OVerview universal-Channels
No
1.Channel Function________________ Timer hour: 4
1.Channel Timer minute: 0
1.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=Std): 30
1.Channel Pulse all.. (< 100=min / > 100=Std / > 200=days): 3
1.Channel Setvalue: 500
1.Channel time Active-Time (< 100=sec / > 100=min / > 200=hr): 0
1.Channel actual value > / < Setvalue (0 = < /1 = >): 0
1.Channel hysteresis (difference On/Off Setvalue/ actual value): 20
2.Channel Function________________ Timer hour: 4
2.Channel Timer minute: 30
2.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr): 30
2.Channel Pulse all.. (< 100=min / > 100=hr / > 200=days): 3
2.Channel Setvalue: 500
2.Channel time Active-Time (< 100=sec / > 100=min / > 200=hr): 0
2.Channel actual value > / < Setvalue (0 = < /1 = >): 0
2.Channel hysteresis (difference On/Off Setvalue/ actual value): 20
3.Channel Function________________ Timer hour: 5
3.Channel Timer minute: 0
3.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr): 30
3.Channel Pulse all.. (< 100=min / > 100=hr / > 200=days): 3
3.Channel Setvalue: 500
3.Channel time Active-Time (< 100=sec / > 100=min / > 200=hr): 0
3.Channel actual value > / < Setvalue (0 = < /1 = >): 0
3.Channel hysteresis (difference On/Off Setvalue/ actual value): 20
4.Channel Function________________ Timer hour: 5
4.Channel Timer minute: 30
4.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr): 30
4.Channel Pulse all.. (< 100=min / > 100=hr / > 200=days): 3
4.Channel Setvalue: 500
4.Channel time Active-Time (< 100=sec / > 100=min / > 200=hr): 0
4.Channel actual value > / < Setvalue (0 = < /1 = >): 0
4.Channel hysteresis (difference On/Off Setvalue/ actual value): 20
5.Channel Function________________ Timer hour: 6
5.Channel Timer minute: 0
5.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr): 30
5.Channel Pulse all.. (< 100=min / > 100=hr / > 200=days): 3
5.Channel Setvalue: 500
5.Channel time Active-Time (< 100=sec / > 100=min / > 200=hr): 0
5.Channel actual value > / < Setvalue (0 = < /1 = >): 0
5.Channel hysteresis (difference On/Off Setvalue/ actual value): 20
6.Channel Function________________ Timer hour: 0
6.Channel Timer minute: 0
6.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr): 0
6.Channel Pulse all.. (< 100=min / > 100=hr / > 200=days): 0
6.Channel Setvalue: 500
6.Channel time Active-Time (< 100=sec / > 100=min / > 200=hr): 0
6.Channel actual value > / < Setvalue (0 = < /1 = >): 0
6.Channel hysteresis (difference On/Off Setvalue/ actual value): 20
7.Channel Function________________ Timer hour: 0
7.Channel Timer minute: 0
7.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr): 0
7.Channel Pulse all.. (< 100=min / > 100=hr / > 200=days): 0
7.Channel Setvalue: 500
7.Channel time Active-Time (< 100=sec / > 100=min / > 200=hr): 0
7.Channel actual value > / < Setvalue (0 = < /1 = >): 0
7.Channel hysteresis (difference On/Off Setvalue/ actual value): 10
8.Channel Function________________ Timer hour: 0
8.Channel Timer minute: 0
8.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr): 0
8.Channel Pulse all.. (< 100=min / > 100=hr / > 200=days): 0
8.Channel Setvalue: 500
8.Channel time Active-Time (< 100=sec / > 100=min / > 200=hr): 0
8.Channel actual value > / < Setvalue (0 = < /1 = >): 0
8.Channel hysteresis (difference On/Off Setvalue/ actual value): 10
9.Channel Function________________ Timer hour: 0
9.Channel Timer minute: 0
9.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr): 0
9.Channel Pulse all.. (< 100=min / > 100=hr / > 200=days): 0
9.Channel Setvalue: 0
9.Channel time Active-Time (< 100=sec / > 100=min / > 200=hr): 0
9.Channel actual value > / < Setvalue (0 = < /1 = >): 0
9.Channel hysteresis (difference On/Off Setvalue/ actual value): 0
10.Channel Function________________ Timer hour: 0
10.Channel Timer minute: 0
10.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr): 0
10.Channel Pulse all.. (< 100=min / > 100=hr / > 200=days): 0
10.Channel Setvalue: 0
10.Channel time Active-Time (< 100=sec / > 100=min / > 200=hr): 0
10.Channel actual value > / < Setvalue (0 = < /1 = >): 0
10.Channel hysteresis (difference On/Off Setvalue/ actual value): 0
11.Channel Function________________ Timer hour: 0
