Foster FCI85, F85, F20, F40, F60, FCI30, FCI40 R134A Machines Fig, Afterwards to Freezing Operation

Page 23

Fig. 11

6. (R134A Machines Fig. 8)

NOTE With the system in CLEANING/RINSING mode the water pump is the only component in operation to circulate the cleaning solution in the

entire water system.

7.Let the unit remain in the CLEANING/RINSING mode for about 20 minutes then turn the program selector on STAND BY again.

8.Flush out the cleaning solution from the sump reservoir then pour onto the evaporator cavity two or three litres of clean potable water to rinse

the mould cups and the platen.

If necessary remove the water spray platen to clean it separately as per step 3 of paragraph B.

9.Turn again the program selector on CLEANING/RINSING. The water pump is again in operation to circulate the water in order to rinse

the

entire water system.

10.Flush out the rinsing water from the sump reservoir then turn the program selector on RESET/HI TEMPERATURE position and immediately

afterwards to FREEZING OPERATION.

NOTE By setting the selector on RE-SET first and then to FREEZING OPERATION the ice maker will perform the 5 minutes WATER FILLING phase i.e. the water inlet solenoid valve opens to allow the incoming water to rinse again the water system and to properly fill-up the sump reservoir for the next freezing cycle.

11.Replace the evaporator cover and the unit service panels.

12.At completion of the freezing and harvest cycle make sure of proper texture and clearness of the ice cubes and that, they do not have

any

acid taste.

ATTENTION In case the Ice cubes are cloudy-white and have an acid taste, melt them Immediately by pouring on some warm water In order to prevent somebody using them.

13.Wipe clean and rinse the inner surfaces of the storage bin.

REMEMBER To prevent the accumulation of undesirable bacteria it is necessary to sanitise the interior of the storage bin with an anti-algae disinfectant solution every week.

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Contents N u a l Foster Ice Cuber Machine ContentsWater Supply General Information and Installation InstructionsElectrical Connections GeneralWater Drain Water Cooled Models Water Supply Water Cooled ModelsWater Drain Start Up F20 and F40 Technical Data and Operating InstructionsTechnical Data AdjustmentsModel F60 F85 F60 and F85 Technical Data and Operating Instructions‘-‘ to decrease the bin temperature. See fig Cleaning/Rinsing For F20, 40, 60 F20 & F40 A/W Wiring Diagram Operational Checks Technical Specification R22 MachinesOperating Instructions R22 Machines FCICOMPRESSOR, Water Inlet Solenoid VALVE, HOT GAS Valve Principle of OperationHow it works Freezing CycleTc = T1 + T2 + Ta Evaporator Temperature SensorDefrost or Harvest Cycle Operation Control SequenceC. Board Data processor Dip SwitchICE BIN Level Sensor LEDDip Switch Settings FCI 20 and FCI 30 R134A Machines Dip Switch PositionsCircuit Board and Component Sequence of Operation End Cycle R134A Ice Machines Technical DataTechnical Specification R134A Machines Air cooled ModelWater Drain Solenoid Valve Compressor Water Inlet Solenoid Valve HOT GAS ValveWater Pump Contactor Coil Electronic TimerCompressor Components Description FCI 60 W Dip Switch Settings FCITable a Dip switch FCI FCI 40 WWiring Diagram Defrost Cycle BIN Full Stand by CleaningIcemaker Maintenance and Cleaning InstructionsCleaning Instructions of Water System GeneralAfterwards to Freezing Operation R134A Machines Fig
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FCI60, FCI30, FCI20, FCI40, FCI85 specifications

Foster F85, F20, F40, and F60 represent a remarkable lineup of industrial and commercial engines, celebrated for their reliability, efficiency, and advanced technology. These models cater to various applications, striking a balance between performance and economy.

The Foster F85 is designed for smaller machinery and equipment, perfect for light-duty tasks. It features a compact design that allows for easy installation in tight spaces. With a robust power output and energy-efficient operation, the F85 engine is coupled with advanced fuel injection technology that enhances performance and reduces emissions. Its low-maintenance requirements make it a favorite among operators looking for dependable machinery without extensive upkeep.

The Foster F20 escalates the performance, making it suitable for medium-duty applications. It boasts a higher torque output, allowing it to handle more demanding tasks while maintaining excellent fuel efficiency. The F20 integrates cutting-edge electronic control systems that optimize engine performance in real time. This model also features noise reduction technology, contributing to quieter operation in urban or sensitive environments.

Progressing to the Foster F40, this engine shines in heavy-duty applications, offering significant power and efficiency. With a robust design, the F40 is capable of withstanding harsh working conditions without compromising on performance. It features advanced thermal management systems that ensure optimal operating temperatures, enhancing engine lifespan and reliability. Moreover, the F40 incorporates modular components, promoting ease of repair and maintenance.

Lastly, the Foster F60 is the flagship model in this lineup and stands out for its exceptional power-to-weight ratio. It is engineered with the latest innovations in turbocharging, which provides increased horsepower while maintaining low fuel consumption. The F60 also integrates sophisticated diagnostic tools that help operators monitor performance and anticipate maintenance needs, thus minimizing downtime.

Across this range, Foster engines emphasize sustainability through reduced emissions and noise output, adhering to strict industry regulations. From the entry-level F85 to the high-performance F60, each model showcases Foster's commitment to engineering excellence and the evolving needs of industries. Whether for construction, agriculture, or commercial use, the Foster F series represents a wise investment for efficiency and reliability.
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