ID no	Parameter Name	Purpose	Values	Default	Unit	Related options	Type	Note
1	CAR CALL DWELL TIME	Door open dwell time	1..254	5	1 s		BYTE	UI menu 1-10
2	LDG DOOR TIME ADD	Door open dwell time addition when landing call is registered	0..254	1	1 s		BYTE	UI menu 7-6
3	MAIN FLOOR TIME ADD	Door  open dwell time addition at main floor	0..254	0	1 s		BYTE	UI menu 7-7
4	REOPEN TIME	Door  open dwell time when door is reopened	0.. 254	20	100 ms		BYTE	UI menu 1-11
5	QCC REMAIN TIME	Door open dwell time after new car call has been registered	0..254 = maximum open time 255 = option QCC not selected	254	100 ms	QCC	BYTE	UI menu 1-15
6	ENSURED DOOR TIME	Ensured door open time after photocell break	0..254	20	100 ms		BYTE	UI menu 1-16
7	PHOTO FOR OPEN	Select if closing door is reopened by photocell	0 = photocell does not reopen closing door 1 = photocell reopens door (SRC R)	1		SRC R**	BYTE
8	QC BY PHOTOCELL ALLOWED	Determine if photocell is used to shorten door open time	0 = photocell does not shorten door open time (SRC H**) 1 = door  open time is shortened by photocell	1		SRC H**	BYTE	UI menu 1-17
9	MAIN FLOOR	Define the main entrance floor	Lowest floor..highest floor	1			BYTE	UI menu 1-1
10	PARK ALLOWED	Define if the lift can participate group parking	bit1 = lift is allowed to park to floor defined by parameters of lift 1 bit2 = lift is allowed to park to floor defined by parameters of lift 2 bit3 = lift is allowed to park to floor defined by parameters of lift 3 bit4 = lift is allowed to park to floor defined by parameters of lift  4 bit5 = lift is allowed to park to floor defined by parameters of lift 5 bit6 = lift is allowed to park to floor defined by parameters of lift  6 0 = parking not allowed 3fh = parking allowed (to any parking floor)	0		PAM, PAR, PAS	BYTE, bit coded	UI menu 1-33
11	PARK DELAY	Delay before vacant lift is parked	0..254 Recommended values 5,15,30,60	30	1 s	PAM, PAR, PAS	BYTE	UI menu 1-32
12	PARK DOOR	Define door side at parking	1 = A-side 2 = B-side 3 = both sides	0		PAM, PAR, PAS	BYTE	UI menu 1-31
13	PARKING FLOOR	Define parking floor for PAM or PAS, and define default parking floor for parking zone	0 = no parking defined 1..63 = parking floor PAR only: 0 = use low limit floor of parking zone as the default floor	0		PAM, PAS, PAR	BYTE	UI menu 1-30
14	PAD ALLOWED	Select parking at predefined floor	0 = no PAD 1 = PAD selected	0		PAD	BYTE	UI menu 1-33
15	EPD FULL SERVICE ENABLED	Define if elevator is allowed to operate on normal service under emergency power	0 = lift is not allowed to go to normal service on EPD 1 = lift is allowed to go to normal service on EPD	255		EPD, EPS	BYTE	UI menu 7-45
16	FIELD PAR 2	Free parameter  for C-process purposes	0..254	V1: 255 V2: 255 NA: 0			BYTE
17	RETURN ORDER	Define in which order elevators are returned to evacuation floor on EPD	0..8 = lift number 254 = none	V1: 0xfe, 0xfe, 0xfe, 0xfe, 0xfe, 0xfe, 0xfe, 0xfe V2: 0xfe, 0xfe, 0xfe, 0xfe, 0xfe, 0xfe, 0xfe, 0xfe NA: 0, 1, 2, 3, 4, 5, 6, 7		EPD, EPS	BYTE table	UI menu 7-49
18	FCC ALLOWED	Define if false car call canceling is used	0 = no false car call canceling 1 = false car call cancel by counting stops (FCC C) 2 = false car call cancel by measuring load (FCC L)	V1: 0 V2: 0 NA: 1		FCC	BYTE	UI menu 1-41
19	OPPOSITE CC ALLOWED	Define if car calls behind collection direction are accepted	0 = car calls not accepted behind the reserved direction of the car 1 = car calls accepted regardless the direction	1		CCB	BYTE	UI menu 1-40
20	LCC ALLOWED	Select landing call cross coupling	0 = no landing call cross coupling 1 = landing call cross coupling selected	1		LCC	BYTE
21	HIGHEST FLOOR	Define the highest floor of the elevator	1..63	NC: 8 V1: 16 V2: 3 NA: 16		FET	BYTE	In LCE set automatically after setup drive
22	LIFT NUMBER	Define the number of the elevator in the group	0..7	0			BYTE	UI menu 1-50
23	EXT GROUP NUMBER	Define group id for EMC / Elevision	0, 2, 4, 6, .. , 32	0			BYTE	UI menu 1-55
24	FIRE FLOOR	Define the evacuation floor for fireman’s drive	1..63	1		FRD, FID	BYTE	UI menu 1-60
25	FRD OPEN SIDE	Define the door open side at fireman’s evacuation floor	bit1 = open A-door at the main evacuation floor bit2 = open B-door at the main evacuation floor bit5 = open A-door at the alternate evacuation floor bit6 = open B-door at the alternate evacuation floor	0x11		FRD, FID	BYTE, bit coded	UI menu 1-63
26	FID TYPE	Define elevator operation in fire detection	bit1 = doors left open at evacuation floor (FID O) bit2 = unused bit3 = unused bit4 = fire detection whole building (FID A) bit5 = fire detection in machine room (FID M) bit6 = door can be reopened by car call at the evacuation floor bit7 = door can be reopened by landing call at the evacuation floor bit8 = FID feature enabled	0		FID	BYTE, bit coded	UI menu 1-62
27	FRD AREA	Define the type of fireman’s drive	0x00 = not in use 0x11 = Germany, United Arab Emirates 0x12 = Russia 0x13 = Belgium 0x14 = Italy 0x21 = Canada 0x22 = USA 0x31 = Australia 0x32 = New Zealand 0x33 = New Zealand LNZ 0x41 = France 0x42 = United Kingdom 0x43 = Singapore 0x44 = Malaysia 0x45 = Netherlands 0x46 = Saudi Arabia 0x51 = United Kingdom firefighting 0x52 = Hong Kong 0x53 = Asian Pacific 0x61 = Sabiem 0x62 = Sweden, Indonesia 0x63 = Taiwan	V1: 0 V2: 0 NA: 34		FRD, FID	BYTE	UI menu 1-61
28	OSS RETURN FLOOR	Return floor for out of service	0 = OSS not selected 1..63 = number of return floor 253 = main floor	254		OSS	BYTE	UI menu 1-72
29	OSS OPEN SIDE	Select door open side for out of service option	0 = keep doors closed 1 = open A-door 2 = open B-door 3 = open both doors	0		OSS	BYTE	UI menu 1-73
30	EPD RETURN FLOOR	Return floor for emergency power drive	0 = EPD not selected 1..63 = number of return floor 253 = main floor	254		EPD, EPS	BYTE	UI menu 1-64
31	EPD OPEN SIDE	Select door open side for emergency power drive	0 = keep doors closed 1 = open A-door 2 = open B-door 3 = open both doors	0		EPD, EPS	BYTE	UI menu 1-65
32	DOOR TYPE	Define door operator type	10h = ADB 20h = ADC 30h = ADM 40h = ADX 50h = BAUER 60h = BENEMATIC 70h = PANTOGRAPH 80h = GAL 90h = MAC A0h = OTIS B0h = PEELLE C0h = ARMOR D0h = ADV bit1 = swing door opener used bit2 = swing door opener used (automatic operation) bit3 = swing door with gate bit4 = swing door	0xd0			BYTE, bit coded	UI menu 1-23
33	DRIVE TYPE	Define the type of drive unit	28h = V3FLC	0x28			BYTE
34	SED ALLOWED ON LIMITS	Define if the elevator is allowed to drive to bottom and top floors on inspection drive	0 = both pit and top clearance are limited (SED B*) 1 = limited top (SED T*) 2 = limited pit (SED P*) 3 = without limitations (SED W*)	V1: 3 V2: 0 NA: 3		SED	BYTE	UI menu 1-71
35	OFF FLOOR	Time limit for drive time supervision	20..254	40	1 s	DTS	BYTE	Recommended 20..40 (rope elevators),  70..90 (hydraulic elevators) UI menu 4-20 UI menu 7-72
36	OPTIMUM CONTROL	Define the landing call collection type	0 = single button collective 1 = down collective 2 = full collective 3 = push button 4 = push button with memory	NC: 1 V1: 2 V2: 2 NA: 2			BYTE	UI menu 1-2
37	ACL ALLOWED	Select accurate relevelling	0 = no ACL 1 = ACL selected	V1: 255 V2: 0 NA: 255		ACL	BYTE	UI menu 1-12
38	ADO PERMISSION	Select advanced door opening	0 = no ADO 1 = ADO selected	255		ADO	BYTE
39	NUDGING IN USE	Select door nuding	0 = no nudging 1 = nudging selected	NC: 0 V1: 1 V2: 1 NA: 1		NUD	BYTE
40	EMS CPQ RAY FUNCTION	Select emergency stop by photocell	0 = no supervision on the photo cell’s working condition (EMO *N*) 1 = the working condition of photocell is supervised (EMO *S*)	0		EMO	BYTE
41	EMC MEMORY	Define the type of emergency stop device	0 = switch as stop device (EMC E*) 1 = push button as stop device (EMC B*)	0		EMC	BYTE
42	CAR CALL CANCEL	Define if car calls are canceled at emergency stop	0 = car calls are not canceled (EMC *M) 1 = car calls are canceled (EMC *Q)	V1: 1 V2: 1 NA: 0		EMC	BYTE
43	CLOSING LIMIT	The maximum door closing time	2500 (Peelle door operator), 1500 (other door operators)	1500	10 ms		WORD
44	FLICKERING LANTERN	Define if lantern are blinking	0 = lantern are not blinking 1 = lantern are blinking	0		LAL	BYTE
45	CORR DRIVE SELECT	Select correction drive feature	0 = no correction drive 1 = correction drive selected	1		COD	BYTE
46	REO TYPE	Define the type of option REO (reopen by landing call)	0x00 = no REO 0x01 = standard REO 81h = standard REO with only one door opening 52h = REO HK D2h = REO HK with only one door opening	0x81		REO	BYTE
47	PARK LOW LIMIT FLOOR	Define the lowest floor of park area	0 = no park area defined 1..63 = the lowest floor of park area	0		PAR	BYTE
48	PARK HIGH LIMIT FLOOR	Define the highest floor of park area	0 = no park area defined 1..63 = the highest floor of park area	0		PAR	BYTE
49	LOCKING BY INPUT	Define the purpose of locking inputs	bit1 = A-side landing call locking enabled bit2 = A-side car call registration denied bit3 = A-side landing call registration denied bit4 = unused bit5 = B-side landing call locking enabled bit6 = B-side car call registration denied bit7 = B-side landing call registration denied bit8 = unused	0		LOC, LOL	BYTE, bit coded
50	SW NUMBER	Software number	e.g. ( ‘123456’, 0 )	713452			BYTE
51	FAN TIME	Define the time after car fan is automatically switched off	0 = car fan controlled manually (OCV M**) 1..254 = time in minutes (OCV A**)	5	1 min	OCV	BYTE
52	SHAFT BESAM SIDE	Define the door side for automatic swing door opener which is located at landing	0 = no swing door opener at landing 1 = swing door opener at A-side 2 = swing door opener at B-side 3 = swing door opener at both side	0		BDM L*	BYTE
53	GATE TYPE	Define the type of car gate	bit1 = gate closed limit switch used in A-side bit2 = gate closed limit switch used in B-side bit3 = gate opened limit switch used in A-side bit4 = gate opened limit switch used in B-side bit5 = gate can be opened before retiring ramp is released (A-side) bit6 = gate can be opened before retiring ramp is released (B-side) bit7 = gate must be closed before retiring ramp can be closed (A-side) bit8 = gate must be closed before retiring ramp can be closed (B-side	0		CGA, CGM	BYTE, bit coded
54	COMMON RET RAMP	Define is there is only one retiring ramp common for both doors	0 = no common retiring ramp 1 = common retiring ramp for both doors	0			BYTE
55	SLOW CANCEL	Select the canceling point for car and landing calls	0 = car and landing calls cancelled at stopping 1 = landing calls are canceled at deceleration point 2 = car calls cancelled at deceleration point 3 = car and landing calls cancelled at deceleration point	3			BYTE
56	OPENING TIME	Define the length of door opening sequence when there is no door fully open limit	7..254	V1: 0x22 V2: 0x22 NA: 10	100 ms		BYTE
57	EXTENDED REOP TIME	Select door opening with extended door time and define the time	0 = no DOE 1..253 = time in seconds 254 = DOE S	30	1 s	DOE	BYTE
58	NUDGING TYPE	Define the type of door nudging function	1 = standard NUD 21h = NUD CA 22h = NUD US 31h = NUD AU	V1: 0 V2: 0 NA: 0x21		NUD	BYTE
59	GONG TYPE	Define the gong operation	bit1 = gong sounds at deceleration point, A-side (otherwise at stopping) bit2 = gong sounds at deceleration point, B-side (otherwise at stopping) bit3 = twice for down, A-side bit4 = twice for down, B-side bit5 = twice for done made by separate output, not by two pulses NA database: bit1 = gong sounds at deceleration point, A-side (otherwise at stopping) bit2 = gong sounds at deceleration point, B-side (otherwise at stopping) bit3 = twice for down, both sides bit4 = gong sounds when door comes to open limit bit5 = twice for done made by separate output, not by two pulses bit6 = gong is driven by lanterns bit7 = gong is operated always when new hall call is allocated (otherwse only if doors have been closed) bit8 = gong is operated always if direction is reserved (otherwise only with landing call)	31		GOL	BYTE, bit coded
60	LAL TYPE A	Define lantern operation at A-side	bit1 = lantern set at deceleration point (otherwise at stopping) bit2 = if direction is free both lantern are off (otherwise on) bit3 = at main floor when direction is free only up lantern is illuminated bit5 = lantern operate also on PRL mode	7		LAL	BYTE, bit coded
61	LAL TYPE B	Define lantern operation at B-side	bit1 = lantern set at deceleration point (otherwise at stopping) bit2 = if direction is free both lantern are off (otherwise on) bit3 = at main floor when direction is free only up lantern is illuminated bit5 = lantern operate also on PRL mode	7		LAL	BYTE, bit coded
62	ATS TYPE	Define the type of attendant service option	0x80 = No ATS 0x00 = normal ATS 0x52 =ATS HK 0x01 = ATS C 0x22 = ATS NA	0x80		ATS	BYTE
63	SDO IN USE	Select standing door open feature	0 = no SDO 1 = SDO selected	0		SDO	BYTE
64	PARK LIMIT HYDR	Select automatic return drive for hydraulic lifts and define the time limit	0 = no ARH 1..254 = time in minutes.	V1: 15 V2: 15 NA: 0	1 min	ARH	BYTE
65	LOWEST FLOOR	Define the lowest floor of the lift	1..63	1		FEB	BYTE
66	FRD IN USE	Select fireman’s drive feature	0 = no FRD 1 = FRD selected	V1: 0 V2: 0 NA: 1		FRD	BYTE
67	GONG TIME	Define the length of gong output pulse	1..254	0	10 ms	GOL	BYTE
68	START TIME	Define the time needed before lift starts moving		V1: 75 V2: 10 NA: 75	10 ms		BYTE
69	STOP TIME	Define delay after drive task tells to other tasks that the lift has been stopped		40	10 ms		BYTE
