Overview universal-Channel Solar
No
1.channel function....... Timers hour: 0
1.channel Timer minute: 0
1.channel Pulse active-Time (< 100=sec / > 100=min / > 200=Std): 0
1.channel Pulse all.. (< 100=min / > 100=Std / > 200=Tage): 0
1.channel Set-value: 115
1.channel time Active-Time (< 100=sec / > 100=min / > 200=Std): 0
1.channel actual value > / < Setvalue (0 = < /1 = >): 0
1.channel hysteresis: 10
2.channel function....... Timer hour: 0
2.channel Timer minute: 0
2.channel Pulse active-Time (< 100=sec / > 100=min / > 200=Std): 0
2.channel Pulse all.. (< 100=min / > 100=Std / > 200=Tage): 0
2.channel Setvalue: 113
2.channel time Active-Time (< 100=sec / > 100=min / > 200=Std): 0
2.channel actual value > / < Setvalue (0 = < /1 = >): 0
2.channel hysteresis: 10
3.channel function....... Timer hour: 0
3.channel Timer minute: 0
3.channel Pulse active-Time (< 100=sec / > 100=min / > 200=Std): 0
3.channel Pulse all.. (< 100=min / > 100=Std / > 200=Tage): 0
3.channel Setvalue: 111
3.channel time Active-Time (< 100=sec / > 100=min / > 200=Std): 0
3.channel actual value > / < Setvalue (0 = < /1 = >): 0
3.channel hysteresis: 10
4.channel function....... Timer hour: 0
4.channel Timer minute: 0
4.channel Pulse active-Time (< 100=sec / > 100=min / > 200=Std): 0
4.channel Pulse all.. (< 100=min / > 100=Std / > 200=Tage): 0
4.channel Setvalue: 109
4.channel time Active-Time (< 100=sec / > 100=min / > 200=Std): 0
4.channel actual value > / < Setvalue (0 = < /1 = >): 0
4.channel hysteresis: 10
5.channel function....... Timer hour: 0
5.channel Timer minute: 0
5.channel Pulse active-Time (< 100=sec / > 100=min / > 200=Std): 0
5.channel Pulse all.. (< 100=min / > 100=Std / > 200=Tage): 0
5.channel Setvalue: 107
5.channel time Active-Time (< 100=sec / > 100=min / > 200=Std): 0
5.channel actual value > / < Setvalue (0 = < /1 = >): 0
5.channel hysteresis: 10
6.channel function....... Timer hour: 0
6.channel Timer minute: 0
6.channel Pulse active-Time (< 100=sec / > 100=min / > 200=Std): 0
6.channel Pulse all.. (< 100=min / > 100=Std / > 200=Tage): 0
6.channel Setvalue: 107
6.channel time Active-Time (< 100=sec / > 100=min / > 200=Std): 0
6.channel actual value > / < Setvalue (0 = < /1 = >): 0
6.channel hysteresis: 10
7.channel function....... Timer hour: 0
7.channel Timer minute: 0
7.channel Pulse active-Time (< 100=sec / > 100=min / > 200=Std): 0
7.channel Pulse all.. (< 100=min / > 100=Std / > 200=Tage): 0
7.channel Setvalue: 512
7.channel time Active-Time (< 100=sec / > 100=min / > 200=Std): 0
7.channel actual value > / < Setvalue (0 = < /1 = >): 0
7.channel hysteresis: 0
8.channel function....... Timer hour: 18
8.channel Timer minute: 0
8.channel Pulse active-Time (< 100=sec / > 100=min / > 200=Std): 212
8.channel Pulse all.. (< 100=min / > 100=Std / > 200=Tage): 0
8.channel Setvalue: 0
8.channel time Active-Time (< 100=sec / > 100=min / > 200=Std): 0
8.channel actual value > / < Setvalue (0 = < /1 = >): 0
8.channel hysteresis: 0
9.channel function....... Timer hour: 18
9.channel Timer minute: 0
9.channel Pulse active-Time (< 100=sec / > 100=min / > 200=Std): 212
9.channel Pulse all.. (< 100=min / > 100=Std / > 200=Tage): 0
9.channel Setvalue: 0
9.channel time Active-Time (< 100=sec / > 100=min / > 200=Std): 0
9.channel actual value > / < Setvalue (0 = < /1 = >): 0
9.channel hysteresis: 0
10.channel function....... Timer hour: 11
10.channel Timer minute: 0
10.channel Pulse active-Time (< 100=sec / > 100=min / > 200=Std): 206
