The perfect nozzle geometry guarantees first-class wash results, ensures water savings of up to 25 % and reduces electricity consumption.

The “Energy” exhaust air heat recovery preheats the cold inlet water. This reduces energy consumption for each wash cycle and lowers operating costs.

The wash time is extended by 50 %, and both the rinse water volume and the detergent dosing are reduced. This reduces operating costs by up to 15 %.

All relevant operating data for the networked machine are analysed. Individual energy-saving instructions enable cost-effective rinsing.

During wash breaks, the boiler temperature is automatically lowered to a minimum value. This saves more energy than switching off and the machine is quickly ready to start again.

The double-skinned stainless steel construction ensures optimal insulation. This keeps the heat in the machine and minimises energy loss.

The standard “EnergyLight” heat exchanger uses the energy from the waste water to heat up the cold inlet water. This saves electricity costs of up to 10 %.

In combination with the waste water heat exchanger, the “EnergyPlus” exhaust air heat recovery preheats the cold inlet water. This reduces energy consumption by up to 15 %.

“ClimatePlus” uses the thermal energy from the machine waste steam and room air to heat the rinse and tank water. This reduces electricity consumption by up to 35 %.

The perfect nozzle geometry guarantees first-class wash results, ensures water savings of up to 25 % and reduces electricity consumption.

An electric motor drives the wash field during the final rinse. This means for the final rinse: 0.4 litres of water are saved per wash cycle.

The wash time is extended by 50 %, and both the rinse water volume and the detergent dosing are reduced. This reduces operating costs by up to 15 %.

All relevant operating data for the networked machine are analysed. Individual energy-saving instructions enable cost-effective rinsing.

During wash breaks, the boiler temperature is automatically lowered to a minimum value. This saves more energy than switching off and the machine is quickly ready to start again.

The double-skinned stainless steel construction ensures optimal insulation. This keeps the heat in the machine and minimises energy loss.

Η ανάκτηση θερμότητας “Energy” από τον εξερχόμενο αέρα προθερμαίνει το κρύο εισερχόμενο νερό. Αυτό μειώνει την κατανάλωση ενέργειας σε κάθε κύκλο πλύσης και μειώνει το λειτουργικό κόστος.

Όλα τα σχετικά δεδομένα λειτουργίας του συνδεδεμένου μηχανήματος αναλύονται. Εξατομικευμένες συμβουλές εξοικονόμησης ενέργειας επιτρέπουν οικονομική πλύση.

Κατά τη διάρκεια των διαλειμμάτων πλύσης, η θερμοκρασία του λέβητα μειώνεται αυτόματα στην ελάχιστη τιμή. Αυτό εξοικονομεί περισσότερη ενέργεια από το να σβήνεται τελείως το μηχάνημα και επιτρέπει την άμεση επανεκκίνηση της λειτουργίας.

Η δεξαμενή γεμίζει απευθείας με ζεστό νερό και δεν χρειάζεται ξεχωριστή θέρμανση. Έτσι, το πλυντήριο σκευών είναι έτοιμο για χρήση πιο γρήγορα και καταναλώνει λιγότερη ενέργεια.

Με το ενδιάμεσο ράφι, μπορούν να πλυθούν δύο ανοιχτές μεταφορικές σχάρες Euronorm σε έναν κύκλο πλύσης. Η διπλή χωρητικότητα πλύσης μειώνει την κατανάλωση ρεύματος.

Η κατασκευή από ανοξείδωτο ατσάλι διπλού τοιχώματος εξασφαλίζει βέλτιστη μόνωση. Αυτό διατηρεί τη θερμότητα μέσα στη μηχανή και ελαχιστοποιεί τις απώλειες ενέργειας.

The pre-rinse, main rinse and final rinse zones are only activated if there are wash items in the respective zone. This saves energy costs when the machine is not in continuous use.

The rinse water volume is adjusted to the current transport speed as required. This minimises rinse water consumption and reduces energy costs.

The “Energy” exhaust air heat recovery preheats the cold inlet water. This reduces energy consumption for each wash cycle and lowers operating costs.

All relevant operating data for the networked machine is analysed. Tailored energy-saving advice enables cost-effective washing.

The double-skinned stainless steel construction ensures optimal insulation. This keeps the heat in the machine and minimises energy loss.

The pre-rinse, main rinse and final rinse zones are only activated if there are wash items in the respective zone. This saves energy costs when the machine is not in continuous use.

“ClimatePlus” uses the thermal energy from the machine waste steam and room air to heat the rinse and tank water. This reduces power consumption by up to 16 kW per hour.

The “Energy” exhaust air heat recovery preheats the cold inlet water. This reduces energy consumption for each wash cycle and lowers operating costs.

The double-skinned stainless steel construction ensures optimal insulation. This keeps the heat in the machine and minimises energy loss.