3.2 Table of Parameters

The table below includes all the 2N^® Lift1 programming functions.

Table of Parameters

Par. No.	Parameter name	Range of values	Default value	Note	Info
011	ALARM button memory 1	up to 16 digits: 0–9	empty	Enter , and ' p' for a 3-second pause while programming via the 2N^® Lift 1 Service Tool or using parameter 017.
012	ALARM button memory 2	up to 16 digits: 0–9	empty
013	ALARM button memory 3	up to 16 digits: 0–9	empty
014	ALARM button memory 4	up to 16 digits: 0–9	empty
015	ALARM button memory 5	up to 16 digits: 0–9	empty
016	ALARM button memory 6	up to 16 digits: 0–9	empty
017	Insert specific character in ALARM memory
018	Count of automatic dialling cycles for ALARM	0–9	3	If 0 is set, only the first number in the memory is called regardless of the count of stored numbers.
021	Button 2 memory 1	up to 16 digits: 0–9		Enter , and ' p' for a 3-second pause while programming via the 2N^® Lift1 Service Tool or using parameter 027. If the memories are not filled, no fall to memories 011–016 occurs.
022	Button 2 memory 2	up to 16 digits: 0–9
023	Button 2 memory 3	up to 16 digits: 0–9
024	Button 2 memory 4	up to 16 digits: 0–9
025	Button 2 memory 5	up to 16 digits: 0–9
026	Button 2 memory 6	up to 16 digits: 0–9
027	Insert specific character in button 2 memory
028	Count of automatic dialling cycles for button 2	0–9		If 0 is set, only the first number in the memory is called regardless of the count of stored numbers.
071	Checking call memory 1	up to 16 digits: 0–9	empty	Enter , and ' p' for a 1-second pause while programming via a PC (use 2N^® Lift 1 Service Tool).
072	Checking call memory 2	up to 16 digits: 0–9	empty
073	Checking call memory 3	up to 16 digits: 0–9	empty
074	Checking call memory 4	up to 16 digits: 0–9	empty
075	Checking call memory 5	up to 16 digits: 0–9	empty
076	Checking call memory 6	up to 16 digits: 0–9	empty
077	Insert specific character in check call memory
078	Count of automatic dialling cycles for check call	0–9	3	If 0 is set, only the first number in the memory is called regardless of the count of stored numbers.
081	Operational call memory 1	up to 16 digits: 0–9	empty	Enter , and ' p' for a 1-second pause while programming via a PC (use 2N^® Lift 1 Service Tool).
082	Operational call memory 2	up to 16 digits: 0–9	empty
083	Operational call memory 3	up to 16 digits: 0–9	empty
084	Operational call memory 4	up to 16 digits: 0–9	empty
085	Operational call memory 5	up to 16 digits: 0–9	empty
086	Operational call memory 6	up to 16 digits: 0–9	empty
087	Insert specific character in operational call memory
088	Count of automatic dialling cycles for operational call	0–9	3	If 0 is set, only the first number in the memory is called regardless of the count of stored numbers.
111	Confirmation mode for number 1 (ALARM)	1–6	1	1 = loud with confirmation 2 = silent with confirmation 3 = loud without confirmation 4 = CPC Antenna support 5 = CPC Kone support 6 = P100 support If the ringback tone is detected and stops before the selected count of cycles is expired (parameter 954) in the Automatic dialling without confirmation mode (3), the call is considered successful.