70	CAR CALL PREFERENCE TIME	Define the car call preference time	0..254	5	100 ms		BYTE
71	CROSS CONNECTION TIME	Define the cross connection time for landing call cross coupling	0 = no LCC 1..254 = time in seconds.	4	1 s	LCC	BYTE	UI menu 7-21
72	SERIAL NUMBER	The serial number of the elevator	e.g. ( ‘123456’,0 )	#			BYTE
73	OPEN TOO LONG	Define the time after open door is failed if intended to close	3000..12000	6000	10 ms		WORD
74	CLOSE FAIL WAIT	Time to stand doors open after door closing failure	1500..12000	3000	10 ms		WORD
75	OPEN LIMIT PRESENT	Define if there is door fully open limit	0 = no door fully open limit switch 1 = door fully open limit switch in use	V1: 3 V2: 15 NA: 3			BYTE
76	ACL DOORS OPEN ALLOWED	Define if accurate relevelling is allowed doors open	0 = no relevelling doors open (ACL C) 1 = relevelling doors open allowed (ACL B)	1		ACL	BYTE	UI menu 1-97
77	ADF FLOOR	The elevator is automatically dispatched from this floor	0 = no ADF 1..63 = floor number	0		ADF	BYTE
78	ADF RETURN FLOOR	The destination floor for automatic dispatching	0 = system selects the destination floor 1..63 = specified dispatch floor	0		ADF	BYTE
79	CSM TYPE	Select compulsory stopping at main floor	0x00 = no stopping 0xC1 = down direction with normal operation 0xC2 = up direction with normal operation 0xC3 = both directions with normal operation 0xC9 = down direction with security door operation 0xca = up direction with security door operation 0xcb = both directions with security door operation	0		CSM	BYTE
80	SAE TYPE	Select type of safety edge	bit1 = mechanical safety edge (otherwise electronic) bit2 = door reopened by safety edge on FRD phase 1 bit3 = door reopened by safety edge on FRD phase 2	0		SAE	BYTE, bit coded
81	EMS TYPE	Select elevator operation after safety circuit has been broken	bit1 = unused bit2 = unused bit3 = door operation prohibited at emergency stop bit5 = door reopen by emergency stop not allowed on FRD mode bit6 = override emergency stop button on FRD phase 2	V1: 4 V2: 4 NA: 0		EMC, EMH, EMM	BYTE, bit coded
82	FRE FUNCTIONS	Select fast recall function	bits1-6 = recall floor bit7 = open A-door at recall floor bit8 = open B-door at recall floor	0		FRE	BYTE, bit coded
83	PRC TYPE	Select priority call in call option (or freight service in car)	0x00 = no PRC or FSC 0x01 = Normal PRC (PRC K) 0x01 = PRC with impulse and timer (PRC B) 0x12 = Community of indep. states (PRC CS) 0x03 = FSC AU and PRC K 0x7f = PRC T flash card with 3min timeout 0x21 = Canada 0x22 = USA 0x32 = New Zealand	V1: 1 V2: 1 NA: 0x22		PRC, FSC	BYTE
84	EPD WITH LOCKINGS	Define if lockings are operative during emergency power mode	0 = lockings overriden on EPD 1 = lockings operative on EPD	0		EPD, LOC, LOL	BYTE
85	SELECTIVITY	Define if there are separate call buttons for B-side	0 = no separate call buttons on B-side (or only one door) 1 = separate call buttons on B-side (TTC CTS or TTC CTF)	1		TTC	BYTE
86	SHORT FLOORS	Select short floor distance option for hydraulic elevators	SHORT FLOORS(0): 0 = no SFD 1 = SFD selected E.g. if there is short floor distance between floors 4 and 5: SHORT FLOORS(4) = 1 (beginning of short floor distance) SHORT FLOORS(5) = 2 (the end of short floor distance)	0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0		SFD	BYTE table
87	FAN DURING DRIVE	Define if motor fan is on when lift is having drive command	0 = not on when there is drive command 1 = motor fan on always when driving (this value should always be selected)	1			BYTE
88	NORMAL DOWN CALL PERMISSION	Select if elevator is able to serve normal down calls	Change in this parameter will change bits 1-2 in GROUP SECURITY MASK bit1 = A-side down call allowed bit2 = B-side down call allowed	#			WORD table, bit coded
89	PARK OPEN	Select door open or closed parking	0 = park doors open 1 = park doors closed	0		AM, PAS
90	NORMAL UP CALL PERMISSION	Select if elevator is able to serve normal up calls	Change in this parameter will change bits 3-4 in GROUP SECURITY MASK bit1 = A-side up call allowed bit2 = B-side up call allowed	#			WORD table, bit coded
91	EXT DOWN CALL PERMISSION	Select if elevator is able to serve extra down calls	Change in this parameter will change bits 5-6 in GROUP SECURITY MASK bit1 = A-side extra down call allowed bit2 = B-side extra down call allowed	#		FEB	WORD table, bit coded
92	EXT UP CALL PERMISSION	Select if elevator is able to serve extra up calls	Change in this parameter will change bits 7-8 in GROUP SECURITY MASK bit1 = A-side extra up call allowed bit2 = B-side extra up call allowed	#		FET	WORD table, bit coded
93	PRL HIGH PERMISSION	Select if elevator is able to serve PRL H / HEL calls	Change in this parameter will change bits 15-16 in GROUP SECURITY MASK bit1 = A-side PRL H call allowed bit2 = B-side PRL H call allowed	#		PRL H, HEL	WORD table, bit coded
94	PRL LOW PERMISSION	Select if elevator is able to serve PRL L calls	Change in this parameter will change bits 13-14 in GROUP SECURITY MASK bit1 = A-side PRL L call allowed bit2 = B-side PRL L call allowed	#		PRL L	WORD table, bit coded
95	OPENING LIMIT	Time to wait for door fully open limit when opening the door	2500 for Peelle door 1500 for other door operators	1500	10 ms		WORD
96	PRL LOW LIFTS ALLOWED	Define the maximum number of elevators simultaneously on PRL L mode	1..8	V1: 8 V2: 8 NA: 2		PRL L	BYTE
97	PRL HIGH LIFTS ALLOWED	Define the maximum number of elevators simultaneously on PRL H mode	1..8	V1: 8 V2: 8 NA: 2		PRL H	BYTE
98	OPPOSITE CANCEL ALLOWED	Define if both up and down calls can be canceled simultaneously	0 = simultaneous canceling not allowed 1 = simultaneous canceling allowed	NC: 1 V1: 0 V2: 0 NA: 0			BYTE
99	LIFT GROUP	Number of elevators in group	1..8	NC: 4 V1: 8 V2: 8 NA: 8			BYTE
100	ON OFF SERVICE SPEED	Define if there is separate service speed output for hydraulic elevator	0 = no separate service speed output 1 = separate service speed output exists	0			BYTE
101	IN USE ORDER	Define in which order elevators are taken into normal service on EPD	0..8 = lift number 254 = none Recommended: (0, 1, 2, 3, 4, 5, 6, 7) in 8-car group,  (0, 1, 2, 254, 254, 254) in 3-car group etc.	V1: 0xfe, 0xfe, 0xfe, 0xfe, 0xfe, 0xfe, 0xfe, 0xfe V2: 0xfe, 0xfe, 0xfe, 0xfe, 0xfe, 0xfe, 0xfe, 0xfe NA: 0, 1, 2, 3, 4, 5, 6, 7		EPD, EPS	BYTE table
102	MAX NO OF RETURNING	Define the number of elevators which can return simultaneously on EPD	1..8	V1: 0 V2: 0 NA: 1		EPD, EPS	BYTE
103	DRIVE PROHIBIT	Define which elevator faults in lift status.ok fault id deny driving	0..FFFFh	V1: 2335 V2: 2335 NA: 0xcddf			WORD, bit coded
104	DOOR DIR CHANGE	Define the delay before door can change direction	0..254	0	10 ms		BYTE
105	TEST REOPEN	Define if door opening is allowed on inspection drive	0 = no door opening on inspection drive 1 = door opening allowed on inspection drive	1		SED	BYTE
106	CLOSED DOOR REOPEN	Define if closed door can be reopened	bit1 = closed door reopening allowed bit2 = closed door reopening allowed also in locked floor	1			BYTE, bit coded
107	FIRE RESERVE FLOOR	The alternate fireman’s evacuation floor	0 = no alternate evacuation floor defined 1..63 = alternate evacuation floor	V1: 0 V2: 0 NA: 2		FRD	BYTE
108	SMOKE DETECTORS IN USE	Define the number of smoke detector inputs	0..3	V1: 0 V2: 0 NA: 1		FRD	BYTE
109	MAX STARTS	Define the number of start trials before failure	1..10	5			BYTE
110	CHAR DISPLAY	Unused		0			WORD table
111	STUCK TIME LIMIT	Stuck supervision time for call buttons		600	100 ms	SPB	WORD
112	PRIORITY TIME	Define time factor for iqs calls		255	1 s		BYTE	Used with separate Kone Group Control (KGC), only.
113	PRL TYPE	Define the type of  PRL option	bit1 = HEL used instead of PRL H bit2 = PRL HA bit3 = PRL LA bit4 = HEC switch in use bit5 = PRL LS (PRL L simplex) bit6 = PRL HS (PRL H simplex) bit7 = HEL overrides PRC bit8 = unused	0		PRL L, PRL H, HEC, HEL	BYTE, bit coded
114	OFF START	Time to wait main contactors to pull before canceling start	3..15	5	1 s		BYTE
115	OFF DRIVE	The maximum drive time for two floors	254 = supervision blocked out	254	1 s	DTS	BYTE
116	OFF NON DRIVE	Time limit for non drive supervision (lift is standing although there is drive command)		V1: 150 V2: 150 NA: 100	1 s		BYTE
117	EMERG TIME	Delay before canceling car calls at emergency stop		200	10 ms		BYTE
118	DOOR TYPE B	Define the door operator type of B-door	10h = ADB 20h = ADC 30h = ADM 40h = ADX 50h = BAUER 60h = BENEMATIC 70h = PANTOGRAPH 80h = GAL 90h = MAC A0h = OTIS B0h = PEELLE C0h = ARMOR D0h = ADV bit1 = swing door opener used bit2 = swing door opener used (automatic operation) bit3 = swing door with gate bit4 = swing door	0			BYTE, bit coded
119	SRC SUPERVISION TIME	Supervision time for photocell	0 = no supervision	0	10 ms	SRC	WORD
120	REOPEN MASK		0 = this lift do not accept reopens at corresponding floor 1 = this lift accept reopens at corresponding floor, front side 2 = this lift accept reopens at corresponding floor, rear side 3 = this lift accept reopens at corresponding floor, both side	3			BYTE table
121	EXISTING DOORS	Define the existing floors and sides	bit1 = A-side exists bit2 = B-side exists	#			BYTE table, bit coded	In LCE set automatically after setup drive
122	LIMITED DOORS	Define limited floors for limited drive option	bit1 = A-side is not limited bit2 = B-side is not limited	0			BYTE table, bit coded
123	TTC ONE OPEN FLOORS	Select option TTC CTF (simultaneous door opening forbidden)	bit1 = TTC CTF selected bit2 = open B-door first, otherwise open A-door first	0		TTC	BYTE table, bit coded
124	GROUP SECURITY MASK	Define which landing calls the elevator is allowed to served	bit1 = A-side down call allowed bit2 = B-side down call allowed bit3 = A-side up call allowed bit4 = B-side up call allowed bit5 = A-side extra down call allowed (FEB) bit6 = B-side extra down call allowed (FEB) bit7 = A-side extra up call allowed (FET) bit8 = B-side extra up call allowed (FET) bit9 = A-side special down call allowed (FPO) bit10 = B-side special down call allowed (FPO) bit11 = A-side special up call allowed (FPO) bit12 = B-side special up call allowed (FPO) bit13 = A-side PRL L call allowed bit14 = B-side PRL L call allowed bit15 = A-side PRL H / HEL call allowed bit16 = B-side PRL H / HEL call allowed	00000H, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH,        0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH,        0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH,        0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH,        0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH,        0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH,        0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH,        0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH, 0FFFFH,        0FFFFH		PRL, HEL, FEB, FET, FPO	WORD table, bit coded
125	LWD POLARITY	Define the polarity of digital load inputs and over load input	0 = active zero (contact normally open) 1 = active one (contact normally closed)	0		LWD	BYTE
126	DELIVERY PAR 2	Free parameter for C-process Purpose	1..255	V1: 255 V2: 255 NA: 0			BYTE
127	DELIVERY PAR 3	Free parameter for C-process Purpose	1..255	V1: 255 V2: 255 NA: 0			BYTE
128	DELIVERY PAR 4	Free parameter for C-process Purpose	1..255	V1: 255 V2: 255 NA: 0			BYTE
129	MAX NO OF IN USE	Define the number of elevators on normal service during emergency power	0..8	V1: 0 V2: 0 NA: 1		EPD, EPS	BYTE
130	FLASHING OLF	Selected flashing operation of overload indication	0 = indication not flashing 1 = overload indication is flashing (OLF F)	0		OLF	BYTE
131	NMI EXECUTION TIME	Software restart time after NMI interrupt		15	1 s		BYTE
132	TSM TYPE	Define operation of terminal slowdown monitoring	0 = no TSM 1 = without memory (TSM N) 2 = with memory (TSM M)	V1: 0 V2: 0 NA: 0x10		TSM	BYTE
133	SPEC DOWN CALL PERMISSION	Select if elevator is able to serve down calls	Change in this parameter will change bits 9-10 in GROUP SECURITY MASK bit1 = A-side down call allowed bit2 = B-side down call allowed	#			WORD table, bit coded
134	SPEC UP CALL PERMISSION	Select if elevator is able to serve up calls	Change in this parameter will change bits 11-12 in GROUP SECURITY MASK bit1 = A-side up call allowed bit2 = B-side up call allowed	#			WORD table, bit coded
135	PARK ADD RUN TIME	Define penalty time for parked elevator	0..254	0	1 s	PAM, PAS, PAR, PAA	BYTE
136	PARK MAX OPEN TIME	Define the maximum door open time for door open parked elevator	0 = keep doors open forever. 1..254 = max open time.	0	30 s	PAM, PAS	BYTE
137	PARK AREA USED	Define if parking parameters are used to define parking area instead of parking floor	0 = no parking area defined 1 = parking area defined	0		PAA, PAR	BYTE
138	EXT NODE NUMBER	Define the node id for the EXT NET network	33..40, if connected to EMC / Elevision 21..28, if connected to Kone Group Control	33		EMC	BYTE	Each elevator in the same network much have individual node id
139	EXT NET SPEED	The baud rate in EXT NET CAN network	40 with EMC / Elevision 75 with Kone Group Control	40	kbit/s	EMC	BYTE
140	DOB POLARITY	Define the polarity of door open button input	0 = active zero 1 = active one	0		DOB	BYTE
141	SUBZONE OPTIONS	Define subzoning operation	bit1 = CPS selected bit2 = car calls are served while driving down bit3 = CPS is switched on during up peak bit4 = CPS is switched on during down peak bit5 = switch CPS on automatically by time	0		CPS	BYTE, bit coded	Used with separate Kone Group Control (KGC), only
