智能制造网
详细介绍
3-phase AC technology with high efficiency factor
Energy reclamation during lowering and braking
Ergonomic swivelling seat
Minimum working aisle width requirement through escopic forks
Lift height up to 13000 mm80 V 3-phase AC technology
Constant application of 3-phase AC technology for travel, hydraulics and steering drive is characteristic for the ETX 513–515. The advantages are obvious:
Optimum energy consumption through particularly favourable efficiency factor.
High efficiency factor of hydraulic system through rpm control of hydraulic motor.
Optimised thermal economy allows the use of corrosion-free, heat-resistant plastic containers for hydraulic oil.
Excellent efficiency factor for motors.
Dynamic movement sequences.
Reduced maintenance through omission of components susceptible to wear.
Economic efficiency
During lowering of the load or empty load pick-up device, energy is fed back into the battery = “regenerative lowering". The energy is also fed back into the battery when braking the travel movement = “regenerative braking". The energy reclaimed in this way is available for subsequent energy consumption. The advantages:
Longer operating times with the same battery capacity.
Shorter battery charging times with at te same time longer battery life.
Lower investment costs for smaller batteries and lower energy costs.
Energy reclamation during lowering and braking
Ergonomic swivelling seat
Minimum working aisle width requirement through escopic forks
Lift height up to 13000 mm80 V 3-phase AC technology
Constant application of 3-phase AC technology for travel, hydraulics and steering drive is characteristic for the ETX 513–515. The advantages are obvious:
Optimum energy consumption through particularly favourable efficiency factor.
High efficiency factor of hydraulic system through rpm control of hydraulic motor.
Optimised thermal economy allows the use of corrosion-free, heat-resistant plastic containers for hydraulic oil.
Excellent efficiency factor for motors.
Dynamic movement sequences.
Reduced maintenance through omission of components susceptible to wear.
Economic efficiency
During lowering of the load or empty load pick-up device, energy is fed back into the battery = “regenerative lowering". The energy is also fed back into the battery when braking the travel movement = “regenerative braking". The energy reclaimed in this way is available for subsequent energy consumption. The advantages:
Longer operating times with the same battery capacity.
Shorter battery charging times with at te same time longer battery life.
Lower investment costs for smaller batteries and lower energy costs.
智能制造网