HT6018
Telehandlers
Lifting capacity: 6,000 kg
Max. lift height: 18.0 m
Consult now
Steel structure construction depends on fast and organized material flow. From truck unloading to roof-level supply, contractors must move steel purlins, roof panels, insulation, scaffold packs, bolts, tools and palletized materials safely across changing jobsite conditions.
A telehandler for steel structure installation helps contractors unload materials, travel across rough terrain and place approved loads at elevated or forward-reach work areas. With a telescopic boom, a 4x4 chassis and flexible steering, a construction telehandler can support daily site logistics more effectively than a conventional warehouse forklift.
Telehandlers are highly effective for daily material handling, truck unloading and approved load placement. Critical steel beam installation, structural column erection and suspended-load lifting must always follow the engineered lift plan, the official machine load chart, approved attachments and applicable local safety requirements.
On a steel building project, the main crane should focus on critical structural lifts. A rough terrain telehandler can handle many repetitive material tasks, including unloading delivery trucks, moving supplies across the site, staging materials near the installation zone and supplying roofing materials to elevated work areas.
| Steel Construction Task | Typical Materials | Telehandler Value |
|---|---|---|
| Truck unloading | Steel purlins, roof panels, insulation, scaffold packs and bolt pallets | Helps clear delivery vehicles quickly and organize the material storage area. |
| Rough-terrain transport | Palletized construction materials, tools and installation accessories | 4x4 drive supports travel on gravel, compacted soil and temporary construction roads. |
| Roofing material supply | Roof panels, insulation packs, fasteners and installation tools | Places approved loads closer to the roof edge or elevated work area. |
| Site staging | Fabricated steel accessories, pallets and packaged supplies | Reduces repeated manual handling and improves access for installation crews. |
This workflow can reduce unnecessary crane waiting time and help steel structure crews receive materials closer to the point of use. For roof panel lifting, steel purlin handling and industrial building construction, the correct machine must still be selected according to the real load, required height and forward reach.
Steel frame construction sites often combine uneven ground, narrow access routes, material stacks, scaffolding and elevated work zones. A telescopic handler combines forklift-style material handling with vertical lift and forward reach, helping contractors move materials where a standard forklift may not be practical.
| Telehandler Technology | Application on Steel Projects | Customer Benefit |
|---|---|---|
| Telescopic boom | Lifts and places materials higher or farther forward than a standard forklift. | Supports long-reach material placement near roof edges, platforms and elevated work areas. |
| 4x4 rough-terrain drive | Travels on gravel, compacted soil and uneven jobsite surfaces. | Improves access between truck unloading areas, material storage and installation zones. |
| Four-wheel and crab steering | Maneuvers around steel columns, scaffold lines and restricted access routes. | Helps the operator position the machine efficiently in congested construction areas. |
| Approved attachments | Uses pallet forks for packaged materials and approved attachments for specified tasks. | Supports multiple material-handling duties with one machine configuration. |
| Load management and load chart guidance | Matches actual work conditions to the permitted lifting capacity. | Helps operators plan lifting work within the machine's approved working envelope. |
The HAMAC HT3510 telehandler provides 3,500 kg rated capacity, 10 m maximum lift height, 4x4 rough-terrain drive and four-wheel/crab steering. It is suited to medium-height steel buildings, roof material supply, scaffold handling and daily construction logistics.
For higher placement points, heavier material packs and larger industrial projects, the HAMAC HT5014 telehandler provides 5,000 kg rated capacity, 14 m maximum lift height, 4x4 drive and four-wheel steering. The final working capacity must be confirmed using the applicable load chart for the exact boom position and attachment configuration.
| Project Requirement | HT3510 Telehandler | HT5014 Telehandler |
|---|---|---|
| Rated capacity | 3.5 ton | 5 ton |
| Maximum lift height | 10 m | 14 m |
| Recommended work | Medium-height steel buildings, warehouses, roof panels, scaffold packs and palletized materials. | Higher industrial structures, heavy material packs, elevated storage and longer-reach placement. |
| Key advantage | Flexible daily material handling with strong maneuverability in limited spaces. | More lifting capacity, higher placement and a larger operating range for demanding projects. |
| Selection focus | Load weight, access width, roof height and normal material flow. | Load weight, maximum height, forward reach, ground bearing capacity and available working space. |
Select a telehandler based on the heaviest real load, total handling frequency, target placement height, required forward reach, attachment weight and site conditions. A 10m telehandler may be the right solution for steel building material handling, while a 14m telehandler may be needed for higher industrial construction work.
The headline rated capacity is not the capacity available at every height or boom extension. As the boom rises or extends forward, the permitted load generally changes. Long steel purlins, pallets, steel stillages, forks and attachments can also move the load centre forward and affect the allowed lifting capacity.
| Check Before Lifting | Why It Matters |
|---|---|
| Material weight | Confirm the actual weight of steel materials, roof panels or palletized construction supplies. |
| Total lifted weight | Include pallets, stillages, forks, approved attachments and lifting accessories. |
| Lift height | Higher boom positions may reduce the available permitted capacity. |
| Forward reach | More horizontal boom extension can reduce the permitted load at the placement point. |
| Load centre | Long or irregular materials may place the centre of gravity farther from the carriage. |
| Ground and work zone | Use firm ground, keep clear of trenches and slopes, and maintain an exclusion zone around the lift. |
Actual lift planning = material weight + pallet or stillage weight + attachment weight + required lift height + forward reach + load centre.
Always use the official load chart supplied for the exact telehandler and attachment configuration. For a general explanation of boom angle, extension and load-chart reading, see JLG's guide to understanding a telehandler load capacity chart .
A HAMAC telehandler can support steel structure project logistics from truck unloading and rough-terrain transport to high-level roofing material supply and organized site staging. For safe and productive operation, match the machine to the real material weight, lift height, forward reach, attachment and ground condition—not only the rated capacity shown in the model name.
Contact HAMAC for telehandler selection, steel structure material handling solutions and quotation .
At inland port terminals, a high‑capacity telehandler is used to transfer bulk materials between tr
Free Consultation >
Results and Benefits By deploying RT35 forklifts, the humanitarian logistics hub achieved several key
Free Consultation >
On a wind farm construction site, a HAMAC HT5010 5 ton 10 m telehandler is used to handle pallets, to
Free Consultation >Please fill out the form, and we can satisfy any of your needs including equipment selection, scheme design, technical support, or after-sales service. We will contact you as soon as possible.