142	SUBZONE GROUP	Unused, reserved for option CPS	0	0		CPS	BYTE	Used with separate Kone Group Control (KGC), only
143	SUBZONE FLOOR LOW	Define the lowest served floor during subzoning	1..63	0		CPS	BYTE	Used with separate Kone Group Control (KGC), only
144	SUBZONE FLOOR HIGH	Define the highest served floor during subzoning	1..63	0		CPS	BYTE	Used with separate Kone Group Control (KGC), only
145	SUBZONE START TIME	The start time for automatic subzoning	0..23	0		CPS	BYTE	Used with separate Kone Group Control (KGC), only
146	SUBZONE STOP TIME	The stop time for automatic subzoning	0..23	24		CPS	BYTE	Used with separate Kone Group Control (KGC), only
147	ADVANCE SIGNAL DISTANCE	Define the time when advance signaling starts	0 = no advanced signaling 1..10 = time in seconds	0	1 s	GOL **A      LAL A*	BYTE
148	RUNNING SPEED	The nominal speed of the elevator	3..100	10	0,1 m/s		BYTE
149	SERV TIME VARIATION	Define the serving time hysteresis for group control	6, should not be changed	6	1 s	LSO	BYTE
150	RT COEFFICIENT	Unused, reserved for PC -group	0	0		LSO	BYTE
151	SPLIT GROUP	Define split group operation	bit1 = SGO P (Parallel Landing Calls) bit2 = SGO N (Non Effective Landing Calls)	0		SGO	BYTE, bit coded	Used with separate Kone Group Control (KGC), only
152	CAR SIZE	Define the maximum number of persons in car	1..254	V1: 13 V2: 13 NA: 10			BYTE
153	LOWEST ENTRANCE FLOOR	Define the lowest floor of an entrance area	0 = no entrance area defined 1..63 = the lowest floor of the entrance area	0			BYTE
154	HIGHEST ENTRANCE FLOOR	Define the highest floor of an entrance area	0 = no entrance area defined 1..63 = the highest floor of the entrance area	0			BYTE
155	LIFTS TO LOBBY	Define the number of elevators returned to main floor during up peak	1..8	2		IUP	BYTE
156	SECOND MAIN FLOOR	Define the secondary entrance floor	0 = no secondary main floor 1..63 = secondary main floor	0		DLS	BYTE
157	TIME AT FLOOR	Define the average time which elevator spends at floor	10, should not be changed	10	1 s		BYTE
158	COINCIDENCE PENALTY	Define the car call coincidence time	0 = car call coincidence not used ,   15 = Timed out call feature used	0, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15	1 s	TOC	BYTE table
159	LIFT SECURITY MASK	Select if elevator is able to serve car calls	bit1 = A-side car call allowed bit2 = B-side car call allowed	0, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3		LOC	BYTE table, bit coded
160	FLOOR HEIGHT	Define floor heights	3..100	0x0000, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e, 0x001e	0.1 m		WORD table
161	BASIC PRIORITY DOWN	Define priority for normal down calls (A-side)	0 = normal priority 8 = slightly higher priority 12 = medium priority 16 = very high priority	0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0		PRA	BYTE table
162	BASIC PRIORITY UP	Define priority for normal up calls (A-side)	0 = normal priority 8 = slightly higher priority 12 = medium priority 16 = very high priority	0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0		PRA	BYTE table
163	B BASIC PRIORITY DOWN	Define priority for normal down calls (B-side)	0 = normal priority 8 = slightly higher priority 12 = medium priority 16 = very high priority	0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0		PRA	BYTE table
164	B BASIC PRIORITY UP	Define priority for normal up calls (B-side)	0 = normal priority 8 = slightly higher priority 12 = medium priority 16 = very high priority	0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0		PRA	BYTE table
165	EXT NET TYPE	Define the communication type in CAN network	1 = EMC communication for EMC / Elevision 2 = SerTrans communication for Kone Group Control	1		EMC	BYTE
166	NO OF RETURN TRY	Define the number of  returning trials for emergency power sequencer	1..5	5		EPD / EPS	BYTE
167	RETURNED SUPERVISION TIME	Define the maximum returning time on emergency power	60..254	120	1 s	EPD / EPS	BYTE
168	RUNNING SUPERVISION TIME	The time after the drive permission is given to another elevator if elevator does not start	5..254	V1: 10 V2: 10 NA: 15	1 s	EPD / EPS	BYTE
169	POWER UP DELAY	Select internal emergency power sequencer and define the delay at power up	0 = no internal emergency power sequencer 1..254 = delay in seconds	V1: 0 V2: 0 NA: 15	1 s	EPD / EPS	BYTE
170	LIFT MASK	Define allowed floors, lockings and TTC CTF	bit1 = A-side allowed on limited drive bit2 = B-side allowed on limited drive bit3 = A-side exists bit4 = B-side exists bit5 = A-side not locked bit6 = B-side not locked bit7 = simultaneous door opening forbidden (TTC CTF) bit8 = open B-door first, if TTC CTF (otherwise A-door first)	0, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f, 0x3f		TTC, LOC	BYTE table, bit coded	Bits 3 and 4 are set automatically after setup drive
171	CAR CALL PERMISSION	Select if elevator is able to serve car calls	Change in this parameter will change bits1-2 in LIFT SECURITY MASK bit1 = A-side car call allowed bit2 = B-side car call allowed	#			BYTE table, bit coded
172	PRL WAITING TIME	Define the time to wait for car call in PRL mode	5..254	30	1 s	PRL, HEL	BYTE
173	PRL OPEN TIME	Define the time to stay doors open after serving car call in PRL mode	1..254	5	1 s	PRL, HEL	BYTE
174	PEAK LOAD UP	Define the car load limit for up peak detection	default value = 60 0..110 = up peak detection limit	60	%	IUP	BYTE
175	PEAK LOAD DOWN	Reserved for peak detection but not in use	0 = automatic peak recognizing by group control	0			BYTE
176	PEAK CAR CALL STOPS	Define the number of car calls needed to detect full load start for up peak detection	default value = 5 1..63 = number of calls	V1: 5 V2: 5 NA: 0		IUP	BYTE
177	PEAK LAN CALL STOPS	Reserved for peak detection but not in use	0 = automatic peak recognizing by group control	0			BYTE
178	PEAK LAN CALLS	Define the number of down calls needed to detect down peak	use default value = 5 1..63 = number of calls	5		IDP	BYTE
179	PEAK MIN ON TIME	Define the time which peak is on after detection	default time = 6 1..254 = peak on time	6	1 s		BYTE
180	PEAK START HOUR 1	Start time hour for more sensitive up peak detection (only one full load start needed)	0..23	0			BYTE
181	PEAK START MIN 1	Start time minutes for more sensitive up peak detection	0..59	0			BYTE
182	PEAK STOP HOUR 1	Stop time hour for more sensitive up peak detection	0..23	0			BYTE
183	PEAK STOP MIN 1	Stop time minutes for more sensitive up peak detection	0..59	0			BYTE
184	PEAK START HOUR 2	Start time hour for more sensitive up peak detection (only one full load start needed)	0..23	0			BYTE
185	PEAK START MIN 2	Start time minutes for more sensitive up peak detection	0..59	0			BYTE
186	PEAK STOP HOUR 2	Stop time hour for more sensitive up peak detection	0..23	0			BYTE
187	PEAK STOP MIN 2	Stop time minutes for more sensitive up peak detection	0..59	0			BYTE
188	SERVICE WITHOUT CPU	Define if inspection drive is implemented by hw only	0 = inspection drive controlled by software 1 = no software needed to run on inspection drive	0		SED	BYTE
189	DAL TYPE	Define the disturbance alarm operation	0 = standard DAL 21h = DAL CA	0		DAL	BYTE
190	OPD DELAY TIME	Time to check OPD after OPD is the only device which keeps the door open	10..254	60	100 ms	OPD	BYTE
191	RADAR TIME	Time to check OPD after the door has started closing	1..254	10	100 ms	OPD	BYTE
192	EPG TYPE	Define node id for EPG	0 = no EPG connected 16..31 = node id 255 = use default value which is 16 + LIFT NUMBER	255			BYTE
193	DAL TIME	For DAL CA define the delay after disturbance alarm is automatically reset if no errors	0 = no automatic reset 1..254 = delay in seconds	0	1 s	DAL	BYTE
194	PRC TIME	Define time to wait for car call in PRC mode if PRC activated by button	0 = not PRC B* 1..254 = PRC B* selected, time in seconds	0	1 s	PRC	BYTE
195	STAR DELTA TIME	Define star delta time for hydraulic elevators	0 = star delta start not used 1..254 = time in multiplies of 50 ms	255	50 ms		BYTE
196	START DELAY	Define power up delay	0 = PUD G not selected 1..254 = delay in seconds (PUD G selected)	0	1 s	PUD	BYTE
197	STAT TEST LIMIT	Define the time limit for dynamic load test for DC elevators	0 = dynamic load test not selected 1..254 = time in seconds	0	1 s	DLT	BYTE
198	NUDGING LIMIT	Time before nudging commences operation	1000..65000	2000	10 ms	NUD	WORD
199	SHORT NUDGING LIMIT	Nudging time after doors have been closed by nudging three consecutive times	1000..65000	V1: 1000 V2: 1000 NA: 2000	10 ms	NUD	WORD
200	FRONT DOOR INPUTS	Specify allowed inputs for A-door	bit1 = photocell allowed (SRC) bit2 = safety edge allowed (SAE) bit3 = pressure limiter allowed bit4 = open button allowed (DOB) bit5 = close button allowed (DCB) bit6 = optical detector allowed (OPD) bit7 = extended door open button allowed (DOE B) bit8 = extended door open switch allowed (DOE S)	255		SRC, SAE, OPD, DOE, DOB, DCB	BYTE, bit coded
201	REAR DOOR INPUTS	Specify allowed inputs for B-door	bit1 = photocell allowed (SRC) bit2 = safety edge allowed (SAE) bit3 = pressure limiter allowed bit4 = open button allowed (DOB) bit5 = close button allowed (DCB) bit6 = optical detector allowed (OPD) bit7 = extended door open button allowed (DOE B) bit8 = extended door open switch allowed (DOE S)	255		SRC, SAE, OPD, DOE, DOB, DCB	BYTE, bit coded
202	START FAIL WAIT	Define recovery delay after start failure	1..10	V1: 2 V2: 2 NA: 1	1 min		BYTE
203	RESUME 512 TYPE	Define how elevator can return back to normal service after door zone failure	0 = lock out elevator after two consecutive faults 1 = lock out elevator after first fault if ACL or ADO selected 2 = lock out elevator after first fault	0			BYTE
204	FPD TYPE		0 = no FPD 1 = FPD in use	0		FPD	BYTE
205	START DELAY FOR BRAKE	Delay before releasing brake after main contactors have been pulled (V3F80)	30 for V3F80, 0 for other drives	V1: 30 V2: 30 NA: 16	10 ms		BYTE
206	LOCKINGS OVERRIDE	Define if lockings are overriden by certain elevator modes	bit1 = lockings overriden by PRC bit2 = lockings overriden by PRL H / HEL bit4 = lockings overriden by PRL L bit8 = lockings overriden by ATS	0		LOC, LOL	BYTE, bit coded
207	NSS DELAY	Start delay to prevent non simultaneous starting	0 = simultaneous starting not prevented 1..253 = start delay 254 = simultaneous starting prevented by external hw (NSS S*)	0	100 ms	NSS	BYTE
208	CPI TYPE	Define the car position indicator operation during synchronization and inspection drives	bit1 = CPI operative on synchronization drive (otherwise blank) bit2 = CPI operative on inspection drive (otherwise blank)	V1: 2 V2: 2 NA: 3		CPI	BYTE, bit coded
209	DOOR CONTACT FILTERING	Filtering time for door contact input when doors are closing	0 = no filtering	V1: 0 V2: 0 NA: 30	10 ms		BYTE
210	NEXT UP USE	To select the Next Up Car option	0BH - NEX MA 03H - NEX MU 13H - NEX MUE 0FH - NEX SA 07H - NEX SU 17H - NEX SUE	0		NEX	BYTE	Used with separate Kone Group Control (KGC), only
211	NEXT UP DELAY	Time delay for closing the door during up peak traffic	0..255. Default = 15	15	1 s	NEX	BYTE	Used with separate Kone Group Control (KGC), only
212	NEXT UP DELAY NOT PEAK	Time delay for closing the door during normal traffic	0..255. Default = 5	5	1 s	NEX	BYTE	Used with separate Kone Group Control (KGC), only
213	NEXT UP CAR CALL	Unused, reserved for option NEX		0		NEX	BYTE	Used with separate Kone Group Control (KGC), only
214	FRD DOOR CLOSING	Define by which means the door is closed on FRD phase II (only FRD US)	bit1 = door is closed by momentary pressure of door close button bit2 = door is closed by continuous pressure of door close button bit3 = door is closed by momentary pressure of car call button bit4 = door is closed by continuous pressure of car call button bit5 = door is closed with start switch	2		FRD US	BYTE, bit coded
215	FRD DOOR OPENING	Define by which means the door is opened on FRD phase II (only FRD US)	bit1 = door is opened by momentary pressure of door open button bit2 = door is opened by continuous pressure of door open button bit3 = door is opened automatically bit4 = door is opened and kept open by continuous pressure of door open button	2		FRD US	BYTE, bit coded
216	FRD PRIORITY	Define when modes ATS, PRC and HEL can be interrupted by FRD	bits1-4 can have following values: 0 = FRD can override the options immediately 1 = FRD can override the options after doors are closed 2 = FRD can override the options after delay 3 = no override at all bits 5..7 define the options which the rule concerns bit5 = ATS bit6 = PRC bit7 = HEL	V1: 0 V2: 0 NA: 0x32		FRD, ATS, PRC, HEL	BYTE, bit coded
217	FRD DOOR PHASE 1	Define DOB operation on FRD phase I	bit1 = in phase I doors are opened for 10 seconds and closed after that (Houston code) bit2 = DOB not operative on phase 1 except at the evacuation floor	0		FRD US	BYTE, bit coded
218	FRD CAR SW READING	Define how fireman’s in-car switch is read (FRD US only)	bit1 = car switch is read only when door is fully open bit2 = phase II is possible without first initiating phase I	0		FRD US	BYTE, bit coded
219	FRD DOOR HOLDING	Select operation of  fireman’s in-car switch	0 = return to phase I if in-car switch turned off 1 = hold at floor on phase II if in-car switch turned off	0		FRD US	BYTE
220	FRD REMAINING PHASE 2	Select operation of fireman’s in-car switch	bit1 = continue phase II operation when in-car switch turned off bit2 = continue phase II until in-car switch turned off at the evacuation floor	0		FRD US	BYTE, bit coded
