The H-Lift Hydraulic Long Chassis Floor Jack (FJL type) is built for workshop lifting tasks where a long-frame jack is preferred for improved access and handling. It is intended for controlled lifting on stable ground with proper support practices.
Long chassis floor jack design (FJL type)
Use only on a level, even surface capable of taking the load
Do not obliquely load the jack, and do not over-extend the jack
Never leave a load supported solely on jacks; use suitable support packing
Keep clear of the load during lifting/lowering; do not work under a jack-supported load
The FJL Series Long Chassis Jack is the ultimate heavy-duty tool for commercial vehicle workshops. With capacities ranging from 3T to 20T and an extra-long chassis, it reaches lifting points deep under trucks, buses, and agricultural machinery that standard jacks cannot access.
📏 Extreme Reach
Features an Extra-Long Chassis specifically designed to reach lifting points deep under vehicle bumpers. High lifting range (up to 680mm) for high-chassis vehicles.
⚡ Quick Lift Pedal
Equipped with a Foot Pedal that quickly raises the saddle to the lifting point without load. The handle locks in 3 Positions (horizontal, 45°, vertical) for easy maneuvering.
💪 Heavy Duty Power
Available in 3T, 5T, 10T, and 20T capacities. Features welded hydraulic pumps and Chrome Plated Rams to resist rust and ensure longevity.
🛡️ Safety Mechanisms
Includes Overload and Bypass Safety Valves to prevent using the jack beyond its rated capacity or over-extending the ram.
Q: Why do I need a long chassis jack?A: A Long Chassis Jack provides the extended reach necessary to access lifting points on large vehicles like trucks and buses that are positioned far back from the bumper. It also offers a wider, more stable base for heavy loads.
Q: Does this jack have a quick lift feature?A: Yes, the FJL series features a Foot Pedal that allows you to rapidly raise the lifting saddle to contact the chassis before you begin pumping the handle to lift the load.
Technical Specifications
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Item No.
Capacity
Min. Height
Lifting Range
Max. Height
Weight
Product Code
t
mm
mm
mm
kg
FJL-03A
3
140
520
660
56
808004103
FJL-03
3
140
480
620
70
808004003
FJL-05
5
160
400
560
86
808004005
FJL-10
10
170
400
570
126
808004010
FJL-20
20
220
460
680
215
808004020
H-Lift Lifting Jacks
Hydraulic & Mechanical Jacks: Safety & Selection
Selecting the Correct Jack
Jacks may be hydraulic or mechanical in operation and are available in a wide range of capacities and designs. Proper selection is critical for safety.
Key Considerations:
Type: Hydraulic, ratchet, screw, or journal jack.
Dimensions: Capacity, closed height, lifting height, and overall dimensions.
Accessories: Toe/claw attachments, screwed ram with locking collar, calibrated gauges for load measurement.
Support: Packing materials needed during jacking and to support the load once raised.
Safety Guidelines
Always
Store and handle jacks correctly.
Inspect jacks before use and before placing into storage.
Ensure the surface is level, even, and capable of taking the imposed load.
Ensure the jack is positioned so the load is applied in the correct plane.
Use packing capable of withstanding loads without crushing.
Lift and lower in small stages using support packing to minimize load falls.
Never
Never obliquely load (side load) jacks.
Never raise the load higher than necessary.
Never over-extend the jack beyond its rated stroke.
Never leave a load supported solely on jacks (use stands/packing).
Never reach under a load supported by jacks.
Never work or climb on a load supported by jacks.
Operation & Maintenance
Using Jacks Safely
Multiple Jacks: Most operations require multiple jacks. It is impossible to raise/lower them in perfect unison, causing uneven loading. Ensure jack capacity is adequate to handle load transfer. Keep the load level.
Floor Stability: Ensure the floor can withstand the point load. Use floor plates to spread the load if necessary. Avoid buried cables or pipes.
Contact: The jack head must be in full, firm contact with the jacking point. Use packers to prevent slipping.
Storage & Handling
Store jacks upright with the ram/rack/screw fully lowered to protect them from damage. Remove handles/levers and store separately. Never store damaged jacks.
In-service Inspection
Clean jacks regularly to remove dirt from racks, screws, and seals. Check hydraulic oil levels. Lubricate moving mechanical parts.
A hydraulic floor jack is a heavy-duty lifting device designed to be positioned horizontally on the ground. Unlike vertical bottle jacks, floor jacks feature a horizontal frame with wheels, offering superior maneuverability and ease of positioning under vehicles.
Common Applications:
Automotive Workshops: Daily lifting of cars, SUVs, and trucks for maintenance.
Garages: Essential tool for tire changes and under-body repairs.
Industrial: Moving and positioning heavy loads where a low pickup height is required.
Key Features & Components
Dual Pump System
Many modern models feature a dual pump piston system, which utilizes both the upward and downward strokes of the handle to lift the load faster than traditional single-pump jacks.
Low Profile Design
Specialized low-profile models are available to fit under sports cars or vehicles with low ground clearance, while High Lift versions provide extra height for trucks.
Maneuverability
Equipped with rear swivel casters and a long handle, allowing for precise positioning of the lifting pad under the vehicle's designated lift points.
Swivel Saddle
The lifting pad often rotates 360 degrees, allowing for secure contact with the vehicle chassis regardless of the approach angle.
⚠️ Safety Precautions
To prevent accidents and equipment failure:
Jack Stands: Never rely on the jack alone. Once lifted, immediately support the load with rated jack stands.
Surface: Always operate on a stable, level, and hard surface (e.g., concrete).