Strautmann Block Distribution Wagon - BVW
The Strautmann block distribution wagons are an ideal complement for the efficient procedure of picking-up and feeding silage by means of silo block cutters.
Block Distribution wagon - simple & robust
The Strautmann block distribution wagons are an ideal complement for the efficient procedure of picking-up and feeding silage by means of silo block cutters.
- Effective beater for homogeneous fodder discharge
- Robust transport Floor - Infinitely adjustable via Bowden cable
- 2.30 m width
- 2.85 m³ volume
Hydraulic loading shovel
- Silo blocks are easily tipped onto the transport floor by means of the loading shovel
- Picking-up of bulk material also possible
Effective beater
- Equipped with aggressive ripping tines
- Fodder is cleanly milled off the block
Comfortable fodder discharge
- Transport into the feeding area without any losses
- Block is undone in the BVW
- Homogeneous discharge via the crossover conveyor
Optional weighing device
- All block distribution wagons can be equipped with a weighing device on request
- PTM HL 50
Easy and safe distribution of whole round bales
- Optional three-armed hydraulic retaining bow
- Holds round bale silage directly at the beaters
- 2.30 m width
- 2.85 m³ volume
Easy undoing of silo blocks or round bales
- 2 effective beaters
- Power required of 30 kW/40 HP
- Undoing of whole round bales without any problems
- Infinitely variable crossover conveyor homogeneously discharges the material
Type | BVW | UBVW |
Dimensions | ||
Length (m) | 3.80 | |
Width (m) | 2.30 | |
Height (m) | 1.80 | 2.30 |
Height with bale compressing rake lifted up (m) | - | 2.85 |
Discharge height cross conveyor (m) | 0.52 | |
Tare weight | ||
Basic machine (kg) | 1.700 | 2.000 |
Power requirement | ||
Power requirement from (kW / HP) | 30 / 40 | |
Required hydraulic power (bar) | 170 | |
Required hydraulic power (l / min) | 30 | |
Container dimensions (inside) | ||
Loading space L x W (m) | 1.94 x 1.95 | |
Tailboard L x W (m) | 0.91 x 1.92 | |
Volume | ||
Volume (m³) | 2.85 |