A telescopic loader is an extremely versatile device that harmoniously combines the features of both a traditional crane and an advanced forklift. Its functionality includes not only transport, but also lifting loads to impressive heights, making it an invaluable tool in various sectors of the economy.
- Versatility – one device that can perform many different functions.
- Lifting capacity from 2000 to 5500 kg – enables efficient movement of heavy loads.
- Lifting height exceeding 15 meters – ideal for operations at great heights.
- Specialized attachments – adapted to various tasks and requirements.
Definition of Telescopic Loader
A telescopic loader, as an advanced mechanical device, owes its name to the characteristic extendable boom that enables lifting and carrying loads to significant heights. It is a mechanized construction machine that performs excellently in various working conditions, offering a wide range of applications. When deciding on the question of which telescopic loader to buy: key aspects and model comparison, it’s worth paying attention to its functions and capabilities.
- Main functions:
- Lifting loads, which allows for efficient material management.
- Transporting loads from one place to another, increasing operational efficiency.
- Maneuvering in tight spaces, which enables work in limited conditions.
These unique features make the selection of the appropriate telescopic loader model a key element affecting the efficiency of performed tasks.
Versatility and Application in Various Industries
Telescopic loaders find wide application in many sectors of the economy, and their versatility makes them invaluable support in various fields:
Construction Industry
– Delivering materials to higher floors of buildings.
– Enabling work in narrow spaces with limited access, which increases the efficiency of implemented projects.
Agriculture
– Lifting and transporting grain, which streamlines harvesting processes.
– Facilitating loading and unloading of feed, which contributes to optimizing field work.
Other Industries
– Logistics, where telescopic loaders support warehouse processes.
– Raw material extraction, where they play a key role in moving materials at various stages of extraction.
Telescopic loaders bring numerous benefits also in other sectors, contributing to increased work efficiency and raising operational standards.
Basic Technical Parameters – Based on Dieci Brand Models Available for Sale/Rental in FLT’s Offer
| Model | Maximum lifting capacity (kg) | Maximum lifting height (m) | Maximum power | Maximum speed (km/h) |
|---|---|---|---|---|
| AGRI FARMER 30.7 – GD | 3000 kg | 6,35 m | 79,5 kW (107 HP) | 40 km/h |
| AGRI FARMER 30.9 – GD | 3000 kg | 8,65 m | 79,5 kW (107 HP) | 40 km/h |
| AGRI FARMER 32.9 – GD | 3200 kg | 8,65 m | 79,5 kW (107 HP) | 40 km/h |
| AGRI FARMER 34.7 – GD | 3400 kg | 6,35 m | 79,5 kW (107 HP) | 40 km/h |
| AGRI MAX 50.8 POWER X2 | 4999 kg | 7,7 m | 128 kW (172 HP) | 50 km/h |
| AGRI MAX 50.8 VS EVO2 – GD | 5000 kg | 7,7 m | 128 kW (172 HP) | 40 km/h |
| AGRI MAX 60.9 POWER X2 | 6000 kg | 8,6 m | 128 kW (172 HP) | 50 km/h |
| AGRI MAX 60.9 VS EVO2 – GD | 6000 kg | 8,6 m | 128 kW (172 HP) | 40 km/h |
| AGRI MAX 65.8 POWER X2 | 6500 kg | 7,7 m | 128 kW (172 HP) | 50 km/h |
| AGRI MAX 65.8 VS EVO2 – GD | 6500 kg | 7,7 m | 128 kW (172 HP) | 40 km/h |
