Kübler Codix 130 Instructions D'utilisation page 11

Input specification, pin assignment and adjustable operating modes (DC versions)
A control input (screw terminal 5) allows adjusting the operating mode.
Screw terminal No. 1
Designation INP A
Model
6.130.012.8x0 07 kHz
6.130.012.8x2 12 kHz
6.131.012.8x0 07 kHz
6.131.012.8x1 12 kHz
6.133.012.8x0 03 kHz
6.133.012.8x1 06 kHz
Table 2
Screw terminals 1 and 2:
Function and max. frequences(Pulse/Pause 1:1)
see Table 2
NPN : active for negative edge
Input resistance: approximately 1 MOhm
Low level: 0 ... 0.7 V DC
High level: 3 ... 30 V DC
PNP : active for positive edge
Input resistance: approximately. 100 kOhm
Low level: 0 .. 0.7 V DC
High level: 4 .. 30 V DC
Screw terminal 3:
Reset input, active for negative edge
Contact input / Open Collector NPN
(switching at 0 V DC)
Low level: 0 ... 0.7 V DC
High level: 3 ... 30 V DC
Min. pulse duration: 50 ms
Input resistance: approximately 2.2 MOhm
Screw terminal 4:
Electrical locking of the reset key
Contact input / Open Collector NPN
(switching at 0 V DC)
Low level: 0 ... 0.7 V DC
High level: 3 ... 5 V DC
Input resistance: approximately. 2.2 MOhm
Input not active: Reset key locked
Input in contact
with GND: Reset key unlocked
No. 2 No. 3
INP B Reset
NPN 30 Hz NPN
PNP NPN
NPN 07 kHz NPN
PNP 12 kHz PNP
NPN 03 kHz NPN
PNP 06 kHz PNP
No. 4 No. 5
Reset Control inputs for operating
Enable mode (Mode)
not active contact with
=
adding subtracting
not active contact with
=
Cnt.Dr Mode Up.Dn Mode
not active contact with
=
Quad Mode Quad2 Mode
Screw terminal 5:
Operating mode switch (Mode)
Contact input / Open Collector NPN
(switching at 0 V DC)
Low level: 0 ... 0.7 V DC
High level: 3 ... 5 V DC
Input resistance: approximately 2.2 MOhm
Function: see Table 2
Screw terminal 6:
GND connection common for all inputs
Screw terminal 7:
(–) external power supply for the LCD backlight option
Screw terminal 8:
(+) external power supply for the LCD backlight option
(24 V DC ±20%, 50 mA), Fuse 0.08A, delayed action
All smal tension, SELV, reinforced/double
!
insulation.
Signal inputs must be protected with an exter-
nal delayed 0.01 A fuse when the source
Danger
does not provide protective impedance
(fuse/current limitation).
No. 6 No. 7 No. 8
GND BL
–
GND =
GND =
GND =
BL
+
5