Overview universal-Channels alarm
No
1.Channel Function_______________ Timer hour 
1.Channel Timer minute
1.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr)
1.Channel Pulse (all).. for..) all (< 100=min / > 100=hr / > 200=days)
1.Channel analogue-Input Setvalue  
1.Channel Pulse (all.. for..) active-time (< 100=sec / > 100=min / > 200=hr)
1.Channel actual value > / < analogue-Input Setvalue (0 = < /1 = >)
1.Channel hysteresis (difference On/Off analogue-Input Setvalue / actual value)
2.Channel Function_______________ Timer hour 
2.Channel Timer minute
2.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr)
2.Channel Pulse (all.. for..) all (< 100=min / > 100=hr / > 200=days)
2.Channel analogue-Input Setvalue  
2.Channel Pulse (all.. for..) active-time (< 100=sec / > 100=min / > 200=hr)
2.Channel actual value > / < analogue-Input Setvalue (0 = < /1 = >)
2.Channel hysteresis (difference On/Off analogue-Input Setvalue / actual value)
3.Channel Function_______________ Timer hour 
3.Channel Timer minute
3.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr)
3.Channel Pulse (all.. for..) all (< 100=min / > 100=hr / > 200=days)
3.Channel analogue-Input Setvalue  
3.Channel Pulse (all.. for..) active-time (< 100=sec / > 100=min / > 200=hr)
3.Channel actual value > / < analogue-Input Setvalue (0 = < /1 = >)
3.Channel hysteresis (difference On/Off analogue-Input Setvalue / actual value)
4.Channel Function_______________ Timer hour 
4.Channel Timer minute
4.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr)
4.Channel Pulse (all.. for..) all (< 100=min / > 100=hr / > 200=days)
4.Channel analogue-Input Setvalue  
4.Channel Pulse (all.. for..) active-time (< 100=sec / > 100=min / > 200=hr)
4.Channel actual value > / < analogue-Input Setvalue (0 = < /1 = >)
4.Channel hysteresis (difference On/Off analogue-Input Setvalue / actual value)
5.Channel Function_______________ Timer hour 
5.Channel Timer minute
5.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr)
5.Channel Pulse (all.. for..) all (< 100=min / > 100=hr / > 200=days)
5.Channel analogue-Input Setvalue  
5.Channel Pulse (all.. for..) active-time (< 100=sec / > 100=min / > 200=hr)
5.Channel actual value > / < analogue-Input Setvalue (0 = < /1 = >)
5.Channel hysteresis (difference On/Off analogue-Input Setvalue / actual value)
6.Channel Function_______________ Timer hour 
6.Channel Timer minute
6.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr)
6.Channel Pulse (all.. for..) all (< 100=min / > 100=hr / > 200=days)
6.Channel analogue-Input Setvalue  
6.Channel Pulse (all.. for..) active-time (< 100=sec / > 100=min / > 200=hr)
6.Channel actual value > / < analogue-Input Setvalue (0 = < /1 = >)
6.Channel hysteresis (difference On/Off analogue-Input Setvalue / actual value)
7.Channel Function_______________ Timer hour 
7.Channel Timer minute
7.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr)
7.Channel Pulse (all.. for..) all (< 100=min / > 100=hr / > 200=days)
7.Channel analogue-Input Setvalue  
7.Channel Pulse (all.. for..) active-time (< 100=sec / > 100=min / > 200=hr)
7.Channel actual value > / < analogue-Input Setvalue (0 = < /1 = >)
7.Channel hysteresis (difference On/Off analogue-Input Setvalue / actual value)
8.Channel Function_______________ Timer hour 
8.Channel Timer minute
8.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr)
8.Channel Pulse (all.. for..) all (< 100=min / > 100=hr / > 200=days)
8.Channel analogue-Input Setvalue  
8.Channel Pulse (all.. for..) active-time (< 100=sec / > 100=min / > 200=hr)
8.Channel actual value > / < analogue-Input Setvalue (0 = < /1 = >)
8.Channel hysteresis (difference On/Off analogue-Input Setvalue / actual value)
9.Channel Function_______________ Timer hour 
9.Channel Timer minute
9.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr)
9.Channel Pulse (all.. for..) all (< 100=min / > 100=hr / > 200=days)
9.Channel analogue-Input Setvalue  
9.Channel Pulse (all.. for..) active-time (< 100=sec / > 100=min / > 200=hr)
