SIMATIC
S5
-
105R
Programmable
Controller
Operating Instructions Order No.: GWA
4NEB
810
0220-02
Fig. 9 S5-105W-A/-B Programmable Controller with 605R programmer
CONTENTS Page Page
1
DESCRIPTION 1.2
4
MAINTENANCE
AND
REPAIRS 4.1
1.1 Application 1.2
4.1
Maintenance 4.1
1.2
Desl'gn 1.2
4.2
Troubleshooting on
the
power
1.3
Principle of operation 1.3 supply module 4.1
4.3
Troubleshooting on the
2
INSTALLATION 2.1 115V AC/220V AC
I/O
modules
4.1
2.1 Programmable controller (PC) 2.
E
4.4
Troubleshooting on the
2.2 Power supply module (PS) 2.2 24V
DC
I/O
module 4.9
2.3
Central processing unit (CPU) 2.3
4.5
Troubleshooting on the CPU
4.2
Memory submodule/programming
4.5
Interface assignment
4.4
adapter
2.4
1/0 modules
2.4
5
TECHNICAL SPECIFICATION 5.1
(digital jnput/output modules)
5.1
General data of the 105W
2.5 Suggested circuit arrangement 2.6 programmable controller 5.1
5.2 Power supply module 5.2
3 START-UP AND OPERATION 3.1
5.3
Central processing uue it/memory
3.1
Controls and displays
3.1
submodule/programming adapter 5.3
3.2
RUN,
STOP and HOLD modes 3.2
5.4
24V DC digital input/output
3.3 Power-up sequence
3.2
modu
1
es
5.5
3.4
Using the memory submodule 3.3 5.5 115
V
AC/220
V
AC digital in-
3.5
System start-up 3.4 put/output modules 5.7
Q
SPARE PARTS
6.1
1
Description
1.1
Application
The 105R is a programmable controller (PC)
of the SIMATIC S5 System. It was developed
for automation tasks in the lower per-
f
ormance range (re1 ay control systems). The
scope of application of the unit allows
designs extending from logic control sys-
tems with timing and counting functions
to sequence cascades (drum control lers)
.
The programmable controller is programmed
with the hand-held 605R programmer using
l
adder diagrams (LAD).
Signal
input
Mechanical
semor
I
inductive sensor
-4
k
Capacit~ve sensor
--CI
Photoelectric sensor
Processing
n
SlMATlC
S5
55-105R
progmmmable controller
Fig.
2 Application of the 105R pro-
grammable controller
1.2
Design
Rugged housing for mounting
in
a
cabinet
/
or on the wall
Power supply module (PS) for 1IE
A"r
"-
.
220 V1240
V
AC
-
micro-
105RlA:
4
module locations
105RlB:
8
module locations
Fig.
3
105R-A programmable con-
troller with full module
complement
-.
--
-
1.3
Principle of operation
1
The control functions of the
105R
are
determined by a program. This is stored
in a memory and is processed by the
microcomputer.
Program memory
The program can be produced on the
105R
by means of the programmer. The grogram
is loaded into the internal program
memory where it can be retained for
3
days* even the event of a power failure.
For long-term storage, the program can be
transferred to external plug-in memory
submodules. When the
105R
PC
is switched
.i
on, the contents of the submodule are
55
-
105R
programrnabie
automatically copied into the internal pro-
gram memory, where they can then be pro-
cessed. Programs can thus be easily inter-
changed.
I
_
-
Fig.
4
Block diagram of the
105R
programmable controller
Program processing
The program of the
105R
PC
is stored in
the program memory and scanned one pro-
gram element
at
a time. When the last ele-
ment in the program memory has been pro-
cessed, the processor starts again with
the first element. This repetitive pro-
cessing is referred to as cyclic program
scanning.
Before each program scan, all the inputs are
read in and stored in a process input image
(11,
which is part of the internal memory.
During the scan
(21,
access is made to this
input image only.
If
outputs (coils) are
latched or unlatched during program pro-
cessing, the statuses of these coils are
first assigned to the process output image
(3).
