1.
Description
1.1
Application
1.2
Construction
1
.l
Application
The S5-010W programmable controller belongs to the-SIMATIC S5
family of programmable controllers and has been designed for use
with small machine tools and adaptive control systems. It is suitable
for automation tasks for which contactors, relays or simple hard-
wired electronic systems have been used in the past. The range of
functions available permits the assembly of binary logic control
systems with memory and time functions.
Signal input Processing Signal output
24
V
DC
Fig.
2
Application of SWlOW programmable controllers
,
Mech. sensor,
,\e.g. pushbutton,
pressure switch, tem-
perature sensor
Inductive sensor
-1
zny0itive
other
SlMATlC controls
1.2
Construction
SlMATlC S5
S5-010W
PC
I+-$
valves
3
@
Alarm
indicators
other
SlMATlC controls
The S5-010W programmable controller comprises a housing con-
taining plug-in printed-circuit boards measuring 160
X
250 mm.
Each PCB represents a functional unit.
k
1
The modules are housed in an open frame and are interconnected
through a 20-way bus which is secured to the rear of the housing.
The housing frame permits easy mounting in electronic equipment
cabinets and machine tools; no fan is needed.
There are three types of housing available, on with four, one with six
and one with eight module locations.
Central processing unit
900
The CPU contains the following:
Bit processor
Power supply unit,
24
V
primary15
V
secondary
Memory for flag operations
Backup battery for retentive flags
Service panel
Receptacle for memory submodule
910
Memory submodule
910
Erasable read-only memory (EPROM) for 1
K,
2K
or
4K
statements,
depending on the version.
Inputltimer module 400
Digital output module 410 (solid-state)
Interface module
772
For interfacing S5-010W programmable controllers to higher-level
control systems.
Programming unit interface module
500
For on-line operation of the S5-010W with the 630, 631 and 670
programming
units.
Mechanical
des~gn as for S5-110 A modules.
Flg
3
S5-010W programmable controllers wlth
4,
6
and
8
module
locations
2