9.Channel actual value > / < analogue-Input Setvalue (0 = < /1 = >)
9.Channel hysteresis (difference On/Off analogue-Input Setvalue / actual value)
10.Channel Function_______________ Timer hour 
10.Channel Timer minute
10.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr)
10.Channel Pulse (all.. for..) all (< 100=min / > 100=hr / > 200=days)
10.Channel analogue-Input Setvalue  
10.Channel Pulse (all.. for..) active-time (< 100=sec / > 100=min / > 200=hr)
10.Channel actual value > / < analogue-Input Setvalue (0 = < /1 = >)
10.Channel hysteresis (difference On/Off analogue-Input Setvalue / actual value)
11.Channel Function_______________ Timer hour 
11.Channel Timer minute
11.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr)
11.Channel Pulse (all.. for..) all (< 100=min / > 100=hr / > 200=days)
11.Channel analogue-Input Setvalue  
11.Channel Pulse (all.. for..) active-time (< 100=sec / > 100=min / > 200=hr)
11.Channel actual value > / < analogue-Input Setvalue (0 = < /1 = >)
11.Channel hysteresis (difference On/Off analogue-Input Setvalue / actual value)
12.Channel Function_______________ Timer hour 
12.Channel Timer minute
12.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr)
12.Channel Pulse (all.. for..) all (< 100=min / > 100=hr / > 200=days)
12.Channel analogue-Input Setvalue  
12.Channel Pulse (all.. for..) active-time (< 100=sec / > 100=min / > 200=hr)
12.Channel actual value > / < analogue-Input Setvalue (0 = < /1 = >)
12.Channel hysteresis (difference On/Off analogue-Input Setvalue / actual value)
13.Channel Function_______________ Timer hour 
13.Channel Timer minute
13.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr)
13.Channel Pulse (all.. for..) all (< 100=min / > 100=hr / > 200=days)
13.Channel analogue-Input Setvalue  
13.Channel Pulse (all.. for..) active-time (< 100=sec / > 100=min / > 200=hr)
13.Channel actual value > / < analogue-Input Setvalue (0 = < /1 = >)
13.Channel hysteresis (difference On/Off analogue-Input Setvalue / actual value)
14.Channel Function_______________ Timer hour 
14.Channel Timer minute
14.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr)
14.Channel Pulse (all.. for..) all (< 100=min / > 100=hr / > 200=days)
14.Channel analogue-Input Setvalue  
14.Channel Pulse (all.. for..) active-time (< 100=sec / > 100=min / > 200=hr)
14.Channel actual value > / < analogue-Input Setvalue (0 = < /1 = >)
14.Channel hysteresis (difference On/Off analogue-Input Setvalue / actual value)
15.Channel Function_______________ Timer hour 
15.Channel Timer minute
15.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr)
15.Channel Pulse (all.. for..) all (< 100=min / > 100=hr / > 200=days)
15.Channel analogue-Input Setvalue  
15.Channel Pulse (all.. for..) active-time (< 100=sec / > 100=min / > 200=hr)
15.Channel actual value > / < analogue-Input Setvalue (0 = < /1 = >)
15.Channel hysteresis (difference On/Off analogue-Input Setvalue / actual value)
16.Channel Function_______________ Timer hour 
16.Channel Timer minute
16.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr)
16.Channel Pulse (all.. for..) all (< 100=min / > 100=hr / > 200=days)
16.Channel analogue-Input Setvalue  
16.Channel Pulse (all.. for..) active-time (< 100=sec / > 100=min / > 200=hr)
16.Channel actual value > / < analogue-Input Setvalue (0 = < /1 = >)
16.Channel hysteresis (difference On/Off analogue-Input Setvalue / actual value)
17.Channel Function_______________ Timer hour 
17.Channel Timer minute
17.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr)
17.Channel Pulse (all.. for..) all (< 100=min / > 100=hr / > 200=days)
17.Channel analogue-Input Setvalue  
17.Channel Pulse (all.. for..) active-time (< 100=sec / > 100=min / > 200=hr)
17.Channel actual value > / < analogue-Input Setvalue (0 = < /1 = >)
17.Channel hysteresis (difference On/Off analogue-Input Setvalue / actual value)
18.Channel Function_______________ Timer hour 
18.Channel Timer minute
18.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr)
18.Channel Pulse (all.. for..) all (< 100=min / > 100=hr / > 200=days)
