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Hard Chill Time -

For general purpose chilling based on time.

(Cy2)

dbC = no

iS1 = -15°C

iS2 = 2°C

iS3 = -18°C

dbH = no

rS1 = -15°C

rS2 = 2°C

rS3 = -30°C

HdS = 3°C

Pd1 = 1.1hours

Pd2 = 0.2 hours

Pd3= OFF

Hard Chill +-

. This program is for specialist chilling only and is not recommended for normal use. (Cy3)

dbC = no

iS1 =

15°C

iS2 =

18C

iS3 =

18°C

dbH = no

rS1 =

15°C

rS2 =

30°C

rS3 = -15°C

HdS = 3°C

Pd1 = 4 hours

Pd2 = OFF

Pd3 = OFF

Hard Chill Temperature -

For general purpose chilling using the food probe. (Cy4)

dbC = no

iS1 = -6°C

iS2 = 3°C

iS3 =

18°C

dbH = no

rS1 =

15°C

rS2 = 2°C

RS3 =

30°C

HdS = 3°C

Pd1 = 1.1 hours

Pd2 = 0.2

Pd3 = OFF

QC 60 Cycle Parameters.

Soft Chill-

for the safe chilling of delicate products

. (Cy1)

dbC = no

iS1 = -10°C

iS2 = 5°C

iS3 = 3°C

dbH = no

rS1 = 2°C

rS2 = -2°C

rS3 = -2°C

HdS = 3°C

Pd1 = 1.3 hours

Pd2 = OFF

Pd3 = OFF

Hard Chill Time -

For general purpose chilling based on time.

(Cy2)

dbC = no

iS1 = -15°C

iS2 = 2°C

iS3 = -18°C

dbH = no

rS1 = -15°C

rS2 = 2°C

rS3 = -30°C

HdS = 3°C

Pd1 = 1.1hours

Pd2 = 0.2 hours

Pd3= OFF

Hard Chill +-

. This program is for specialist chilling only and is not recommended for normal use. (Cy3)

dbC = no

iS1 =

15°C

iS2 =

18C

iS3 =

18°C

dbH = no

rS1 =

15°C

rS2 =

30°C

rS3 = -15°C

HdS = 3°C

Pd1 = 4 hours

Pd2 = OFF

Pd3 = OFF

Hard Chill Temperature -

For general purpose chilling using the food probe. (Cy4)

dbC = no

iS1 = -6°C

iS2 = 3°C

iS3 =

18°C

dbH = no

rS1 =

15°C

rS2 = 2°C

RS3 =

30°C

HdS = 3°C

Pd1 = 1.1 hours

Pd2 = 0.2

Pd3 = OFF

BQCF 40 Cycle Parameters.

Soft Chill-

for the safe chilling of delicate products

. (Cy1)

dbC = no

iS1 = -10°C

iS2 = 5°C

iS3 = 3°C

dbH = no

rS1 = 2°C

rS2 = -2°C

rS3 = -2°C

HdS = 3°C

Pd1 = 1.3 hours

Pd2 = OFF

Pd3 = OFF

Hard Chill Time -

For general purpose chilling based on time.

(Cy2)

dbC = no

iS1 = -15°C

iS2 = 2°C

iS3 = -18°C

dbH = no

rS1 = -15°C

rS2 = 2°C

rS3 = -30°C

HdS = 3°C

Pd1 = 1.1hours

Pd2 = 0.2 hours

Pd3= OFF

Содержание QC 11 Service

Страница 1: ...QC 11 QC 600 Blast Chiller BQCF 40 Chill Freeze Bakery Cabinet ...

Страница 2: ...d operation 5 Cycle Parameter Definitions 5 Cycle Parameter Access 5 QC 11 Cycle Parameters 5 to 6 QC 600 Cycle Parameters 6 BQCF 40 Cycle Parameters 6 to 7 Function Menu 7 to 8 Parameter Access and modification 8 Parameter Settings 8 to 9 Parameter Definitions 9 to 11 Printer Management 11 Alarm Signals 11 Controller Electrical Connections 11 Technical Data 12 Wiring Diagram Numbers 12 ...

Страница 3: ...than 90 minutes and is ideal for chilling meat pies lasagne pasta and individually portioned meals The air temperature for this process goes down to 15 c for the first 70 of the cycle to extract the maximum amount of heat from the product quickly The air temperature then increases to 2 c for the final 30 of the time to reduce surface damage and ensure quality Longer Term Storage Hold Mode Conserva...

Страница 4: ...am Mode Program Type Program Time Air Temperature Chill Temperature Hold Temperature SOFT 90 90 minutes 2 c N A 3 c 70 minutes 15 c HARD 90 20 minutes 2 c N A 3 c HARD 240 240 minutes 15 c N A 3 c 75 15 c 75 6 c HARD 25 3 c 25 2 c 3 c IMPORTANT Please note Program 3 is for specialist markets only and not for normal use Introduction There are four main programmes that you will need to use your Blas...

