User Manual

Logical I/O blocks
Addressing the I/O blocks
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CM110664en_07 265 | 351
Module type Signal type Example
Y250T
PWM
T=3.1 (Y250T)
Y420
AO, AOS, AOSL, AOL
T=34.1 (Y420)
T=36.1 (AOS)
Binary Input D20, D20S
D42, D250 (only PT-I/O)
T=25.2 (D20)
DI, DIS, DIL, DISL T=26.3 (DIS)
Counter Input C T=38.1 (C)
Info LED Q_LED C=8.1(Q_LED)
Binary Output Q250_P, Q250A_P T=12.1 (Q250_P)
Q250
QD, Q250B, (only PT-I/O)
T=1.1 (250)
T=14.1 (Q250) + T =15.1(D20)
DO, DOS, DOL, DOSL T=15.2 (DOS)
Multistate Input D20
D42, D250 (only PT-I/O)
T=1.1 (D20) + T=1.2 (D20)
--
DI, DIS, DIL, DISL T=7.1 (DIS)
Multistate Output Q250-P1 ... Q-P5 T=1.1 (Q250-P3)
Q-M1 ... Q-M4
QD-M2 (only PT-I/O)
T=1.1 (Q-M3)
--
DO, DOS, DOL, DOSL T=26.3 (DIS)
Parameter values
Parameters are entered in the I/O address editor.
See
Automation stations modular series PXC..D, PXC..-E.D, PXA40.. (CM1N9222).
Addressing entries PX Compact (PXC…)
The addressing procedure is almost identical for Desigo PX compact and for Desigo PX modular. However,
the valid address ranges and signal types are not the same as those used for the addressing of individual
TX-I/O modules.
For PX compact, the "on-board" I/O modules at the [IOAddr] pin start with a "C" (prefix: "C="). Address
syntax:
C=Module.Channel (signal type, parameter)
Example: C=2.1 (Y10S, NO)
The table below shows the available address ranges and signal types, which vary according to the Desigo
PX compact automation station (each with its own integrated, fixed configuration of I/Os) type.
The existing UI and AO can be configured as AI, DI, CI, or AO.
Signal type of no application is loaded (wiring test):
PXC12..D, U1…U4: xx = Y10S, U5…U8: xx = R1K
PXC22..D, U1…U4: xx = Y10S, U5…U16: xx = R1K
PXC36..D, U1…U6: xx = Y10S, U7…U24: xx = R1K
Addressing entries PX compact
PX compact PXC12.D
PXC12-E.D
PXC22.D
PXC22-E.D
PXC36.D
PXC36-E.D
Module Channel Module
UIO
Universal I/O
1 1..4
U5..U8
1 1..12
U5..U16
1 1..18
U7..U24
R1K, U10, T1,
N1K, P1K, C,
D20, D20S