Foster Refrigerator FHG 2L User Manual

Display Case  
FHG 2L & FHG 3L  
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Introduction  
The display case are manufactured in two formats FHG 2L, 2 doors, and the FHG 3L, three doors.  
There are also Multiplex options that are a combination of two FHG 2L cases to make a FHG 4L or a combination  
of the FHG 2L and FHG 3L to make a FHG 5L.  
Technical Specification.  
Model  
External Dimensions (m)  
2 Door  
2100  
1684  
900  
1354  
1564  
550  
3 Door  
2100  
2463  
900  
1354  
2343  
550  
4 Door  
2100  
3254  
900  
1354  
3128  
550  
5 Door  
2100  
4035  
900  
1354  
3907  
550  
Height (m)  
Width (m)  
Depth (m)  
Height (m)  
Width (m)  
Depth (m)  
Internal Dimensions (m)  
No. of Shelves  
12  
18  
24  
30  
Shelf capacity (each)  
Door System  
Kg  
40  
Schott  
40  
Schott  
40  
Schott  
40  
Schott  
Refrigeration System  
Hitachi FL200  
DL  
400v 3 phase  
(x 2)  
Hitachi  
FL200 DL  
400v 3 phase  
Up to Aug  
2004  
Compressor  
Hitachi  
Hitachi  
DS 183651  
230v 1 phase  
From Aug  
2004  
DS 183651  
230v 1 phase  
(x 2)  
Hitachi  
FL300DL  
400 3 Phase  
(x 2)  
Hitachi  
FL300DL  
400 3 Phase  
R404A  
2500 grms  
(x 2)  
Hot Gas  
Hot Gas and  
Electric  
R404A  
R404A  
2500 grms  
R404A  
3500 grms  
Refrigerant  
Vaporisation  
Defrost Type  
2500 grms +  
3500 grms  
Hot Gas  
Hot Gas and  
Electric  
(2.5 kW)  
400/3/50 +  
230/50/1  
16A  
Hot Gas  
Hot Gas  
Hot Gas and  
Electric  
Hot Gas and  
Electric (1 kW)  
( 1.5 kW)  
(2.1kW)  
Electrical supply  
230/1/50  
400/3/50  
230/1/50 X 2  
Electrical Supply Capacity  
Controller  
16A  
Carel  
PB00F0HB10  
16A  
Carel  
PB00F0HB10  
16A  
Carel  
PB00F0HB10  
Carel  
PB00F0HB10  
Heat loads & Consumption  
Lighting  
Door frame heaters  
Fan motors  
Compressor consumption  
Compressor Duty  
Compressor Current  
Watts  
Watts  
Watts  
Watts  
Watts  
A
140  
266  
132  
210  
380  
198  
2760  
2660  
5.1  
280  
522  
264  
350  
646  
330  
2
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Temperature controller  
It is strongly advised that before adjusting any Service Parameters a thorough understanding of the  
following instructions should be obtained.  
Carel PB00F0HB10  
15  
3
4
2
14  
1
13  
9
10  
12  
11  
16  
17  
18 19  
6
5
8
7
Controller Display and Symbols.  
NOTE: When the buttons are pressed a brief audible signal is emitted; this signal can not be disabled.  
1.  
2.  
3.  
HACCP: Pressing this button displays a sub menu used to access the HACCP parameters (not used by  
Foster)  
ON/OFF: When pressed for more than 5 seconds switches the controller on/off. When OFF the controller  
display alternates between “OFF” and the air temperature as read by the air probe.  
PRG/MUTE:  
Mutes the audible alarm and deactivates the alarm relay.  
: If pressed for more than 1 second the during the reception of the automatic network address  
assignment request package, starts the address assignment procedure (not used by Foster).  
: If pressed for more than 5 seconds, allows access to the menu for setting the “F” (frequent)  
parameters.  
: If pressed for more than 5 seconds together with,  
allows access for setting the “C”  
(configuration) Parameters.  
: If pressed for more than 5 seconds when switching the instrument ON, activates the procedure for  
setting the default parameter values.  
: If pressed for more 5 seconds together with,  
resets any active alarm with manual reset (the message  
‘rES ‘ indicates that the alarm has been reset); any delays relating to the alarms are re-activated.  
4.  