221	MASTER CALL PERMISSION	Define the allowed call types for each elevator	bit1 = A-side down call allowed bit2 = B-side down call allowed bit3 = A-side up call allowed bit4 = B-side up call allowed bit5 = A-side extra down call allowed (FEB) bit6 = B-side extra down call allowed (FEB) bit7 = A-side extra up call allowed (FET) bit8 = B-side extra up call allowed (FET) bit9 = A-side special down call allowed (FPO) bit10 = B-side special down call allowed (FPO) bit11 = A-side special up call allowed (FPO) bit12 = B-side special up call allowed (FPO) bit13 = A-side PRL L call allowed bit14 = B-side PRL L call allowed bit15 = A-side PRL H / HEL call allowed bit16 = B-side PRL H / HEL call allowed	0xFFFH, 0xFFFH, 0xFFFH, 0xFFFH, 0xFFFH, 0xFFFH, 0xFFFH, 0xFFFH		FEB, FET, FPO, PRL, HEL	WORD table, bit coded
222	SMOKE DETECTOR LATCH	Select if smoke detectors are latched until the switch at evacuation floor is turned to by-pass position	0 = smoke detectors not latched 1 = smoke detectors are latched	V1: 0 V2: 0 NA: 1		FRD US	BYTE
223	FULL LOAD LIMIT	Define the car load limit for full load detection	10..100	80	%	BLF	BYTE
224	LWD TYPE	Define the type of the load weighing device	0 = analog device with full and overload inputs only 1 = digital device with percentage input	1		LWD	BYTE
225	GOC TYPE	Define the car gong operation	bit1 = gong sounds at deceleration point, A-side (otherwise at stopping) bit2 = gong sounds at deceleration point, B-side (otherwise at stopping) bit3 = twice for down, A-side bit4 = twice for down, B-side bit5 = twice for done made by separate output, not by two pulses NA database bit1 = gong sounds at deceleration point, A-side (otherwise at stopping) bit2 = gong sounds at deceleration point, B-side (otherwise at stopping) bit3 = twice for down, both sides bit4 = gong sounds when door comes to open limit bit5 = twice for done made by separate output, not by two pulses bit6 = gong is driven by lanterns bit7 = gong is operated always when new hall call is allocated (otherwise only if doors have been closed) bit8 = gong is operated always if direction is reserved (otherwise only with landing call)	V1: 0 V2: 0 NA: 28		GOC	BYTE, bit coded
226	GOC TIME	Define the length of car gong output pulse	1..254	50	10 ms	GOC	BYTE
227	LAC TYPE A	Define car lantern operation at A-side	bit1 = lantern set at deceleration point (otherwise at stopping) bit2 = if direction is free both lantern are off (otherwise on) bit3 = at main floor when direction is free only up lantern is illuminated bit5 = lantern operate also on PRL mode	V1: 1 V2: 1 NA: 6		LAC	BYTE, bit coded
228	LAC TYPE B	Define car lantern operation at B-side	bit1 = lantern set at deceleration point (otherwise at stopping) bit2 = if direction is free both lantern are off (otherwise on) bit3 = at main floor when direction is free only up lantern is illuminated bit5 = lantern operate also on PRL mode	V1: 1 V2: 1 NA: 6		LAC	BYTE, bit coded
229	MT EXISTS	Define if the group is controlled by MDE2000	0 = no MDE2000 1 = group controlled by MDE2000	0			BYTE
230	BAR ENABLED	Define if bar reader shaft is used	0 = no bar reader 1 = bar reader exists	0			BYTE
231	OFF BRAKE	Define brake supervision time		0	100 ms		BYTE
232	STOP DELAY FOR BRAKE	Delay after closing the brake before releasing main contactors at stopping  (V3F80/SCD)		V1: 0 V2: 0 NA: 10	10 ms		BYTE
233	FPO TYPE	Define the operation of simplex service	bit1 = special calls not required (FPO made with normal calls) bit2 = special calls as FPO calls bit4 = no switch for simplex service, automatic activation from call (FPO A)	0		FPO	BYTE, bit coded
234	BRAKE LIMIT	Define the number of brake faults after the elevator is taken out of service	0..5	0			BYTE
235	PAD FLOOR	Define the parking floor for pre-defined floor parking	0 = no floor defined (no PAD) 1..63 = parking floor	0		PAD	BYTE
236	PAD DELAY	Define the time after vacant elevator is sent to pre-defined parking floor	0..254	30	1 s	PAD	BYTE
237	PAD DOOR	Select if parking to pre-defined floor is performed doors closed or open	0 = parking doors closed 1 = parking A-door open 2 = parking B-door open 3 = parking both doors open	0		PAD	BYTE
238	FIELD SUPERVISION TIME	Define time for motor magneting supervision (SCD drive)	0 = other than SCD drive, no supervision	0	1 s		BYTE
239	OPD OPENING TRY LIMIT	Define maximum OPD opening attempts	0..10	3		OPD	BYTE
240	MT GROUP ID	Define group id for MDE2000	0..32	0			BYTE
241	CAC TYPE	Define car coming light operation	0 = CAC not used 1 = standard CAC operation, one output per floor 81H = CAC operates during normal mode also 21H = CAC Canada model, one output 22H = CAC USA model, one output	0		CAC	BYTE
242	DRIVE FAULT TYPE	Define resuming method from drive fault (fault id 26)	0 = drive fault is not memorized 1 = drive fault is memorized	0		NA markets	BYTE
243	TRY LIMIT	Define number of maximum door closing tries	0..10	V1: 5 V2: 5 NA: 3		Doors	BYTE
244	LOW SPEED CLOSE	Define door closing speed during fireman’s drive	0 = door closing with normal speed 1 = door closing with nudging speed	V1: 0 V2: 0 NA: 1		FRD US, FRD CA	BYTE
245	MIN OPENING TIME	Define interval time for door contacts to operate during open sequence door	0..100	V1: 0 V2: 0 NA: 20	100 ms	North American door control	BYTE
246	CLOSE LIMIT DELAY	Define interval time for door contacts to operate during door closing sequence	0..250	V1: 0 V2: 0 NA: 250	10 ms	North American door control	BYTE
247	FCC LOAD BASE	Base value of car load to be used for FCC L	0.. 50 0 = FCC L not used (50/max load)*100, FCC L is used	0		FCC L	BYTE
248	LOCK DELAY	Define delay time for locking after locking activated	0..10	V1: 0 V2: 0 NA: 5	1 s	LOL, LOC	BYTE
249	FCC TRY LIMIT	Define number of consecutive stops without interrupting photocell	1..10	2		FCC C	BYTE
250	GONG DELAY TIME	Define delay time for gong operation after triggering point	0..50	V1: 5 V2: 5 NA: 10	100 ms	GOC	BYTE
251	EXITATION TIME AFTER STOP	Define delay time for magnetic field after stopping	20..240	240	1 s	DC drives	BYTE
252	FRD MODE OVERRIDE TIME	Define time after current special mode is overridden by frd	0..60	30	1 s	FRD US, FRD CA	BYTE
253	OPEN LIMIT SUPERVISION	Define door open limit  supervision details	0 = door open limit supervision not in effect 1 = door open limit supervision effect	V1: 0 V2: 0 NA: 1		North American door control	BYTE
254	DOOR CONTACT SUPERVISION	Define different ways to supervise door contacts	0 = door contact supervision not in use bit1 = shaft door contact is supervised bit2 = close limit is supervised bit3 = lift will be stucked if stucked open limit noticed, resuming by power off/on bit4 = lift will be stucked if missing open limit noticed, resuming when fault disappears bit5 = lift will be stucked if too many consecutive door closing attemps, resuming by power off/on bit6 = lift will be stucked if door closing has taken too long time, resuming by power off/on bit7 = door close limit is supervised during FRD bit8 = rest of the door supervision are done during FRD	3		North American door control	BYTE, bit coded
255	FREE	This parameter id is not used					BYTE
256	CLOSE LIMIT PRESENT	Define existence of separate door close limit	0 = separate door close limit doesn’t exist 1 = separate door close limit exists	V1: 0 V2: 0 NA: 1		North American door control	BYTE
257	EPD FULL SERVICE PERMISSION	Define permissions for elevators which are under special mode to be used as full service  elevators	bit1 = PRC mode lift allowed to select for full service elevator bit2 = OSS mode lift allowed to select for full service elevator	0		EPS G	BYTE, bit coded
258	DECELERATION TIME	Define estimated stopping time after emergency stop	30..100	255	100 ms	DC drives, V3F80 drives	BYTE
259	DELAY TIME FOR ADO	Reserved to define some delay for advance door opening	0..20	0	100 ms		BYTE
260	ACCURATE AT LEVEL LIMIT	Define extra 'roll back' time for accurate stopping	0..50	40	10 ms	DC drives	BYTE
261	FLOOR PASSING TIME	Define time for floor pulse when elevator is passing the floor.	bits1..3: pulse time when elevator is passing the floor bits4..8: pulse time when elevator is stopping to the destination floor	V1: 0 V2: 0 NA: 0x29	100 ms	HAN B, HAN C	BYTE, bit coded
262	HIGH SPEED SHAFT	Define the shaft type to be used	0 = Traditional pulse-drive shaft in use 1 = New pulse shaft layout in use. (> 2 sync.switches at bottom/top) Pulse software R >= 5.0. Synchronization directly to firemans return floor according to sync.switches. 3 = New pulse shaft layout in use. (> 2 sync.switches at bottom/top) Pulse software R >= 5.0. Battery Back Up in use.	0		DC drives	BYTE
263	TFC LIMIT	Define number of accepted tacho faults	0 = TFC supervision not used 1..10 if TFC supervision used	0		TFC	BYTE
264	TOC ENABLED	Define existence of  time out call feature	0 = TOC not enabled 1 = TOC enabled	1		TOC	BYTE
265	FRD PHASE 2 ALLOWED	Enable elevators to move under FRD serving phase	bit1 = 1, elevator  1 is able to serve FRD serving phase bit2 = 1, elevator 2 is able to serve FRD serving phase bit3 = 1, elevator  3 is able to serve FRD serving phase bit4 = 1, elevator 4 is able to serve FRD serving phase bit5 = 1, elevator 5 is able to serve FRD serving phase bit6 = 1, elevator 6 is able to serve FRD serving phase bit7 = 1, elevator 7 is able to serve FRD serving phase bit8 = 1, elevator 8 is able to serve FRD serving phase	0		FRDs where in car switch is not used	BYTE, bit coded
266	MAIN CONT SUP TYPE	Specify start permit input supervision	0 = start permit is supervised after stopping, only (traditional supervision) Bit2 = 1, main relay input is also included in start permit supervision Bit8 = 1, start permit input is supervised while elevator is running, also	V1: 0 V2: 0 NA: 2			BYTE, bit coded
267	MG HOLD ON DELAY	Define time for motor fan running after last drive	0 =  DBR AU (look at DBR option, also) 4 = normal field standing feature in effect	4	1 s	DBR, DBR AU, DBR US	BYTE
268	MOTOR FAN OFF DELAY	Define time for motor fan running after last drive	3 =  2..3 minutes, motor fan is turned OFF 2 minutes after last drive	#	1 min		BYTE
269	SPLIT CALL LIFT	Reserved for future		0		SGO
270	IQS TYPE		0 = IQS calls can not be served 1 = one car call can be served 2 = several car calls can be served	0			BYTE
271	IQS OPEN TIME	Define time which lift stays under iqs mode after serving the last car call		5	1 s		BYTE
272	IO PRIORITY TIME	Define time factor for iqs calls		20	1 s		BYTE
273	LIMITED PRIORITY FLOORS	Define floors which have priority over other iqs calls which have not been registered over the time defined by iqs priority time	0 = no floors Max. 4 floors can be defined	0, 0, 0, 0, 0, 0, 0, 0		HOS SE, IQS	BYTE table	Used with separate Kone Group Control (KGC), only
274	OPD TYPE		0 = OPD not operative during PRL xxxx xxx1B = OPD operative during PRL L xxxx xx1xB = OPD operative during PRL H/HEL xxxx xx11B = OPD operative during PRL L and PRL H/HEL	3		OPD	BYTE, bit coded	Used with separate Kone Group Control (KGC), only
275	ABSOLUTE PRIORITY FLOORS	Define floors which have absolute priority over other iqs calls	0 = no floors Max. 4 floors can be defined	0, 0, 0, 0, 0, 0, 0, 0		HOS SE, IQS	BYTE table	Used with separate Kone Group Control (KGC), only
276	EPD COUNTRY	Define the country code	21H = Canada 22H = USA 31H = Australia 0 = Other countries	V1: 0 V2: 0 NA: 0x22		EPD, EPS	BYTE	Used with separate Kone Group Control (KGC), only
277	CLS TYPE	Define Car Light Supervision feature type.	0 = CLS  not valid. 1 = CLS C 11H = CLS O, front door open 21H = CLS O, rear door open 31H = CLS O, front and rear door open 3 = CLS DE, standard, doors closed 13H = CLS DE, front door open 23H = CLS DE, rear door open 33H = CLS DE, front and rear door open	V1: 0x31 V2:  0x31 NA: 0		CLS	BYTE
278	EPD HEAVIEST FIRST	Define if during epd the lift which has heaviest load is returned first  regardless of the return order set by parameters	0 = return order defined by parameters 1 = heaviest car is returned first	0		EPD, EPS	BYTE	Used with separate Kone Group Control (KGC), only
279	EPD EXTERNAL SEQUENCER	Define if there are several lift groups tied together with an external sequencer	0 = no external sequencer 1 = external sequencer in use	V1: 1 V2: 1 NA: 0		EPD, EPS	BYTE	Used with separate Kone Group Control (KGC), only
280	FPO DELAY	Defines how long simplex mode stays on after last call served.	0 ... 255	30	1 s	FPO	BYTE
281	HAN TYPE	An audible floor passing signal (buzzer) in the car telling to the passengers that the car is either stopping	31H = Australia 32H = New Zealand 14H = Italy	0		HAN B, HAN C	BYTE
282	WAITING TIME OPTIMIZATION	Define if the waiting times are optimized by the group controller	0 = waiting times are not optimized 1 = waiting times are optimized	0			BYTE
283	LIFT SUPERVISION TIME	Define time to serve allocated landing call	0 = Supervision is not used 1 ... 255 = Time to serve allocated landing call	0	1 min		BYTE
284	LIFT RECOVERY TIME	Define time to be disconnected from group due to allocated landing call supervision	1 ... 255 = Recovery time to connect back in group	10	1 min		BYTE	Used with separate Kone Group Control (KGC), only
285	MULTIPLE FLOOR RETURN	Multiple entrance floor return	0 = no MTF 1 = MTF in use	0		MTF	BYTE
