A1000
50
532210 04 - Rev.A
V G
S1
G
T
J1
V G
S2
G
T
J4
V
G
I1
I2
G
I3
I4
V
J21
V
G
I1
I2
G
I3
I4
V
J21
64
63
DL11
J13
V G
S1
G
T
J1
V RX
TX G
J8
E1 G E2
J7
T1 G
T2
R1
G R2
J9
V G 01 02 02
J22
J21
V
G
I1
I2
G
I3
I4
V
J18
G CH CL
G
J23
4
V G
S2
G
T
J2
J22
J18
J7
J4
J1
J9
J23
J13
J21
J8
G (J1)
S1 (J1)
G (J2)
S2 (J2)
Tr
ansla
tion of the original instruc
tions
ENGLISH
XDT1
(int
ern
als)
(int
ernals)
XD
T1
(ext
ern
al)
(ext
ernal)
!
WARNING: IT IS OBLIGATORY TO INSTALL PROTECTIVE BARRIERS IN THE
MOVEMENT AREAS IN THE EVENT CONTACT WITH PERSONS IS NOT AL-
LOWED.
brown
pink
red
blue
green
grey
yellow
white
12.6 2 XDT1 EXIT DETECTORS AND 2 XDT1 ENTRY DETECTORS
Use this configuration if the width of the passage opening is such that it
requires 2 detectors instead of 1.
Use 2 XDT1 exit detectors for opening and safety in closing and 2 XDT1
entry detectors for opening and safety in closing, in compliance with
EN 16005:2012 and DIN18650.
PROGRAMMING THE E1SL
board
Programming from the board or SDK EVO: XDT1
From Board
SDK EVO
P1
P1
=
20
20
1F
1F
=
Y
Y
P2
P2
=
20
20
2F
2F
=
Y
Y
S1-S2 safeties
S1 Function
= Closing Safety
S1 Test
= Enabled
S1 NO/NC
= NC
S2 Function
= Closing Safety
S2 Test
= Enabled
S2 NO/NC
= NC
From Board
SDK EVO
C1=1
C1=1
C2=4
C2=4
INPUTS I1-I2
I1
= External sensor contact
I2
= Internal sensor contact
I1 NO/NC
= NO
I2 NO/NC
= NO
outside of
door
outside of
door
inside of door
inside of door
yellow
XDT1 n.2
external
XDT1 n.2
internal
Connect the 2 external XDT1 units and the 2 internal XDT1 units as in
indicated in the following diagram.
pink
pink
grey
grey
XDT1 n.2
external
XDT1 n.2
internal
XDT1 n.2
external
pink
pink
grey
grey
XDT1 n.2
internal
Summary of Contents for A1000
Page 1: ...A1000 EN16005 2012 E1SL fw 3 0 SDK EVO fw 3 0 LK EVO fw 1 2...
Page 108: ...A1000 108 53221004 Rev A Translation of the original instructions ENGLISH...
Page 110: ...A1000 110 53221004 Rev A...
Page 114: ...A1000 114 53221004 Rev A...
Page 115: ...Translation of the original instructions ENGLISH...