800 Series The IWT entry level Rackwasher Cristian Clerici – IWT Product Manager
CONTENT DESIGNUSABILITY AND PERFORMANCETECHNICAL FEATURESFLEXIBILITY
DESIGN
DESIGN Sliding Glass Doors Full s/s construction Compact technical area
DESIGN Sliding Glass Doors Full s/s construction Compact technical area
DESIGN Sliding Glass Doors Full s/s construction Compact technical area BACK
FLEXIBILITY Cages Bottles IVC Racks Logistics Waste water treatment Detergent pumps AW Flushing Drying (hot air + tilting floor)
FLEXIBILITY Cages Bottles IVC Racks Logistics Waste water treatment Detergent pumps AW Flushing Drying (hot air + tilting floor)
FLEXIBILITY Cages Bottles IVC Racks Logistics Waste water treatment Detergent pumps AW Flushing Drying (hot air + tilting floor)
FLEXIBILITY Cages Bottles IVC Racks Logistics Waste water treatment Detergent pumps AW Flushing Drying (hot air + tilting floor)
FLEXIBILITY Cages Bottles IVC Racks Logistics Waste water treatment Detergent pumps AW Flushing Drying (hot air + tilting floor)
FLEXIBILITY T ≥ 55°C (131°F) 6 ≤ pH ≤ 9 Temp pH Cages Bottles IVC Racks Logistics Waste water treatment Detergent pumps AW Flushing Drying (hot air + tilting floor)
FLEXIBILITY 1 st Detergent 1 st Neutralizing Agent 2 nd Detergent Cages Bottles IVC Racks Logistics Waste water treatment Detergent pumps AW Flushing Drying (hot air + tilting floor) 2nd Neutralizing Agent
FLEXIBILITY Cages Bottles IVC Racks Logistics Waste water treatment Detergent pumps AW Flushing Drying (hot air + tilting floor)
FLEXIBILITY Cages Bottles IVC Racks Logistics Waste water treatment Detergent pumps AW Flushing Drying (hot air + tilting floor) Heat Recovery System BACK
USABILITY AND PERFORMANCE Working principle Provident running costs Throughput Ease of Maintenance User friendly interface Proven validation Data management
USABILITY AND PERFORMANCE Working principle Provident running costs Throughput Ease of Maintenance User friendly interface Proven validation Data management
USABILITY AND PERFORMANCE
TANK FILLING WITH FRESH WATER
USABILITY AND PERFORMANCE TANK FILLING WITH FRESH WATER
USABILITY AND PERFORMANCE
WASH PHASE BY RECIRCULATION
USABILITY AND PERFORMANCE WASH PHASE BY RICIRCULATION
USABILITY AND PERFORMANCE
FILTER SELF-CLEANING PHASE
USABILITY AND PERFORMANCE FILTER SELF-CLEANING PHASE
USABILITY AND PERFORMANCE FILTER SELF-CLEANING PHASE
USABILITY AND PERFORMANCE FILTER SELF-CLEANING PHASE
USABILITY AND PERFORMANCE
WASH WATER DUMPING
USABILITY AND PERFORMANCE
TANK FILLING WITH FRESH WATER
USABILITY AND PERFORMANCE TANK FILLING WITH FRESH WATER
USABILITY AND PERFORMANCE TANK FILLING WITH FRESH WATER
USABILITY AND PERFORMANCE
RINSE PHASE BY RECIRCUALTION
USABILITY AND PERFORMANCE RINSE PHASE BY RECIRCUALTION
USABILITY AND PERFORMANCE RINSE PHASE BY RECIRCUALTION
USABILITY AND PERFORMANCE RINSE PHASE BY RICIRCULATION
USABILITY AND PERFORMANCE
DETERGENT DOSAGE FOR NEXT WASH CYCLE
USABILITY AND PERFORMANCE DETERGENT DOSAGE FOR NEXT WASH CYCLE
USABILITY AND PERFORMANCE DETERGENT DOSAGE FOR NEXT WASH CYCLE
USABILITY AND PERFORMANCE PROMPT FOR NEXT CYCLE
USABILITY AND PERFORMANCE Working principle Provident running costs Throughput Ease of Maintenance User friendly interface Proven validation Data management 120 liters / cycle 0.15 detergent % 15 Kg / cycle 0.65 kWh / cycle = 0.04 € cage/cycle
USABILITY AND PERFORMANCE Working principle Provident running costs Throughput Ease of Maintenance User friendly interface Proven validation Data management 120 liters / cycle 0.15 detergent % 15 Kg / cycle 0.65 kWh / cycle = 0.04 € cage/cycle PROVEN !!!
USABILITY AND PERFORMANCE Working principle Provident running costs Throughput Ease of Maintenance User friendly interface Proven validation Data management 15 minutes cycle (microbiologically validated) STANDARD 25 minutes cycle (WITH DRYING PHASE)
USABILITY AND PERFORMANCE Working principle Provident running costs Throughput Ease of Maintenance User friendly interface Proven validation Data management Self Cleaning Filter
USABILITY AND PERFORMANCE Working principle Provident running costs Throughput Ease of Maintenance User friendly interface Proven validation Data management Touch Screen
USABILITY AND PERFORMANCE Working principle Provident running costs Throughput Ease of Maintenance User friendly interface Proven validation Data management FAT (Factory Acceptance Test) SAT (Site Acceptance Test) Microbiological Validation IQ (Installation Qualification) OQ (Operational Qualification) PQ (Performance Qualification)
USABILITY AND PERFORMANCE Working principle Provident running costs Throughput Ease of Maintenance User friendly interface Proven validation Data management BACK
TECHNICAL FEATURES Footprint : 2850(w)x2500(l)x2600(h) mm /64 x 98 27/64 x /64” Useful dimensions : 950(w)x2050(l)x2100(h) mm 37 13/32 x 80 39/64 x 82 43/64” Shallow sump: 150 mm 5 29/32” Single door version Double door version Conventional Pass through
TECHNICAL FEATURES 4 spraying arms ( 2 x side) 64 washing and rinsing nozzles Pneumatically driven up-down movement Single circuit for both wash and rinse 700 l/min flow, 1.1 bar pressure at the nozzles 4 kW pump In-line heating boiler BACK
Questions ?