11.Channel Timer minute: 0
11.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr): 0
11.Channel Pulse all.. (< 100=min / > 100=hr / > 200=days): 0
11.Channel Setvalue: 0
11.Channel time Active-Time (< 100=sec / > 100=min / > 200=hr): 0
11.Channel actual value > / < Setvalue (0 = < /1 = >): 0
11.Channel hysteresis (difference On/Off Setvalue/ actual value): 60
12.Channel Function________________ Timer hour: 0
12.Channel Timer minute: 0
12.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr): 0
12.Channel Pulse all.. (< 100=min / > 100=hr / > 200=days): 0
12.Channel Setvalue: 0
12.Channel time Active-Time (< 100=sec / > 100=min / > 200=hr): 0
12.Channel actual value > / < Setvalue (0 = < /1 = >): 1
12.Channel hysteresis (difference On/Off Setvalue/ actual value): 20
13.Channel Function________________ Timer hour: 0
13.Channel Timer minute: 0
13.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr): 0
13.Channel Pulse all.. (< 100=min / > 100=hr / > 200=days): 0
13.Channel Setvalue: 850
13.Channel time Active-Time (< 100=sec / > 100=min / > 200=hr): 0
13.Channel actual value > / < Setvalue (0 = < /1 = >): 1
13.Channel hysteresis (difference On/Off Setvalue/ actual value): 10
14.Channel Function________________ Timer hour: 0
14.Channel Timer minute: 0
14.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr): 0
14.Channel Pulse all.. (< 100=min / > 100=hr / > 200=days): 0
14.Channel Setvalue: 300
14.Channel time Active-Time (< 100=sec / > 100=min / > 200=hr): 0
14.Channel actual value > / < Setvalue (0 = < /1 = >): 0
14.Channel hysteresis (difference On/Off Setvalue/ actual value): 20
15.Channel Function________________ Timer hour: 0
15.Channel Timer minute: 0
15.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr): 0
15.Channel Pulse all.. (< 100=min / > 100=hr / > 200=days): 0
15.Channel Setvalue: 280
15.Channel time Active-Time (< 100=sec / > 100=min / > 200=hr): 0
15.Channel actual value > / < Setvalue (0 = < /1 = >): 0
15.Channel hysteresis (difference On/Off Setvalue/ actual value): 10
16.Channel Function________________ Timer hour: 0
16.Channel Timer minute: 0
16.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr): 0
16.Channel Pulse all.. (< 100=min / > 100=hr / > 200=days): 0
16.Channel Setvalue: 950
16.Channel time Active-Time (< 100=sec / > 100=min / > 200=hr): 0
16.Channel actual value > / < Setvalue (0 = < /1 = >): 1
16.Channel hysteresis (difference On/Off Setvalue/ actual value): 10
17.Channel Function________________ Timer hour: 0
17.Channel Timer minute: 0
17.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr): 0
17.Channel Pulse all.. (< 100=min / > 100=hr / > 200=days): 3
17.Channel Setvalue: 1
17.Channel time Active-Time (< 100=sec / > 100=min / > 200=hr): 10
17.Channel actual value > / < Setvalue (0 = < /1 = >): 0
17.Channel hysteresis (difference On/Off Setvalue/ actual value): 20
18.Channel Function________________ Timer hour: 0
18.Channel Timer minute: 0
18.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr): 0
18.Channel Pulse all.. (< 100=min / > 100=hr / > 200=days): 0
18.Channel Setvalue: 100
18.Channel time Active-Time (< 100=sec / > 100=min / > 200=hr): 0
18.Channel actual value > / < Setvalue (0 = < /1 = >): 0
18.Channel hysteresis (difference On/Off Setvalue/ actual value): 10
19.Channel Function________________ Timer hour: 0
19.Channel Timer minute: 0
19.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr): 0
19.Channel Pulse all.. (< 100=min / > 100=hr / > 200=days): 0
19.Channel Setvalue: 0
19.Channel time Active-Time (< 100=sec / > 100=min / > 200=hr): 0
19.Channel actual value > / < Setvalue (0 = < /1 = >): 0
19.Channel hysteresis (difference On/Off Setvalue/ actual value): 0
20.Channel Function________________ Timer hour: 0
20.Channel Timer minute: 0
20.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr): 0
20.Channel Pulse all.. (< 100=min / > 100=hr / > 200=days): 3
20.Channel Setvalue: 0
20.Channel time Active-Time (< 100=sec / > 100=min / > 200=hr): 20
20.Channel actual value > / < Setvalue (0 = < /1 = >): 0
20.Channel hysteresis (difference On/Off Setvalue/ actual value): 0
1.Channel function ________________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204: 0
