2080T tele wheeled loader
A tele wheeled loader is particularly ideal for those who need more lift height. For in addition to functionality, a high level of working comfort and excellent safety standards, these machines have a telescopic boom that provides considerably higher lift height and range compared to normal wheel loaders with loading arms. The basic virtues, such as maneuverability, stability and lifting power that characterise the articulated wheel loader, also apply to a tele wheeled loader – which makes them so successful.
Weidemann articulated pendulum joint
The backbone of the Weidemann design. The legendary articulated pendulum joint. All four wheels remain in constant contact with the ground and the machine moves with maximum traction. In addition, the machine has unrivaled maneuverability.
High shear forces from planetary axle
The drive via the planetary axle increases the torque on the wheel and thereby improves the pushing power. Due to the optimal ratio between the pushing power and machine capacity, you work flexibly and economically at the same time.
100% differential lock
The connectable 100% differential lock provides maximum traction and pushing power if necessary. It also keeps the tire wear low (switched off during normal operation). This increases the efficiency of your machine!
Sturdy telescopic arm
The telescopic arm is built to be sturdy and stable. The parallel motion takes place hydraulically. All important hydraulic lines are inside and are protected against external influences. The telescopic arm for Weidemann wheel loaders combines the advantages of an articulated machine with those of a telehandler. High overhead loading heights are therefore not a problem.
Rollback angle limitation
A rollback angle limitation is installed as a standard on all Weidemann telescopic wheel loaders. This is located on the Weidemann support and limits the rollback angle. The retainer prevents rolling in too far with an extended or retracted telescopic arm. In this way, for example, the contents of the bucket cannot fall onto the driver’s cab.
Easily accessible lubrication service points
Regularly greasing all lubrication points of the machine is crucial for the proper and effective maintenance and therefore value retention of the machine. In order to save time and facilitate the work, the lubrication service points are always in an easily accessible position at Weidemann. Optionally, a central lubrication system is available that takes over the lubrication for you.
Short hydraulic hose lengths
Weidemann machines have short hydraulic hose lengths – the hoses are split in several places. If a hydraulic hose needs to be exchanged, the entire hose in the hydraulic circuit does not need to be exchanged, but rather just the affected part. This speeds up work enormously and saves money.
Ergonomic joystick – everything in one hand
Perfect control of the machine and functions via a joystick of the latest generation. The innovative joystick with ergonomically arranged, illuminated touch controls creates user friendliness and multi-functionality.
Good all-round visibility – ergonomic working area
Plenty of legroom, clearly arranged instrument clusters, a comfortable operator’s seat and an optimal view of the attachment. A working area that motivates and fully supports the operator. Vibrations and impacts are absorbed by the machine. Your body is very well protected and you also work for a longer period of time more relaxed and fatigue-free – and therefore are more focused.
New exhaust emission standard level IIIB – new engine technology
We at Weidemann have already successfully completed stages I to IIIA for pollutant reduction in recent years. However, new, more strict thresholds are waiting in stages IIIB and IV (tier 4 interim and tier 4 final) to be met. However, since we would like to adapt our machines to the changed legal situation and also want to continue to develop our machines, we have put a great deal of development work and expertise into the new machine types
The most important functions always in sight. With the digital display, for the first time the active features are displayed in the driver’s cab, for example the activated differential lock or electrical functions.