10.channel Pulse all.. (< 100=min / > 100=Std / > 200=Tage): 0
10.channel Setvalue: 0
10.channel time Active-Time (< 100=sec / > 100=min / > 200=Std): 0
10.channel actual value > / < Setvalue (0 = < /1 = >): 0
10.channel hysteresis: 0
11.channel function....... Timer hour: 0
11.channel Timer minute: 0
11.channel Pulse active-Time (< 100=sec / > 100=min / > 200=Std): 0
11.channel Pulse all.. (< 100=min / > 100=Std / > 200=Tage): 0
11.channel Setvalue: 100
11.channel time Active-Time (< 100=sec / > 100=min / > 200=Std): 0
11.channel actual value > / < Setvalue (0 = < /1 = >): 1
11.channel hysteresis: 30
12.channel function....... Timer hour: 0
12.channel Timer minute: 0
12.channel Pulse active-Time (< 100=sec / > 100=min / > 200=Std): 0
12.channel Pulse all.. (< 100=min / > 100=Std / > 200=Tage): 10
12.channel Setvalue: 400
12.channel time Active-Time (< 100=sec / > 100=min / > 200=Std): 15
12.channel actual value > / < Setvalue (0 = < /1 = >): 1
12.channel hysteresis: 50
13.channel function....... Timer hour: 4
13.channel Timer minute: 0
13.channel Pulse active-Time (< 100=sec / > 100=min / > 200=Std): 102
13.channel Pulse all.. (< 100=min / > 100=Std / > 200=Tage): 0
13.channel Setvalue: 0
13.channel time Active-Time (< 100=sec / > 100=min / > 200=Std): 0
13.channel actual value > / < Setvalue (0 = < /1 = >): 0
13.channel hysteresis: 0
14.channel function....... Timer hour: 0
14.channel Timer minute: 0
14.channel Pulse active-Time (< 100=sec / > 100=min / > 200=Std): 0
14.channel Pulse all.. (< 100=min / > 100=Std / > 200=Tage): 0
14.channel Setvalue: 135
14.channel time Active-Time (< 100=sec / > 100=min / > 200=Std): 0
14.channel actual value > / < Setvalue (0 = < /1 = >): 1
14.channel hysteresis: 5
15.channel function....... Timer hour: 0
15.channel Timer minute: 0
15.channel Pulse active-Time (< 100=sec / > 100=min / > 200=Std): 0
15.channel Pulse all.. (< 100=min / > 100=Std / > 200=Tage): 0
15.channel Setvalue: 115
15.channel time Active-Time (< 100=sec / > 100=min / > 200=Std): 0
15.channel actual value > / < Setvalue (0 = < /1 = >): 0
15.channel hysteresis: 15
16.channel function....... Timer hour: 0
16.channel Timer minute: 0
16.channel Pulse active-Time (< 100=sec / > 100=min / > 200=Std): 0
16.channel Pulse all.. (< 100=min / > 100=Std / > 200=Tage): 0
16.channel Setvalue: 138
16.channel time Active-Time (< 100=sec / > 100=min / > 200=Std): 0
16.channel actual value > / < Setvalue (0 = < /1 = >): 1
16.channel hysteresis: 8
17.channel function....... Timer hour: 11
17.channel Timer minute: 30
17.channel Pulse active-Time (< 100=sec / > 100=min / > 200=Std): 90
17.channel Pulse all.. (< 100=min / > 100=Std / > 200=Tage): 0
17.channel Setvalue: 0
17.channel time Active-Time (< 100=sec / > 100=min / > 200=Std): 0
17.channel actual value > / < Setvalue (0 = < /1 = >): 1
17.channel hysteresis: 0
18.channel function....... Timer hour: 0
18.channel Timer minute: 0
18.channel Pulse active-Time (< 100=sec / > 100=min / > 200=Std): 0
18.channel Pulse all.. (< 100=min / > 100=Std / > 200=Tage): 0
18.channel Setvalue: 0
18.channel time Active-Time (< 100=sec / > 100=min / > 200=Std): 0
18.channel actual value > / < Setvalue (0 = < /1 = >): 1
18.channel hysteresis: 0
19.channel function....... Timer hour: 0
19.channel Timer minute: 0
19.channel Pulse active-Time (< 100=sec / > 100=min / > 200=Std): 0
19.channel Pulse all.. (< 100=min / > 100=Std / > 200=Tage): 0
19.channel Setvalue: 135