1.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 0
1.Channel type (0=%; 1=°C; 2 =%; 3=V; 5=A;10=Alarm;from 20=Interlock;from 30=Impuls;40=load Shedding: 4
1.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 3
1.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
1.Channel Max.Time Output active (< 100=sec / > 100=min / > 200=hr): 0
1.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr): 2
1.Channel Delay off (< 100=sec / > 100=min / > 200=hr): 2
1.Channel On (on=1/Off=0): 0
1.Channel Input 2 O.K. = 0 or 1?: 0
2.Channel function ________________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204: 0
2.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 0
2.Channel type (0=%; 1=°C; 2 =%; 3=V; 5=A;10=Alarm;from 20=Interlock;from 30=Impuls;40=load Shedding: 4
2.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 4
2.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
2.Channel Max.Time Output active (< 100=sec / > 100=min / > 200=hr): 0
2.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr): 1
2.Channel Delay off (< 100=sec / > 100=min / > 200=hr): 1
2.Channel On (on=1/Off=0): 0
2.Channel Input 2 O.K. = 0 or 1?: 0
3.Channel function ________________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204: 0
3.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 0
3.Channel type (0=%; 1=°C; 2 =%; 3=V; 5=A;10=Alarm;from 20=Interlock;from 30=Impuls;40=load Shedding: 4
3.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 5
3.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
3.Channel Max.Time Output active (< 100=sec / > 100=min / > 200=hr): 0
3.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr): 1
3.Channel Delay off (< 100=sec / > 100=min / > 200=hr): 1
3.Channel On (on=1/Off=0): 0
3.Channel Input 2 O.K. = 0 or 1?: 0
4.Channel function ________________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204: 0
4.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 0
4.Channel type (0=%; 1=°C; 2 =%; 3=V; 5=A;10=Alarm;from 20=Interlock;from 30=Impuls;40=load Shedding: 4
4.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 6
4.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
4.Channel Max.Time Output active (< 100=sec / > 100=min / > 200=hr): 0
4.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr): 1
4.Channel Delay off (< 100=sec / > 100=min / > 200=hr): 1
4.Channel On (on=1/Off=0): 0
4.Channel Input 2 O.K. = 0 or 1?: 0
5.Channel function ________________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204: 0
5.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 0
5.Channel type (0=%; 1=°C; 2 =%; 3=V; 5=A;10=Alarm;from 20=Interlock;from 30=Impuls;40=load Shedding: 4
5.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 7
5.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
5.Channel Max.Time Output active (< 100=sec / > 100=min / > 200=hr): 0
5.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr): 1
5.Channel Delay off (< 100=sec / > 100=min / > 200=hr): 1
5.Channel On (on=1/Off=0): 0
5.Channel Input 2 O.K. = 0 or 1?: 0
6.Channel function ________________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204: 2
6.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 101
6.Channel type (0=%; 1=°C; 2 =%; 3=V; 5=A;10=Alarm;from 20=Interlock;from 30=Impuls;40=load Shedding: 24
6.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 3
6.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 4
6.Channel Max.Time Output active (< 100=sec / > 100=min / > 200=hr): 0
6.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr): 10
6.Channel Delay off (< 100=sec / > 100=min / > 200=hr): 10
6.Channel On (on=1/Off=0): 0
6.Channel Input 2 O.K. = 0 or 1?: 0
7.Channel function ________________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204: 2
7.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 101
7.Channel type (0=%; 1=°C; 2 =%; 3=V; 5=A;10=Alarm;from 20=Interlock;from 30=Impuls;40=load Shedding: 24
7.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 5
7.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 6
7.Channel Max.Time Output active (< 100=sec / > 100=min / > 200=hr): 0
7.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr): 10
