BEER Cold Rack / Refrigerated Display Cabinets, Инструкция по установке и программированию

Страница: 32 / 53

Beer Grill AG Beer Grill GmbH
Allmendstrasse 7 Tel. +41 56 618 7800 Körnerstrasse 14 a Tel. +49 71 61 659 876 info@beergrill.com
CH
– 5612 Villmergen,
Switzerland
Fax +41 56 618 7849 D
– 79539 Lörrach,
Germany
Fax +49 71 61 659 879 www.beergrill.com
Assembly-Programming-Instructions_Cold-Rack_e_05-10-2018
Page 32
Parameter Functional description Setting range Factory values Customer
values
Arctis/
Duplex
Vulcano Cold
Rack/
Showc
ases
b12 Input E1 inverse/non-
inverse. 0: Normal
1: Inverse 0
0 0
b13 Ext. function Switching
input E2. See b11 0 0 0
b14 Input E2 inverse/non-
inverse. See b12 0 0 0
b15 Ext. function Switching
input E3. See b11 0 0 0
b16 Input E3 inverse/non-
inverse. See b12 0 0 0
b17 Ext. function Switching
input E4. See b11 0 0 0
b18 Input E4 inverse/non-
inverse. See b12
0
0 0
b99 Password for level b-- -99 ... 999 - 19 - 19 - 19
c-- Control loop 1
Parameter Functional description Setting range Factory values Customer
values
Arctis/
Duplex
Vulcano Cold
Rack/
Showc
ases
c0 Assignment of cooling space
sensor. Detailed description of the
sensors in parameters
H11 to H53 .
0: None
1: Sensor F1
2: Sensor F2
3: Sensor F3
4: Sensor F4
5: Weighted average of F1 and F2 1 1 1
c1 Control loop: Setpoint for Set1.
c8…..c7
0.0 0.0 0.0
c2 Control loop: Night switching
setpoint (relative to actual setpoint
c1 / c33 .
- 20 ... + 20.0 °C 5.0 5.0 5.0
c3 Control loop: Setpoint for Set2.
c8…..c7
2.0 2.0 2.0
c4 Switching direction. 0: Heating
1: Cooling 1 1 1
c5 Control loop: Hysteresis. 0.1...15.0 °C 1.5 1.5 1.5
c6 Control loop: Hysteresis mode. 0: Symmetrical
1: One-sided 1 1 1
c7 Upper setpoint limit. c8 99 °C 15.0 15.0 15.0
c8 Lower setpoint limit. - 99 °C... c7 2.0 - 1.5 2.0
c10 Start protection after compressor
start. 0 ... 900 s 300 300 300
c11 Start protection after compressor
stop. 0 ... 900 s 120 120 120
c12 Compressor start protection after
mains on. 0 ... 60 min 0 0 0
c15 Duty cycle in emergency operation. 0 ... 100 % 50 50 50
c16 Cycle time in emergency operation. 5 ... 60 min 10 10 10
c20
Sensor assignment for “Superfrost"
(also core or product temperature)
Detailed description of the sensors
in parameters
H11 to H53 .
0: None
1: Sensor F1
2: Sensor F2
3: Sensor F3
4: Sensor F4
5: Weighted average of F1 and F2 1 1 1
c21 "Superfrost": Time limit ("Shock
freezing","Max. cooling capacity"). 1 ... 36 h 10 10 10