UP/CC: If pressed for more than 5 seconds, activates/deactivates the continuous cycle operation (the  
message ‘ccE’ and ‘ccE’ indicate, respectively, the start and end of the continuous cycle request).  
: If pressed together with,  
for more than 5 seconds, starts the report printing procedure (provided the  
printer interface is connected to the controller).  
: If pressed for more than 5 seconds together with,  
resets any active alarm with manual reset (the  
message ‘rES ‘ indicates that the alarm has been reset); any delays relating to the alarms are re-  
activated.  
5.  
6.  
7.  
Light: If pressed for more than 1-second activates/deactivates auxiliary output 2.  
AUX: If pressed for more than 1-second activates/ deactivates auxiliary output 1.  
DOWN/DEF: If pressed for mare than 5 seconds, activates/deactivates a manual defrost (the message  
‘dFb’ and dFE’ indicate, respectively, the start and end of defrost).  
8.  
SET: If pressed for more than 1 second displays and/or sets the set point.  
: If pressed for more than 5 seconds together with  
(configuration) parameters.  
, accesses the menu for setting the type ”C”  
: If pressed together with  
for more than 5 seconds, starts the report printing procedure (provided the  
printer interface is connected to the controller).  
3
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9
10.  
11.  
Compressor: Illuminated when the compressor is running. Flashes when the activation of the compressor  
is delayed by safety times.  
FAN: Illuminated when the fan starts. Flashes when the activation of the fan is prevented due to external  
disabling or procedures in progress.  
DEFROST: Illuminated when defrost is activated. Flashes when the activation of the defrost is prevented  
due to external disabling or procedures in progress.  
12.  
13.  
AUX: Illuminated when the auxiliary output (1 and/or 2) selected as AUX is activated.  
ALARM: Illuminated following the activation of the external digital input alarm. Flashes in the event of  
alarms during normal operation (e.g. high /low temperature) or in the event of alarms from an external  
digital input, immediate or delayed.  
14.  
CLOCK: Illuminated if at least one timed defrost has been set. On start up comes ON for a few seconds to  
indicate that the Real Time Clock is active.  
15.  
16.  
17.  
LIGHT: Illuminated when the auxiliary output (1 and /or 2) is selected as the LIGHT is activated.  
SERVICE: Flashes in the event of a malfunction, for example EPROM errors or probe faults.  
DISPLAY: Displays the temperature in the range –50 to +150°C. the temperature is displayed to the tenth  
of a degree between –19.9 and + 19.9°C. the display of the tenths can be disabled by setting the related  
parameter.  
18.  
19.  
HACCP: Illuminated if the HACCP function is enabled. Flashes when there are hew HACCP alarms stored  
(HA and/or HF alarm shown on the display).  
CONTINUOUS CYCLE:Illuminated when the CONTINUOUS CYCLE function is activated. Flashes if the  
activation of the function is prevented due to external disabling or procedures in progress (e.g. minimum  
compressor OFF time).  
Setting the set point.  
To display the set point proceed as follows:  
1.  
2.  
Press  
for more than 1 second to display the set point.  
To increase the set point press  
reached.  
or to decrease the set point press  
until the desired value is  
3.  
To confirm the value press  
.
Programming the controller.  
The parameters can be modified using the front keypad.  
The operating parameters are divided into two families: Frequent parameters (type “F”) and configuration  
parameters (type “C”).  
Access to the configuration parameters is protected by a password that prevents unwanted modification or access  
by unauthorised persons.  
Accessing the type “F” parameters.  
Press  
for more than 5 seconds (if an alarm is active, the buzzer is muted), the display shows the code of the  
first modifiable type “F” parameter.  
Accessing the type “C” parameters.  
1.  
2.  
Press  
Press  
and  
together for more than 5 seconds; the display will show the number “00”.  
until the display shows “22” ( the code allows access to the parameters)  
4
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3.  
4.  
Confirm by pressing  
.
The display shows the code of the first modifiable type “C” parameter.  
Modifying the parameters.  
After having accessed the parameters, either type “C” or type “F”, proceed as follows.  
1.  
2.  
3.  
Press  
or  
until the parameter to be modified is reached, when scrolling through an icon appears on  
the display indicating the category the parameters belong to.  