| AGRI MAX 75.10 – GD | 7500 kg | 9,65 m | 114 kW (153 HP) | 40 km/h |
| AGRI PLUS 40.10 VS EVO2 – GD | 4000 kg | 9,7 m | 114 kW (153 HP) | 40 km/h |
| AGRI PLUS 42.7 VS EVO2 – GD | 4200 kg | 7,2 m | 114 kW (153 HP) | 40 km/h |
| AGRI STAR 37.7 – GD | 3700 kg | 6,8 m | 100 kW (134 HP) | 38 km/h |
| AGRI STAR 38.10 – GD | 3800 kg | 9,6 m | 100 kW (134 HP) | 38 km/h |
| AGRI STAR 40.8 – GD | 4000 kg | 7,7 m | 100 kW (134 HP) | 38 km/h |
| MINI AGRI 26.6 | 2600 kg | 5,73 m | 55 kW (74 HP) | 30 km/h |
| MINI AGRI 20.4 SMART | 2000 kg | 4,35 m | 37 kW (50 HP) | 25 km/h |
| MINI AGRI-e 26.6 | 2600 kg | 5,73 m | 19 kW | 24 km/h |
| AGRI PIVOT T60 | 2250 kg | 4,7 m | 54,6 kW (73 HP) | 40 km/h |
| AGRI PIVOT T70 | 3000 kg | 5,2 m | 85,9 kW (115 HP) | 40 km/h |
| AGRI PIVOT T80 | 3500 kg | 5,2 m | 114 kW (153 HP) | 40 km/h |
| APOLLO 20.4 SMART | 2000 kg | 4,35 m | 37 kW (50 HP) | 25 km/h |
| APOLLO 26.6 | 2600 kg | 5,73 m | 53,7 kW (72 HP) | 30 km/h |
| DEDALUS 30.7 – GD | 3000 kg | 6,35 m | 55,4 kW (74 HP) | 36 km/h |
| DEDALUS 34.7 – GD | 3400 kg | 6,35 m | 55,4 kW (74 HP) | 36 km/h |
| DEDALUS 30.9 – GD | 3000 kg | 8,65 m | 55,4 kW (74 HP) | 36 km/h |
| DEDALUS 32.9 – GD | 3200 kg | 8,65 m | 55,4 kW (74 HP) | 36 km/h |
| ZEUS 40.8 – GD | 4000 kg | 7,6 m | 54,6 kW (73 HP) | 30 km/h |
| ZEUS 38.10 – GD | 3800 kg | 9,6 m | 54,6 kW (73 HP) | 30 km/h |
| ZEUS 35.11 – GD | 3500 kg | 10,6 m | 54,6 kW (73 HP) | 30 km/h |
| ZEUS 40.13 – GD | 4000 kg | 12,5 m | 54,6 kW (73 HP) | 30 km/h |
| ICARUS 45.14 – GD | 4500 kg | 13,4 m | 55,4 kW (74 HP) | 25 km/h |
| ICARUS 45.17 – GD | 4500 kg | 16,4 m | 55,4 kW (74 HP) | 25 km/h |
| ICARUS 45.14 DYNAMIC – GD | 4500 kg | 13,4 m | 85 kW (114 HP) | 38 km/h |
| ICARUS 45.17 DYNAMIC – GD | 4500 kg | 16,4 m | 85 kW (114 HP) | 38 km/h |
| ICARUS 60.18 DYNAMIC – GD | 6000 kg | 17,8 m | 85 kW (114 HP) | 30 km/h |
| SAMSON 50.8 VS EVO2 – GD | 4999 kg | 7,7 m | 128 kW (172 HP) | 40 km/h |
| SAMSON 65.8 VS EVO2 – GD | 6500 kg | 7,7 m | 128 kW (172 HP) | 40 km/h |
| SAMSON 60.9 VS EVO2 – GD | 6000 kg | 8,6 m | 128 kW (172 HP) | 40 km/h |
| SAMSON 75.10 – GD | 7500 kg | 9,65 m | 114 kW (153 HP) | 40 km/h |
| HERCULES 130.10 | 13000 kg | 9,5 m | 128 kW (172 HP) | 34 km/h |
| HERCULES 190.10 | 19000 kg | 10,2 m | 128 kW (172 HP) | 23 km/h |
| HERCULES 210.10 | 21000 kg | 10,2 m | 128 kW (172 HP) | 23 km/h |
| HERCULES 230.10 | 23000 kg | 10,15 m | 128 kW (172 HP) | 22 km/h |
| PEGASUS 40.16 | 4000 kg | 15,7 m | 85,9 kW (115 HP) | 30 km/h |
| PEGASUS 40.18 | 4000 kg | 18 m | 85,9 kW (115 HP) | 30 km/h |
| PEGASUS 60.16 | 6000 kg | 16,2 m | 100 kW (134 HP) | 40 km/h |
| PEGASUS 60.21 | 6000 kg | 20,5 m | 100 kW (134 HP) | 40 km/h |
| PEGASUS 50.25 | 5000 kg | 24,1 m | 100 kW (134 HP) | 40 km/h |
| PEGASUS 75.25 | 7500 kg | 24,5 m | 127 kW (170 HP) | 40 km/h |
| PEGASUS 60.26 | 6000 kg | 25,7 m | 127 kW (170 HP) | 40 km/h |
| PEGASUS 60.30 | 6000 kg | 29,6 m | 127 kW (170 HP) | 40 km/h |
| PIVOT T60 | 2250 kg | 4,7 m | 54,6 kW (73 HP) | 40 km/h |
| PIVOT T70 | 3000 kg | 5,2 m | 85,9 kW (115 HP) | 40 km/h |
| PIVOT T80 | 3500 kg | 5,2 m | 114 kW (153 HP) | 40 km/h |
Which Telescopic Loader to Choose? Types
The market offers various types of telescopic loaders, which can be divided into:
Standard Loaders
Ideal for typical construction tasks, where versatility and the ability to lift and transport heavy loads are required.
