ROL200 HYD Extreme
Hydraulic upper fast clamping system with front clamp for Type R1 tools, 150mm length. Max. load 1000 kN/m
ROL200 PN PowerProducts > CLAMPING SYSTEMS > ROL200 HYD PowerROL4 MAN
Article No. | Length | With intermediate | Price | |
---|---|---|---|---|
ROL200H Power INT100 | 150 mm | INT100 |
Hydraulic upper fast clamping system with front clamp for Type R1 tools, 150mm length. Max. load 1000 kN/m
Hydraulic version
The Power line was created with the aim of providing a single rapid clamping system capable of managing two different power supplies.
With the ROL200 Power we can control the movement of the clamps both pneumatically and hydraulically using the same system as all connections and components are standardized to offer a simple, safe and economic solution.
ROL200 represents the patented system created by Rolleri for a safe, vertical tool change of all type R1 tools. While the Extreme version may be adopted for all the standard intermediates (H100, H120, H150) and with 7 or 20 mm axes (Z1 and Z2), The Power version was developed with the aim of providing a single clamping system that could work with two different types of power supply.
With ROL200 Power we can control the clamp movement both pneumatically and hydraulically with the same system, as all the connection and the components are standardized in order to offer an easy, safe and economical solution.
This innovative clamping system can satisfy every need in terms of final application: it’s suitable for first equipment of new press brakes and also to renew the equipment of older machines.
Hydraulic upper fast clamping system with front clamp for Type R1 tools, 150mm length. Max. load 1000 kN/m
Hydraulic upper fast clamping system with double clamp (front and rear) for Type R1 tools, 150mm length. Max. load 1000 kN/m
Hydraulic upper fast clamping system with front clamp for Type R1 tools, 150mm length. Max. load 1000 kN/m
Hydraulic upper fast clamping system with double clamp (front and rear) for Type R1 tools, 150mm length. Max. load 1000 kN/m