Alternatively, press  
modified.  
to display a menu that is used to quickly access the group of parameters to be  
Scroll through the menu using the  
or  
buttons, the display shows the codes of the various  
categories of the parameters, accompanied by the display of the corresponding icon (if present).  
4.  
5.  
Once having reached the desired category, press  
category.  
(If there are no visible parameters in the selected category pressing  
to move directly to the first parameter in the  
will have no effect.)  
At this point continue to scroll through the parameters until reaching the parameter to be modified, or return  
to the “Categories” menu by pressing for one second.  
Press to display the associated value.  
6.  
7.  
Increase or decrease the value by pressing  
been reached.  
or  
buttons respectively, until the desired value has  
8.  
By pressing  
this will temporarily save the new value and return to displaying the parameter code.  
9.  
Repeat the operations point 1 or point 2.  
If the parameter has sub-parameters, press  
10.  
11.  
12.  
13.  
to display the first sub-parameter.  
Press  
Press  
or  
to display all of the sub-parameters.  
to display the associated value.  
Increase or decrease the value by pressing  
been reached.  
or  
buttons respectively, until the desired value has  
14.  
15.  
By pressing  
this will temporarily save the new value and return to displaying the sub-parameter code.  
to return to displaying the parent parameter.  
Press  
Procedure for setting the default parameter values  
To set the default parameter setting proceed as follows.  
1.  
2.  
3.  
Switch the instrument off.  
Press and hold the  
button  
button switch the instrument on again until the message ”_std_” is shown on the  
Whilst holding the  
display.  
Note: the standard default values are set for parameters “C” and “F”, on completion it is necessary to change the  
respective parameters as detailed in the parameter settings table on page 6 and 7.  
5
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Classification of Parameters  
The parameters, as well as being divided into type, are also grouped into logical categories identified by the initial  
letters or symbols of such parameters. The following table lists the categorise and the corresponding letters.  
Parameter  
Category  
Text  
‘Pro’  
‘CtL’  
‘CMP’  
‘dEF’  
‘ALM  
‘Fan’  
‘CnF’  
‘HcP’  
‘rtc’  
Icon  
Temperature probe parameters  
Temperature control parameters  
Compressor safety time and activation parameters  
Defrost parameters  
/
r
c
d
A
F
Alarm parameters  
Fan parameters  
General configuration parameters (addresses, enabling, etc….)  
HACCP parameters  
H Configuration  
H HACCP  
RTC  
RTC parameters  
Parameter Settings  
The highlighted section indicate the Foster settings  
Unit of  
Measure  
No  
Code  
Parameter  
Default  
FHG2l  
FHG3L  
1
2
3
/2  
/3  
/4  
Measurement stability  
Probe display reaction  
Virtual probe  
-
-
-
4
0
0
4
0
0
4
0
0
4
/5  
Select °C or °F  
flag  
0
0
0
5
/6  
Decimal point  
flag  
0
0
0
6
7
8
9
10  
11  
12  
13  
14  
15  
/tI  
/tE  
/P  
/A2  
/A3  
/A4  
/C1  
/C2  
/C3  
/C4  
Display on internal terminal  
Display on external terminal  
Select type of probe  
Configuration of probe 2  
Configuration of probe 3  
Configuration of probe 4  
Calibration of probe 1  
Calibration of probe 2  
Calibration of probe 3  
Calibration of probe 4  
-
-
-
-
-
1
0
0
2
0
0
0.0  
0.0  
0.0  
0.0  
1
0
0
2
0
0
0.0  
0.0  
0.0  
0.0  
1
0
0
2
0
0
0.0  
0.0  
0.0  
0.0  
-
°C/°F  
°C/°F  
°C/°F  
°C/°F  
16  
17  
18  
19  
20  
21  
22  
23  
24  
25  
St  
rd  
r1  
r2  
r3  
r4  
r5  
rt  
Temperature set point  
Controller differential  
Minimum SET allowed  
Maximum SET allowed  
°C/°F  
°C/°F  
°C/°F  
°C/°F  
flag  
°C/°F  
flag  
hours  
°C/°F  
°C/°F  
0.0  
2.0  
-50  
60  
0
3.0  
0
-
0.0  
4.0  
-26  
