle manufacturer's recommendations before lifting.
Why Choose the John Bean SOL 3500?
The John Bean SOL 3500 combines an asymmetrical two-post layout with electro-mechanical lifting, multiple safety systems, cable equalization, and a professional workshop-oriented design.
Its combination of lifting height, drive-through clearance, adjustable arm dimensions, three-phase operation, and specified safety testing makes it a suitable option for businesses looking for a professional vehicle lifting system for compatible automotive applications.
Frequently Asked Questions
What is the John Bean SOL 3500?
The John Bean SOL 3500 is an asymmetrical electro-mechanical two-post vehicle lift designed for suitable automotive workshop and parking applications.
What voltage does the SOL 3500 require?
The specified voltage is 380 V.
Is the lift single-phase or three-phase?
The SOL 3500 is specified as a three-phase lift operating at 50 Hz.
What is the maximum lifting height?
The maximum lifting height with the pad raised is specified as 1,920 mm.
How long does the lift take to raise a vehicle?
The specified lifting time is 49 seconds.
How long does lowering take?
The specified lowering time is 45 seconds.
What type of equalization does the lift use?
The product specifications state cable equalization.
What hydraulic safety system is provided?
The lift uses two direct hydraulic cylinders with flow restrictors as specified in the supplied product details.
What is the drive-through clearance?
The specified drive-through clearance is 2,083 mm.
What is the overall height?
The overall height is specified as 3,631 mm.
What are the front and rear arm ranges?
The front arms extend from 717 to 1,048 mm, while the rear arms extend from 791 to 1,141 mm.
Has the lift undergone safety testing?
According to the supplied information, the lift was tested according to BS EN 1493-2010, underwent third-party testing, was tested at 150% of rated capacity, and was tested for more than 10,000 cycles at full rated capacity.
John Bean SOL 3500 Electro-Mechanical Two-Post Lift is an asymmetrical professional vehicle lift designed for compatible automotive workshops, vehicle servicing, maintenance, inspection, repair, and parking applications. It operates on 380 V, 50 Hz, three-phase power and provides a specified maximum pad-raised lifting height of 1,920 mm. The lift features cable equalization, two direct hydraulic cylinders with flow restrictors, mechanical primary safety, adjustable front and rear arms, and 2,083 mm drive-through clearance. According to the supplied specifications, it has been tested according to BS EN 1493-2010, including third-party testing, 150% rated-capacity testing, and more than 10,000 full-capacity cycles, subject to applicable manufacturer documentation and conditions.