19.channel time Active-Time (< 100=sec / > 100=min / > 200=Std): 0
19.channel actual value > / < Setvalue (0 = < /1 = >): 1
19.channel hysteresis: 5
20.channel function....... Timer hour: 0
20.channel Timer minute: 0
20.channel Pulse active-Time (< 100=sec / > 100=min / > 200=Std): 0
20.channel Pulse all.. (< 100=min / > 100=Std / > 200=Tage): 0
20.Channel Setvalue: 0
20.Channel time Active-Time (< 100=sec / > 100=min / > 200=Std): 0
20.Channel actual value > / < Setvalue (0 = < /1 = >): 0
20.Channel hysteresis: 0
1.Channel function........... Input 1 (analogue Input). 1-15; Digital Inp. 101-108; Radio 201-204: 4
1.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 0
1.Channel type (V=0);°C=1; %=2; A=3;5=Gen.Start;from 10=Alarm;from 20=Interlock;from 30=Impuls;from 40=load Shedding: 40
1.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relaiy NimH; 16=Teleph; 17-20=virt.Outp: 1
1.Channel Input 2 O.K. = 0 or 1?: 0
1.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
1.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=Std): 30
1.Channel Delay off (< 100=sec / > 100=min / > 200=Std): 80
1.Channel On (on=1 / Off=0): 0
1.Channel delay time next alarm: 0
2.Channel function........... Input 1 (analogue Input). 1-15; Digital Inp. 101-108; Radio 201-204: 4
2.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 0
2.Channel type (V=0);°C=1; %=2; A=3;5=Gen.Start;from 10=Alarm;from 20=Interlock;from 30=Impuls;from 40=load Shedding: 40
2.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relaiy NimH; 16=Teleph; 17-20=virt.Outp: 9
2.Channel Input 2 O.K. = 0 or 1?: 0
2.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
2.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=Std): 30
2.Channel Delay off (< 100=sec / > 100=min / > 200=Std): 80
2.Channel On (on=1 / Off=0): 0
2.Channel delay time next alarm: 0
3.Channel function........... Input 1 (analogue Input). 1-15; Digital Inp. 101-108; Radio 201-204: 4
3.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 0
3.Channel type (V=0);°C=1; %=2; A=3;5=Gen.Start;from 10=Alarm;from 20=Interlock;from 30=Impuls;from 40=load Shedding: 40
3.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relaiy NimH; 16=Teleph; 17-20=virt.Outp: 10
3.Channel Input 2 O.K. = 0 or 1?: 0
3.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
3.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=Std): 30
3.Channel Delay off (< 100=sec / > 100=min / > 200=Std): 80
3.Channel On (on=1 / Off=0): 0
3.Channel delay time next alarm: 0
4.Channel function........... Input 1 (analogue Input). 1-15; Digital Inp. 101-108; Radio 201-204: 4
4.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 0
4.Channel type (V=0);°C=1; %=2; A=3;5=Gen.Start;from 10=Alarm;from 20=Interlock;from 30=Impuls;from 40=load Shedding: 40
4.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relaiy NimH; 16=Teleph; 17-20=virt.Outp: 11
4.Channel Input 2 O.K. = 0 or 1?: 0
4.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
4.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=Std): 30
4.Channel Delay off (< 100=sec / > 100=min / > 200=Std): 80
4.Channel On (on=1 / Off=0): 0
4.Channel delay time next alarm: 0
5.Channel function........... Input 1 (analogue Input). 1-15; Digital Inp. 101-108; Radio 201-204: 4
5.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 0
5.Channel type (V=0);°C=1; %=2; A=3;5=Gen.Start;from 10=Alarm;from 20=Interlock;from 30=Impuls;from 40=load Shedding: 40