Once the last program element has
been processed, the output image is trans-
ferred to the actual outputs or coils.
The scan time of the
105R
is automatically
monitored. Before returning to
(11,
a
cheek is made as to whether program pro-
cessing has taken place correctly. In the
event of an error, the monitor disables all
outputs after
a
maximum of
0.3
S
and sets
the
PC
to the 'STOP' state.
*see also
5.3
Technical Specification of
CPU
Fig.
6
Principle of operation of the
105R
programmable control ler
1.3
2
installation
2.1
Programmable controller
(PC)
Methods
of
installation
-
in cabinets
-
on any vertical mounting surface
The following should be observed to
avoid heat accumulation
:
-
The maximum angle of inclination should
not be exceeded.
-
When several units are installed one
above the other, the minimum spacing
between
them
must be maintained (when
several units are installed side-by-
side, no spacing is required).
Fig.
8
Methods of installation
2.3
Central processing unit (CPU)
Memory subrnodulelprogramming adapter
The following can be plugged into the
CPU
(1):
-
605R or 655R programmer at
(4)
-
Submodule
(3)
with EPROM or EEPROM
-
Programming adapter (for program
dumping on EPROM submodule only)
Withdrawing the CPU.
Disconnect the 105R
PC
completely
from the supply.
-
Unscrew the two screws
(2)
-
Pull the module out to the front
The module is replaced in the opposite Fig.
10
Central processing unit
order.
2.4
110
modules (digital inputloutput modules)
Digital
110
modules
The
105R
can be operated with up to
4
or
8
input/output modules.
It is advisable to blank off module
locations not used
with
a plastics cover
to prevent accidental contact with live
parts.
The module locations are numbered
(numbers printed on the wiring backpl ane)
The number of the module location is
part of- the input or output address
in
the progran*:
e.g.
i
0.5
Input
5
of
module in
location
(4
Q
7.6
Output
6
of module
in
location
7
Fig.
II
Module location numbering
The input/output modules are connected
5'
13
up via a front connector which autorna-
tica1l.y Socks in position
(Fig.
12)
I/O
modules are avaiable for the follow-
ing control voltages:
2206240V
WC
5 1/3Q
115V
AC
51/30
24V
DC
51/30
24V
DC
81/8Q
The
input
and
output
circuits are gal-
vanically isolated
from
the
PG;
24
V
DC,
P15M
AC
and
220V
A@
modules can be
in-
serted side
by
side.
Removing
the
110
modules
Disconnect the
405R
PC
completely From
the supply.
-
Detach the front connector
(4).
For
this purpose, depress
the
red latch
(3)
on
the
right
-
Unscrew the two screws
(2)
-
Pull
the
module out
to
the
front
The
maduSe is inserted
in
the opposite
order.
Fig.
12
X/O
module with front
1
connector
*see also the Programing Instructions
5.0
Instruction set of the program elements
Front connector for modules with
5
inputs and
3
outputs
Solid
conductors with cross-sectional areas
of between
1
and
2.5
mm2
(17
and
13
AWG)
and
stranded conductors with areas ranging from
0.75
to
2.5
mm2
(18
to
15
AWG)
(with core end
sleeves) can be connected to each terminal.
13
mm
(0.5
in.)
of
the conductor insula-
tion should be removed
A
torque of between
50
and
80
Ncm should
be applied
to
the terminal screws
Front connector for modules with
8
inputs and
8
outputs
A
mini spring contact can be crimped
to
one or more wires total cross-sectional
1
area
0.5
to
1.5
m
)
per terminal. These
contacts are inserted in the connector
shell with the locking spring upwards.
Wiring of
110
modules
115V
AC
module
220V
AC
module
'he load and signal voltages for
ach module must be taken from
he same phase (e.g.
L1)
24V
DC
module
5
inputs/3 outputs
24
V
DC
module
8 inputs/8 outputs
The LEDs of the outputs are supplfed
ernal 24
V
DC
load
Locking spring
\
Fig.
13
Mini spring contact
Fig.