18.Channel analogue-Input Setvalue  
18.Channel Pulse (all.. for..) active-time (< 100=sec / > 100=min / > 200=hr)
18.Channel actual value > / < analogue-Input Setvalue (0 = < /1 = >)
18.Channel hysteresis (difference On/Off analogue-Input Setvalue / actual value)
19.Channel Function_______________ Timer hour 
19.Channel Timer minute
19.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr)
19.Channel Pulse (all.. for..) all (< 100=min / > 100=hr / > 200=days)
19.Channel analogue-Input Setvalue  
19.Channel Pulse (all.. for..) active-time (< 100=sec / > 100=min / > 200=hr)
19.Channel actual value > / < analogue-Input Setvalue (0 = < /1 = >)
19.Channel hysteresis (difference On/Off analogue-Input Setvalue / actual value)
20.Channel Function_______________ Timer hour 
20.Channel Timer minute
20.Channel Pulse active-Time (< 100=sec / > 100=min / > 200=hr)
20.Channel Pulse (all.. for..) all (< 100=min / > 100=hr / > 200=days)
20.Channel analogue-Input Setvalue  
20.Channel Pulse (all.. for..) active-time (< 100=sec / > 100=min / > 200=hr)
20.Channel actual value > / < analogue-Input Setvalue (0 = < /1 = >)
20.Channel hysteresis (difference On/Off analogue-Input Setvalue / actual value)
1.Channel Function_______________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204
1.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204)
1.Channel type (= 0V;1=°C;2=%;3=A;5=Gen.Start; > 10=Alarm; >20=Interlock; >30=Impuls; >40=load Shedding
1.Channel Output 1,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
1.Channel Input 2 O.K. = 0 or 1?
1.Channel Output 2,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
1.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr)
1.Channel Delay off (< 100=sec / > 100=min / > 200=hr)
1.Channel On (=1), / Off (=0)
1.Channel delay time next alarm 
2.Channel Function_______________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204
2.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204)
2.Channel type (= 0V;1=°C;2=%;3=A;5=Gen.Start; > 10=Alarm; >20=Interlock; >30=Impuls; >40=load Shedding
2.Channel Output 1,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
2.Channel Input 2 O.K. = 0 or 1?
2.Channel Output 2,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
2.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr)
2.Channel Delay off (< 100=sec / > 100=min / > 200=hr)
2.Channel On (=1), / Off (=0)
2.Channel delay time next alarm 
3.Channel Function_______________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204
3.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204)
3.Channel type (= 0V;1=°C;2=%;3=A;5=Gen.Start; > 10=Alarm; >20=Interlock; >30=Impuls; >40=load Shedding
3.Channel Output 1,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
3.Channel Input 2 O.K. = 0 or 1?
3.Channel Output 2,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
3.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr)
3.Channel Delay off (< 100=sec / > 100=min / > 200=hr)
3.Channel On (=1), / Off (=0)
3.Channel delay time next alarm 
4.Channel Function_______________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204
4.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204)
4.Channel type (= 0V;1=°C;2=%;3=A;5=Gen.Start; > 10=Alarm; >20=Interlock; >30=Impuls; >40=load Shedding
4.Channel Output 1,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
4.Channel Input 2 O.K. = 0 or 1?
4.Channel Output 2,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
4.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr)
4.Channel Delay off (< 100=sec / > 100=min / > 200=hr)
4.Channel On (=1), / Off (=0)
4.Channel delay time next alarm 
5.Channel Function_______________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204
5.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204)
5.Channel type (= 0V;1=°C;2=%;3=A;5=Gen.Start; > 10=Alarm; >20=Interlock; >30=Impuls; >40=load Shedding
5.Channel Output 1,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
5.Channel Input 2 O.K. = 0 or 1?
