Volvo Lifting Jib Crane Attachment
- Used Volvo Material Handling Arm AB S-631 85 – Model number 91817
- Material handling arm enables the machine to pick up, transport and handle a large variety of different objects or equipment.
- It has two telescopic sections with built-in mechanical stops to prevent overextension.
- Suitable for L150E, L180E and L220E
- Please call for detailed information on specification and price
Key Technical Considerations
- Compatible Volvo model range, such as L60, L70, L90, L110 and L120
- Loader operating weight
- Approved quick hitch interface, such as Volvo TPV, ISO/Fusion or bespoke brackets
- Hydraulic requirements where hydraulic functions are incorporated
- Attachment dead weight
- Maximum permitted attachment dimensions
- OEM-approved lifting points
Why does it matter?
An incompatible jib can compromise lifting performance, machine stability and operator safety.
Correct matching ensures the attachment integrates properly with the host machine’s hydraulic system, lifting geometry and quick hitch arrangement.
Correct compatibility ensures safe installation, reliable lifting performance and full integration with the Volvo carrier machine.
Key Technical Considerations
- Rated Safe Working Load at each lifting position
- Load centre distance
- Extension positions where the jib is telescopic
- Maximum lifting height
- Effect of boom angle
- Dynamic versus static loading
- Machine derating requirements
- Rated lifting moment
Customers should always request a fully tested load chart specific to both the jib attachment and the intended Volvo machine.
Why does it matter?
Maximum lifting capacity changes significantly as the load moves further from the loader.
Understanding the load chart prevents overload situations and helps maintain safe operation throughout the jib’s complete lifting range.
A machine-specific load chart confirms the maximum safe load at every jib position and operating radius.
Key Technical Considerations
- High-strength structural steel grades
- Finite Element Analysis (FEA) used during design
- Approved weld procedure specifications
- Reinforced boom sections
- Correct gusset and stiffener placement
- Heavy-duty lifting eye design
- Corrosion-resistant finishes
- Replaceable wear components where applicable
A well-designed jib should be engineered to withstand thousands of lifting cycles without compromising its structural integrity.
Why does it matter?
Lifting attachments experience high cyclic loading, which can lead to structural fatigue if the jib is poorly engineered.
Strong construction reduces downtime, repair costs and the risk of inspection failures.
Robust engineering and controlled stress distribution provide dependable performance throughout repeated lifting operations.
Key Technical Considerations
- CE or UKCA conformity where applicable
- Compliance with relevant machinery regulations
- Proof load testing
- Serial number traceability
- Safe Working Load identification plate
- Manufacturer’s Declaration of Conformity
- Inspection and maintenance schedule
- User operating manual
- Clearly identified lifting points
Proper certification helps simplify site inspections and ensures the attachment can be safely incorporated into lifting operations.
Why does it matter?
Compliance demonstrates that the attachment has been designed and manufactured for safe lifting operations.
It also assists customers in meeting workplace health and safety obligations.
Documented conformity, testing and traceability provide confidence that the jib is suitable for regulated lifting work.
Key Technical Considerations
- Additional attachment weight
- Increased load radius
- Forward shift in the centre of gravity
- Required counterweight configuration
- Maximum lift height achieved
- Visibility during lifting
- Turning radius with the attachment fitted
- Ground conditions affecting stability
- Loader manufacturer’s stability limits
A professionally engineered lifting jib should maximise reach whilst maintaining predictable handling and remaining within the Volvo loader’s safe operating envelope.
Why does it matter?
Adding a jib changes the machine’s centre of gravity and overall lifting characteristics.
Understanding these changes helps operators lift safely, plan movements accurately and avoid exceeding the machine’s stability limits.
Correct jib specification balances reach and lifting performance whilst maintaining safe and predictable machine handling.