112	Confirmation mode for number 2 (ALARM)	1–6	1
113	Confirmation mode for number 3 (ALARM)	1–6	1
114	Confirmation mode for number 4 (ALARM)	1–6	1
115	Confirmation mode for number 5 (ALARM)	1–6	1
116	Confirmation mode for number 6 (ALARM)	1–6	1
121	Confirmation mode for number 1 (button 2)	1–6	1
122	Confirmation mode for number 2 (button 2)	1–6	1
123	Confirmation mode for number 3 (button 2)	1–6	1
124	Confirmation mode for number 4 (button 2)	1–6	1
125	Confirmation mode for number 5 (button 2)	1–6	1
126	Confirmation mode for number 6 (button 2)	1–6	1
171	Confirmation mode for number 1 (checking call)	1–6	2
172	Confirmation mode for number 2 (checking call)	1–6	2
173	Confirmation mode for number 3 (checking call)	1–6	2
174	Confirmation mode for number 4 (checking call)	1–6	2
175	Confirmation mode for number 5 (checking call)	1–6	2
176	Confirmation mode for number 6 (checking call)	1–6	2
181	Confirmation mode for number 1 (operational call)	4–6	6	4 = CPC Antenna support 5 = CPC Kone support 6 = P100 support 7 = CPC Antenna 2N Ext support 8 = CPC 2N Ext Kone support 9 = P100 2N Ext support
182	Confirmation mode for number 2 (operational call)	4–6	6
183	Confirmation mode for number 3 (operational call)	4–6	6
184	Confirmation mode for number 4 (operational call)	4–6	6
185	Confirmation mode for number 5 (operational call)	4–6	6
186	Confirmation mode for number 6 (operational call)	4–6	6
810	Time until the next checking call is activated.	hhhmmss		Voice menu reads the value in the format of hours, minutes and seconds (hhhmmss). It indicates when will be the next checking call activated.	From version 1.6.2
811	Manual activation of checking call	insert service password		Having entered the service password, you can hear a short permanent tone (service received). The checking call is set up the moment programming is completed. Just press * for confirmation instead of entering the password in versions 2.0.9.0.17 and higher.	From version 2.0.0
850	User profile	1–19	1	Customer versions with pre-defined parameter values. DTMF parameter. The command accepts both one-digit and two-digit codes to ensure backward compatibility.	From version 2.1.0
875	Message options	2 digits	55	1st digit = message that is repeated after number dialling 2nd digit = message that is played after connection confirmation and call end The meanings of the digits are as follows: 0 = silence 1 = play user message recorded via parameter 872 2 = read identification – parameter 974 3 = combine options 1 + 2 4 = send identification by DTMF 5 = message as specified in parameter 877 (after confirmation according to parameter 876) 6 = combine options 5 + 2 7 = confirmation tone (after confirmation only) 44 = DTMF message is not sent until the connection is confirmed	From version 2.0.0 – parameter number change
876	Call confirmation and call end message language selection	0–99	1	0 = 1 = Default product version language (Position 1 includes the Chinese language in the Chinese product version.) 2 = English 3 = French 4 = German 5 = Spanish 6 = Polish 7 = Czech 8 = Portuguese 9 = Dutch 10 = Slovak 11 = Russian 12 = Turkish 13 = Italian 14* to 99 = silence *14 = Latvian (in the English product version only) Note Refer to Subs. 4.2 for the list of voice messages.	From version 2.0.0 – parameter number change From version 2.1.0 – range change
877	Outgoing call message selection	0–99	1
890	Reset	insert service password		Lift1 is reset once the service password is entered and programming is completed. This does not affect the checking call timing. Just press * for confirmation instead of entering the password in versions 2.0.9.0.17 and higher.
891	Switch password memory 1	up to 16 digits: 0–9	11	Passwords for switch activation during a call
892	Switch password memory 2		empty
893	Switch password memory 3		empty
894	Switch password memory 4		empty
895	Switch password memory 5		empty
896	Switch password memory 6		empty
897	Switch activation time	0–10 s	9 s	0 = switch is disabled
900	Insert specific character in dial-in-prefix
901	Dial-in prefix	up to 16 digits	empty	The dial-in prefix is included at the beginning of all the numbers dialled to a PSTN line.	From version 2.0.0
903	DTMF tone duration			Define the DTMF tone duration (ms). Each tone is followed by a pause of the same length.	From version 1.6.2
904	Dialling type	0–1	0	0 = tone 1 = pulse 40/60	From version 2.0.0 - parameter number change
911	Number of ringings until incoming call answering	1–99	2	Define the off-hook moment during ringing.
912	Maximum call duration	0–990 s	120 s	0 = unfinished call The call can be extended by a command for extension of the call (DTMF 4 or *).	1.4.0 - range change
913	Seizure timeout	10–990 s	60 s	Set the maximum period of time for the control centre staff to answer the call and send confirmation, otherwise 2N^® Lift1 hangs up and dials the next number. Counted from the end of dialling.