PA1200 planetary axle
Hydrostatic all-wheel drive, travel direction can be selected via joystick
Service brake: Hydrostatic drive system acting on all 4 wheels (wear-free)
Central service and parking brake in the drive train acting on all 4 wheels
100% differential lock, electric-hydraulically connectable on front and rear axle
Tires 11.5 / 80 – 15.3 AS ET40
Hydraulic articulated pendulum steering, 12° oscillating angle
3rd control circuit front, proportionally via joystick
Hydraulic oil cooler
Unpressurised front reverse travel
Floating position for lift cylinder
Comfort cabin with heater and fan, laterally tiltable, roll-over protective structure / FOPS-tested (“low” cabin height 2359 mm)
Comfort seat with safety belt, fully suspended, weight, back and horizontal adjustment
Hydraulic pilot operated joystick with motion direction switch and integrated touch button for differential lock and proportional telescoping function
Adjustable steering wheel
Working lights (2 front, 2 rear)
Operating hour meter
Battery circuit breaker
Hydraulic quick-change system for attachments
Toolbox in the vehicle rear
Lighting display according to Road Traffic Regulations
Triple-pole plug receptacle in front for dual function
Weidemann 2080T Dimensions
- Total length 5.468 mm
- Total length (without bucket) 4.689 mm
- Axle middle to bucket pivot pin 875 mm
- Wheelbase 2.120 mm
- Rear overhang 1.516 mm
- Height to top of cabin – low-profile 2.359 mm
- Height to top of cabin – high-profile 2.535 mm
- Seat top height 1.429 mm
- Total working height 4.937 mm
- Height of bucket pivot (max.) 4.292 mm
- Load-over height 3.935 mm
- Dumping height 3.455 mm
- Operating distance for M 760 mm
- Digging depth 154 mm
- Total width 1.410 mm
- Track width 1.120 mm
- Ground clearance 295 mm
- Maximum radius external 3.761 mm
- Radius at the outer edge 3.316 mm
- Inside turning radius 1.727 mm
- Inclination angle 45 °
- Rollback angle at max. lifting height 60 °
- Dumping angle (max.) 35 °
- Rollback angle (on the ground) 37 °
Load capacity diagram
- 1163 / 1340* kg
- 892 / 1039* kg
- 702 / 828* kg
* Values with Deutz engine
Engine data Standard
|Engine performance (max.)||36.3 (50*) kW (hp)|
|at rpm (max.)||2,800 rpm|
|Cubic capacity||2,216 cm³|
Engine data Optional
|Engine performance (max.)||44.7 (60*) kW (hp)|
|at rpm (max.)||2,800 rpm|
|Cubic capacity||2,216 cm³|
Engine data Optional
|Engine type||TCD 2.9 L4|
|Engine performance (max.)||55.4 (75*) kW (hp)|
|at rpm (max.)||2,300 rpm|
|Cubic capacity||2,900 cm³|
|Cooling system||Water / charge air|
|Operating voltage||12 V|
|Operating weight (standard)||4,500 / 4,600* kg|
|Tipping load with bucket – machine straight||2,632 (1,507*) // 3,041 (1,806*) kg|
|Tipping load with pallet fork – machine straight||2,311 (1,405*) // 2,671 (1,655*) kg|
|Ground speed (optional)||0 – 20 (28*) km/h|
|Fuel tank capacity||75 l|
|Hydraulic oil tank capacity||50 l|
|External services – Operating pressure||445 bar|
|Steering hydraulics – Oil flow (optional)||56 (63-74) l/min|
|Steering hydraulics – Operating pressure||235 bar|
|Type of drive||Hydrostatic|
|Traction drive||Universal joint shaft|
|Average sound power level LwA||99.3 dB(A)|
|Guaranteed sound power level LwA||101 dB(A)|
|Specified sound pressure level LpA||78 dB(A)|
*Values with optional Deutz engine
The values are telescoped out in () for the tipping loads
Tipping load calculation according to ISO 14397
Vibrations (weighted average effective value)
Hand-arm vibrations (HAV): The hand-arm vibrations are no more than 2.5 m/s²
Whole body vibrations: This machine is equipped with a driver’s seat that meets the requirements of EN ISO 7096:2000.
When the loader is properly used, the whole body vibrations vary from below 0.5 m/s² up to a short-term maximum value.
It is recommended to use the values specified in the table when calculating the vibration values according to ISO/TR 25398:2006. At the same time the actual use conditions have to be taken into consideration.
Telescopic loaders, like wheel loaders, are to be classified by operating weight.
|Average value||Standard deviation (s)|
|Type of loader||Typical operating conditions||1.4*aw,eqx||1.4*aw,eqy||aw,eqz||1.4*sx||1.4*sy||sz|
|Compact wheel loader
< 4,500 kg)
|Load & carry (load and transport work)||0.94||0.86||0.65||0.27||0.29||0.13|
> 4,500 kg)
|Load & carry (load and transport work)||0.84||0.81||0.52||0.23||0.2||0.14|
|Application in extraction (harsh application conditions)||1.27||0.97||0.81||0.47||0.31||0.47|