Ascon tecnologic B05B Operating Instructions Manual Download Page 18

Ascon Tecnologic - B05B - OPERATING INSTRUCTIONS - PAG. 18

Parameter Hex. 

address

Description

Range MODBUS 

R/W

Range 

(display)

Default 

(display) Note

22 

dS

2818 Normally displayed variable

0 =  P1

1 =  P2

2 =  P3

3 =  P4

4 =  Ec

5 =  SP

6 =  rE

7 =  oF

8 =  F1

P1 

Pr1

 Probe measure;

P2 

Pr2

 Probe measure;

P3 

Pr3

 Probe measure;

P4 

Pr4

 Probe measure;

Ec 

Pr1

 value in normal mode, 

Eco

 in 

Eco

 mode;

SP  Active Set Point;

rE  No function;

oF  Display off;

F1 

Pr1

 Probe measure with 

du

 and 

d

” filters.

F1

-df

 Defrost Control Parameters Group

Parameter Hex. 

address

Description

Range MODBUS 

R/W

Range 

(display)

Default 

(display) Note

23 

dt

2819 Defrost Type

0 =  EL

1 =  in

2 =  no

3 =  Et

EL  Electrical heating/stop. compr.;

in  Hot gas/reverse cycle;

no  Without compressor output condictioning;

Et  Electrical heating with evaporator tempera-

ture control.

EL

24 

dC

281A Defrost start mode

0 =  cL

1 =  rt

2 =  ct

3 =  cS

cL  Not to be used;

rt  Real time intervals;

ct  “ot” output on time intervals;

cS  Defrost every 

ot

 switching off (+ rt intervals).

rt

25 

di

281B Defrost interval

0 oF

0.01 ÷ 99.59 (h min)

oF  No interval;

-01 ÷ -59 (min) ÷ 01 ÷ 99 (h)

6

26 

Sd

281C First defrost delay at power-on

0 oF

0.01 ÷ 99.59 (h min)

oF  No delay;

-01 ÷ -59 (min) ÷ 01 ÷ 99 (h)

6

27 

dd

281D Dynamic Defrost Percentage reduction

0 ÷ 100 %

0 ÷ 100%

0

28 

dE

281E Max. lenght of defrost cycle

0 oF

0.01 ÷ 99.59 (min. s)

oF  No timed/manual defrosts;

-01 ÷ -59 (s) ÷ 01 ÷ 99 (min)

20

29 

dL

281F Defrost display Lock

0 =  oF

1 =  on

2 =  Lb

oF  Display free;

on   Locked on temperature 

Pr1

 before defrost;

Lb  Locked on label 

dF

 (during defrost) and 

Pd

 (during post-defrost).

oF

30 

tE

2820 Defrost stop temperature

-99.9 ÷ 999.0°C/°F

- 99 ÷ -9.9 ÷ 9.9/10 ÷ 99°C/°F

8.0

31 

Ei

2821 Defrost interval for evaporator probe error

0 oF

0.01 ÷ 99.59 (h.min)

oF  No interval

-01 ÷ -59 (min) ÷ 01 ÷ 99 (h)

6

32 

EE

2822 Lengh of defrost cycle for evaporator probe error 0 oF

0.01 ÷ 99.59 (min.s)

oF  Length = 0

-01 ÷ -59 (s) ÷ 01 ÷ 99 (min)

10

33 

tS

2823 Defrost enable temperature

- 99.9 ÷ 999.0°C/°F - 99 ÷ -9.9 ÷ 9.9/10 ÷ 99°C/°F

2.0

34 

tF

2824 Defrost start temperature

- 99.9 ÷ 999.0°C/°F - 99 ÷ -9.9 ÷ 9.9/10 ÷ 99°C/°F

-99

35 

St

2825 Delay start Defrost by 

tF

 start temperature

0 oF

0.01 ÷ 99.59 (min.s)

0  No delay

-01 ÷ -59 (s) ÷ 01 ÷ 99 (min)

1

36 

cd

2826 Delay start Defrost by continuous compressor 

running time

0 oF

0.01 ÷ 99.59 (h.min)

0  No delay

 -01 ÷ -59 (min) ÷ 01 ÷ 99 (h)

oF

37 

Td

2827 Compressor delay after defrost (drainage time) 0 oF

0.01 ÷ 99.59 (min.s)

0  No delay

-01 ÷ -59 (s) ÷ 01 ÷ 99 (min)

oF

-rE

 Temperature Control Parameters Group

Parameter Hex. 

address

Description

Range MODBUS 

R/W

Range 

(display)

Default 

(display) Note

38 

d

282A Differential (Hysteresis)

0 ÷ 30.0°C/°F

0.0 ÷ 9.9 ÷ 30°C/°F

2.0

39 

Ed

282B Differential (Hysteresis) in 

Eco

 mode

0 ÷ 30.0°C/°F

0.0 ÷ 9.9 ÷ 30°C/°F

4.0

40 

Hd

282C Differential (Hysteresis) in 

Eco

Turbo

 or 

Heating

 in HC mode

0 ÷ 30.0°C/°F

0.0 ÷ 9.9 ÷ 30°C/°F

1.0

41 

t1

282D Output activation time for probe error

0 oF

0.01 ÷ 99.59 (min.s)

0  No activation time

-01 ÷ -59 (s) ÷ 01 ÷ 99 (min)

oF

42 

t2

282E Output deactivation time for probe error

0 oF

0.01 ÷ 99.59 (min.s)

0  No deactivation time

-01 ÷ -59 (s) ÷ 01 ÷ 99 (min)

oF

43 

HC

282F Output operating mode

0 =  H

1 =  C

2 =  nr

3 =  HC

4 =  C3

H Heating;

C Cooling;

nr  Neutral Zone;

HC  Neutral Zone with independent Set point;

C3  Cooling with 3 automatic switch modes.

