Liftronic®Air

Latest generation industrial manipulators of the INDEVA family. They combine the strength  of  traditional pneumatic manipulators with the intelligence of the INDEVA.

Their power  for lifting is pneumatic, but  they are electronically controlled.

They are suitable for handling offset loads.

Models are available from 80 to 250 kg, that can be supplied either column, ceiling or overhead rail mounted.

Compared to traditional pneumatically controlled manipulators, Liftronic Air offers important advantages which help improve safety, egonomics and productivity.

Download Liftronic Air leaflet and read  the comparison table:  Liftronic Air vs. traditional pneumatically controlled manipulator

Capacity max: kg 250
Working radius max: mm 2700
Lifting speed max: 0,5 m/second
Control: electronic
Power supply: 115/ 230 Volt A/C – 50/60 Hz
Power consumption: 100VA
Enclosure protection: IP 54
Working temperature: from 0° to 40° C
Noise level: <70 dB (A)
Safeties:  (when assembled with tooling):
The system stops automatically when a comunication error is detected (fault inside the cables, fault inside an electronic board,...);
The system stops automatically when electric power supply switches off;
The system controls the balancer's pressures (at different levels) and verify the congruencies between them:
The system stops automatically when a fault inside the proportional electrovalve is detected;
The system stops automatically when a fault inside the proportional pneumatic valve is detected;
The system stops automatically when the cylinder pressure isn't congruent with required pressure;
In case of  load drop Liftronic Air is much safer than traditional pneumatic logic manipulator. The auto balancing model immediately counter balance the different weight, thus keeping perfectly still , with no dangerous sudden tool movements upwards. The  load preset model  feature a special safety device that detect any possible sudden movement and stop it;
The system stops automatically in case of over acceleration (due to faults);
The system stops automatically when the STOP button is pressed (without the intervention of programmable electronic boards - only electromechanical elements).
The system also generates warning (without stopping the balancer) in order to shown "out of range" working situations.