914	Delayed calling	0–100 s	0 s	Applied only if the CANCEL input is connected.
916	CANCEL input inversion	0–1	0	0 = contact closed (or voltage present) at open door 1 = contact closed (or voltage present) at closed door
917	Hang-up timeout between calls	5500–9999 ms	5500 ms		From version 2.0.0 - parameter number change
920	Alarm button mode	0–2	0	0 – Normally Open contact type 1 – Normally Close contact type 2 – Auto detection (autodetection is performed during upcoming boot of the product, the parameter value is changed to the type detected)	From version 2.0.0
921	Alarm button push signaling	0–1	0	The alert tone will be played when the button is pressed for the period of time set by parameter 962, ie before the alarm call is initiated 0 = OFF 1 = Alert tone 2 = Switch 3 = Alert tone + Switch
925	Button 2 mode	0–2	0	0 – Normally Open contact type 1 – Normally Close contact type 2 – Auto detection (autodetection is performed during upcoming boot of the product, the parameter value is changed to the type detected)	From version 2.0.6.0.13
933	Receiving volume (speaker)	0–22	16	22/25 = maximum volume (0 dB) 0 = minimum volume (−16 dB)
934	Transmitting volume (microphone)	0–25	16
935	Message volume	0–22	16
941	Min. continuous tone time	200–9999 ms	7000 ms	If the tone is longer, 2N^® Lift1 hangs up.
942	Min. busy tone period	100–500 ms	100 ms	Use these parameters to adjust the busy tone detection.
943	Max. busy tone period	100–2500 ms	1200ms
944	Max. tone - space different of busy tone	10–400 ms	50 ms
945	Min. count of busy tone periods	2–50	5
948	Min. ringback tone time	50–2000 ms	500 ms	For outgoing call detection: The ringback tone time is a time interval before the long gap. The longest ringing period gap must be in the interval between parameters 949 and 950.
949	Min. ringback tone long space time	100–5000 ms	1000 ms
950	Max. ringback tone long space time	500–9999 ms	5500 ms
951	Min. ring tone time	50–2000 ms	500 ms	For incoming call detection: The ringtone time is the sum of sections between which there is no long gap. The longest ringing period gap must be in the interval between parameters 952 and 953.
952	Min. ring tone long space time	100–5000 ms	1000 ms
953	Max. ring tone long space time	500–9999 ms	6000 ms
954	Count of ringing periods	1–99	10	Count of ringing periods for alarm/checking call. 2N^® Lift1 hangs up after this count and dials the next number if Automatic dialling is enabled. Applied only in confirmation modes 1, 2, 3.
955	Ringing periods for checking calls	1-99	10		From version 1.6.2
961	Max. timeout for pressing the next digit	5–120 s	10 s	For password entering
962	Min. time of pressing ALARM button	100–9999 ms	3000 ms	Applies to the ALARM button and button 2.
963	Min. time of pressing button to trigger forced/test alarm	0–30 s	0	Minimum time in seconds the alarm button needs to be pressed to activate the forced/test alarm. This alarm bypass the cancel contact status. 0 = disabled	From version 1.7.0.7.3
964	Min. ALARM button long press time	0–30 s	0	Minimum button long press time. The function starts calling in the first cycle starting from par. 012 and keeps calling as usual from par. 011 in the next cycles (if par. 011 is only set, the function is not activated). 0 = function deactivated Caution Unless the following conditions are met, the proper functionality cannot be guaranteed: The value must be higher than that of par. 962. The value must be lower than that of par. 963 if the parameter is active (non-zero). The time gap between the values of pars. 962, 963 and 964 must be a few seconds.	From version 2.2.0.0.1
965	Privacy mode	0–24 hours	0	Privacy mode allows muting of the microphone on the 2N^® Lift1. Possible setting of this parameter when the rescue mode is used are: 0 = Two way audio enabled only when the rescue mode is active. 1–24 = Two way audio enabled when the rescue mode is active and during a time window after a successful alarm call. After this time, the microphone on the unit is muted. 25 = Two way audio enabled always.	From version 2.0.0 – function change
966	Rescue process	0-4	0	0 = disable 1 = end the rescue process by button 2 2 = end the rescue process by password 3 = end the rescue process by button 2 or rescue password	From version 1.6.4
967	Disable/enable event after rescue process end	0–1	0	0 = disabled 1 = enabled After the rescue process end, a call is set up to the operational call memory number (081–086). The call should be routed primarily to the 2N^® Lift8 server and automatically answered. This type of call is processed automatically via the CPC Antenna, CPC KONE or P100 protocol.	From version 1.7.0
968	Disable/enable EG battery error reporting	0–1	0	0 = disabled 1 = enabled 2N® EasyGate transmits information on low or defective batteries to 2N^® Lift1. 2N® Lift1 sets up a call to the operational call memory number (081–086). The call should be routed primarily to the 2N^® Lift8 server and automatically answered. This type of call is processed automatically via the CPC Antenna, CPC KONE or P100 protocol.