14
Wiring of the input/out-
put
modules
2.5
Suggested circuit arrangement
Fig. 15 Suggested circuit arrangement for the 105R programmable controller
When connecting up the 105R, the following points should be observed:
-
A main switch (1) or another method of isolation should be provided for the
PC,
sensors and actuators (this can also be ensured by fuses or
MCBs
in the low-
v01 tage distribution board).
-
The mains connections for the
PC
and for the control circuits can be made with
smal ler conductor cross-sections and without additional fusing
(2)
if the tap
lines are not longer than
3
m
(10
ft.) and are proof against earth faults and
short-circuits.
-
A load power pack
(3)
must be provided for the
24V
DC
control ciricuits.
24V
DC
lines must not be run together with lines of higher voltages in a common cable.
-
For control circuits with more than five actuating coils, galvanic isolation by means
of
a
control transformer
(4)
is recommended.
-
Auxiliary circuits should be earthed at one end (actuators and sensors must
be
arranged appropriately); unearthed auxiliary circuits must be provided with an
insulation monitoring system. It is preferable to use an earthed system; in this
case, a detachable connection
(5)
between a secondary line conductor of the
supply or rack should be fitted to the power pack or transformer.
-
Auxiliary busbars or
L+
and
L-
multipliers are recommended for distribution of the
supply voltages.
-
Sensor and actuator circuits can be fused in groups
(6).
3
Start-up and operation
3.1
Controls
and
displays
Fig. 16 Controls and displays on the 105R-B programmable controller
(l)
Power switch
(2)
The green LED on the power supply module indicates that the internal
supply voltage is available. In the event of a fault, the power supply is
automatically disconnected. Once the fault has been eliminated, the power
supply can be switched back on after about
5
seconds.
(3)
and
(4)
The two LEDs indicate the operating states of the CPU
>-
green LED lit: green LED dark
'I
PC
in operation and pro-
'
red LED,flashing; PC in 'HOLD'
.Q(-
gram being processed
,
state, outputs disabled
redLEDlit:
\
b
PC in STOP state
-0-
/I'
\I/
-0-
/
!\
green LED
l
it, red LED flash-
ing;
PC
in 'HOLD' state, out-
-Q-
puts enabled
(5)
'STOPbnd
'"RN'
switch; the 'HOLD' state is only possible when a programmer
i
S
connected.
(6) The LEDs indicate the signal status of the associated inputs.
(7)
The LEDs indicate the signal status of the associated outputs.
RUN,
STOP
and
HOLD
modes
The 105R operates in three modes: STOP,
RUN
and HOLD.
In the STOP mode, the program is not processed and the outputs (coils) are dis-
abled. The PC enters the STOP state
-
when the PC is switched on without a valid programm
-
when the mode selector is set to 'STOP'
-
when the "PC STOP" function is selected by means of the programmer
-
in the event of program errors or faults preventing normal processing
of the program.
The STOP state can be left when the 105R has a valid program by
-
setting the mode selector to
'RUN'
-
selecting the
VC
RUN'
function by means
of
the programmer
-
selecting the
"C
COLDVunction by means of the programmer
The program is scanned in the
RUN
mode. The green LED lights up and the outputs
(coils) are enabled.
Note: The
RUN
mode is also possible
if
the program memory of the 105R is
erased.
The program can be tested in the HOLD mode. A single program scan is initia-
ted by pressing the
m
key
on
the programmer in the STATUS/SET or
PROG.
TEST functions. The inputs and output can be initialized in this case by the
programmer.
The HOLD state is entered by selecting the
VC
HOLDYunction on the programmer
For reasons of safety, the outputs (coils) are disabled when the 'PC HOLD'
function is selected.
If
necessary, they can be enabled by selecting the follow-
ing programmer functions:
-
HOLD O-PER.