-15  
0
3.0  
0
-
0.0  
4.0  
-26  
-15  
0
3.0  
0
-
Operating mode  
Automatic night time set point variation  
Enable temperature monitoring  
Temperature monitoring interval  
Maximum temperature read  
Minimum temperature read  
rH  
rL  
-
-
-
-
-
-
26  
27  
28  
29  
30  
31  
32  
33  
34  
c0  
c1  
c2  
c3  
c4  
cc  
c6  
c7  
c8  
Compressor and fan start delay at start up  
Minimum time between successive starts  
Minimum compressor OFF time  
Minimum compressor ON time  
Duty Setting  
min  
min  
min  
min  
min  
hours  
hours  
min  
0
0
0
0
0
0
2
0
5
0
1
0
0
80  
0
2
0
5
0
1
0
0
80  
0
2
0
5
Continuous cycle duration  
Alarm bypass after continuous cycle  
Maximum pump down (PD) time  
Compressor start delay after opening PD valve  
sec  
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35  
36  
37  
c9  
c10  
c11  
Enable autostart with PD operation  
Select Pd by time or pressure  
Delayed compressor delay  
flag  
flag  
sec  
0
0
4
0
0
4
0
0
4
38  
39  
40  
41  
42  
43  
44  
45  
46  
47  
48  
49  
50  
51  
52  
53  
54  
55  
56  
57  
58  
d0  
dI  
Type of defrost  
Interval between defrosts  
flag  
hours  
°C/°F  
°C/°F  
min  
min  
min  
flag  
min  
-
min  
hours  
flag  
°C/°F  
°C/°F  
flag  
hours  
°C/°F  
-
0
8
1
6
1
6
dt1  
dt2  
dp1  
dp2  
d3  
d4  
d5  
d6  
dd  
End defrost temperature, evaporator.  
End defrost temperature, aux. evaporator  
Maximum defrost duration, evaporator  
Maximum defrost duration, aux. Evaporator  
Defrost start delay  
Enable defrost at start up  
Defrost delay at start up  
Display off during defrost  
Dripping time after defrost  
Bypass alarm after defrost  
Defrost priority over compressor protection  
Display defrost probe  
Display defrost probe  
Base time for defrost  
Compressor running time  
Running time temperature threshold  
Advanced defrost  
Nominal defrost time  
Proportional factor for variation in ‘dI’  
4.0  
4.0  
30  
30  
0
0
0
1
2
1
0
-
-
0
0
1.0  
0
65  
50  
20.0  
4.0  
20  
30  
0
0
0
1
1
1
0
-
-
0
0
1.0  
0
65  
50  
20.0  
4.0  
20  
30  
0
0
0
1
1
1
0
-
-
0
0
1.0  
0
65  
50  
d8  
d9  
d/1  
d/2  
dC  
d10  
d11  
d12  
dn  
-
-
dH  
59  
60  
61  
62  
63  
64  
65  
66  
67  
68  
69  
70  
71  
72  
73  
A0  
A1  
AL  
AH  
Ad  
A4  
A5  
A6  
A7  
A8  
Ado  
Ac  
Alarm and fan differential  
°C/°F  
flag  
°C/°F  
°C/°F  
min  
-
2.0  
0
0.0  
0.0  
120  
0
0
0
0
0
4.0  
0
0.0  
0.0  
120  
0
0
0
0
0
4.0  
0
0.0  
0.0  
120  
0
0
0
0
0
Type of threshold for ‘AL’ and ‘AH’  
Low temperature alarm threshold  
High temperature alarm threshold  
Low and high temperature alarm delay  
Configuration of digital input 1  
Configuration of digital input 2  
Stop compressor from external alarm  
External alarm detection delay  
-
min  
min  
flag  
flag  
°C/°F  
°C/°F  
min  
sec  
Enable alarms ‘Ed1’ and Ed2’  
Door switch light management mode  
High condenser temperature alarm  
High condenser alarm temperature differential  
High condenser temperature alarm delay  
Off time with light sensor  
0
0
0
70.0  
5.0  
0
70.0  
5.0  
0
70.0  
5.0  
0
AE  
Acd  
AF  
0
0
0
74  
75  
76  
77  
78  
F0  
F1  
F2  
F3  
Fd  
Fan management  
flag  
°C/°F  
flag  
flag  
min  
0
5.0  
1
1
1
0
5.0  
0
1
1
0
5.0  
0
1
1
Fan start temperature  
Fan off with compressor off  
Fans in defrost  
Fans off after dripping  
79  
80  
81  
82  
83  
84  
85  
86  
87  
H0  
H1  
H2  
H3  
H4  
H5  
H6  
H7  
HPr  
Serial address  
-
flag  
flag  
-
flag  
-
1
1
1
0
0
3
0
0
0
30  
2
1
0
0
3
0
0
0
30  
2
1
0
0
3
0
0
0
Function of relay 4  
Disable key / infra red  
Remote control enabling code  
Disable buzzer  
Function of relay 5  
Lock out buttons  
-
Select PD by time or pressure  
Print profile  
flag  
-
Note: The total number of parameters is 105. For ease of set up Foster only use the ones listed. The  
remaining are not used and adjustment is not recommended.  
