Kromo FP 7500 Flight conveyor dishwasher

• Two year parts warranty.
The FP belt-conveyors machines are conceived for washing large amounts of crates containers and tools. The range extends 6 standard versions to meet the washing needs of large users (food industries hospitals canteens in-flight catering) who need seamless washing of a significant amount of items while guaranteeing the maximum wash performance and quality. A number of optionals to best fit any Customers needs are available on request.
• Fully automatic operations
• Electrical or steam heating on any model
• Max.a usable belt width 710 mm/height 450 mm
• Double-wall insulated bodyin AISI 304
• Long radius wash-tank and boiler in AISI 316 stainless steel
• Insulated double-wall doors with counterbalanced opening system and safety switch
• Stainless steel filters
• Easy-clean stainless steel wash and rinse arms
• Easy-service stainless steel wash and rinse arms
• Stainless steel adjustable legs
• Users friendly simplified control panelwith digital tanks thermometers
• Malfunction self-diagnosis
• Low voltage 24V controls with emergency stop. An emergency stop is also provided on both ends of the machine.
• Splash-prevention curtains at both ends
• Anti-contamination curtains
• Back-flow prevention valve
• Rinse economizer
• Wash economizer
• Autotimer.
• Low voltage electronic control panel with easy clean touch sensitive keyboard IPx4 allows to monitor the working temperatures of the machine and its status thank to the self-diagnostic system that displays eventual alarm signals for thermal or functional malfunctions according to the HACCP norms.Software to monitor and memorize all functional data is available on request. In order to limit running costs all models are equipped with an Auto-timer that switches pumps and all installed optionals on Stand-by after a preset time gap.
• Optional shelf dryer recommended on smaller models; optional stage dryer recommended for larger capacity machines and in case of installation of turbo-blowers.
• Upper air jet angled on each type of dryer to optimize the water removal from any surface. The turbo-blowers feed the air nozzles positioned on the sides and in the lower part of the belt.
• Optional turbo-blowers recommended to dry plastic containers and crates for immediate re-use.They allow to achieve the minimum percentage of humidity on the surfacesthanks to a high pressure of the air vortex.
• Optional steam condenser recommended in case of installation of the machine in low-ventilation rooms
• Wash tank strainer filters with easy-fit design.
• High capacity self cleaning wash-pumps vertical.
• Fast coupling wash-arms with concave self cleaning nozzles equipped with flow adjuster.
• AISI 316 radial wash tanks sloped to help the tanks emptying. The overflow pipe allows the full draining of the wash tanks without being removed.
• AISI 316 stainless steel boilers fully insulated to reduce thermal losses.
• ECO DET SYSTEM: Deviates part of the rinse water to the pre-wash tank in order to reduce the need of detergent in the wash area.
• Optional HACCP monitoring. A dedicated software to manage and strore the data flow available on request.
• Double skin insulated doors counter-balanced equipped with anti-fall safety device.
• F14ER / F26 heat recovery. This option allows cold water supply to the machine significantly saving energy at the same time. The steam produced by the machine run (other wise lost in the room) is recovered and led through the heat exchanger (air water). The energy of the steam is recovered to preheat up to 45°C the inlet water with a consequent reduction of the energy needed. Approx 6 kW for the F14ER device and 11 kW for the F26
• F26PC1 heat recovery with heat pump. This optional allows the cold water feeding of the machine and thanks to the heat pump which has a higher warming effect than a conventional heat recovery we can save more energy. The steam produced by the machine run (otherwise lost in the room) is recovered and conveyed through a heat exchanger equipped with heat pump (air water). In this way the energy of the steam is recovered to preheat up to 45°C the inlet water with a consequent reduction of the energy needed of about 14-16 kW. Inlet water temperature must be lower than 25°