5.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relaiy NimH; 16=Teleph; 17-20=virt.Outp: 12
5.Channel Input 2 O.K. = 0 or 1?: 0
5.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
5.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=Std): 30
5.Channel Delay off (< 100=sec / > 100=min / > 200=Std): 80
5.Channel On (on=1 / Off=0): 0
5.Channel delay time next alarm: 0
6.Channel function........... Input 1 (analogue Input). 1-15; Digital Inp. 101-108; Radio 201-204: 1
6.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 0
6.Channel type (V=0);°C=1; %=2; A=3;5=Gen.Start;from 10=Alarm;from 20=Interlock;from 30=Impuls;from 40=load Shedding: 10
6.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relaiy NimH; 16=Teleph; 17-20=virt.Outp: 0
6.Channel Input 2 O.K. = 0 or 1?: 0
6.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
6.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=Std): 30
6.Channel Delay off (< 100=sec / > 100=min / > 200=Std): 80
6.Channel On (on=1 / Off=0): 0
6.Channel delay time next alarm: 3
7.Channel function........... Input 1 (analogue Input). 1-15; Digital Inp. 101-108; Radio 201-204: 1
7.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 0
7.Channel type (V=0);°C=1; %=2; A=3;5=Gen.Start;from 10=Alarm;from 20=Interlock;from 30=Impuls;from 40=load Shedding: 14
7.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relaiy NimH; 16=Teleph; 17-20=virt.Outp: 5
7.Channel Input 2 O.K. = 0 or 1?: 0
7.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
7.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=Std): 20
7.Channel Delay off (< 100=sec / > 100=min / > 200=Std): 60
7.Channel On (on=1 / Off=0): 0
7.Channel delay time next alarm: 3
8.Channel function........... Input 1 (analogue Input). 1-15; Digital Inp. 101-108; Radio 201-204: 0
8.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 105
8.Channel type (V=0);°C=1; %=2; A=3;5=Gen.Start;from 10=Alarm;from 20=Interlock;from 30=Impuls;from 40=load Shedding: 4
8.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relaiy NimH; 16=Teleph; 17-20=virt.Outp: 2
8.Channel Input 2 O.K. = 0 or 1?: 0
8.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
8.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=Std): 0
8.Channel Delay off (< 100=sec / > 100=min / > 200=Std): 103
8.Channel On (on=1 / Off=0): 0
8.Channel delay time next alarm: 0
9.Channel function........... Input 1 (analogue Input). 1-15; Digital Inp. 101-108; Radio 201-204: 0
9.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 106
9.Channel type (V=0);°C=1; %=2; A=3;5=Gen.Start;from 10=Alarm;from 20=Interlock;from 30=Impuls;from 40=load Shedding: 4
9.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relaiy NimH; 16=Teleph; 17-20=virt.Outp: 3
9.Channel Input 2 O.K. = 0 or 1?: 0
9.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
9.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=Std): 0
9.Channel Delay off (< 100=sec / > 100=min / > 200=Std): 103
9.Channel On (on=1 / Off=0): 0
9.Channel delay time next alarm: 0
10.Channel function........... Input 1 (analogue Input). 1-15; Digital Inp. 101-108; Radio 201-204: 0
10.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 0
10.Channel type (V=0);°C=1; %=2; A=3;5=Gen.Start;from 10=Alarm;from 20=Interlock;from 30=Impuls;from 40=load Shedding: 4
10.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relaiy NimH; 16=Teleph; 17-20=virt.Outp: 31
10.Channel Input 2 O.K. = 0 or 1?: 0
10.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