ON
-
HOLD Q-PER. OFF
The HOLD state can be left by
-
selecting the @PC
RUNbr
'"P
STOP' function on the programmer
-
setting the mode selector switch to 'STOP"
-
disconnecting the cable connecting the programmer to the PC; the PC stops
3.3
Power-
up
sequence
The 105R programable controller can be started up without the programmer
if
the
following conditions are satisfied:
-
The 105R has the valid program in its internal program memory or in the memory
submodule plugged into
it
-
The mode selector is set to RUN.
An automatic restart takes place
if
-
the PC has a valid program
in
its memory
-
the mode selector is set to RUN
-
the 'AUTOMATIC RESTART' bit is set to '1-n the program
When the power
is
switched on, the 105R programmable controller remains
in the STOP state
if
at feast one of the following conditions applies:
-
Mode selector at "TOP
'
-
105R
PC
was in the "TOP' or "OLD' mode prior to power-down
-
Error in the program or wrong memory submodule
-
No automatic restart has been set (automatic restart bit
=
0)
-
An
entry* has been made in the internal program memory and a submodule
subsequently
p1
ugged in.
The reason for the
PC
entering the STOP state can be displayed on the pro-
grammer in plaintext by selecting the
"C
CDIAGNOSTICVunction.
See also Section
4.5
"Troubleshooting on the CPU".
*see also Section
3.4
""Using the memory submodule"
3.4
Using
the memory submodule
Operation of the
105R
is possible
-
with internal program memory only, without memory submodule
-
with additional EPROM submodule
-
with additional EEPROM submodule
After a power failure or power-down, the program
in
the internal memory of
the
105R
is retained for three days. Long-term program storage is possible
with the memory submodules.
taking any further
measures
:
1)
On power-down or power failure, the
CPU
"notes" the last state of the reten-
tive flags or relay equivalents. These can then be used on an automatic restart.
Changing
the
program
A
programmer is not necessary for this purpose. Once the 105R has been
switched off, a submodule with another program can be plugged in. The new
program is transferred to the internal memory on power-up.
Note
If
an entry has been made in the internal program memory with the programmer
prior to changing the program in the functions
-
ERASE
PB
-
FLAGS RETENTIVE
-
AUTO RESTART
-
PROGRAM
NO.,
the next step expected by the
105R
is the saving of the modified pro-
gram to
a
memory submodule.
Consequently, the contents of the next submodule plugged in are not trans-
ferred to the internal program memory on power-up. The 105R remains in
the STOP state.
The RUN mode is not possible until
-
either the 'STORE PROGRAM' function
-
or the 'ERASE PROGRAM' function has been
successfully completed.
3.5
System
start=up
The following sequence must be observed when putting the programmable controller
into service.
dead, i.e. main switch terminal block
(P)
and se-
(see
Fig.
14)
is lected by jumper on termS
-
nal block
(2)
(see Fig.
91,
The
PE
conductor must
be
-All
modules inserted firmly
screwed to the housing of
-Compare the
E/O
modules in-
serted in the
PC
with the
l
ayout diagram (observe spe-
cified location coding
of
I/O
modules
-
see Fig.
11).
-With
E/O
modules, make sure
lines with higher voltages
(e.g.
220V
AC) are not con-
nected to terminals for
sensors and actuators.
out
memory submodule
and
been closed, the green
Switch off the power cir- connect the programmer to
LED
on the power supply
cuits of the actuators. the
CPU.
and the red
LED
on the
Turn on the main switch
CPU
Sight up.
(see
Fig.
14)
-ERASE
PROGRAM
and
then The red
LED
extinguishes
switch the
PG
to 'RUN
.
and the green
LED
lights
cuiis remain disconnect- ing LEDs for the inputs
I
ed
(Fig.
14)
on the module must
l
ight
----p
EDs of the selecte
ts must 7ight up
of the actuators remain and the operating states
switched off (Fig.
14)
of the corresponding ac-
tuators remain switched Enter the program
by
means
off. of the TPNPUT/DISPLAYQrr-
I
program to the memory sub-
1
I
4
Maintenance and repairs
4.1
Maintenance
The
PC
does not contain a battery and therefore requires no maintenance
4.2
Troubleshooting on
the
power supply module
Fault
I
Cause
I
Remedy
I
dark
Green
LED
on the Supply voltage at lower terminal
power supply is block too low.