5.Channel Output 2,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
5.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr)
5.Channel Delay off (< 100=sec / > 100=min / > 200=hr)
5.Channel On (=1), / Off (=0)
5.Channel delay time next alarm 
6.Channel Function_______________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204
6.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204)
6.Channel type (= 0V;1=°C;2=%;3=A;5=Gen.Start; > 10=Alarm; >20=Interlock; >30=Impuls; >40=load Shedding
6.Channel Output 1,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
6.Channel Input 2 O.K. = 0 or 1?
6.Channel Output 2,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
6.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr)
6.Channel Delay off (< 100=sec / > 100=min / > 200=hr)
6.Channel On (=1), / Off (=0)
6.Channel delay time next alarm 
7.Channel Function_______________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204
7.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204)
7.Channel type (= 0V;1=°C;2=%;3=A;5=Gen.Start; > 10=Alarm; >20=Interlock; >30=Impuls; >40=load Shedding
7.Channel Output 1,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
7.Channel Input 2 O.K. = 0 or 1?
7.Channel Output 2,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
7.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr)
7.Channel Delay off (< 100=sec / > 100=min / > 200=hr)
7.Channel On (=1), / Off (=0)
7.Channel delay time next alarm 
8.Channel Function_______________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204
8.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204)
8.Channel type (= 0V;1=°C;2=%;3=A;5=Gen.Start; > 10=Alarm; >20=Interlock; >30=Impuls; >40=load Shedding
8.Channel Output 1,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
8.Channel Input 2 O.K. = 0 or 1?
8.Channel Output 2,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
8.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr)
8.Channel Delay off (< 100=sec / > 100=min / > 200=hr)
8.Channel On (=1), / Off (=0)
8.Channel delay time next alarm 
9.Channel Function_______________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204
9.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204)
9.Channel type (= 0V;1=°C;2=%;3=A;5=Gen.Start; > 10=Alarm; >20=Interlock; >30=Impuls; >40=load Shedding
9.Channel Output 1,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
9.Channel Input 2 O.K. = 0 or 1?
9.Channel Output 2,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
9.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr)
9.Channel Delay off (< 100=sec / > 100=min / > 200=hr)
9.Channel On (=1), / Off (=0)
9.Channel delay time next alarm 
10.Channel Function_______________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204
10.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204)
10.Channel type (= 0V;1=°C;2=%;3=A;5=Gen.Start; > 10=Alarm; >20=Interlock; >30=Impuls; >40=load Shedding
10.Channel Output 1,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
10.Channel Input 2 O.K. = 0 or 1?
10.Channel Output 2,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
10.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr)
10.Channel Delay off (< 100=sec / > 100=min / > 200=hr)
10.Channel On (=1), / Off (=0)
10.Channel delay time next alarm 
11.Channel Function_______________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204
11.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204)
11.Channel type (= 0V;1=°C;2=%;3=A;5=Gen.Start; > 10=Alarm; >20=Interlock; >30=Impuls; >40=load Shedding
11.Channel Output 1,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
11.Channel Input 2 O.K. = 0 or 1?
11.Channel Output 2,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
11.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr)
11.Channel Delay off (< 100=sec / > 100=min / > 200=hr)
11.Channel On (=1), / Off (=0)
11.Channel delay time next alarm 
12.Channel Function_______________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204
12.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204)
12.Channel type (= 0V;1=°C;2=%;3=A;5=Gen.Start; > 10=Alarm; >20=Interlock; >30=Impuls; >40=load Shedding
12.Channel Output 1,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
12.Channel Input 2 O.K. = 0 or 1?
12.Channel Output 2,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
12.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr)
12.Channel Delay off (< 100=sec / > 100=min / > 200=hr)
12.Channel On (=1), / Off (=0)
12.Channel delay time next alarm 
13.Channel Function_______________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204
13.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204)
13.Channel type (= 0V;1=°C;2=%;3=A;5=Gen.Start; > 10=Alarm; >20=Interlock; >30=Impuls; >40=load Shedding
13.Channel Output 1,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
13.Channel Input 2 O.K. = 0 or 1?