10.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=Std): 0
10.Channel Delay off (< 100=sec / > 100=min / > 200=Std): 0
10.Channel On (on=1 / Off=0): 0
10.Channel delay time next alarm: 0
11.Channel function........... Input 1 (analogue Input). 1-15; Digital Inp. 101-108; Radio 201-204: 0
11.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 0
11.Channel type (V=0);°C=1; %=2; A=3;5=Gen.Start;from 10=Alarm;from 20=Interlock;from 30=Impuls;from 40=load Shedding: 1
11.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relaiy NimH; 16=Teleph; 17-20=virt.Outp: 31
11.Channel Input 2 O.K. = 0 or 1?: 0
11.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
11.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=Std): 20
11.Channel Delay off (< 100=sec / > 100=min / > 200=Std): 102
11.Channel On (on=1 / Off=0): 0
11.Channel delay time next alarm: 0
12.Channel function........... Input 1 (analogue Input). 1-15; Digital Inp. 101-108; Radio 201-204: 0
12.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 0
12.Channel type (V=0);°C=1; %=2; A=3;5=Gen.Start;from 10=Alarm;from 20=Interlock;from 30=Impuls;from 40=load Shedding: 1
12.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relaiy NimH; 16=Teleph; 17-20=virt.Outp: 6
12.Channel Input 2 O.K. = 0 or 1?: 0
12.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
12.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=Std): 10
12.Channel Delay off (< 100=sec / > 100=min / > 200=Std): 20
12.Channel On (on=1 / Off=0): 0
12.Channel delay time next alarm: 0
13.Channel function........... Input 1 (analogue Input). 1-15; Digital Inp. 101-108; Radio 201-204: 0
13.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 0
13.Channel type (V=0);°C=1; %=2; A=3;5=Gen.Start;from 10=Alarm;from 20=Interlock;from 30=Impuls;from 40=load Shedding: 4
13.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relaiy NimH; 16=Teleph; 17-20=virt.Outp: 6
13.Channel Input 2 O.K. = 0 or 1?: 0
13.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
13.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=Std): 0
13.Channel Delay off (< 100=sec / > 100=min / > 200=Std): 0
13.Channel On (on=1 / Off=0): 0
13.Channel delay time next alarm: 0
14.Channel function........... Input 1 (analogue Input). 1-15; Digital Inp. 101-108; Radio 201-204: 0
14.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 0
14.Channel type (V=0);°C=1; %=2; A=3;5=Gen.Start;from 10=Alarm;from 20=Interlock;from 30=Impuls;from 40=load Shedding: 0
14.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relaiy NimH; 16=Teleph; 17-20=virt.Outp: 0
14.Channel Input 2 O.K. = 0 or 1?: 0
14.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
14.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=Std): 10
14.Channel Delay off (< 100=sec / > 100=min / > 200=Std): 130
14.Channel On (on=1 / Off=0): 0
14.Channel delay time next alarm: 0
15.Channel function........... Input 1 (analogue Input). 1-15; Digital Inp. 101-108; Radio 201-204: 0
15.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 0
15.Channel type (V=0);°C=1; %=2; A=3;5=Gen.Start;from 10=Alarm;from 20=Interlock;from 30=Impuls;from 40=load Shedding: 0
15.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relaiy NimH; 16=Teleph; 17-20=virt.Outp: 25
15.Channel Input 2 O.K. = 0 or 1?: 0
15.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
15.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=Std): 30