286	AUTO PARKING FLOOR	Defines if Parking at automatic defined floors is used or not	0 = no PAA 1 = PAA Semi Automatic (Traffic Forecaster required)                                    2 = PAA Full Automatic (Traffic Forecaster required)	0		PAA	BYTE	Used with separate Kone Group Control (KGC), only
287	LIFTS TO SECOND LOBBY	Lifts return to second main entrance floor during Up Peak	0..8	0		IUP	BYTE	Used with separate Kone Group Control (KGC), only
288	FORCE UP PEAK	To set up peak traffic continuously	0 = up peak detection works normally 1 = up peak traffic continuously effective	0		IUP	BYTE	Used with separate Kone Group Control (KGC), only
289	PRL LOW LIFTS TO ONE CALL	Define the number of lifts which are sent to the same PRL L call	1 ... 8	1		PRL	BYTE	Used with separate Kone Group Control (KGC), only
290	PRL HIGH LIFTS TO ONE CALL	Define the number of lifts which are sent to the same PRL H call Define the number of lifts which are sent to the same HEL call	1 ... 8	1		HEC CA, HEC US, HEL, PRL	BYTE	Used with separate Kone Group Control (KGC), only
291	IQS WAITING TIME	Define time to give car call after served IQS-call before the lift returns to normal service		0	1 s	HOS SE, IQS	BYTE	Used with separate Kone Group Control (KGC), only
292	CONVENTION FLOORS	Defines convention floors for sudden traffic peaks	Floor number = a floor which has been detected to have a sudden traffic peak 0 = no convention floors selected	0, 0, 0, 0, 0, 0, 0, 0		CNV	BYTE table
293	CONVENTION SIDES	Define the door sides for convention floors	0 = no side 1 = front side 2 = rear side 3 = front and rear side	0, 0, 0, 0, 0, 0, 0, 0		CNV	BYTE table
294	SECURITY PARKING MODE		0..2	0		CCS AUSCR	BYTE
295	FLOOR MARKINGS TABLE			__, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11,12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64			WORD, table
296	DOOR CLOSE BUZZER	When the door reaches open limit the COP buzzer sounds informing free pass for blind people	0 = OFF 1 = ON 2 = CGM I 3 = DOI	0		GOH IT	BYTE
297	KONEXION LIFT NUMBER	Each elevator connected to one KoneXion. Base Unit must have different KoneXion elevator number	0 = KoneXion not activated 1..8 = Elevator number	0			BYTE
298	CAR LIGHT TIME	Delay timer for car light. Shuts off the car light after the car has been vacant and time is elapsed. Use if halogen lights in the car	0 = not in use, 1..59 minutes before shutting, 1 minute steps	5	1 min	CLS	BYTE
299	CAR LIGHT VOLTAGE SUPERVISION	Elevator will be stopped if car light voltage is missing on car roof board (LCECCB)	0 = OFF 1 = ON	V1: 1 V2: 1 NA: 0		CLS	BYTE
300	CAR LIGHT CURRENT DETECTOR	Car light current detector is connected to KoneXion car unit	0 = OFF 1 = ON	0		CLS	BYTE
301	CAR LIGHT IN OSS	Car light can be switched OFF in OSS mode. OSS car key switch can be used to close the elevator and shut the light	0 = OFF 1 = ON	1		CLS	BYTE
302	CAR CALL BUZZER	Buzzer in COP will give short sound when car call is registered	0 = OFF 1 = ON	0		CCZ	BYTE
303	UP STOP TIME			0			BYTE
304	TEST RUN DELAY			0			BYTE
305	FRONT DOOR OPEN TIME	Not in use.		0			BYTE
306	REAR DOOR OPEN TIME	Not in use.		0			BYTE
307	FRONT EXTENDED REOP TIME	Not in use.		V1: 0 V2: 0 NA: 30			BYTE
308	REAR EXTENDED REO TIME	Not in use.		V1: 0 V2: 0 NA: 30			BYTE
309	MES ENABLED	Enable/Disable Medical Emergency Service	0 = OFF 1 = ON	0			BYTE
310	MES FLOOR	Return Floor for Medical Emergency Service	0 = Return Floor and side read from LCEFCB board message bottom floor to top floor = Return floor for MES option	0			BYTE
311	MES SIDE	Door to be opened after Medical Emergency Service recall	1 = Front Door 2 = Rear Door 3 = both doors	1			BYTE
312	ACCESS DOOR OPEN	Describes the door to be opened by HAS switches Note! Check also parameter 7.70.	0 = Rear door at top and bottom floors 1 = Rear door at top, front door at bottom 2 = Front door at top, rear door at bottom 3 = Front door at top and bottom floors	3			BYTE
313	HAS UPPER FLOOR	Defines the upper floor for Hoistway Access Function	0 = HAS does not exist 1..top floor = HAS upper floor	0			BYTE
314	UI LOCKING ENABLED			0			BYTE
315	ENABLE UI ALWAYS			0			BYTE
316	EBRAKE_TYPEID	Must be set before ACUM setup. Used only in North American controllers with LCEADON board.	0 = No emergency brake supervisions 1 = Dual brake system. Second brake (e.brake) will be dropped after delay defined in 5-10 2 = Rope Gripper emergency brake 3 = Emergency brake always drops on Emergency Stop	1			BYTE
317	SEVEN SEGMENT DISPLAY			0			BYTE
318	PHASE CONVERTER			0			BYTE
319	LCD LANGUAGE1	Selects first language used by LCD displays	0 = none 1 = Arabic 2 = Chinese 3 = Czech 4 = Danish 5 = Dutch 6 = English 7 = Estonian 8 = Finnish 9 = Flamish 10 = French 11 = German 12 = Greek 13 = Hungarian 14 = Italian 15 =Japanese	V1: 6 V2: 6 NA: 34			BYTE
320	LCD LANGUAGE2	Selects second language used by LCD displays	16 = Korean 17 = Latin 18 = Latvian 19 = Lithuanian 20 = Norwegian 21 = Polish 22 = Portugal 23 = Portuguese 24 = Russian 25 = Slovak 26 = Spanish 27 = Swedish 28 =Turkish	V1: 6 V2: 6 NA: 34			BYTE
321	FLOOR ACU TABLE	Select acoustic floor messages when ACU unit is connected	0..63	0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64		ACU	BYTE table
322	ACU ANNOUNCEMENTS	When ACU unit is connected and direction and/or door movement announcements are required	0 = no announcements 1 = direction 2 = door movement 3 = both	1		ACU	BYTE
323	EAQ IN USE	EAQ inputs on LCEOPT board pos. 722:1 must be activated by this parameter	0=EAQ not in use 1=EAQ in use	0		EAQ	BYTE
324	EBD IN USE	EBD function must be activated by this parameter	0=EBD not in use 1=EBD in use	0		EBD	BYTE
325	INTERNAL FRD AREA	Define the type of fireman’s drive	0 = no FRD 11h = Germany 12h = Russia 13h = Belgium 14h = Italy 21h = Canada 22h = USA 23h = Australia 24h = New Zealand 41h = France 42h = UK 43h = Singapore 44h = Malaysia 45h = Netherlands 46h = Saudi Arabia 51h = UK F 52h = Hong Kong 61h = Sabiem 62h = Sweden	V1: 0 V2: 0 NA: 23		FRD, FID	BYTE
326	DUAL DUPLEX CONTROL		0..1	0		DDC	BYTE
327	DOM CS IN USE	Door Open Monitoring option on or off. Ebuli configuration	0 = DOM CS not in use 1 = DOM CS in use 3 = EBULI in use 7 = Automatic door EBULI	0		DOM CS	BYTE
328	FID INDEX			V1: 0 V2: 0 NA: 1		FID	BYTE
329	PHASE CONVERTER SHUT DOWN			0			BYTE
330	PHASE CONVERTER START DELAY			0			BYTE
331	EPD SPEED	Defines speed during EPD	0 = Full Speed 1 = Reduced Speed 2 = Reduced speed only during return drive	0			BYTE
332	MANUAL_OVERRIDE_USED			1			BYTE
333	FRD DOOR PHASE 1 TIME	Defines the time to keep door open after phase-1 return in Denver and Houston fireman drive	1..120	60	1 s		BYTE
334	DOOR ENB INSP HAC	Defines the door behavior when in Hoistway Access mode or inspection drive.	0 = No automatic door movement allowed 1 = Door opens automatically with in-car Access switch, closes with inspect up/down	1			BYTE
335	INSP UP DN CLOSE DOORS			1			BYTE
336	HAC TO INSP CLOSE DOORS			0			BYTE
337	RED ENABLE	Enable/Disable Reserve Dispatching	0 = OFF 1 = ON	0			BYTE
338	FRD FLASHING RECALL	Defines the operations of hoistway and machine room smoke detectors for FRD Phase 1 recall. ( MAIN = Fire floor, ALT = Fire Reserve Floor ) Used in NA only.	0 = hoistway            - No FRD recall       machine room   - No FRD recall 1 = hoistway           - No FRD recall       machine room   - FRD recall to MAIN floor 2 = hoistway           - No FRD recall       machine room   - FRD recall to ALT floor 16 = hoistway           - FRD recall to MAIN floor       machine room   - No FRD recall 32 = hoistway           - FRD recall to ALT floor       machine room   - No FRD recall 17 = hoistway           - FRD recall to MAIN floor       machine room   - FRD recall to MAIN floor 34 = hoistway           - FRD recall to ALT floor       machine room   - FRD recall to ALT floor 18 = hoistway           - FRD recall to MAIN floor       machine room   - FRD recall to ALT floor 33 = hoistway           - FRD recall to ALT floor       machine room   - FRD recall to MAIN floor	0x11			BYTE
339	CHICAGO FIRE GRP HLD	Prevents cars in a group, returning from fire control to normal service, if any car is still on Fire Phase 2. Used in NA only.	0 = OFF 1 = ON	0			BYTE
340	INTEGRATED ACCESS	Enable/disables Integrated Access (Miprom Security)	0 = Integrated Access OFF 1 = Integrated Access ON	0			BYTE
341	DOP TYPE	Select DOP type	0x00 = none 0x12 = Russia	0		DOP	BYTE
342	ROLL CALL DIRECTION	Roll call direction	1 = down 2 = up (PU elevator) 3 = no roll call (old shaft bundle)	1			BYTE	NoteXS1 connector on LCEFCB/FOB boards must be always towards control panel
343	FAN TYPE	FAN type is OCV A then LCECOB XC13 input is used to switch car fan ON. If FAN type is OCV AF then input XC13 is used to switch can permanently OFF.	0 = OCV A 1 = OCV AF	0		OCV	BYTE	See also parameter 75 Car fan saving
344	DOE INDICATION		0..1	0		DOE SI	BYTE	1 = DOE SI
345	NON SELECTIVE COP	Non selective car operating panel in case of through type car. LCECOB board for door side B is not needed. Both doors are working by LCECOB/side-A door buttons and car calls.  Landing calls are still working in selective way	0 = not in use 1 = in use	0			BYTE
346	EAQ TYPE		0..1	0		EAQ	BYTE	1 = EAQ
347	DOOR OPEN TIME	NA -parameter		20
348	DOOR CLOSE TIME	NA -parameter		20
349	NEW LON IN USE	New LON protocol in use	0 = not in use 1 = in use	1			BYTE
350	OSI HSL	OSI indication output in FCB and OPT G02 is used either as  out of service indication or here signal light	0 = OSI 1 = HSL	0		OSI	BYTE
351	SECURITY TIMEOUT	Time the passenger has to enter the security code after a car call has been pushed. (Integrated Access)		8			BYTE
352	DELAYED FAULT TIMER	Time to transfer hall call to another elevator after failing		5			BYTE
353	INVERT DOOR LIMITS	Inverts door closing limit polarity	0 = not inverted 1 = A door inverted 2 = B door inverted 3 = A and B door inverted	3			BYTE
354	SL1 SUPERVISION TYPE	Supervision of K486 Relay operation	0 = Disable K486 supervision. 1 = Enable K486 supervision.	1			BYTE
355	SL2 SUPERVISION TYPE	Not used.		0			BYTE	Reserved for K616 Relay supervision.
356	SL3 SUPERVISION TYPE	Not used.		0			BYTE
357	SL1 SL2 SL3 SPEED WINDOW	Added speed value above 0.75m/sec., before supervision checks that K486 Relay is de-energized.	0..25	0	0,01 m/sec		BYTE
358	HYDRAULIC SELECTION	Define type of Hydraulic elevator	0=no hydraulic control 1=Hydraulic w/o mechanical anticreep 2=Hydraulic with mechanical anticreep 3=Hydraulic w/o mechanical anticreep and with Cylinder Limit Switch 4=Hydraulic with mechanical anticreep and Cylinder Limit Switch 5=Hydraulic w/o mechanical anticreep and with telescopic jacks 6=Hydraulic w/o mechanical anticreep and with Positive Pressure switch 7=Hydraulic w/o mechanical anticreep and with Positive Pressure switch and telescopic jacks	0		CLH	BYTE
359	DRV IF TYPE	Define communication type for drive.	0 = parallel interface 1 = serial interface	NC: 1 V1: 0 V2: 0 NA: 0			BYTE
360	CLH IN USE	Define Cylinder Limit switch for Hydronic feature allowance.		0		CLH	BYTE
361	BLANK PI ON FRD	0=normal display on FRD 1=blank display on other than FRD return floor	0 = no blanking PI on FRD US 1 = blank PI on FRD US	V1: 0 V2: 0 NA: 1			BYTE
362	LANDING IO PAIRING	Set IO pairing for FCB boards group inputs and/or COB local inputs	0 = OFF 1 = group IO pairing in FCB's ON 2 = local IO pairing in COB's ON 3 = both ON	3			BYTE
363	EBRAKE HOLD TIME			30			BYTE
364	ACUM ENCODER TYPE	Elevator must be on inspection. Used in NA only.	1 = OL35 Governor 2 = OL100 Governor 3 = Car Top Encoder 4 = BAR Reader 5 = Car Top Encoder GMP1.6	1			BYTE
365	NTS FREQUENCY CONST			40			BYTE
366	ADON BOARD VERSION	Must be set before ACUM setup. Used in NA only.	0 = Original Board 1 = 2nd Version of Board	0			BYTE
368	SEPARATE NUDGING OUTPUT		0 = OFF 1 = ON	0			BYTE
369	EXTERNAL GONG	When set to ON, LCECOB24 becomes a gong output instead of HEL	0 = OFF 1 = ON	0			BYTE
370	BUZZER VOLUME	Defines the operation  of Fire Service for A17 2000 Code	0 = OFF 1 = ON	V1: 3 V2: 3 NA: 0			BYTE
371	BUZZER VOLUME MAIN	Defines the presence of a second alternate phase 1 switch. To be used with A17 2000 code only.	0 = 2nd Phase 1 switch not connected 1 = Second Phase I switch connected to Fire Status Control Panel	V1: 7 V2: 7 NA: 0			BYTE
372	GONG VOLUME	Gong volume	0 = OFF 1..10 = volume levels	3			BYTE
373	GONG VOLUME MAIN	Gong volume at main floor	0 = OFF 1..10 = volume levels	7			BYTE
374	ADVANCE CURRENT DISPLAY	Landing and car displays show either advanced position or actual position.	0 = display advance position 1 = display actual position	0			BYTE
375	ETSL BOARDS TOTAL	Elevator must be stopped. After changing this parameter, before changing parameter 5-51, do power down. Not used in NC.	Total number of ETSL boards in the shaft	0			BYTE
376	ETSL SPEED SETTINGS			0,0,0,0,0			BYTE table
377	BPI IN USE	Enable/Disable ByPass Indication feature	0 = OFF 1 = ON	0			BYTE
378	FRD A17 2000	Call button buzzer volume. Note! Set to 0 if not F2K signalization.	0 = OFF 1..10 = volume levels	1
379	FRD SECOND PHASE1 SWITCH	Call button buzzer volume at main floor.  Note! Set to 0 if not F2K signalization.	0 = OFF 1..10 = volume levels	0
380	FLOOR MARKINGS TABLE2						BYTE table
381	TRAFFIC FORECASTER STATUS	To enable/disable Traffic Forecaster	0 = OFF 1 = ON (Default)	1			BYTE	Used with separate Kone Group Control (KGC), only