7
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Parameter Definitions  
/2  
/3  
/4  
Measurement stability.  
Defines the coefficient used to stabilise the temperature reading.  
Probe display rate  
Sets the rate at which the temperature display is updated.  
Probe average (Virtual probe)  
Used to choose whether to control the temperature based solely on the room probe reading, or  
alternatively whether to refer to the average of the room probe S1 and probe 2(S2, see parameter /A2).  
/5  
/6  
Select °C or °F  
Defines the unit of measure in degrees centigrade or Fahrenheit.  
Decimal point  
Used to enable or disable the displaying of the temperature with the resolution to the tenth of a degree  
between –20 and +20.  
/tI  
Probe displayed by instrument  
Select the probe to be displayed by the instrument.  
Warning: Control is always based on the virtual control probe.  
/tE  
/P  
Probe displayed on external terminal  
Selects the probe to be displayed on the remote terminal.  
Select type of probe  
Used to select the type of probe for temperature measurement.  
Default. /P = standard NTC probe with range –50 to +90°C.  
/A2  
/A3  
/A4  
Configuration of probe 2  
Used to configure the operating mode of probe 2.  
Default: /A2 =2 = Defrost probe.  
Configuration of probe 3  
Used to configure the operating mode of probe 3.  
Default: /A3 = 0 = Probe 3 absent.  
Configuration of probe 43  
Used to configure the operating mode of probe 43.  
Default: /A4 = 0 = Probe 4 absent.  
/C1  
/C2  
/C3  
/C4  
Calibration or offset probe 1  
Calibration or offset probe 2  
Calibration or offset probe 3  
Calibration or offset probe 4  
These parameters are used to correct the temperature by the probes using an offset.  
Example: To decrease the temperature measured by probe 1 by 2.3 degrees, set /C1 = -2.3.  
St  
rd  
r1  
r2  
Set point  
Establishes the controller set point.  
Default: St = 0.0  
Control delta  
Establishes the value of the differential, or hysteresis, used to control the temperature.  
Default: rd = 2.0. Foster setting: rd = 4.0  
Minimum allowed set point  
Determine the set point minimum value.  
Default: r1 = -50. Foster setting: r1 = -26.  
Maximum allowed set point.  
Determine the set point maximum value.  
Default: r2 = +60. Foster setting: r2= -15.  
8
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r3  
r4  
Operating mode  
The controller can work as a thermostat and defrost controller (r3 = 0), or as a simple thermostat in direct  
operation (r3 = 1), or as a simple thermostat in Reverse- cycle operation (r3 = 2).  
Default setting: r3 = 0.  
Automatic variation of the set point in night time operation.  
Default: 3.0. Not used by Foster  
r5  
rt  
rH  
rL  
Enables minimum and maximum temperature monitoring.  
Effective interval for monitoring the maximum and minimum temperature.  
Maximum temperature measured in the interval rt.  
Minimum temperature measured in the interval rt.  
These parameters are used for recording the temperature. Not used by Foster.  
c0  
c1  
c2  
Compressor and fan start delay (if fan relay present) on start up.  
When the controller is switched on the compressor and evaporator fans start after a delay (in minutes)  
equal to the value set for this parameter.  
Default: c0 = 0.  
Minimum time between two successive starts of the compressor.  
Sets the minimum time (in minutes) that must elapse between two starts of the compressor irrespective of  
the temperature and the set point. Setting this parameter limits the number of starts per hour.  
Default: c1 = 0. Foster setting c1 = 1.  
