Scrap Shear Akros Henschel (now Danieli-Henschel) CIC1100-14L
- Einzelstück Designstudio
- Feb 8, 2024
- 2 min read
Technical Data
Repairs performed:
We completely renovated the shear head and slide in December 2020.
The tamper and the tamper frame in March 2021.
The pinball machines in August 2021 the two flipper cylinders were changed in August 2021 the two rods and the rings of the shear lowering cylinders were also changed in March 2022 as well as the shear raise cylinder.
This machine produces approximately 20 ton hours.
6 motor pump groups.
there are also parts to detach (blades, new pressure collector, cylinder tube, reassemble the packer)
The CIC AKROS HENSCHEL type shears are automatic shears, with continuous operation.
The basic principle is that of inclined shears, present on the market for many years, but it has been greatly improved by reducing the slope of the loading corridor, and by introducing a system of oriented vibrations to "push" the scrap metal towards the shearing head.
Operation is continuous, and loading the shears is particularly easy. The productions are therefore important.
This range of shears being easier to maintain than traditional shears, the cost per tonne produced is very competitive.
After selecting automatic operation, operation is continuous, without intervention, the only operation being loading.
The scrap metal being loaded, the cycle takes place continuously as follows:
- Vibration of the floor and advance of the scrap to the crosspiece
- Lateral reduction by the flippers
- Densification and maintenance of the scrap by descent of the stepped packer
- Shearing
- Raising the packer and shears
- Reopening of the flippers.
This cycle renews automatically, without operator intervention. The latter is therefore only dedicated to powering the machine.
The corridor can be loaded at any time, without timing since the corridor is permanently open.
Downtime is thus reduced, and the effective shearing time is optimized.
This allows CIC shears to achieve higher production than traditional shears (20 to 30%), with less installed power and significantly less wear on the metal sheets.
The removal of the loading bucket and the absence of a push cylinder significantly reduce the dimensions of the CIC shears, making them easier to install on construction sites.
Switching to manual mode operation can be made at any time, to reduce and shear particular bulky products.
Indexing: The vertical movement of the shearing slide can be, for certain categories of treated waste, linked to the travel of the packing slide. This function makes it possible to reduce the lost stroke of the shearing slide and thus optimize productivity gains.
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