382	FAST START SEQUENCE	Enables/disables fast start sequence	0 = OFF (No Cabinet elevators) 1 = Separate Door Close Limit in use 2 = Drive command to drive in advance 3 = Fast Start Sequence ( 1+2 )	V1: 0 V2: 0 NA: 1			BYTE
383	ETS SUPERVISION TYPE	Not in use.		1			BYTE
384	F2K CAR DISPLAY FIELDS		0 = OSI indication 1 = FRD indication 2 = OLF indication 3 = PRC indication 4 = LOC indication 5 = ATS indication 6 = HEL indication 7 = EAQ indication	0,1,2,3,4,5,6,7			BYTE table
385	F2K LANDING DISPLAY FIELDS		0 = OSI indication 1 = PRC indication 2 = FRD indication 3 = HEL indication 4 = ATS indication 5 = BPI indication 6 = LOL indication	0,1,2,3,4,5,6			BYTE table
386	OPT SUPERVISION		Option board 0 exists for A side = 1, C side = 2, both sides = 3 Option board 1 exists for A side = 1, C side = 2, both sides = 3 Option board 2 (lockings node for floors 1-8) exist for A side = 1, C side = 2, both sides = 3 Option board 3 (lockings node for floors 9-16) exist for A side = 1, C side = 2, both sides = 3 Option board 4 (lockings node for floors 17-24) exist for A side = 1, C side = 2, both sides = 3 Option board 5 (lockings node for floors 25-32) exist for A side = 1, C side = 2, both sides = 3 Option board 6 (lockings node for floors 33-40) exist for A side = 1, C side = 2, both sides = 3 Option board 7 (lockings node for floors 41-48) exist for A side = 1, C side = 2, both sides = 3 Option board 8 (lockings node for floors 49-56) exist for A side = 1, C side = 2, both sides = 3 Option board 9 (lockings node for floors 57-63) exist for A side = 1, C side = 2, both sides = 3 Option board A (fire protection door node for floors 1-8) exists Option board B (fire protection door node for floors 9-16) exists Option board C (fire protection door node for floors 17-24) exists Option board D (fire protection door node for floors 25-32) exists Option board E (fire protection door node for floors 33-40) exists [Option board A (jumper J9 = rear, fire protection door node for floors 41-48) Option board B (jumper J9 = rear, fire protection door node for floors 49-56) Option board C (jumper J9 = rear, fire protection door node for floors 57-63) Option board F exists	0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0			BYTE table
387	ETSL MAX SPEED STEP	Elevator must be stopped. Power cycle before downloading to board. The speed step max value is essentially a speed filter. Occasionally the encoder will generate a noise value. If these inputs aren't filtered out, they will cause nuisance errors. This value limits how much two consecutive input speed values can deviate from each other. It is somewhat empirical & its value depends on the encoder type & the amount of vibration where the encoder is mounted, among other things. The default value is preferred. If random self-test failures and 221 errors occur, this is an indication that this value needs to be increased It is preferred to use the lowest value possible, established by trial & error. Not used in NC.	Value set >149 will override the default calculation in etsl setup	450			BYTE
388	LANDING DISPLAY TYPE	Allows downloading (5.7.1/2) of FCB software that can upate old graphical displays DELEL and EP1.	0 = use only basic SPI 1 = use extended SPI	1			BYTE
389	F2K PIN CODE IN USE	Enables or disables the PIN code reading from MUL board(s)	0 = PIN code not in use 1 = PIN code in use	0			BYTE
390	LIGHT TYPE	Defines operation of car lightning. OCL A is for automatic control of the light, with or without a switch. For OCL A and OCL AF, use 1-76 (Car Light Saving) to set idle time for lighting to turn off. If OLV N is required, set Light Type (1-98) and Fan Type (1-92) to a value of 0 (A). If OLV B is required, set Light Type (1-98) and Fan Type (1-92) to a value of 1 (AF).	0 = OCL A-Automatic, no switch 1 = OCL AF-Automatic, switch to turn off 2 = OCL M -Manual 3 = OCL P -Permanent On	0			BYTE
391	MARINE SETTINGS	Change standard IO and SPI & ACU messages for marine use. Select if SSM return drive and marin eindications is required.	0 = OFF 1 = Marine Setting in use	0			BYTE
392	WSC IN USE	Use 2 for marine fail safe which returns to OSS return floor	0 = OFF 1 = normal 2 = fail safe for marine	1			BYTE
393	FIRE STATUS PANEL	Enable / disable supervision of fire status panel	1 = Fire Status Panel in use	0			BYTE
394	MARINE PRL WAITING TIME	Marine environment waiting time for keeping PRL or HEL mode active. Step is 30 sec.	0 = 30 sec 30 = 900 sec.	0	30 s		BYTE
395	STARTS PER HOUR LIMIT	When this limit values is exceeded door times are extended	Start/hour limit value 10 start steps	0			BYTE
396	HAC TOP ACCESS ZONE LENGTH	Hoistway access to car top zone length, the distance the car can be driven downwards from HAC floor with HAC landing key switch	HAC Car Top Zone in meters	25			BYTE
397	HAC PIT ACCESS ZONE LENGTH	Hoistway access to pit zone length, the distance the car can be driven upwards from bottom floor with HAC landing key switch	HAC Pit Zone in meters	25			WORD
398	DSS FLOOR	To select the door speed at all floors other than main floor	0 = Door speed selected based on Traffic 1 = Low Speed (Opening and Closing)   2 = Moderate Speed (Opening and Closing) 3 = Normal Speed (Opening and Closing) 4 = High Speed (Opening and Closing)	0		DSS	BYTE	LCECCBN2 board has to be used
399	DSS MAIN FLOOR	To select the door speed at main floor	0x00 = Door speed selected based on Traffic 0x11 = Low Speed (Opening and Closing)   0x22 = Moderate Speed (Opening and Closing) 0x44 = Normal Speed (Opening and Closing) 0x88 = High Speed (Opening and Closing)	0		DSS	BYTE	LCECCBN2 board has to be used
400	PRL INDICATION TYPE	HEL indication flashes in car and landing displays	1 = flashing HEL indication	0			BYTE
401	TFB IN USE	To select TFB option	0 = OFF (Default) 1 = ON	0		TFB	BYTE
402	TFB FLOORS	Blocked floors during TFB option (maximum 5 blocked floors)	0..63	0,0,0,0,0,0,0,0		TFB	BYTE table
403	STUCK SERVICE INTERVAL	Stuck call buttons service interval	0 = OFF 1..30 = interval in minutes to serve stuck landing or car calls	0			BYTE
404	PASSENGER WEIGHT THRESHOLD	Define the weight of 1 passenger	1..254	60	1 kg		BYTE	Used with separate Kone Group Control (KGC), only
405	PASSENGER COUNT THRESHOLD	Photocell cut time to count 1 passenger	1.. 254 10 = 1 sec.	10	100 ms		BYTE	Used with separate Kone Group Control (KGC), only
406	DOORCLOSEDTORQUE	Define door close command control when elevator is standing idle (door closed) at floor level	0 = No Door Torque 1 = Door Torque ON at floor always 2 = Door Torque ON at locked floor only	0		AMD-door	BYTE
407	FIRESERVICEACCESSLEVEL	Define Fire Access Floor of the building when FRD EN81-72 in use	0..63	1		FRD EN81-72	BYTE
408	FIRESERVICEACCESSSIDE	Define the door open side of Fire Access Floor when FRD EN81-72 in use	1 = Front Door 2 = Rear Door 3 = both doors	1		FRD EN81-72	BYTE
409	ADONLOWSPEEDCOMPARE	To perform speed inequality check ADON software version 0.45 or higher must be used	0=Do not supervise speed inequality. 1=Compare ADON Channels speeds of <= 0.18 m/sec and >= 0.4 m/sec.	0		NA markets	BYTE
410	OSS LCN OPERATION	Define OSS **N operation.	0 = OSS *N not in use 1 = OSS **N in use. Indications are turned OFF during OSS LC.	0		Korea.	BYTE
411	FCWITHDIA	Define if direction arrows (DIA) are used instead of lanterns (LAL) when FC control in use.	0 = Lanterns (LAL) in use 2 = Arrows (DIA) in use	0			BYTE
412	DCBDURINGGROUPHOLDOPEN	Define if door close button (DCB) is in use during group hold open time.	0 = DCB is disabled during group hold open time (DCS) 1 = DCB enabled during group hold open time (DCS) 2 = DCB enabled during hard door open time (DELI)	0		DCS,DELI	BYTE
413	SEDBUTTONPRIORITY	Define the priority order for SED and RDF switch operation if both switches are activated in the same time.	0 = RFD has higher pritority than SED (default setting) 1 = SED has higher priority than RDF (China setting) 2 = SED enabled only if RDF switch turned on (Australian setting)	0		China, Australia	BYTE
414	CARCALLPREVENTED	Define car call registering allovance at floor where DOP exist. Used with hybrid DCS group.	0 = car call registering allowed at DOP floor 1 = car call registering not allowed at DOP floor	0		DCS hybrid	BYTE
415	RES E TIME	Define minimum time to drive the elevator at reduced speed.	0 ... 59 (minutes)	0			BYTE
416	LIGHTINGCONTROL	Define allowance for following indication features: Corridor Illumination Control, Advance Landing Signalation and Destination reporting for car calls through OPT boards	bit1 = CIC indication enabled bit2 = ALS indication enabled bit1&bit2 =  Destination reporting for car calls through OPT boards in use	0			BYTE, bitcoded
417	KCOPLOCKED	Define keypad operation in COP.	0 = Keypad works during FRD,PRC and FSC modes only 1 = Keypad works during all modes	0			BYTE
418	DCS RC TYPE	Define roll call type in case of DCS group	0=Normal (DCS nodes from shaft file, FCBs in every floor) 1=Full (all nodes come from shaft file) 2=CTU (shaft file ignored, all follows FCBs)	1		DCS	BYTE
419	EID TYPE	Define Elevator Identifier Type in case of DCS group.	P  = Passive, nameplate or sign only B = Active, Identifier blinking (*) C = Active, identifier on (*) D = Actice, identifier blinking, on at deceleration point (*) E = Active, identifier on at deceleration point (*) F = Active, identifier blinking at deceleration point (*) G = Active, identifier on, blinking at deceleration point (*) H = Active, identifier 100% on when call allocated, 50% on when lift in normal mode but no calls allocated, off when lift not in group. (**) (*) Architrave output is active. (**) Architrave output is active when identifier is 100%. For LCECPU561 only.	0		FRD EN81-72	BYTE
420	IPLUG ENABLED	Define IPLUG installation method allowance.	0 = IPLUG not enabled 1 = IPLUG enabled3 = both doors	1		FRD EN81-72	BYTE
421	ELEVATOR NAME	Enables Elevator name setting to ACU unit, DCS elevator	0 = Elevator name disabled 1 = Elevator A 2 = Elevator B 3 = Elevator C 4 = Elevator D 5 = Elevator E 6 = Elevator F 7 = Elevator G 8 = Elevator H	0			BYTE	DCS group. CPU561 only. UI menu 8-12
422	ACU TYPE	Define ACU device type	0 = ACU with 32 floors 1 = ACU with 64 floors 2 = ACU with 127 floors 3 = OPT ACU 4 = ACU intégré sur COP avec 127 étages	0			BYTE	UI menu 8-13
423	FOB FID IN USE	Enables or disables the supervision of the FOBG12 board. If this parameter is set to 1, FID input is read from FOBG12 board else from OPT board. FOBG12 board should be located at fire recall floor.	0 = FID input read from OPT board 1 = FID input from FOBG12 board	0			BYTE	UI menu 7-27
424	ACU ENABLED	Enables or disables ACU announcement in car if DCS elevator in question.	0 = ACU in car disabled, only HAN_REQUEST enables it 1 = ACU in car enabled	1			BYTE	DCS group. CPU561 only. UI menu 8-14
425	RES FLOOR	Defines Reduced speed (RES E) parking floor. Normal parking is disabled when RES parking is in use.	0=not in use Otherwise floor number from lowest floor to highest floor	0			BYTE	UI menu 1-82
426	LAC DIA OUTPUT	Controls LCECOB24 XC20 and XC21 outputs. Controls also usage of car SPI LAC/DIA bit sent to displays.	0 = XC20 and XC21 outputs from LCECOB24 work as Up and Down Lanterns, (Car SPI LAC bit in use) 1 = XC20 and XC21 outputs from LCECOB24 work as Up and Down Direction Arrows, (Car SPI DIA bit in use)	1			BYTE	UI menu 7-64
427	WALKING TIME	Defines walking time addition for DELI landing calls.	Submenu 1, walking time 1 = seconds [0 .. 59] Submenu 2, walking time 2 = seconds [0 .. 59] Submenu 3, walking time 3 = seconds [0 .. 59] Submenu 4, walking time 4 = seconds [0 .. 59]	1	1s		BYTE table	DELI. CPU561 only. UI menu 7-24
428	HARD HOLD OPEN TIME	Defines hard door hold open times for DELI calls	Submenu 1, Hard Hold Open Time for DELI first call = 0, 10, 20 .. 100% Submenu 2, Hard Hold Open Time for DELI second call  = 0, 10, 20 .. 100%	0	%		BYTE table	DELI. CPU561 only.     UI menu 7-25
429	MAXIMUM STOPPING TIME	Defines maximum door open time for multiple DELI calls	Seconds 0 .. 90	0	1s		BYTE table	DELI. CPU561 only.     UI menu 7-26
430	ILA IN USE	Define if immediately call allocation is used when embedded group in question.	0 = Immediate Landing Call allocation not in use 1 = Immediate Landing Call allocation in use	0			BYTE	UI menu 1-58
431	CARLIGHT AFTER FRD EPD RECALL	Defines car light and car fan operation after FRD/EPD return drive. Those can be switched OFF after lift has homed to pre-defined floor under fire alarm or/and emergency power mode.	0=Car light and fan OFF after FRD recall, Car light and fan OFF after EPD recall 1=Car light and fan OFF after FRD recall, Car light and fan ON after EPD recall 2=Car light and fan ON after FRD recall, Car light and fan OFF after EPD recall 3=Car light and fan ON after FRD recall, Car light and fan ON after EPD recall	3			BYTE	Not in NA. UI menu 7-59
432	NEXT STOP DISPLAY IN USE	In the case of non DCS elevators with keypad COP, Next Stop Display in car is used to show registered car calls.	0 = Next Stop Display not in use 1 = Next Stop Display in use	0			BYTE	UI menu 5-58
433	EMO S IN USE	Defines operation for Emergency stop by Curtain of light, Supervised, Indication (EMO CSI)	bit1: 0=EMO S disabled, 1= EMO S enabled bit2: 0=EMO S disabled at door zone (default), 1=EMO S disabled at deceleration bit3: 0=EMO S disabled during FRD/FID (default), 1=EMO S enabled during FRD/FID	0			BYTE, bitcoded	UI menu 1-28. Not in NA.