Minimum compressor OFF time.  
Sets the minimum time (in minutes) that the compressor must remain OFF. The compressor is not started  
again until the minimum time selected (c2) has elapsed from when it last stopped.  
Default: c2 = 0. No minimum OFF time is set.  
c3  
c4  
Minimum compressor ON time.  
Sets the minimum running time for the compressor.  
Default: c3 = 0. No minimum running time selected.  
Duty setting  
If the virtual control probe fault alarm occurs (indicating a probe fault) the compressor unable to operate  
based on temperature will run on a timed bases equal to the value set in c4 with a fixed OFF time of 15  
minutes.  
Default: c4 = 0 minutes. Foster setting c4 = 80 minutes.  
cc  
c6  
Continuous cycle duration.  
The time (in hours) that the compressor operates continuously to lower the temperature, even below the  
set point  
Default: cc = 0 = the continuous cycle is disabled.  
Alarm bypass after continuous cycle.  
The time in hours that the temperature alarm is deactivated after a continuous cycle.  
Default: c6 =2 hours.  
c7  
c8  
Maximum pump down time.  
Not used by Foster.  
Compressor start delay after opening PD valve.  
Not used by Foster.  
Default: c8 = 5  
c9  
Enable autostart function with PD operation.  
Not used by Foster  
Default: c9 = 0  
c10  
Select pump down by pressure or time.  
Not used by Foster  
Default: c10 = 0  
9
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c11  
d0  
Delayed compressor delay  
Not used by Foster  
Default: c11 = 4  
Type of Defrost  
Sets the type of defrost required.  
Default: d0 = 0. Foster setting d0 = 1. Hot gas defrost terminated by evaporator probe or in the event of  
probe failure by time (see dP1).  
dI  
Interval between defrosts.  
The defrosts are performed periodically at an interval equal to the value of ‘dI’ in hours.  
The interval is cyclical and is maintained if the controller is turned OFF, when the controller is turned back  
ON a defrost will occur if the interval was exceeded.  
Default: dI = 8. Foster setting dI = 6.  
dt1  
End defrost temperature, evaporator probe.  
The evaporator probe termination temperature, in the event of a probe failure the defrost will be terminated  
by time (see dP1).  
Default dt1 = 4.0. Foster setting dt1 = 20.0.  
dt2  
End defrost temperature, auxiliary evaporator.  
Not used by Foster.  
Default: dt2 = 4.0.  
dP1  
dP2  
Maximum defrost duration, Evaporator.  
Maximum time, in minutes, for defrost in the event of evaporator probe failure.  
Default: dP1 = 30. Foster setting dP1 = 20.  
Maximum defrost duration, auxiliary evaporator.  
Not used by Foster  
Default: dP2 = 30.  
d3  
d4  
Defrost start delay  
Not used by Foster.  
Default: d3 = 0.  
Enable defrost at start up.  
Activates a defrost when the defrost is switched on.  
0 = no defrost performed when the instrument is switched on  
Default: d4 = 0.  
d5  
d6  
Defrost delay at start up.  
Not used by Foster.  
Default: d5 = 0.  
Display during defrost.  
1 = The last temperature read prior to the start of the defrost remains on the display. The display returns to  
displaying the temperature when the set point is achieved.  
Default: d6 = 1.  
dd  
d8  
d9  
Dripping time after defrost.  
The time, in minutes, that the evaporator fans are delayed after defrost to allow for the evaporator to drip.  
Default: d6 = 2. Foster setting d6 = 1.  
Bypass alarms after defrost.  
The time, in hours, that the high temperature alarms is disabled for after the end of the defrost cycle  
Default: d8 = 1.  
Defrost priority over compressor protection.  
Not used by Foster  
Default: d9 = 0  
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d/1  
Display defrost probe.  
Displays the value measured by the defrost probe.  
Once d/1 has been selected press the  
probe.  
button to display the temperature measured by the defrost  
d/2  
dC  
Display defrost probe 2 reading.  
Not used by Foster.  
Base time for defrost.  
Not used by Foster  
Default: dC = 0.  
d10  
d11  
d12  
dn  
Compressor running time.  
Not used by Foster  
Default: d10 = 0.  
Running time temperature threshold.  
Not used by Foster  
Default: d11 = 1.0.  
Advanced defrost.  
