Flight Type Dishwashers / Flight Type Dishwashers Electric Models

Energy recovery system

The energy recovery system sucks up the steam generated inside the tunnel. It condenses this steam, preventing it from escaping, and expels dry air instead.

The 0-STEAM steam suction system prevents steam in the machine entrance from escaping out of the machine. This heat generated as steam is recovered by being redirected to the energy recovery system, saving unnecessary costs.

The cold water coming from the network connection passes through the energy recovery system first. The heat exchanger takes advantage of the heat generated by the steam to increase the temperature of the water which then travels on to the boiler.

Drying tunnel

The air inside the machine is aspirated and sent to turbines which increase its temperature to 50/60°C by means of
heating elements.

Once the air has been heated, it is used to dry the dishes. The drying zone has been optimised to guide the air in a
more efficient manner. We offer the option of adding consecutive drying modules to achieve perfect drying results even in complicated cases.

Adaptive rinse system

The adaptive final rinse system uses a rinse pump and break tank to achieve a low and uniform consumption, as the amount of rinse water adapts to each speed. The lower the speed, the less water is required since the contact time of the dishes with the water increases.

The adaptive final rinse system uses a rinse pump and break tank to achieve a low and uniform consumption, as the amount of rinse water adapts to each speed. The lower the speed, the less water is required since the contact time of the dishes with the water increases.

Steam suction system

The 0-STEAM suction system prevents steam from leaving the machine, which ensures an ideal climate in the work area. Before being used, the cold water coming from the network connection passes through the energy recovery system. Thanks to the heat exchanger, the heat generated by the steam is used to increase the temperature of the water to 45-50°C before it enters the
boiler.

Automatic dish detection

The photocell located at the machine entrance detects the dishes, and only starts up the machine when the dishes are detected. There is also a detector at the machine exit to stop the belt from advancing when it reaches the end of its run.

• Manufactured in stainless steel. Double wall
• Machines made of different modules according to models and needs
• Entry tunnel 630 x 440 mm
• Splash-guard modules at entry DE SERIES
• Loading section (1.2 m) and unloading section (2.2 m), 900 mm high
• High-power, standard drier with possibility of adding up to 2 EXTRA standard driers
• Adaptive final-rinse system with rinse pump with break tank that ensures low, consistent use, adapts to all speeds
• Automatic detection of dishes using photocell sensor
• Steam extraction system to prevent steam from leaving. Adjustable
• Double curtains at the entry and exit, and Foodservice | Dishwashing to divide the different inner areas
• Stop/start switches at the entry and exit
• Prewashing and washing arms made of stainless steel which can be detached for cleaning
• Triple filtration in the washing modules
• Embedded tank bottom to guarantee complete emptying and enable cleaning
• Standard energy recovery system. Reduction of 9kWh
• Automatic pre-heating system
• Electronic temperature control of water for wash, prewash and rinse
• Safety thermostat
• 3 production programmes. It fulfils DIN 10534 standard (progr. 1)
• ANTI-BLOCK system with belt reversal
• Detection of belt end with stop and auto-start
• Doors with sensors to stop machine
• Micro magnets for door opening and safety
• 0.25 kW moto-reducer controlled by frequency converter
• Stop/start switches at the entry and exit
• Break tank for water inlet in the boiler at a constant pressure. Inlet solenoid valve with filter for break tank.
• Double-effect rinse module with pre-rinse tank and water boiler.