C

44 

tC

2830 Lengh of Turbo cycle

0 oF

0.01 ÷ 99.59 (h.min)

oF  Not available

-01 ÷ -59 (min) ÷ 01 ÷ 99 (h)

01

Summary of Contents for B05B

Page 1: ...ng the temperature or continuous time compressor operating through stopping the compressor electric heating or hot gas cycle inversion The appliance has special defrosting optimisation func tions and...

Page 2: ...n be used to start stop a manual defrost In parameter programming or variables display mode is used for selecting the parameters and for increas ing the values to be set In programming mode if pressed...

Page 3: ...is possible to select which Set Point is to be set as active S1 S2 S3 Once selected the active Set Point press the key or wait 10 s after which the instrument makes the selected Set Point active and...

Page 4: ...pro tected if instead the SET LED is steady ON the parameter is programmable without password is unprotected To change the parameter visibility press the key and while keeping it pressed press also t...

Page 5: ...ut adequate protections The instrument used with NTC 103AT11 probe identifiable by the printed code 103AT 11 visible on the sensor part is compliant with standard EN 13485 Thermometers for measuring t...

Page 6: ...igher than the maximum electricity current permitted As the instrument is built in equipment with permanent con nection inside housing it is not equipped with either switches or internal devices to pr...

Page 7: ...d With the key pressed for 1 s if UF 2 Using a Digital Input if parameter oF 7 where o is the number of the digital input o 1 4 for P03 or o 2 4 for P34 5 2 Normal Economic and Turbo operation The con...

Page 8: ...oods temperature recovery after which it returns to normal operation mode and so on Temp SE SP SH Hd Ed tt 2 tC tC time Normal Turbo Turbo Et 1 d Pr1 1 The Et time count is reset at each door opening...

Page 9: ...nstrument alternately displays the label AL and the variable set at parameter dS 6 Normal ECO mode selection with NO contact at digital input closure the instrument switches to the ECO mode operation...

Page 10: ...d the key pressed 5 6 Temperature control All parameters relative to the temperature control are con tained in the re group The instrument control is ON OFF and acts on the ot and HE outputs depending...

Page 11: ...urned ON last time delay between two switching ON off off off ON S1 Temp time d P3 P3 P3 ot output ON ON Pr1 During the output inhibition the LED of the control output blinks It is also possible to pr...

Page 12: ...rrectly set it is possible to avoid many non necessary defrosting cycles and therefore save energy that could instead happens in normal operation when to guar antee the system efficiency the interval...

Page 13: ...mperature has not reached the lock value or the SP d value or is elapsed the time set at parameter dA dL Lb Shows the label dF during the defrost cycle and Pd after the defrost until at the end of def...

Page 14: ...rms and their differentials 1d 2d With parameters 1y and 2y it is also possible to define whether the alarm thresholds 1H 2H 1L 2L are absolute or relative to the Set Point Depending on the desired op...

Page 15: ...to disable the control outputs when the main voltage is lower or higher than the values set at parameters LU Low voltage Alarm expressed in Volt x 10 HU High voltage Alarm expressed in Volt x 10 At th...

Page 16: ...remote display To the instrument it is possible to connect the remote display TVR Y through the special cable that can have a maximum length of 10 m The TVR Y device is directly supplied by the instru...

Page 17: ...C F 0 0 11 CU 280C Measure offset display only 30 0 30 0 C F 30 9 9 9 9 30 C F 0 0 12 P2 280D Probe Pr2 input function 0 oF 1 EP 2 Au 3 cd 4 r1 5 dG oF No function EP Evaporator Au Aux cd Condenser r1...

Page 18: ...oF 30 tE 2820 Defrost stop temperature 99 9 999 0 C F 99 9 9 9 9 10 99 C F 8 0 31 Ei 2821 Defrost interval for evaporator probe error 0 oF 0 01 99 59 h min oF No interval 01 59 min 01 99 h 6 32 EE 28...

Page 19: ...Description Range MODBUS R W Range display Default display Note 56 1y 283C Temperature alarms 1 Type 1 10 1 Pr1 absolute with label H L 2 Pr1 Relative with label H L 3 Au absolute with label H L 4 Au...

Page 20: ...Au Auxiliary At Silenceable alarm AL Not silenceable Alarm An Stored alarm t Silenceable alarm with inverse logic Output open in alarm L Not silenceable Alarm with inverse logic Output open in alarm n...

Page 21: ...SH and SE limits 2 Direct selection of Active Set Point between the 3 pre set Set Points S1 S2 and S3 using the keys 2 83 PP 285B Access Password to parameter functions 0 oF 1 99 oF No password 1 999...

Page 22: ...e shipped to Ascon Tecnologic with a detailed description of the faults found without any fees or charge for Ascon Tecnologic except in the event of alterna tive agreements 10 TECHNICAL DATA 10 1 Elec...

Page 23: ...ir S A 1 50 C 90 C with probe NTC 103AT11 11 INSTRUMENT ORDERING CODE 11 1 B05B Instrument Code MODEL B05B Controller a POWER SUPPLY H 100 230 VAC b OUTPUT 1 OUT 1 H Relay SPST NO 30A AC1 for resistiv...

Page 24: ...Ascon Tecnologic B05B OPERATING INSTRUCTIONS PAG 24...

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