Not used by Foster  
Default: d12 = 0.  
Nominal defrost time.  
Indicates the average duration of the defrost in normal operating conditions expressed as a percentage in  
accordance with dP1.  
Default: dn = 65. Example dn at 65% of dP1 20 minutes = 13 minutes nominal defrost duration.  
dH  
A0  
A1  
Proportional factor for variation in ‘dI’.  
Default: dH = 50.  
Alarm and fan differential.  
Default: A0 = 2.0. Foster setting A0 = 4.0.  
Type of threshold for ‘AL’ and ‘AH’.  
Used to select if the values of parameters ‘AL and ‘AH’ are absolute threshold or relative to the value of the  
set point.  
Default: A1 = 0 = ‘AL’ and ‘AH’ are relative thresholds.  
AL  
AH  
Ad  
A4  
A5  
A6  
Low temperature alarm threshold.  
Not used by Foster.  
Default: AL = 0 = alarm disabled.  
High temperature alarm threshold.  
Not used by Foster.  
Default: AH = 0 = alarm disabled.  
Low and high temperature alarm delay.  
Indicates the time in minutes that the alarm from when the alarm was signalled.  
Default: Ad = 120.  
Configuration of digital input 1.  
Not used by foster.  
Default: A4 = 0.  
Configuration of digital input 2.  
Not used by foster.  
Default: A5 = 0.  
Stop compressor from external alarm.  
Not used by Foster  
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Default: A6 = 0.  
A7  
A8  
Ado  
Ac  
AE  
Acd  
AF  
F0  
External alarm detection delay.  
Not used by foster  
Default: A7 = 0.  
Enables alarm ‘Ed1’ and ‘Ed2’.  
Not used by Foster.  
Default: A8 = 0 = alarms ‘Ed1’ and ‘Ed2’ disabled.  
Door switch light management mode.  
Not used by Foster.  
Default: Ado = 0.  
High condenser temperature alarm.  
Not used by Foster.  
Default: Ac = 70.0.  
High condenser alarm temperature differential.  
Not used by Foster.  
Default: AE = 5.0.  
High Condenser temperature alarm delay.  
Not used by Foster.  
Default: Acd = 0.  
Off time with light sensor.  
Not used by Foster.  
Default: AF = 0.  
Fan management.  
F0 = Fan runs all of the time, for fans during defrost see ‘F3’.  
Default: F0 = 0.  
F1  
Fan start temperature.  
Used in conjunction with ‘F0’ when ‘F0’ = 1.  
Default: F0 = 5.0. Fans remain ON while the evaporator is 5 degrees colder than the room temperature.  
F2  
Fans off with compressor off.  
Used in conjunction with ‘F0’.  
Default: F2 = 1. Foster setting F2 = 0 fans are always ON (F0 =0).  
F3  
Fans in defrost.  
Used to determine if the fans operate or not during defrost.  
Default: F3 = 1. Fans do not operate during defrost.  
Fd  
Fans off after dripping.  
Fans can be stopped for a further period, in minutes, after defrost beyond what has been set in ‘dd’.  
Default: Fd = 1 = 1 additional minute dripping time.  
H0  
Serial address.  
Used to assign an address to the instrument so that it responds to when connected to a supervisory or  
telemaintenance system.  
Default: H0 = 1. Foster setting H0 = 30.  
H1  
H2  
H3  
Function of relay 4.  
Auxiliary output used to power the doorframe lighting and frame heater.  
Default: H1 = 1. Foster setting H1 = 2.  
Disable keypad / infra red.  
Can be used to inhibit some functions relating to the use of the keypad.  
Default: H2 = 1 = all enabled.  
Remote control enabling code.  
Assigns an access code to the remote control if fitted.  
Not used by Foster.  
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Default: H3 = 0.  
H4  
H5  
H6  
H7  
HPr  
Disable buzzer.  
H4 = 0 buzzer enabled. H4 = 1 buzzer disabled.  
Default: H4 = 0.  
Function of relay 5.  
Not used by Foster.  
Default: H5 = 3.  
Lock out Buttons.  
Not used by Foster.  
Default: H6 = 0.  
Select Keypad.  
Used to select the type of keypad on the controller.  
Default: H7 = 0. Use the standard controller.  
Print Profile.  
Not used by Foster.  