434	FAULTS TO ELINK	Defines if traditional faults or all faults are sent to E-Link.	0 = Standard faults 1 = Extended faults ,Note! Applicable only with E-link 5.	0			BYTE	UI menu 1-57
435	EPD INPUT POLARITY	Defines the polarity of EPD signal input (EPD1).	0 = Direct EPD signal input 1 = Inverted EPD signal input	0			BYTE	Not in NA. UI menu 7-59
436	AES IN USE	Enable/disable Automated Elevator Service (AES) operation	0 = AES disabled 1 = AES enabled	0			BYTE	UI menu 3-11
437	AES MAIN DOOR TIME	Door time at main floor during AES operation.	Time in seconds 1 ... 250	180	1 s		BYTE	UI menu 3-13
438	AES DOOR TIME	Door time at other floors during AES operation.	Time in seconds 1 ... 250	15	1 s		BYTE	UI menu 3-14
439	CALLS IN AES	Possible normal calls during AES operation.	bit 1: 0 = car calls not allowed, 1= car calls allowed bit 2: 0 = landing calls not allowed, 1 = landing calls allowed	0			BYTE, bitcoded	UI menu 3-15
440	AES FLOOR	Select the entering/ending floor for AES operation.	0 = main floor 1 = floor where lift stops after serving existing car calls	0			BYTE	UI menu 3-16
441	AES CAR CALLS LIGHT	Select the behaviour of car call lights during AES operation.	0 = Normal car call lights 1 = Illuminate all car call buttons	0			BYTE	UI menu 3-17
442	AES STOP FLOORS	Stopping floors and direction during AES	bit1: 0 = Stop not allowed to down direction, 1 = stop allowed to down direction (AES D) bit2: 0 = stop not allowed to up direction, 1 = stop allowed to up direction (AES U)	3			BYTE table, bitcoded	UI menu 3-12
443	SITE SPECIFIC SOFTWARE CONTROL	This value is used to identify custom designed software for a specific job site.	0 = No site specific software control. 1 = reserved 2 = Infant Security (INF) feature 3 = Low Oil Protection for Los Angeles 4 = Massachusetts EPD 5 = Indian display and door interface 6 = Detroit Heat Sensor Operation 7 = Hall gongs follow hall lanterns 8 = EPD External Sequencer 9 = ILA FC with DIA	0			BYTE	UI menu 7-99
444	FRD PH2 DOOR IN EBD	Defines the door operation on FRD phase II during EBD.	0 = Doors open and time closed 1 = Doors controlled by DOB and DCB	0			BYTE	NA only. UI menu 7-35
445	FIREHATFLASH	Only when Fire Alarm Initiating Device at Machine Room or Hoistway is activated. Used in NA only.	0 = Firehat should follow A17.1 code 1 = Firehat to flash irrespective of A17.1 code					NA only. UI menu 7-57
446	LCDCSINUSE			0			BYTE
447	OVERLOADLIMIT	Over load % limit can be adjusted here.	% of capacity	110	%		BYTE
448	AESDISPLAY	Enable/disable AES display in both car and landing.	0=No AES display in both car and landing 1=AES display only in car 2=AES display only in landing 3=AES display in both car and landing	0			BYTE
449	AESBUZZERCONTROL	Enable/disable AES buzzer	0=Disable AES Buzzer 1=Enable AES Buzzer	0			BYTE
450	AVOIDEDFLOORS	If the elevator runs to an avoided floor during high wind operation it returns to RES parking floor after door cycle.	0=Normal floor during high wind operation 1=Avoided floor during high wind operation	0			BYTE table	UI menu 7-18
451	STORMFLOOR	Parking floor during storm operation.	0=not in use otherwise floor number from lowest floor to highest floor	0			BYTE	UI menu 7-19
452	TLDSUPERVISIONTIME	Defines the Traction Loss Detection supervision time	Time in seconds	45	1s		BYTE
453	WASHINGTONSEATTLE	The City of Seattle and the State of Washington have not accepted the requirement in A17.1a-2005 which specifies that the recall level is changed from the alternate level to the designated level by activation of “FIRE RECALL” switch(es).	0 = OFF 1 = ON	0		FRD	BYTE
454	ACLINAES	Releveling(ACL)  while doors open during AES	0 =No ACL while doors are open during AES 1 =ACL while doors are open during AES	0			BYTE
455	AESCLOCKSWINUSE	Determines how AES cycle will start/end based on Clock Switch input	0=clock switch input not in use 1=clock switch input used and elevator will be in normal mode 2=clock switch input used and elevator goes to standby mode with doors closed 3=clock switch input used and elevator goes to standby mode with doors open	0			BYTE
456	ARROWTYPE	Visual Guidance	Submenu 1: [0,1,2,3,4,5,6,7,8] = Lift A's direction from DOP 1 Submenu 2: [0,1,2,3,4,5,6,7,8] = Lift B's direction from DOP 1 Submenu 3: [0,1,2,3,4,5,6,7,8] = Lift C's direction from DOP 1 Submenu 4: [0,1,2,3,4,5,6,7,8] = Lift D's direction from DOP 1 Submenu 5: [0,1,2,3,4,5,6,7,8] = Lift A's direction from DOP 2 Submenu 6: [0,1,2,3,4,5,6,7,8] = Lift B's direction from DOP 2 Submenu 7: [0,1,2,3,4,5,6,7,8] = Lift C's direction from DOP 2 Submenu 8: [0,1,2,3,4,5,6,7,8] = Lift D's direction from DOP 2 Submenu 9: [0,1,2,3,4,5,6,7,8] = Lift A's direction from DOP 3 Submenu 10: [0,1,2,3,4,5,6,7,8] = Lift B's direction from DOP 3 Submenu 11: [0,1,2,3,4,5,6,7,8] = Lift C's direction from DOP 3 Submenu 12: [0,1,2,3,4,5,6,7,8] = Lift D's direction from DOP 3 Submenu 13: [0,1,2,3,4,5,6,7,8] = Lift A's direction from DOP 4 Submenu 14: [0,1,2,3,4,5,6,7,8] = Lift B's direction from DOP 4 Submenu 15: [0,1,2,3,4,5,6,7,8] = Lift C's direction from DOP 4 Submenu 16: [0,1,2,3,4,5,6,7,8] = Lift D's direction from DOP 4	0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0			BYTE Table	UI menu 8-17
457	ACUVOLUME	ACU volume adjustment for COP integrated ACU. Valid only when UI:8-13=4	0=OFF 1 - 10=volume levels	0		UI 8-13 = 4	BYTE
458	TLDDISABLETIME	TO define the time for TLD supervision		300			WORD	Ony for NA
459	OSC61NUSTUCKLIMIT	Supervision time added for stuck 61U/N	Default value is 15 sec	15			WORD	Ony for NA
460	TELEPHONELINEMONITORING	Defines Telephone Line Monitoring Enable/Disable	0=TLM Not Enabled 1=TLM Enabled 2=TLM Enabled For Testing	0			WORD
461	HASBOARDIO	New HAS Board arrangement Enable/Disable	0=Original HAS board I/O 1=New  HAS board I/O	0			WORD
462	ECOMODEENABLE	Defines ECO Mode Enable/Disable. To shut off the Landing display in KCEFCB	0= OFF 1= ON	0			WORD
463	KCOPOKBUTTON	To enable / disable Keypad COP OK button	0= OK button  Required 1= OK button  Disabled	V1 = 0 V2 = 0 NA = 1			WORD	UI menu 8-26
464	WSCFLOOR	With parameter 7-43 > 2 and WSC active and lift is on FRD Phase II operation, car calls are acceptable only above the wsc floor.	0=next possible floor, otherwise floor number from lowest floor to highest floor					Ony for NA
465	ELECTRICALBRAKERELEASE	Enables / disables Battery Test Supervision	0 = No EBR 1 = MAP panel in use	0			WORD
466	BATTERYCHECKINTERVAL	Battery Test Supervision Interval	1 .. 432000 = interval in minutes to Battery Test Supervision	1440	1 min		WORD
467	EVACUATIONOPERATION	DefinesEvacuation Operation Enable/Disable.	0= Disable 1= Enable	0			WORD
468	MAINEVACUATIONEXITFLOOR	Return Floor for  main evacuation exit	Floor number	1			WORD
469	EVACUATIONOPENSIDE	Defines how doors of main evacuation floor  will stay after  return drive	1=A-door+A-door 2=B-door+A-door 3=A-door+B-door 4=B-door+B-door	3			WORD
470	DOPOTHERFLOORVOLUME	Polaris 500 DOP volume for other floors(except main floor) and EID  volume for all floors. Do 5-56-2 then Power cycle	0=OFF 1 - 10=volume levels	0			BYTE	UI menu 8-28 Applicable only for Polaris 500.
471	DOPMAINFLOORVOLUME	Polaris 500 DOP volume  for main floor. Do 5-56-2 then Power cycle	0=OFF 1 - 10=volume levels	0			BYTE	UI menu 8-29 Applicable only for Polaris 500.
472	EIDINJMDIN	To enable / disable EID in the JMDIN	Submenu 1 = JMDIN for elevator 1 Submenu 2 = JMDIN for elevator 2 Submenu 3 = JMDIN for elevator 3 Submenu 4 = JMDIN for elevator 4	0,0,0,0			BYTE table
473	KCEGCINUSE	KCEGC used or not used	0 = KCEGC USED 1 = KCEGC not used	0			WORD
474	OMISSIONFLOORS	Omission floor selection for decks in DD	0=Not an omission floor 1=Omission floor for LD 2=Omission floor for UD 3=Omission floor for both UD and LD	0			BYTE table	Not applicable for NA. Applicable only for Double decker
475	MDE3000PLUS	To enable or disable MDE3000+	0= MDE3000+ not in use 1= MDE3000+ in use	0			WORD	Applicable only for MDE3000+
476	POSITIONTYPE	Defines how the OPT A-rear gives the position of elevator.	0  = not in use 1 =  binary  value 2 = bcd value 3 = discrete value 4 = 7-segment 5 = others	0			WORD	Applicable only for MDE3000+
477	MDE3000INPUTSELECTION	Input Selection for MDE3000+	Submenu 1: [0,1] = 1st Input selection Submenu 2: [0,1] = 2nd Input selection Submenu 3: [0,1] = 3rd  Input selection Submenu 4: [0,1] = 4th  Input selection Submenu 5: [0,1] = 5th Input selection Submenu 6: [0,1] = 6th Input selection Submenu 7: [0,1] = 7th Input selection Submenu 8: [0,1] = 8th Input selection Submenu 9: [0,1] = 9th Input selection Submenu 10: [0,1] = 10th Input selection Submenu 11: [0,1] = 11th Input selection Submenu 12: [0,1] = 12th Input selection Submenu 13: [0,1] = 13th Input selection Submenu 14: [0,1] = 14th Input selection Submenu 15: [0,1] = 15th Input selection Submenu 16: [0,1] = 16th Input selection	0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0			BYTE table	Applicable only for MDE3000+
478	DOWIBOARDINUSE	To read the load from the old controller	0=Dowi board in use offstate 1=Dowi board in use onstate	0			WORD	Applicable only for MDE3000+
479	ADVANCEPOSITIONOFFSET	Set the Value as per AM manual only when MDE 3000+ is used	0 - 10 as per the speed of the old controller	0			WORD	Applicable only for MDE3000+
480	FCCRDELAY	To change FCC-R delay in seconds	FCC-R delay in seconds	1	1 s		WORD	Maximum 5 seconds
481	FIDQATAR	Enable/disable FID Qatar operation.	0=Disable FID Qatar Feature 1=Enable FID Qatar Feature (2-FID A inputs) with FRD phase 1 display 2=Enable FID Qatar Feature (2-FID A inputs) with FRD phase 1 blank display 3=Enable FID Qatar Feature (3-FID A inputs) with FRD phase 1 display 4=Enable FID Qatar Feature (3-FID A inputs) with FRD phase 1 blank display	0			WORD
482	PHOTOCELLCOUNT	Photocell ON for consecutive stops	3 - Photocell ON for 3 consecutive stops 4 - Photocell ON for 4 consecutive stops 5 - Photocell ON for 5 consecutive stops	3		EN 81-20	WORD	Not applicable for NA.
483	EN8120SUP	To define EN81_20 feature Enable or Disable	0 - Disable 1 - Enable	0		EN 81-20	WORD	EN81_20 feature is not applicable for Double Decker and NA so parameter must not be enabled for Double Decker.
484	LAMPOUTPUT	To define Lamp constant flashing or blinking when lift is running in Test Drive Mode with door contact bypass is ON.(For EN81_20 and Output located in KCEFCBG19).	0 -Constant Flashing 1 - Blinking	0		EN 81-20	WORD	Not applicable for NA.
485	ROPEALIGNMENTDETECTOR	Defines whether Rope Alignment Detector feature is On or Off in pit and machine room	0 = Rope Alignment Detector not in use 1= Rope Alignment Detector in machine room 2 = Rope Alignment Detector in pit room 3= Rope Alignment Detector in both	0			WORD	Not applicable for NA.
486	LCESSBOPERATION	Defines whether LCESSB feature is On or Off	0= LCESSB Feature Disable 1= LCESSB Feature Enable	0			WORD	Applicable for NA
487	UNLOCKELINKLOCK	Enable/disable E-Link locking overridden feature	0=Disable Feature 1=Car calls are possible from UI.	0			WORD	Not applicable for NA.
488	FRDFOBINPUT	FRD FOB feature Enable or Disable	0 - Disable 1 - Enable	0			WORD	Not applicable for NA.
489	PENTHOUSEFEATURE	Penthouse feature Enable or Disable	0 - Disable 1 - Enable	0			WORD	Not applicable for NA.
490	PENTHOUSEVISITORFLOORS	FOBG12 board input XF5 is used for LOL/Penthosue LOC bypass	0=LOL input 1=Penthouse A-side LOC bypass input 2=Penthouse B-side LOC bypass input 3=Penthouse Both sides LOC bypass input	0			BYTE table	Not applicable for NA.
491	CARCALLUNLOCKINGTIMER	Timer for car call unlocking when activated by Penthouse landing button.	Time in seconds	5	1s		WORD	Not applicable for NA.
492	EMPTYLIFTLOAD	Displays elevator load in percents.	% of capacity	0	%		WORD	Not applicable for NA.
493	FCWITHDIAFORCHINA	To enable/Disable FC with Dia feature for FCB24	0 -Disable       1 - Enable	0		.For full collective logic UI 1-2 =3.	WORD	Not applicable for NA.
494	DOUBLEDECKINUSE	To enable or disable Double Deck feature	0=Double Deck  not in use 1=Double Deck  in use	0			WORD	Not applicable for NA.
495	RBODEVICEFLOORNO	RBO device connected floor number .	RBO device connected Floor No 0..127	0		EN 81-20	WORD	Not applicable for NA.
496	RBOFEATURE	RBO feature enable or Disable and also some additional feature for RBO .	0= Feature not used at all (no fault code) 1= On RBO failure only fault code is given but lift continues normal operation                                   2=On RBO failure fault code is given and lift goes out of service	0		EN 81-20	WORD	Not applicable for NA.
497	MDETESTFLOORMAP	The value represents the floor value to be considered for the new LCE group floor table for MDE3000+.Sub menu 1 to 64 represents old lift floor & value in the sub menu represents the new LCE floor.	Submenu 1 to sub menu 64  each sub menu will have the value from 1 to 64	0			BYTE table	Applicable only for MDE3000+
498	CALLFORWARD	call can forward eventhough lift travel direction is different from call direction	0 - call forward disable 1 - call forward enable	0			WORD	Applicable only for MDE3000+
499	REUSEKITINUSE	To read the OPT inputs and enable the output	0=Reuse board in use offstate 1=Reuse board in use onstate	0			WORD	Applicable only for MDE3000+
500	CARCALLDOBOUTPUT	To enable Door open button output for same floor car call when MDE3000+ is in use	0=CarcallDobOutput in use offstate 1=CarcallDobOutput in use onstate	1			WORD	Applicable only for MDE3000+
501	BRAKESWITCH	To check Brake switch monitoring	0 - Disable 1 - Enable	0			WORD	Not applicable for NA
502	DDSPIINUSE	TO define the Other Deck Loading  Message Selection in Double Deck	0 -  Disable   1 -  Use EAQ message 2 -  Use HEL message	1			WORD	If EAQ message selected (UI 3-39 -1)  with EAQ feature in use, then HEL message will be used for other deck loading message.
503	OPTIONAL_MARKINGS_TABLE	Optional ASCII Markings for Front Side in Next Stop Display	Front Side ASCII Character Selection For NA : Default character selection is Null (value 64) For ROW : Default character selection is Null (value 64)	64			BYTE	Note: 1. Menu selection is similar to Floor marking menu for character selection. 2.If value set to 64 , then front ASCII character selection is disabled. 3.Do not set parameter when External Group is in use.
504	OPTIONAL_MARKINGS_TABLE2	Optional ASCII Markings for Rear Side in Next Stop Display	Rear Side ASCII Character Selection  Select Optional mark ASCII character for Rear Side calls in Next Stop Displays For NA : Default character selection is 'R' For ROW : Default character selection is Null (value 64)	64			BYTE	Note: 1. Menu selection is similar to Floor marking menu for character selection. 2.If value set to 64 , then front ASCII character selection is disabled. 3.Do not set parameter when External Group is in use.
