Sagi C8Q, Руководство оператора

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GB
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COMPRESSOR ADJUSTMENT
r0 adjuster hysteresis (differential) +2 °C 1 15
r1 min. operating setpoint selectable -25 °C -40 r2
r2 max. operating setpoint selectable -15 °C r1 +99
COMPRESSOR PROTECTION
C0 compressor activation delay from device start 1 min 0 240
C2 min. delay between compr. stop and subsequent start 3 min 0 240
C5 compressor start cycle time in the event of room probe alarm 10 min 1 240
C6
C5 % where compr. starts in the event of room probe alarm
70 % 0 100
DEFROST
d0 defrost interval (0= excluded) 0 hours 0 99
d1 defrost type (0= resistance, 1= hot-gas) 0 0 1
d2 end-of-defrost temp. (relating to evaporator temper.) +12 °C -40 +99
d3 max. defrost duration (0 = the defrosting function will not start; 255 = the defrosting function will go
on continuously) 255 min 0 255
d6 defrosting display (0=actual cell temperature, 1=stopped cell temperature, 2=dEF label) 1 0 2
d7 dripping time 4 min 0 15
dE defrost interval count: 0= actual hours; 1=hours comp. ON; 2= autodeterm. 0 0 1
ALARMS
A0 alarm hysteresis (differential) +2 °C 1 15
A1 min. operating setpoint alarm (0= excluded) -2 °C -40 0
A2 max. operating setpoint alarm (0= excluded) +15 °C 0 +99
A3 alarm exclusion from device start 120 min 0 240
A4 buzzer activation mode for alarm : 0= always; 1= timer-controlled 1 0 1
A5 time limit for buzzer acoustic signal (only if A4 = 1) 20 s 0 240
A6 temperature alarm exclusion time (only if A1 and/or A2 0) 15 min 0 240
A7 temp. alarm exclusion time after evap. stop (for A1 and/or A2 0) 60 min 0 240
ADJUSTING THE EVAPORATOR AND CONDENSER VANS
F1 temper. above which the evap. fan stops ( only if /A = 1 and F7 = 3 or 4) -1 °C -40 +99
F2 fan differential (relating to F1, only if /A = 1 and F7 = 3 or 4) +2 °C 1 15
F3 evaporator fan func. during regular operation (0=OFF; 1=ON; 2=parallel with compressor;
3=determined by F1 and F2 with comp. ON and OFF with comp. OFF 2 0 4
F4 evap. vent. operation during defrost and dripping (0= OFF, 1= ON, 2= determ. with F7) 0 0 2
F5 evaporator fan stop after dripping 3 min 0 15
F6 temperature below which the condenser fan turns off 10 °C -40 +99
F7 condenser fan differential (relating to F6) +3 °C 1 25
F8 condenser fan func. during regular operation (0=parallel with compr.; 1=ON); also refer to F6 and F7 0 0 1
F9
condenser fan func. during defrost and dripping (0=OFF; 1=ON, 2=ON if Tc≥26°C and OFF if
Tc<25°C)
2 0 2
FA critical temperature for signalling high condensation temperature 46 °C -40 +99
Fb critical temperature for condenser dirty alarm 48 °C -40 +99
Fc time the condenser probe stays on the value equal or higher than FA for activation of the HtC alarm 5 min 0 240
Fd time the condenser probe stays on the value equal or higher than Fb for activation of the dCA alarm 1 min 0 240
FE temperature increase on the device set point value in case of an active dCA alarm 5 °C 1 15
FF critical temperature for high pressure alarm 55 °C -40 +99
FH time limit used to pass from the FA value to the Fb value, within which the HP alarm is however
activated 12 s 0 15
FL critical temperature for signalling low evaporation temperature -37 °C -40 +99
Fn time the evaporator probe stays on the value equal or higher than FL for activation of the LtE alarm 30 min 0 240
Fo time the LtE alarm stays, upon reaching of which automatic defrosting is forced 30 min 0 240
FP critical temperature for low pressure alarm -41 °C -42 +99
PRINT
P0 Configuration parameters printing enable (0 = disabled) 1 0 1
P1 Sampling time (see also parameter P6) 60
min/hours
1 60
P2 Selection of temperature probe to be printed (0 = none, 1=chamber probe, 2 = chamber and
evaporator probe) 1 0 3
P3 Payslip heading selection (0 =excluded, 1 = BTV Display Case, 2 = BTS Display Case) 2 0 2
P4 Equipment identification number printing enable (0 = no, 1= yes) 1 0 1
P5 Selection of language for payslip heading (1=Italian, 2=English, 3=French, 4=Spanish, 5=German) 1 -1 5
P6 Selection of unit of measure for sampling time (1 = minutes, 2 =hours) 1 1 2
COMMUNICATIONS MANAGEMENT
L1 Instrument address (date detected in printing phase if P4 = 1) 1 0 255
L2 Serial port management (o = not utilised, 1 = print) 1 0 1
L3 Baud Rate data transmiss. (1=2400, 2=4800, 3=9600, 4=18200) 3 1 4
L4 Transmission control mode (0 = no parity, 1 = odd, 2 = even) 0 0 2