969	ALARM button test	0–9999s	0	0 = no test 1–9999 = closing time after which a button is considered jammed If a button is evaluated as jammed, a call is set up to the operational call memory number (081–086). The call should be routed primarily to the 2N^® Lift8 server and automatically answered. This type of call is processed automatically via the CPC Antenna, CPC KONE or P100 protocol.
970	External gateway	0-1	0	Consumption from on-hook telephone line allowed	From version 2.0.0.0.5
871	Count of message repetitions	0–9	3	There is a 3-second space between two announcements.	From version 2.0.0 – parameter number change
872	Message recording	0–24 s	empty	User announcement recording function, can be used for lift identification.	From version 2.0.0 – parameter number change
974	Intercom identification number	up to 16 digits: 0–9	empty	Numeric lift identification



981	Checking call	0–7	0	0 = disabled 1 = enabled, first call in 3 minutes and then as set in parameter 983 2 = enabled, first call in 2 hours and then as set in parameter 983 3 = enabled, call as set in parameter 983 4 = enabled, call on the nearest day set in parameter 986 5 = enabled, first call in 3 minutes and then as set in parameter 986 6 = enabled, first call in 3 minutes and then as set by the server during the call 7 = enabled, first call is made according to the second character of parametr 011 times 2 minutes and then as set in parametr 983
982	Check call interval	hhmmhhmm	00002359	Set announcements for lower traffic (lower tariff) time, generated at random in the set time interval.
983	Check call period	0–100 days	3 days	0 = disabled (setting parameter 981 to 0 has the same effect), the value will be applied if parameter 981 is set to 1, 2, 3 or 7.
984	Time setting	hhmm		Read the current time setting and set a new value if necessary.
985	Data setting	RRMMDD		Read the current date setting and set a new value if necessary.
986	Days of week for checking call	mtwtfss	0000000	Values for Mon, Tue, Wed, Thu, Fri, Sat, Sun: 0 = do not call 1 = call Example: 1000100 = the check call will be made on Mondays and Fridays.
987	LED signalling according to EN 81-28	0–1	1	0 = disabled 1 = enabled (Yellow LED permanently on during an Alarm Call, Yellow and green LED flashing alternately after an unsuccessful checking call)
991	Programming Menu password	up to 16 digits: 0–9	12345	Change the default programming password for access to the programming mode via a voice menu and for full initialisation.
992	Set the rescue termination password	up to 16 digits: 0–9	empty	Set the rescue terminating password.
995	SW identification			Read the SW version. Writing is not allowed.
996	User message deletion			Delete the user message recorded via parameter 872.
997	Switch 1+2 password initialisation	insert service password		Set the default passwords (11) for switches 1. Re-enter the service password to avoid unintentional deletion of the 2N^® Lift1 switch passwords.
998	Dialling memory deletion for all buttons	insert service password		Delete all the memories (ALARM, button 2, check call memories). Re-enter the service password to avoid unintentional deletion of the 2N^® Lift1 memories.
999	Full initialisation (including service password)	insert service password		Set the 2N^® Lift1 factory values. Re-enter the service password to avoid unintentional deletion of 2N^® Lift1.

Note

Being independent of power supply, the used memory is capable of keeping data for 10 years at least unless 2N^® Lift1 is damaged electrically.