Agricultural Loaders
Adapted to the specific requirements of agricultural industries, such as lifting and transporting grain or feed, which increases efficiency of field work.
Specialized Loaders
Reliable in exceptional conditions, where standard models may prove insufficient. The use of specialized attachments enables performing more advanced tasks.
Each of these types offers unique features that may be important depending on the industry specifics and operational requirements.
Choosing the Right Model for Construction
When selecting a telescopic loader for construction applications, it’s important to consider the following aspects:
- Lifting capacity – is essential for performing demanding tasks, such as lifting heavy construction materials to significant heights.
- Lifting height – crucial for enabling work at heights, which directly translates to accessibility to hard-to-reach places.
Proper selection of models that meet these criteria translates to increased efficiency and safety at the construction site.
Choosing the Right Model for Agriculture
Agriculture requires consideration of various solutions, and key factors are:
- Type of attachment – should be adapted to the specifics of work in the agricultural sector, such as transporting grain or feed.
- Performance – must be tailored to agricultural tasks to maximize operational efficiency.
Matching attachments to agricultural task specifications significantly affects increased productivity and optimization of field work processes.
Which Telescopic Loader to Choose? Key Parameters
When purchasing a telescopic loader, it’s worth carefully considering the following technical parameters:
- Lifting capacity – crucial for ensuring work efficiency in various environments, enabling lifting and transport of heavy loads.
- Lifting height – important for work accessibility in the field and maximum machine performance, which enables performing tasks at various heights.
Well-selected technical parameters not only contribute to increased operational efficiency, but also affect operator safety and work comfort.
Lifting Capacity and Lifting Height
These two parameters are of fundamental importance when choosing the appropriate telescopic loader which to choose. Using a model with appropriate lifting capacity and required lifting height range directly translates to efficiency and scope of performed work.
Power Sources – Combustion vs Electric
When comparing telescopic loaders, an important aspect is the choice of power source, which affects their functionality and operational efficiency:
- Combustion – characterized by greater power, which allows for performing more demanding tasks, however they involve higher operating costs and greater emissions.
- Electric – offer quieter operation and lower operating costs, however their performance may be limited compared to combustion models.
The choice of appropriate power source should be adapted to individual user needs and the specifics of performed tasks.
Additional Functions and Attachments
The diversity of functions and available attachments significantly affect the application of telescopic loaders. Here are some potential functions:
- Pallet forks – ideal for transporting materials on pallets, which increases efficiency of warehouse processes.
- Hooks – enable efficient load suspension, which is essential in many industrial sectors.
Selected attachments allow for adapting the telescopic loader’s capabilities to specific task requirements, which significantly increases its versatility and operational efficiency.
Which Telescopic Loader to Choose? Safety and Certificates
Safety when working with telescopic loaders is a key aspect that requires special attention. In this context, it’s important to pay attention to required certificates, such as:
- UDT Certificate – necessary for telescopic loader operators, confirming their qualifications for safe machine operation.
- SPG – certificate guaranteeing maintenance of high safety standards during equipment operation.
Meeting these requirements is indispensable for legal and safe use of telescopic loaders, while ensuring operator protection and increasing overall workplace safety.
