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INTEC GmbH
22/12/2016
Lift controller MLC 8000
Operating manual V2.0
Position Terminal no.,
Description
Function
3
0(24V)
Input E25 and 0V (Common) for lower doorzone switch SGU
4
SU
5
0(24V)
Input and 0V (Common) for doorzone switch SGM
Onboard connected to trailing cable (XF8.9 - version 1.1; XF8.11 - version 2.1)
6
SM
7
0(24V)
Input E24 and 0V (Common) for upper doorzone switch SGO
8
SO
9
0(24V)
Input E26 and 0V (Common) for upper prelimit switch VO
10
VO
XF7.3
Nur
FVE2.1
1
CH-
Control bus (CAN Bus 1) – Low signal for absolute position encoder
2
CH+
Control bus (CAN Bus 1) – High signal for absolute position encoder
3
0(24V)
0V – power supply for absolute position encoder
4
+24V
+24V – power supply for absolute position encoder
5
+24A
Battery bu24V – power supply for absolute position encoder
6
0(24V)
0V – power supply for shield CAN bus cable position encoder
XF8
1.1
2.1
Important! Different connector size for FVE version 1.1 and version 2.1
1
1
T1
Door motor power 3~ 400V or Door controller power supply 230V (L
+ N) from trailing cable
2
2
T2
3
3
T3
4
-
Not used
4
5
SL1
Shaft light push to trailing cable
5
6
SL2
7
-
Not used
6
8
+24A
Battery bu24V power supply from trailing cable
7
9
0(24V) 0V – power supply input from trailing cable
8
10
+24V
+24V power supply from trailing cable
9
11
SM
Door zone switch SGM to trailing cable
10
12
NR
Alarm call to trailing cable
XF9
1
SL2
Shaft light push on top of car
2
SL1
3
Res
Free connector, onboard connected to XF17.9
4
T2
230V-N for 2. door controller (connected to XF9.2)
5
T1
230V-L for 2. door controller (connected to XF9.1)
6
T3
Door motor 400V-L3
7
T2
Door motor 400V-L2 or 230V-N (Door controller)
8
T1
Door motor 400V-L1 or 230V-L (Door controller)
XF10.1
1
0(24V)
Input E1 and Common (0V), low side switching, free programmable, for door
open switch door 1
2
E1
3
0(24V)
Input E2 and Common (0V), low side switching, free programmable, for door
closed switch door 1
4
E2
5
0(24V)
Input E3 and Common (0V), low side switching, free programmable, for door
reverse switch door 1 (mechanical obstacle)
6
E3
7
0(24V)
Input E4 and Common (0V), low side switching, free programmable, for light
screen door 1
8
E4
XF10.2
1
0(24V)
Input E5 and Common (0V), low side switching, free programmable, for door
open switch door 2
2
E5
3
0(24V)
Input E6 and Common (0V), low side switching, free programmable, for door
closed switch door 2
4
E6
5
0(24V)
Input E7 and Common (0V), low side switching, free programmable, for door
reverse switch door 2 (mechanical obstacle)
6
E7
7
0(24V)
Input E8 and Common (0V), low side switching, free programmable, for light
screen door 2
8
E8