Osaka F 10 Скачать руководство пользователя страница 2

Osaka

 - 

F 10

 - User Manual - V1 - PAG. 2

1.2  Front panel pescription

F 10

set

Aux

1
2

3

4

5

9

7

8

6

1. 

set

:

 Used for setting the Set point (short press) and for pro-

gramming the function parameters (pressed for 5 s).  In pro-

gramming mode is used to enter in parameters edit mode 

and confirm the values.  In programming mode 

set

 can be 

used together with the   key to change the programming 

level of the parameters.  When the keyboard is locked, the 

keys 

set

 and   used together (hold pressed for 5 s), unlock 

the keyboard.

2. 

/

:

 In programming mode is used for decreasing 

the values to be set and for selecting the parameters.  If 

programmed using the 

tFb

 parameter, when it is pressed 

for 1 s during normal operation mode, it can perform other 

functions such as the selection of eco mode and so on (see 

“Functions of keys   and  /

”).

3. 

/

:

 In normal mode (pressed for 5 s) can be used to 

start/stop manual defrosting

 (

)

.  In programming mode is 

used for increasing the values to be set and for selecting the 

parameters.  In programming mode can be used together 

with 

set

 key to change parameters level.  Pressed together 

with the 

set

 key for 5 s allows the keyboard unlock.

4. 

:

 Used (short press) for displaying the instrument vari-

ables (measured temperatures etc.).  In programming mode 

can be used to return in normal mode (hold for 2 s).

If programmed using the 

tUf

 parameter, when it is pressed 

for 1 s during normal operation mode allows to turn 

ON/OFF

 

(Stand by) the 

control action

 or other functions like the 

Aux

 

input control etc. (see “Functions of keys   and  /

”).

5.  LED dp/Stand by:

 When the instrument is placed in Stand 

by mode, this is the only lighted LED.  During the normal 

operation is the decimal point  In programming mode, while 

the parameter code is displayed, the dot indicates the 

parameter protection level: 

not protected 

(lit up), 

protected

 

(flashing) and 

hidden

 (turned OFF).

6. LED 

: Indicates the output status (compressor or temper-

ature control device) when the instrument is programmed 

for 

cooling operation

ON

 (lit up), 

OFF

 (turned OFF) or 

inhibited

 

(flashing).

7. LED  :

 Indicates the output status (compressor or tempera-

ture control device) when the instrument is programmed for 

heating operation

ON

 (lit), 

OFF

 (turned OFF) or 

inhibited

 

(flashing).

8. LED  :

 Indicates the 

alarm status

ON

 (lit), 

OFF

 (turned 

OFF) or 

silenced

 (flashing).

9. LED  :

 Indicates that the 

defrost

 is 

in progress

.

2. PROGRAMMING

2.1  Fast Set point programming

The normal mode to program the setpoint is done by momen-

tarily pressing the 

set

 key, the display shows 

SP

 (or 

SPE

) alter-

nated to the programmed value.

To change it press the   key to increase the value or   to 

decrease it

These keys increase or decrease the value one digit at a time, 

but if the button is pressed for more than one second the value 

increase or decreases rapidly and after two seconds the speed 

increases even more in order to quickly reach the desired value.

However, through 

ted

 parameter you can determine if and 

which Set point can be set with the 

set

 key rapid procedure.

The parameter can have the following values:

oF

  SP/SPE cannot be changed with the 

set

 key rapid procedure 

(pressing/releasing the 

set

 key, nothing happens);

1

  Only SP can be set with this procedure (“normal” Set Point);

2

  Only SPE can be set with this procedure (“economic”/Eco 

Set Point);

3

  Both SP and SPE can be set with this procedure;

4

  To select the Active Setpoint (SP or SPE).

For example, in case the parameter 

TEd

 = 

1

 or 

3

, the procedure 

is the following:

Press and release the 

set

 key, the display shows 

SP

 alternated 

to the Set Point value.  To change the Set Point, press the   

key to increase the value or   to decrease it

If only Set Point 1 is present (

TEd

 = 

1

), once the desired value 

is set, press the 

set

 button to exit the fast programming mode.

If also the “Economic” Set Point (

TEd

 = 

3

) can be set, pressing 

and releasing again the 

set

 button the display shows 

SPE

 alter-

nated to its programmed value.

To change the value use the   and   keys as for the 

SP

 Set 

Point value.  Once the desired value is correctly set, press the 

set

 button to exit the fast Set Point change.

To exit the fast Setpoint programming mode push the 

set

 key 

after the last Set Point has been displayed or pressing no but-

tons for about 10 s, after which the display returns to normal 

operation.

2.2  Standard mode parameters programming

To access the instrument function parameters when password 

protection is disabled, press the key 

set

 and keep it pressed for 

about 5 seconds, after which the display shows the code that 

identifies the first programmable parameter

The desired parameter can be selected using the  /  keys, 

then, pressing the 

set

 key, the display shows the parameter code 

alternated to its value that can be changed with the   and   

keys.

Once the desired value has been set, press the key 

set

 again: the 

new value is stored and the display shows only the code of the 

selected parameter

Pressing the   and   keys, it is possible to select another 

parameter and change it as described.

Содержание F 10

Страница 1: ...ay output and 2 NTC temperature probes inputs one of which can be configured as digital input it can also be equipped with a built in buzzer for acoustic report of the alarms Index 1 Instrument descri...

Страница 2: ...rogramming The normal mode to program the setpoint is done by momen tarily pressing the set key the display shows SP or SPE alter nated to the programmed value To change it press the key to increase t...

Страница 3: ...ameters then the r p parameter through which will be pos sible to access the protected parameters Normal mode 2 s 5 s Increase value Decrease value 25 5 25 5 r p r p Previous Param Not protected param...

Страница 4: ...ouse devices which may overheat or which may cause the instrument to function at a higher tem perature than the one permitted and declared Connect the instrument as far away as possible from sources o...

Страница 5: ...When idS Ec the Economic mode is pointed out with a fixed Eco label otherwise the label Eco appears every 10 s alter nated to the display set with parameter idS The normal Set Point SP can be set to...

Страница 6: ...above but obtained through a NC contact and a reversed logic operation 5 5 Temperature control The instrument control is ON OFF and acts on the output depend ing on the PR1 probe measuring the Set Po...

Страница 7: ...on parameter AdA ddL oF The display continues showing the temperature meas ured by the Pr1 probe during the defrost cycle 5 8 Alarm functions The alarm conditions of the instrument are Probe errors E...

Страница 8: ...eys in addition to their normal functions can be configured to operate other commands The key func tion can be defined using the tUF parameter while the key via parameter TFb Both parameters have the...

Страница 9: ...defrosting is allowed 99 9 999 C F 2 0 23 dtF Temperature that forces the beginning of the de frosting 99 9 999 C F 99 9 24 dSt Delay in the beginning of a defrosting because of evaporator probe oF Di...

Страница 10: ...to perform the necessary steps Request document repair RMA by mail or fax and complete it is necessary send the RMA and the device to SAT OSAKA by method prepaid 7 4 Disposal The appliance or the prod...

Страница 11: ...5 fs 1 digit Sampling rate 130 ms Display 3 Digit Red or Blue optional height 17 7 mm Software class and structure Class A Compliance Directive 2004 108 CE EN55022 class B EN61000 4 2 8kV air 4kV cont...

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