Foster FMIC180 manual Specification, Guidelines for Icemaker Bin Lids, Capacities F200 F300

Page 4

F200 & F300 Modular Ice Cuber

1.Specification

1.1

Capacities

 

 

 

 

 

 

 

 

F200

F300

Output

(kg/ 24 hours)

215

320

Bin Storage Capacity (kgs)

150/ 210

150/210

Cubes Per Cycle (kgs)

2.3

2.3

Standard Cube Size

24mm x 24mm x 26mm

24mm x 24mm x 26mm

Cycle Time (minutes)

16

11

Amps start/run

29/5.5

31/8.5

Watts Consumption

1000

1600

Machine Weight net / gross (kgs)

70/85

73/88

Refrigerant

R404A

R404A

Refrigerant Charge

500 grms

850 grms

Discharge Pressure Freeze Cycle

Max 17 bar/ Min 15 bar

Max 18 bar/ Min 16 bar

High Pressure Cut Out

30 bar

30bar

High Pressure Safety Switch

Cut in 20 bar/ Cut Out 33 bar

Cut in 20 bar/ Cut Out 33 bar

Suction Pressure Freeze Cycle

Start 3.6 bar/ End 2.3 bar

Start 3.6 bar/ 2.5 bar

Compressor Amps Freeze Mode

Start 4.2 amps/ End 3.4 amps

Start 7.0 amps/ End 5.2 amps

Voltage

 

230/50/1

230/50/1

Reservoir Water Level

40mm to 45mm

40mm to 45mm

Water inlet Connection

3/4 gas

3/4 gas

1.2Installation Notes.

Allow 15cm minimum space at the sides and back for ventilation.

Bin Installation

The F200 and 300 fit the New SB150 Bin.

The F200 and F300 can be fitted to the New SB210 Bin but a KN311 Lid is required.

The F200 and F300 can be fitted to the Old SB150 Bin but a SB150 frame is required, as the F200 and F300 are smaller than the Old SB150 Bin.

The F200 and the F300 can be fitted to the Old SB210 Bin provided the KN310 lid is fitted first. However it is necessary to re-drill the lid to secure the machine to it.

1.3Stacking Installation.

To stack a Modular Cuber onto the present one, first remove the top panel from the lower machine.

Add a bead of food grade silicone sealer to the top edges of the lower units freezing compartment.

Lift the top machine onto the bottom machine, (the use of a mechanical lift is recommended).

Align the two machines, and using the two screws supplied in the hardware package supplied with the top machine, fasten the two together through the fixing holes on either side of the machines.

Fit the Stacking Kit KS into the bottom machine as per the instructions supplied with the kit.

Using food grade silicone sealer, seal the edges between the freezing compartments of the top and bottom machine so as to avoid any possible leakage of water through the join.

Fig.4

Fig.5

Fig.6

13.Wiring Diagram Concerning The Connection Of Upper Ice Maker Micro To Conveyor Kit Micro

1.Detach the light blue (No.13) cable of the upper ice maker; this cable is connected to the NC contact (usually closed) of the micro. Connect it to the light blue (No.14) cable which is joined to the NO contact (usually opened) of the conveyor kit micro.

2.Connect the brown (No.16) cable which comes from the COM (common) contact of the conveyor kit micro to the NC contact (usually closed) of the upper ice maker micro.

14.Guidelines for Icemaker Bin Lids

 

SB 150 BIN

NO BIN LID

FMIC 180 HEAD

 

 

SB 210 BIN

KN 310 BIN LID

 

 

 

 

FMIC 260 HEAD

SB 150 BIN

NO BIN LID

 

 

SB 210 BIN

KN 310 BIN LID

 

 

 

 

 

SB 150 BIN

NKF 200 BIN LID

FMIF 220 HEAD

 

 

SB 210 BIN

NKF 310 BIN LID

 

 

 

 

FMIF 550 HEAD

SB 210 BIN

NKF 310 BIN LID

 

 

 

4

25

Image 4
Contents N u a l F200 & F300 Modular Ice Cuber Fmic 180 & 260 Electronic Modular Ice Cuber Guidelines for Icemaker Bin Lids SpecificationCapacities F200 F300 Installation Instructions Keep OUT of the Reach of ChildrenService Diagnosis Maintenance and Cleaning InstructionsStart Up Harvest CycleWiring Diagrams 180+260WiringDiagram AirCooled220V.50Hz1ph180+260WiringDiagram WaterCooled220V.50Hz1ph OperationAlarm Conditions PC Board Set UpRemoval and Replacement Procedures Component DescriptionWiring Diagram F200 & F300 Toggle Switch ICE/OFF/WASH Service SpecificationElectronic Control Board Icemaker Maintenance, Cleaning and Sanitation InstructionsWater System Fmic 180 Machine Specifications R22 Machines Fmic 180 Machine Specification R404A MachinesFmic 260 Machine Specifications R22 Machines Fmic 260 Machine SpecificationFor The Installer For The PlumberFor The Electrician Start-Up

FMIC180 specifications

The Foster FMIC180 is a cutting-edge industrial fan designed for optimal airflow and efficient cooling in various environments. This powerful fan is ideal for use in production facilities, workshops, and large commercial spaces, where maintaining a stable temperature is crucial for both equipment and personnel comfort. With its impressive features and robust design, the FMIC180 stands out in the competitive market of industrial fans.

One of the standout characteristics of the FMIC180 is its high-performance motor, which delivers substantial airflow while ensuring energy efficiency. The motor is built with durable materials, providing longevity and reliable operation even in demanding conditions. Additionally, the FMIC180 is equipped with a variable speed control system, allowing users to adjust the airflow according to their specific needs. This versatility makes it suitable for a variety of applications, from gentle air circulation to powerful cooling.

The design of the FMIC180 emphasizes user-friendliness and ease of maintenance. Its lightweight structure allows for effortless relocation within the workspace, while integrated handles enhance maneuverability. The fan’s easy-access components simplify routine maintenance tasks, ensuring that it remains in peak operating condition with minimal effort.

An essential feature of the Foster FMIC180 is its robust build quality. Constructed with high-grade materials, the fan is designed to withstand the rigors of industrial environments. Its protective housing guards against dust and debris, ensuring reliable performance even in challenging conditions. The fan’s blades are aerodynamically designed to maximize airflow efficiency, reducing the energy consumption typically associated with high-volume fans.

In terms of safety, the FMIC180 includes built-in thermal protection that prevents overheating and potential damage to the motor during extended use. Its stable base design minimizes vibrations, providing a secure operation without the risk of tipping over.

The Foster FMIC180 prioritizes compatibility and integration within existing industrial setups. Its standard power requirements allow for seamless connection to existing electrical systems, making installation straightforward. With these advanced features and technologies, the Foster FMIC180 emerges as an essential component in industrial cooling solutions, promoting enhanced airflow and operational efficiency across various applications. Its combination of performance, durability, and user-centric design makes it a reliable choice for businesses looking to improve their environmental conditions while ensuring energy efficiency.