7.Channel Delay off (< 100=sec / > 100=min / > 200=hr): 10
7.Channel On (on=1/Off=0): 0
7.Channel Input 2 O.K. = 0 or 1?: 0
8.Channel function ________________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204: 3
8.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 101
8.Channel type (0=%; 1=°C; 2 =%; 3=V; 5=A;10=Alarm;from 20=Interlock;from 30=Impuls;40=load Shedding: 36
8.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 7
8.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
8.Channel Max.Time Output active (< 100=sec / > 100=min / > 200=hr): 0
8.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr): 10
8.Channel Delay off (< 100=sec / > 100=min / > 200=hr): 10
8.Channel On (on=1/Off=0): 0
8.Channel Input 2 O.K. = 0 or 1?: 0
9.Channel function ________________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204: 0
9.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 104
9.Channel type (0=%; 1=°C; 2 =%; 3=V; 5=A;10=Alarm;from 20=Interlock;from 30=Impuls;40=load Shedding: 4
9.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 1
9.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
9.Channel Max.Time Output active (< 100=sec / > 100=min / > 200=hr): 0
9.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr): 10
9.Channel Delay off (< 100=sec / > 100=min / > 200=hr): 120
9.Channel On (on=1/Off=0): 0
9.Channel Input 2 O.K. = 0 or 1?: 0
10.Channel function ________________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204: 2
10.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 104
10.Channel type (0=%; 1=°C; 2 =%; 3=V; 5=A;10=Alarm;from 20=Interlock;from 30=Impuls;40=load Shedding: 24
10.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 2
10.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
10.Channel Max.Time Output active (< 100=sec / > 100=min / > 200=hr): 0
10.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr): 10
10.Channel Delay off (< 100=sec / > 100=min / > 200=hr): 50
10.Channel On (on=1/Off=0): 0
10.Channel Input 2 O.K. = 0 or 1?: 0
11.Channel function ________________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204: 0
11.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 63
11.Channel type (0=%; 1=°C; 2 =%; 3=V; 5=A;10=Alarm;from 20=Interlock;from 30=Impuls;40=load Shedding: 1
11.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 2
11.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
11.Channel Max.Time Output active (< 100=sec / > 100=min / > 200=hr): 0
11.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr): 30
11.Channel Delay off (< 100=sec / > 100=min / > 200=hr): 30
11.Channel On (on=1/Off=0): 0
11.Channel Input 2 O.K. = 0 or 1?: 0
12.Channel function ________________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204: 2
12.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 63
12.Channel type (0=%; 1=°C; 2 =%; 3=V; 5=A;10=Alarm;from 20=Interlock;from 30=Impuls;40=load Shedding: 21
12.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 2
12.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
12.Channel Max.Time Output active (< 100=sec / > 100=min / > 200=hr): 0
12.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr): 30
12.Channel Delay off (< 100=sec / > 100=min / > 200=hr): 30
12.Channel On (on=1/Off=0): 0
12.Channel Input 2 O.K. = 0 or 1?: 0
13.Channel function ________________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204: 2
13.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 0
13.Channel type (0=%; 1=°C; 2 =%; 3=V; 5=A;10=Alarm;from 20=Interlock;from 30=Impuls;40=load Shedding: 21
13.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 2
13.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
13.Channel Max.Time Output active (< 100=sec / > 100=min / > 200=hr): 0
13.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr): 10
13.Channel Delay off (< 100=sec / > 100=min / > 200=hr): 10
13.Channel On (on=1/Off=0): 0
13.Channel Input 2 O.K. = 0 or 1?: 0
14.Channel function ________________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; 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 (0=%; 1=°C; 2 =%; 3=V; 5=A;10=Alarm;from 20=Interlock;from 30=Impuls;40=load Shedding: 1
14.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 2