505	POLAND_FIRE	Poland Fire Regulation Poland Fire Requirement feature Enable or Disable	0 -Disable 1 - Enable	0			BYTE	FID poland
506	ENABLE_DOOR_OPEN	Enable door opening after FID *C for Poland Opening doors after FID *C via landing call button	0 -Disable 1 - Enable	0			BYTE	FID poland
507	FID_DOOR_OPEN_TIME	Door open time for Poland or EN81_73 Door open time before elevator closes its door in FID *C for Poland Fire Regulation or EN81_73	1 .. 60 seconds, 1 second steps	20	Seconds	EN 81-73	BYTE	FID poland
508	FRD_SERVING_FLOORS	This parameter to be selected which floors and which sides want to be served in FRD phase 2 operation for new EN 81-72 parameters	0=Floor Unserved 1=A-side served 2=B-side Served  3=Both sides served	0		EN 81-72(2015)	128-BYTE
509	SG_EVG_MAIN_FLR	To define Evacuation switch main floor for Singapore evacuation Select floor level for main floor Evacuation switch	Floor from 1 to maximum level	1			BYTE
510	SG_EVG_ALT_FLR	To define Evacuation switch alternative floor for Singapore evacuation	Floor from 1 to maximum level	2			BYTE
511	SG_DOOR_OPEN_TIME	Extended Door open time for PWD	0- Dwell time 1-255 seconds of door open time	10			BYTE
512	LCE_LIFTSTOPSDD_FLOORS	Define stops and service status for DD.	1 - Upper deck can stop at that floor 2 - Upper deck can serve at that floor 4 - Lower deck can serve at that floor 7 - all the above possible condition	7			128-BYTE	Applicable only for double decker
513	LCE_LIFTSTOPSSD_FLOORS	Define stops and service status for SD	1 - Upper deck can stop at that floor 2 - Upper deck can serve at that floor 3 - all the above possible condition	3			128-BYTE
514	LCE_EXISTINGDOORSDD	To define the Existing doors DD	1 - A side exists for upper deck at that floor 2 - B side exists for upper deck at that floor 4 - A side exists for lower deck at that floor 8 - B side exists for lower deck at that floor 15 - all the above possible condition	15			128-BYTE	Applicable only for double decker
515	LOWERDECKCARSIZE	To define Maximum number of persons in lower deck. 0 value used for SD	The capacity of the car in persons	13			BYTE
516	LCE_INVASION_FLOORS	To Enable /Disable Invasion Feature for Floor Specific  [0-128]	0 - Disbale Invasion Feature at that floor 1 - Enable Invasion Feature  at that floor	0			128-BYTE
517	OSS_LOC_DOOR_OPEN	To Enable/Disable door parked open in LOC floor during OSS-C service NOTE: Applicable only for ROW / NC single deck products	0- Disable door parked open 1- Enable door parked open	0			BYTE
518	ENABLE_AUTORECOVERY	To enable and disable Autorecovery and Next floor stop feature	0 - Autorecovery disabled 1 - Autorecovery enabled 2 - Next floor stop (NFS) enabled 3 - Autorecovery and Next floor stop enabled	0			BYTE
519	PAM_OVERRIDES_PAS	Enable/disable PAM overridden PAS feature	0 - Disable                                                                                          1 - Enable	0		PAM,PAS	BYTE
520	DRAKA_TESTING_TIME_INTERVAL	Time interval for testing draka device whether it is working or not. Used for EN 81-77	1 .. 24 hours, 1 hour steps	0		EN 81-77	BYTE
521	EAQ_STOP_BEHAVIOR	0 = When EAQ is detected then lift will sudden stop and make correction with reduced speed at nearest possible floor. 1= When EAQ is detected then lift will stop at nearest floor. If that floor is dummy then lift make correction with reduced speed at nearest possible floor.	0= Sudden stop 1= Nearest floor	0		EAQ	BYTE
522	MDE_3000_PLUS_PARKING_FLOOR	MDE3000+ parking floor and enables when set to non zero	MDE3000+ parking floor number	0			BYTE	Applicable only for MDE3000+
523	EN81_73_FIRE	To define EN81_73 feature	0 -Disable                                                                                          1 - Enable	0		EN 81-73	BYTE
524	CLOSE_FAIL_WAIT_INCR	To define the recovery Time for opening and closing fault in minutes Note: Use menu 7-3 for recovery time in seconds	0 - Not in use 2…98 - Recovery time in minutes 99  -  Recovery by carcall / inspection	0			BYTE
525	LCE_DCS_TERMINAL	To define the DCS2.0 Terminal ID for A side & B side	Submenu 1 : =  1st byte for A side Submenu 2:= 2nd byte for A Side Submenu 3: = 3rd byte for A side  Submenu 4: = 4th byte for A side Submenu 5: = 5th byte for  A side Submenu 6: = 6th byte for B side Submenu 7:  = 7th byte for B side Submenu 8:  = 8th  byte for B side Submenu 9: = 9th byte for B side Submenu 10:  = 10th byte for B side	0		DCS 2.0	10-BYTE
526	LCE_MDE3000_EZONE_SELECTION	Express zone Selection for MDE3000+	Submenu 1: [0-62] Submenu 2: [0-62]	0			4- BYTE
527	ONE_SIDE_ACCESS	To define side access in use for EN81-72(Normal & FRD phase-2)	0 - Both sides operative in FRD      Both sides operative in Normal 1 - A-side operative in FRD      Both sides operative in Normal 2 - B-side operative in FRD      Both sides operative in Normal 3 - A-side operative in FRD and      B-side operative in Normal 4-  B-side operative in FRD and      A-side operative in Normal	0			BYTE
528	KCEGCHIGHESTFLOOR	Group Highest Floor For KCEGC	Defines the Highest Floor For KCEGC External Group	126			BYTE
532	ADO_S_IN_USE	Defines the ADO S in Use(This parameter used for Prospace to avoid IPLUG)	0 - ADO S not in use                                                                                        1 - ADO S in use	0			BYTE
533	MDE_CAR_CALL_OUTPUT	To define CarCall Output Latch type in MDE3000+	Car Call Output Latch type	0			BYTE	Applicable only for MDE3000+
534	LCE_NEW_ELEVATOR_NAME	To define the Multi character Elevator Name for DCS2.0	Submenu 1  =  First character (0, 1-26, 100-109) Submenu 2 = Second  character (0, 1-26, 100-109)	0		DCS2.0	4-BYTE
535	MDE_SOFT_DECELRATION	MDE3000+ Software Decelration	0 - ENABLE 1 - DISABLE	0			BYTE	Applicable only for MDE3000+
536	KCEGC_EID_SOUND_SELECTION	EID Sound Selection for DCS2.0	1 - 8=EID Sound Selection	1		DCS2.0	BYTE
537	SUPERVISION_TIME_FOR_SPL_MODE	To define the Running Supervision Time For Special Modes	seconds	ROW = 0  NA =120	1 Sec		BYTE	Applicable only for NA
538	AUTOMATION_TEST	Automation Test	0=Automation test disable 1=Automation test enable	1			BYTE	Used only for Automation build
539	BROKEN_STRAND_DETECTION	To enable Broken Strand Detection Feature	0 - Not in use                                                                                       1 - Maintenance Drive 2 - Normal Drive	0			BYTE
540	MDE_CAR_LATCH_DELAY	To Define CarCall Output Latch Delay for MDE3000+	MDE CarCall output Latch Delay	2			BYTE	Applicable only for MDE3000+
541	MDE_ADVANCE_DECELRATION	To Define Advance Deceleration for MDE3000+	MDE advance decelration	0			BYTE	Applicable only for MDE3000+
542	OSG_INERTIA_BRAKE	To Enable/Disable OSG inertia brake	0 -Disable                                                                                          1 - Enable	0			BYTE
543	MDE_OLDLIFT_OUTOFBANK	MDE3000+ OldLiftOutofbank	0 -Disable                                                                                          1 - Enable	0			BYTE	Applicable only for MDE3000+
544	CLOSEENDSIGNALBREAKTIMEOUT	To define the supervision time needed for fault door contact monitoring	value range …Min - 1                      Max - 10 Default value 6 seconds	6	1 Sec	EN 81-20	BYTE	Even if the values set beyond the range software will keep the values to 10(maximum)
545	SUBSTANCERELEASE	To enable / disable substance release feature	0 -Disable                                                                                          1 - Enable	0			BYTE
546	DOOR_OPEN_TABLE_TIME	Door opening time to show the door opening in E-link for Table simulator.	1 .. 5 seconds, 1 second steps	0	1 Sec		BYTE	Applicable only for Table simulator
547	DOOR_CLOSE_TABLE_TIME	Door closing time to show the door closing in E-link for Table simulator.	1 .. 5 seconds, 1 second steps	0	1 Sec		BYTE	Applicable only for Table Simulator
548	SBMFLOOR	To define SBM floor	1..63	0 0 = Top most floor			BYTE
549	OPENDOORCMDINUSE	To enable or disable the open door command when Nudging is active.	0 - Open door command enabled                                                                                        1 - Open door command disabled	0			BYTE	Applicable only for Prospace
550	MDECALLCANCELPOINT	call cancel  event send to Group	0 -Call cancel at  stoping 1- call cancel at decelration	1			BYTE	Note: Applicable only for MDE3000+
551	MDECALLTURNINGPOINT	Enable or disable mde call turning point	0 - Disable 1- Enable	1			BYTE	Note: Applicable only for MDE3000+
552	MDETWOWAYCALLFORWARD	Enable or disable Mde Two way allocation call forward	0 - Disable 1- Enable	1			BYTE	Note: Applicable only for MDE3000+
553	PIT_INSP_SUP	To enable or disable PIT Inspection Supervision	0 - PIT Inspection Supervision disabled                                                                                        1 - PIT Inspection Supervision enabled	1			BYTE
554	KCOPINTERKEYDELAY	Delay between the key press	2-10 seconds delay	2	Seconds		BYTE
556	RBODEVICEFLOORSIDE	RBO device connected floor side selection.	RBO device connected Floor Side 1- A side 2- B side	1			BYTE	Note:Not applicable for NA.
557	FRDSGDOOROPENTIME	Seconds time doors remain inoperative before return from FRD mode	5 - 60 seconds time doors remain inoperative before return from FRD mode	30	Seconds		BYTE
558	EBDSERVINGTORETURNTIME	ERD power ON time , after elevator has done corretion to a floor.	0 to 254 Timing to EBD serving state to Return State.	0	seconds		BYTE
559	LIL1OUTPUT	LIL1 output changes	0 - (OPT 1 front [output 1] LIL1  OFF - standing or releveling , ON - lift running) 1 - (OPT 1 front [output 1] LIL1  OFF - standing, ON - releveling  or lift running)	0			BYTE
560	BATTERYSTRESSINTERVAL	To set the battery stress test interval for EN81-28 codes.	Time in hours	720	hours		WORD	Note:EN81_28 feature is not applicable for Double Decker and NA.
561	BATTERYSTRESSDURATION	To set the battery stress test duration for EN81-28 codes.	Time in minutes	120	minutes		WORD	Note:EN81_28 feature is not applicable for Double Decker and NA.
562	BATTERYSTRESSFAULT	To set the non-fatal or fatal battery stress test fault for EN81-28 codes.	0 - Non fatal battery stress test fault 1 - Fatal battery stress test fault	0			BYTE	Note:EN81_28 feature is not applicable for Double Decker and NA.
563	DRIVEBELTSUPERVISION	To Enable or Disable Drive Belt Supervision	0 - Drive Belt Supervision Disabled 1 - Drive Belt Supervision Enabled	0			BYTE
565	GONGKCEGC	Gong Operation  Based on KCEGC assigned Call event (ILA with  KCEGC)	0 - no GOL                                          1 - non Directional GOL   2-  Directional GOL	1			BYTE	Applicable only for KCEGC
566	ILAKCEGC	Immediate landing call allocation in KCEGC group	0- not in use 1- KCEGC group interface with immediate landing call allocation	0			BYTE	Applicable only for KCEGC
567	MDESTDCARCALLPREVENTION	Standing floor  car call prevention based on the parameter	2- Standing floor car call prevention &  cancelCallsBehindDirection 1-Standing floor car call prevention  0-DISBALE	0			BYTE	Note: Applicable only for MDE3000+
568	MDECARLIGHTLDGCALL	car call light handling when give landing call	0- DISABLE 1-ENABLE	1			BYTE	Note: Applicable only for MDE3000+
572	ATSCLANDIGCALLREJECTTIMEOUT	ATS C landing call reject timeout for KCEGC group	ATS C landing call reject timeout for KCEGC group (10-300)	30	seconds		WORD	Applicable only for KCEGC
573	EN8120SRCSUPERVISION	If SRC signal doesn’t change its state during consecutive normal stops to a call, doors are closed in nudging speed after 30 seconds based on UI 7-15(SRC supervision). Doors are closed in nudging speed and acoustic signal shall operate at any time door is closing after 30 seconds until the counter reaches the value in 3-35(consecutive stops per car door).	0 - EN81-20 SRC superrvision disabled 1 - EN81-20 SRC supervision enabled	1			BYTE
587	FRDSHANDONGAREA	To Enable or disable special FRD feature for Shandong Area of china	0 - Default (FRD standard behavior) 1 - FRD Output as per Shandong area requirement	0			BYTE
588	LANDINGCALLALLOWINSINGLE	To Enable or Disable Landing Call when F0048 occurs in a single lift environment	0 - Landing call Disabled 1 - Landing call Enabled	0			BYTE
589	DAMPERDELAY	Timer delay to reset the Car damping Output	0 .. 10 minutes	5	Minutes		BYTE
590	MDEINTERFACES	Define the Overlay Interface technique to be used.	0 = Parallel Interface 1 = Serial Interface	0			BYTE	Note: Applicable only for MDE3000+
591	MDEADVPOSCALCINUSE	To define whether the Advance position is received from old elevator OR Use the Advance position Calculation Algorithm in LCESW.	0 = Use Adv Pos from Old Elevator 1 = Use Adv Pos Calc logic in LCESW	0			BYTE	Note: Applicable only for MDE3000+
592	MDEFLOORINDEXOFFSET	To map the old lift floor position with Overlay LCECPU floor position Note: OTIS Gen2 floor starts from "0".	0 = Old Lift Floor number starts greater than 0 1 = Old Lift Floor number starts from 0	0			BYTE	Note: Applicable only for MDE3000+
593	MDEPOSFILTERINUSE	Define the use of LCE logic filter for Advance & Floor position update.	0 = not in use 1 =  Use LCE logic filter only for Floor Position 2 =  Use LCE logic filter only for Adv Position 3 =  Use LCE logic filter for both Floor & Adv Pos	0			BYTE	Note: Applicable only for MDE3000+
594	MDECALLINJECTIONINUSE	Enable or disable Call Injection feature.	0 = not in use 1 = Call Injection in use	0			BYTE	Note: Applicable only for MDE3000+
595	MDEDEBUGPRINTSINUSE	0 = not in use 1 = Enable debug prints for new lift status 2 = Enable debug prints for old lift status	Enables or disables debug prints Via serial cable	0			BYTE	Note: Applicable only for MDE3000+
596	MDEDOORSTATE	Submenu 1 = doorlocked Submenu 2 = dooropening Submenu 3 = dooropenwithtime Submenu 4 = doorclosing Submenu 5 = doorclosednotlocked	To define when to allocate the next DOP call to elevator based on door states.	*			BYTE_TBL	Note: Applicable only for MDE3000+
597	MDEADVPOSUPDATEATSTANDING	Define the use of Advance position update. this is to change the moving state to starting, moving direction to UP/DOWN and move the advance position over next floor when door is closing/start to close	0 - Disable 1 - Enable	0			BYTE	Note: Applicable only for MDE3000+
598	MDESPARE	to be defined.	0 = not in use 1 = to be used later	0			BYTE	Note: Applicable only for MDE3000+
599	DAMPINGEMPTYLIFTLOAD	Displays damping empty load percentage	% of capacity	0	percentage		BYTE
600	CHINADOORCONTACTMONITORING	To Enable or Disable Door contact monitoring enchancement for china	0 - Disabled 1 - Enabled	0			BYTE	For this feature 3-36 must be 1 (3-36-1)
601	HANDICAPHYBRID	Handicap feature in KCEGC group	0 - not in use                                          1 - HAN AU 2-  HAN KR	0			BYTE
602	FET_FEB_SLC_HYBRID	FET/FEB or SLC feature in KCEGC group	0 - FET/FEB 1 - SLC	0			BYTE
603	PES_VAS	To Enable or Disable PES/VAS Feature	0 - Disabled 1 - Enabled	0			BYTE
604	EMBEDDED_GROUP_DISABLE	Embedded group operation will be enabled/disbaled based on the value selection	0 - Embedded group will be enabled if external group disconnected                                    1 - Embedded group will be disabled if external group disconnected	0			BYTE