Default: HPr = 0 = printing report disabled.  
Note: Although there are further parameters in the controller these are not used by Foster and should be  
left with the standard default settings.  
Spare Parts List  
Item  
Description  
Part Number  
FHG2L  
X
FHG3L  
Scroll Compressor FL200DL 400/3/50  
Used up to August 2004  
Scroll Compressor DS183651 230/1/50  
Used from August 2004  
Scroll Compressor FL300DL 400/3/50  
Condenser Set LUVE STVF370  
MOTOR 11W/S  
Blade 254-26-5A  
SHROUD CF-27  
Condenser Coil BC6013/115  
Compressor  
00-555449  
Compressor  
00-555450  
X
Compressor  
00-555451  
00-555448  
16240058  
16240059  
16240060  
00-555474  
15470027  
00-555389  
15482010  
00-555386  
00-555387  
15483015  
15451215  
TBA  
X
Condenser coil  
Cond Fan Motor  
Cond Fan Blade  
Cond Fan Shroud  
Condenser coil  
X
X
X
X
X
X
X
X
X
X
X
X
Condenser Fan Motor 5136 Grid Mount 16W  
Drier  
DML 053S  
X
X
X
X
X
X
Liquid Receiver  
HP Switch  
LP Switch  
Sight Glass  
Solenoid Valve  
VLR 122637 3/8 Sweat  
Set at 28 BAR  
Set at 4PSI  
3/8" SGN-105  
EVR6 32F1212  
Vaporiser Tray Heater Copper Coil  
Vaporiser Tray  
Defrost Klixon  
Defrost Heaters  
Evaporator Coil  
Evaporator Coil  
Fan Motor  
Expansion Valve Body TES2-NL68Z34300/68  
Expansion Valve  
Orifice  
Container White Part 758 140 81 Fish  
00-554948  
15243602  
15843181  
00-555475  
00-555476  
00-599687  
15450386  
15450910  
15451105  
15451104  
01-233868-01  
01-233867-01  
01-233869-01  
16240051  
16240053  
16240052  
16240211  
15841105  
15490420  
X
X
X
X
X
X
X
Thermal Cutout 1/2" Autoreset  
Heater Rod PGC 94 (2 off per coil)  
BC6013/114 FHG2L  
BC6013/114 FHG3L  
5133 Ring 10W 200mm  
X
X
X
X
X
X
X
X
Valve Exp Solder Adaptor 68-2  
NO 03 68-209300/68-20  
NO 02 68-2092/68-2072  
FHG2L Three Phase Complete  
FHG2L Single Phase Complete  
FHG3L Three Phase Complete  
Carel PB00F0HA10  
Orifice  
X
X
X
Control Panel  
Control Panel  
Control Panel  
Controller  
Interface  
Probes  
Isolator  
16 AMP Contactor  
R1/ R2 Relay  
X
X
X
X
X
X
X
X
X
X
X
RS 482 IROPZ48500  
NTC 030WP00 IP68 3 metre  
KG10BT214/04E 20AMP 4 pole  
KN S1010-C240- 300  
Omron G7L-1A-T 30Amp 1 Pole  
X
13  
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MCB  
Siemens 5SY6316 –8 TP 16 Amp 3 Pole  
16240209  
X
X
Wiring diagrams  
The drawings numbers for the display cases are as follows:  
FHG2L - 2 door unit single phase  
FHG2L - 2 door unit three phase  
FHG3L - 3 door unit three phase  
00-233867-02  
00-233868-02  
00-233869-02  
14  
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15  
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FHG2L - 2 door unit single phase  
00-233867-02  
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FHG2L - 2 door unit three phase  
00-233868-02  
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FHG3L - 3 door unit three phase  
00-233869-02  
1
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Foster European Operations  
France  
Foster Refrigerator France SA  
Tel: (33) 01 34 30 22 22. Fax: (33) 01 30 37 68 74.  
Germany  
Foster Refrigerator Gmbh,  
Tel: (49) 2333 839375. Fax (49) 2333 839377.  
Foster Refrigerator  
Oldmedow Road  
Kings Lynn  
Norfolk  
PE30 4JU  
Tel: 01553 691122  
Fax: 01553 691447  
a Division of ‘ITW (UK) Ltd’  
DISPCASE/SM/10/04  
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