14.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
14.Channel Max.Time Output active (< 100=sec / > 100=min / > 200=hr): 0
14.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr): 10
14.Channel Delay off (< 100=sec / > 100=min / > 200=hr): 10
14.Channel On (on=1/Off=0): 0
14.Channel Input 2 O.K. = 0 or 1?: 0
15.Channel function ________________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204: 7
15.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 0
15.Channel type (0=%; 1=°C; 2 =%; 3=V; 5=A;10=Alarm;from 20=Interlock;from 30=Impuls;40=load Shedding: 71
15.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 35
15.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 18
15.Channel Max.Time Output active (< 100=sec / > 100=min / > 200=hr): 0
15.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr): 20
15.Channel Delay off (< 100=sec / > 100=min / > 200=hr): 10
15.Channel On (on=1/Off=0): 0
15.Channel Input 2 O.K. = 0 or 1?: 0
16.Channel function ________________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204: 2
16.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 0
16.Channel type (0=%; 1=°C; 2 =%; 3=V; 5=A;10=Alarm;from 20=Interlock;from 30=Impuls;40=load Shedding: 21
16.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 3
16.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
16.Channel Max.Time Output active (< 100=sec / > 100=min / > 200=hr): 0
16.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr): 10
16.Channel Delay off (< 100=sec / > 100=min / > 200=hr): 10
16.Channel On (on=1/Off=0): 0
16.Channel Input 2 O.K. = 0 or 1?: 0
17.Channel function ________________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; 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 (0=%; 1=°C; 2 =%; 3=V; 5=A;10=Alarm;from 20=Interlock;from 30=Impuls;40=load Shedding: 1
17.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 2
17.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
17.Channel Max.Time Output active (< 100=sec / > 100=min / > 200=hr): 0
17.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr): 10
17.Channel Delay off (< 100=sec / > 100=min / > 200=hr): 5
17.Channel On (on=1/Off=0): 0
17.Channel Input 2 O.K. = 0 or 1?: 0
18.Channel function ________________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204: 0
18.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 0
18.Channel type (0=%; 1=°C; 2 =%; 3=V; 5=A;10=Alarm;from 20=Interlock;from 30=Impuls;40=load Shedding: 1
18.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 7
18.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
18.Channel Max.Time Output active (< 100=sec / > 100=min / > 200=hr): 0
18.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr): 5
18.Channel Delay off (< 100=sec / > 100=min / > 200=hr): 10
18.Channel On (on=1/Off=0): 0
18.Channel Input 2 O.K. = 0 or 1?: 0
19.Channel function ________________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204: 7
19.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 104
19.Channel type (0=%; 1=°C; 2 =%; 3=V; 5=A;10=Alarm;from 20=Interlock;from 30=Impuls;40=load Shedding: 70
19.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 4
19.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
19.Channel Max.Time Output active (< 100=sec / > 100=min / > 200=hr): 3
19.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr): 20
19.Channel Delay off (< 100=sec / > 100=min / > 200=hr): 60
19.Channel On (on=1/Off=0): 0
19.Channel Input 2 O.K. = 0 or 1?: 0
20.Channel function ________________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204: 0
20.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204): 3
20.Channel type (0=%; 1=°C; 2 =%; 3=V; 5=A;10=Alarm;from 20=Interlock;from 30=Impuls;40=load Shedding: 0
20.Channel Output 1 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 7
20.Channel Output 2 (2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp: 0
20.Channel Max.Time Output active (< 100=sec / > 100=min / > 200=hr): 0
20.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr): 5
20.Channel Delay off (< 100=sec / > 100=min / > 200=hr): 5
20.Channel On (on=1/Off=0): 0
20.Channel Input 2 O.K. = 0 or 1?: 0