15.Channel Delay off (< 100=sec / > 100=min / > 200=Std): 130
15.Channel On (on=1 / Off=0): 0
15.Channel delay time next alarm: 0
16.Channel function........... Input 1 (analogue Input). 1-15; Digital Inp. 101-108; Radio 201-204: 0
16.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 0
16.Channel type (V=0);°C=1; %=2; A=3;5=Gen.Start;from 10=Alarm;from 20=Interlock;from 30=Impuls;from 40=load Shedding: 0
16.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relaiy NimH; 16=Teleph; 17-20=virt.Outp: 7
16.Channel Input 2 O.K. = 0 or 1?: 0
16.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
16.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=Std): 10
16.Channel Delay off (< 100=sec / > 100=min / > 200=Std): 103
16.Channel On (on=1 / Off=0): 0
16.Channel delay time next alarm: 0
17.Channel function........... Input 1 (analogue Input). 1-15; Digital Inp. 101-108; Radio 201-204: 0
17.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 0
17.Channel type (V=0);°C=1; %=2; A=3;5=Gen.Start;from 10=Alarm;from 20=Interlock;from 30=Impuls;from 40=load Shedding: 4
17.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relaiy NimH; 16=Teleph; 17-20=virt.Outp: 7
17.Channel Input 2 O.K. = 0 or 1?: 0
17.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
17.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=Std): 0
17.Channel Delay off (< 100=sec / > 100=min / > 200=Std): 0
17.Channel On (on=1 / Off=0): 0
17.Channel delay time next alarm: 0
18.Channel function........... Input 1 (analogue Input). 1-15; Digital Inp. 101-108; Radio 201-204: 2
18.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 0
18.Channel type (V=0);°C=1; %=2; A=3;5=Gen.Start;from 10=Alarm;from 20=Interlock;from 30=Impuls;from 40=load Shedding: 24
18.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relaiy NimH; 16=Teleph; 17-20=virt.Outp: 6
18.Channel Input 2 O.K. = 0 or 1?: 0
18.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
18.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=Std): 0
18.Channel Delay off (< 100=sec / > 100=min / > 200=Std): 0
18.Channel On (on=1 / Off=0): 0
18.Channel delay time next alarm: 0
19.Channel function........... Input 1 (analogue Input). 1-15; Digital Inp. 101-108; Radio 201-204: 0
19.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 0
19.Channel type (V=0);°C=1; %=2; A=3;5=Gen.Start;from 10=Alarm;from 20=Interlock;from 30=Impuls;from 40=load Shedding: 0
19.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relaiy NimH; 16=Teleph; 17-20=virt.Outp: 6
19.Channel Input 2 O.K. = 0 or 1?: 0
19.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
19.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=Std): 10
19.Channel Delay off (< 100=sec / > 100=min / > 200=Std): 130
19.Channel On (on=1 / Off=0): 0
19.Channel delay time next alarm: 0
20.Channel function........... Input 1 (analogue Input). 1-15; Digital Inp. 101-108; Radio 201-204: 0
20.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 105
20.Channel type (V=0);°C=1; %=2; A=3;5=Gen.Start;from 10=Alarm;from 20=Interlock;from 30=Impuls;from 40=load Shedding: 4
20.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relaiy NimH; 16=Teleph; 17-20=virt.Outp: 5
20.Channel Input 2 O.K. = 0 or 1?: 0
20.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
20.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=Std): 15
20.Channel Delay off (< 100=sec / > 100=min / > 200=Std): 60
20.Channel On (on=1 / Off=0): 0
20.Channel delay time next alarm: 0
