IFP
Fixed
| Technical Data | IFP 1000 | IFP 1250 | IFP 1350 |
|---|---|---|---|
| Excavator Weight | tons 16.5 - 30 | tons 21 - 40 | tons 28 - 50 |
| Pulerverizer weight | Kg 1800 | Kg 2350 | Kg 3200 |
| Jaw Opening | mm 800 | mm 910 | mm 1010 |
| Height | mm 1960 | mm 2480 | mm 2500 |
| Width | mm 1809 | mm 204 | mm 2500 |
| Jaw width | mm 460 | mm 510 | mm 550 |
| Maximum oil delivery | l/m 200 | l/m 200 | l/m 250 |
| Maximum working pressure | bars 320 | bars 320 | bars 320 |
| Maximum clamping force at tip | tons 87 | tons 100 | tons 96 |
| Maximum clamping force at shears | tons 241 | tons 270 | tons 295 |
| Shear length | mm 240 | mm 240 | mm 360 |
| Max cutting diameter | mm 45 | mm 50 | mm 50 |
| Closure time (no load) | sec 2,3 | sec 3 | sec 2,3 |
| Opening time (no-load) | sec 2,4 | sec 3,5 | sec 2,5 |
| Hydraulic connections | 1-1/4" | 1-1/4" | 1-1/4" |
Innovative Design
provides better grip and
improved reliability
Extremely Rigid Structure
prevents deformations
provides better grip and
improved reliability
Extremely Rigid Structure
prevents deformations
The Distance Between
the cutters located inside
the jaws can be regulated
so that the steel rods inside
reinforced concrete can
be cut more efficiently
Interchangeable Cutters
can be used on both
sides, thus doubling usage
the cutters located inside
the jaws can be regulated
so that the steel rods inside
reinforced concrete can
be cut more efficiently
Interchangeable Cutters
can be used on both
sides, thus doubling usage
Greasing System
for improved lubrication of
moving mechanical parts
for improved lubrication of
moving mechanical parts
Wide Opening
between the jaws
between the jaws
Special Geometric Design
which ensures that the
pulverizing force remains
as constant as possible
between the maximum and
minimum opening
which ensures that the
pulverizing force remains
as constant as possible
between the maximum and
minimum opening
Position of Hydraulic
cylinder prevents
abraisions to the rod
cylinder prevents
abraisions to the rod
Speed Valve
which enables the movable
jaw to be closed more quickly
under no-load conditions
which enables the movable
jaw to be closed more quickly
under no-load conditions