Страница 5: ...cle press and release the START STOP key for the cycle to continue from the point it was interrupted Alternatively the cycle will restart automatically after the time set in parameter PAU see parameter list on page Stopping the Cycle Press and hold the START STOP until the display shows End the buzzer will sound and the unit will enter the stand by mode LED s and there meanings A series of LED s n...

Страница 6: ... is ended rS2 50 to 50 C 1 C or 1 F Air Temperature Set Point prevents the air temperature going to low during the first phase Pd2 OFF to 4 0 hours 10 minutes Maximum Time For The Second Phase Third Phase iS3 50 to 50 C 1 C or 1 F Food Probe Set Point when the temperature measured by the food probe reaches this value the whole cycle is ended rS2 50 to 50 C 1 C or 1 F Air Temperature Set Point prev...

Страница 7: ...6 ...

Страница 8: ...d2 OFF Pd3 OFF Hard Chill Time For general purpose chilling based on time Cy2 dbC no iS1 15 C iS2 2 C iS3 18 C dbH no rS1 15 C rS2 2 C rS3 30 C HdS 3 C Pd1 1 1hours Pd2 0 2 hours Pd3 OFF Hard Chill This program is for specialist chilling only and is not recommended for normal use Cy3 dbC no iS1 15 C iS2 18C iS3 18 C dbH no rS1 15 C rS2 30 C rS3 15 C HdS 3 C Pd1 4 hours Pd2 OFF Pd3 OFF Hard Chill T...

Страница 9: ...no parameters are present in the menu Pr2 will be displayed Pr2 Installer Parameters Includes all the instrument parameters at installer level It can only be accessed using the security code On entering the parameters it is possible to modify all parameters and add or remove parameters from Pr1 user level by pressing SET UP When a parameter is enabled at user level LED 5 Alarm LED is on Fcy Cycle ...

Страница 10: ...P Evaporator probe presence YES NO YES YES EPO Evaporator probe calibration 0 0 0 0 iPP Insert probe presence YES YES YES YES iPO Insert probe calibration 0 0 0 0 CF Temperature measurement unit C C C C rES Resolution for C IN IN IN IN PAU Time of stand by 1 1 1 1 PFt Maximum acceptable duration of power failure 2 2 2 2 iPd Temperature difference for the automatic recognition of the insert probe 3...

Страница 11: ...ence no YES no not present YES present iPO Insert probe calibration 12 0 12 0 res 0 1 C 1 F CFTemperature measurement unit C Celsius F Fahrenheit rES Resolution for C in integer de with decimal point PAU Time of stand by 0 60min after this time the controller restart the cycle PFt Maximum acceptable duration of power failure 0 250 min if power failure duration is less than PFt the cycle restarts f...

Страница 12: ...perature it temperature at the start of defrost SEt set point dEF dEF message Fdt Drip time not present in the XB350C 0 60 min Time interval between reaching defrost termination temperature and the restoring of the controllers normal operation This time allows the evaporator to eliminate water drops that might have formed during defrost FANS FnC Fans operating mode during the holding phase C n run...

Страница 13: ...gnals Mess Cause Outputs EE Data or memory failure Alarm output ON Other outputs unchanged rPF Thermostat Probe failure Alarm output ON Compressor output according to parameters COn and COF EPF Evaporator Probe failure Alarm output ON Defrost termination is timed No temperature control on fans iPF Insert probe failure Alarm output ON Other outputs unchanged The cycle is made by time rtC Real Time ...

Страница 14: ... Evaporating Temperature 15 C 15 C Refrigerant Control TEV TEV Refrigerant R404a R404a Refrigerant Quantity 1000g TBA Electrical Supply 230 1 50 13amp 230 1 50 13amp Total Heat Rejection 1500w 2080w Wiring Diagram Numbers Model Wiring Diagram Number Fuse Rating QC 11 01 233728 13 Amp QC 600 01 233729 13 Amp BQCsF 40 13 Amp ...

Страница 15: ...QC 11 Wiring Diagram ...

Страница 16: ...2 QC 600 Wiring Diagram ...

Страница 17: ...3 BQCF 40 Wiring Diagram Sheet 1 of 2 ...

Страница 18: ...4 BQCF 40 Wiring Diagram Sheet2 of 2 ...

Страница 19: ...cial fosterfrance com Germany Foster Refrigerator Gmbh Tel 49 2333 839375 Fax 49 2333 839377 Email info foster gmbh de Foster Refrigerator Oldmedow Road Kings Lynn Norfolk PE30 4JU Tel 01553 691122 Fax 01553 691447 Website www fosterrefrigerator co uk Email sales foster uk com a Division of ITW UK Ltd BC11 BC600 SM 08 04 ...

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