Alarm-sytem
Nr Description	
1 Delay active Time to leave the Alarm-System after activation; Preset30 sec 	
2 Delay deactivate Time to deactivate the Alarm-System after coming back home; Preset30 sec	
3 Send SMS in case of an Alarm: 0=off ; 1=on	
4 Receive SMS for to switch any of the Relays by SMS from Remote; see list below for the SMS-Text you have to send; 0=off; 1=on	
5 Radio-Transmitter If you have Radio-Sensors, activate the function in here. Radio-Sensors are channel 21-36	
6 ext. deactivate if you want to deactivate the Alarm with an external Switch. 0=off; 1-28 = Channel-Number. So it can be any Analog or Digital Input, wiring like the Sensors
7 Code Alarm off Password for to switch off the Alarm; 0=Function disabled	
8 Code Data Input Password for to change the Settings; 0=Function disabled	
9 Language English or German; 0=German, 1=English	
10 Time Horn on	Time Horn is on after Alarm; ; Standard: 30 sec	
11 Pulse-Dialing 0=DTMF(Tone)-Dialing ; 1=Pulse-Dialing	
12 Level Mic Alarm Level for Noise-Alarm; ; Standard: 5	
13 Time Beep Time Beep in Telephone after Alarm; Preset: 15 sec	
14 Time Hear Time Hearing at the Telephone; Preset: 15 sec	
15 Time Speak Time Speaking at the Telephone; Preset: 15 sec	
16 Time Switch Time Switching at the Telephone; Preset: 15 sec	
17 Time Lamp on	Time external Lamp on after Alarm; Preset: 180 sec	
18 ext. Panic Switch	Activate external Panic-Switch. The contact is at Input Digital 1 (Pin 47 and 48) like Sensor 11. 0=off; 1=on;
19 Time next Alarm	Time between two Alarms in min (0-255); Preset: 5 min	
20 Charging Voltage Lead Battery	Voltage Charging: Voltage to charge the Lead-Battery if connected (Preset 13,7V) and activated (Parameter 37)	
21 Max.Alarms/hour Max. Number of Alarms in one hour	
22 Country-Code	Note: for Germany (49) you have to type 94!; same for other countries!	
23 Alarms in EPROM Should the Alarms be stored in EEPROM?	
24 Reset all Data All Datas are set to PresetSettings (= 1)	
25 Number of NimH-Cells	If you have a NiCd-Backup, then you can enter the number of cells in here. 	
26 Nicd/NimH Selection	Select Battery-Type Nicd/NimH	
27 Capacity NimH	Here you Input the “mAh-Value” of one cell of the NiCd/NimH-cells you want to load. You find it printed on the batteries. 	
28 Analog Input-Type Type 0: Voltage;Type 1: 10 K NTC Temperature-Sensor Type 2: 4,7 K NTC; Type 3: linear; Type 4: free Type 5: NimH-V
29 Analog Range Start	If you select Type 4 in Parameter 28 you can setup the Range by Parameter 29-32; 
30 Analog Range End	Here you enter the End-value	
31 Raw Start	Raw-Value Start reads the value in Menu 8 for the according Start-Value	
32 Raw End	Raw-Value End reads the value in Menu 8 for the according End-Value	
33 Number of channels	Here you can define the active number of channels in Menu 4. Maximal is 20. Good option to for testing just one channel	
34 Number for Simulation	Here you can select any Input for to Setup a Simulation-Value in Parameter 57. Analog (1-15) or Digital (101-108) or Radio-Sensor (201-206)	
35 Simulation-Value	Here you Set the Simu-Value of the Input selected in Parameter 56	
36 Factor for Simu with Regulator	If you Simulate the value with the Regulator, you can give a factor here for better testing	
37 Lead Battery charge	If you have a lead-Battery connected for charging you can activate charging here with “1”. Charging voltage at Parameter 20	
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