13.Channel Output 2,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
13.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr)
13.Channel Delay off (< 100=sec / > 100=min / > 200=hr)
13.Channel On (=1), / Off (=0)
13.Channel delay time next alarm 
14.Channel Function_______________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204
14.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204)
14.Channel type (= 0V;1=°C;2=%;3=A;5=Gen.Start; > 10=Alarm; >20=Interlock; >30=Impuls; >40=load Shedding
14.Channel Output 1,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
14.Channel Input 2 O.K. = 0 or 1?
14.Channel Output 2,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
14.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr)
14.Channel Delay off (< 100=sec / > 100=min / > 200=hr)
14.Channel On (=1), / Off (=0)
14.Channel delay time next alarm 
15.Channel Function_______________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204
15.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204)
15.Channel type (= 0V;1=°C;2=%;3=A;5=Gen.Start; > 10=Alarm; >20=Interlock; >30=Impuls; >40=load Shedding
15.Channel Output 1,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
15.Channel Input 2 O.K. = 0 or 1?
15.Channel Output 2,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
15.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr)
15.Channel Delay off (< 100=sec / > 100=min / > 200=hr)
15.Channel On (=1), / Off (=0)
15.Channel delay time next alarm 
16.Channel Function_______________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204
16.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204)
16.Channel type (= 0V;1=°C;2=%;3=A;5=Gen.Start; > 10=Alarm; >20=Interlock; >30=Impuls; >40=load Shedding
16.Channel Output 1,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
16.Channel Input 2 O.K. = 0 or 1?
16.Channel Output 2,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
16.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr)
16.Channel Delay off (< 100=sec / > 100=min / > 200=hr)
16.Channel On (=1), / Off (=0)
16.Channel delay time next alarm 
17.Channel Function_______________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204
17.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204)
17.Channel type (= 0V;1=°C;2=%;3=A;5=Gen.Start; > 10=Alarm; >20=Interlock; >30=Impuls; >40=load Shedding
17.Channel Output 1,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
17.Channel Input 2 O.K. = 0 or 1?
17.Channel Output 2,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
17.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr)
17.Channel Delay off (< 100=sec / > 100=min / > 200=hr)
17.Channel On (=1), / Off (=0)
17.Channel delay time next alarm (in min) 
18.Channel Function_______________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204
18.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204)
18.Channel type (= 0V;1=°C;2=%;3=A;5=Gen.Start; > 10=Alarm; >20=Interlock; >30=Impuls; >40=load Shedding
18.Channel Output 1,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
18.Channel Input 2 O.K. = 0 or 1?
18.Channel Output 2,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
18.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr)
18.Channel Delay off (< 100=sec / > 100=min / > 200=hr)
18.Channel On (=1), / Off (=0)
18.Channel delay time next alarm (in min) 
19.Channel Function_______________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204
19.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204)
19.Channel type (= 0V;1=°C;2=%;3=A;5=Gen.Start; > 10=Alarm; >20=Interlock; >30=Impuls; >40=load Shedding
19.Channel Output 1,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
19.Channel Input 2 O.K. = 0 or 1?
19.Channel Output 2,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
19.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr)
19.Channel Delay off (< 100=sec / > 100=min / > 200=hr)
19.Channel On (=1), / Off (=0)
19.Channel delay time next alarm (in min) 
20.Channel Function_______________ Input 1 (analogue Input). 1-15; Digital Inp.01-108; Radio 201-204
20.Channel Input 2 (Interlock Outp). 1-20; Analogue Inp.51-66; Digital Inp.101-108; Radio 201 -204)
20.Channel type (= 0V;1=°C;2=%;3=A;5=Gen.Start; > 10=Alarm; >20=Interlock; >30=Impuls; >40=load Shedding
20.Channel Output 1,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
20.Channel Input 2 O.K. = 0 or 1?
20.Channel Output 2,2-7= relay; 1 u.8-14=transistor; 15=Relay NimH; 16=Teleph; 17-20=virt.Outp
20.Channel Delay on Act </> Set (< 100=sec / > 100=min / > 200=hr)
20.Channel Delay off (< 100=sec / > 100=min / > 200=hr)
20.Channel On (=1), / Off (=0)
20.Channel delay time next alarm (in min) 