Power switch not "on"
Select the correct voltage
For 220/240V
AC
version only:
jumper on upper terminal block
not properly inserted.
Switch it on
Insert the jumper and, if
necessary, retighten the
terminal screws
Fuse defective Use only original spares
Short-circuit on
a
plugged-in
module Switch the
PC
off, withdraw
the modules one
by
one and,
after an interval of
5
S
in
each case, switch the power
back
on
4.3
Troubleshooting
on
the
115V
AC1220V
110
modules
Output
LEDs
illu-
Viring
fault
minated but sut-
put signals net Defective fuse
routed through
See under
2.4
'"nput/output
mod~les"
Use original spares
4.4
Troubleshooting
on
the
24V
DC
110
module
Fau
l
t
1
cause
S
Output LEDs
do
[
External 24V
DC
supply not
not light up
B
available
(modules
with
8
-inputs and
8
out-
puts only)
I
Remedy
.p-
See under 2.4 "Inputboutput
rn~dule~'~
Troubleshooting on the
CPU
Information on the current state of the
PC
can be obtained by selecting the
"PC DIAGNOSTIC" function on the programmer.
When this function is selected, the programmer displays the following message:
24 PC DIAGNOSTIC
105R PC V2.0
V2.0 refers to the software development state.
After the key is depressed, one of the following PC status messages appears:
-
PC
RUN
-
STOP PC
-
STOP PG
-
HOLD 0-PER.
ON
-
HOLD 0-PER. OFF
The
PC
has automatically entered the 'STOP' status, or
if
it
cannot be brought
into the
'RUN'
state by actuating the mode selector, the programmer displays the
cause of the STOP state instead of the status message (see also Table on
p.
4.3),
PG
:
24 PC DIAGNOSTIC
STOP POWER
DOWN
If
the key is pressed again, the space occupied in the internal program memory
is displayed, e.g.:
M
34/628 USED
that is, of the 628 possible memory locations, 34 are used.
Memory locations are allocated as follows:
-one contact element
-a complex function
-opening of a program block
1
memorylocation
2-3 memory locations
2 memorylocations
en
PC
and programmer
grammer function
erase
PBX
and reload
rror detectable; over-
of internal memory PBs and fewer
to
'1';
this is
NTIVE'
bit set to
wrong operator sequence
f.
3.4
'node'
OGRAM
DEFECTIVE
without memory submodule:
*
With
605R
programmer only, software version
1.0
4.6
Interface assignment
Fig.
P7
Interface assignments
on
the
wiring
backplane
*
Not for 105R-A
**
Not for 105R-B
Fig.
18 Arrangement of connectors on the
wiring
backplane
Shield/earth
Rece l've-
vpG
+5.2V
-
M
Drive+
Drive-
Shield/earth
Receive+
-
20mA DC (power
M
20mA DC (power
vp6
+5.2V
M
source/transmi t
)
source/rece ive)
Fig.
19
Interface assignments for the 605R programmer
AD12
A
DO
AD3
A
D6
AD9
AD13*
WRK
URAM*
m
DBQ
DB
3
m
DB1
DB
4
DB7
m
TEST*
BUSY
m
Reset
Fig.
20 Interface assignients for the memory submodule
*
not for CPU 6ES5 905-3RAll
5
Technical specification
5.1
General data
of
the
105R
programmable controller
Input v01 tage:
a) 220V/240V (+10%, -15%)
b) 115V
(+IQ%,
-15%)
Ambient temperature
:
The temperature of the incoming air
may be 0 to 55OC (32 to 131°~) to
SN
26556B
Storage tem erature -40 to +70°c
g
(-40 to 158 F)
Humidity rating:
F to
DIN
40050
(95%
relative atmos-
pheric humidity at 25'~ or 77'~)
Degree of protection:
IP 20 to
DIN
40050
Vibration test:
Shock test:
15g/llms semi-sinusoidal to
DIN
40046
Clearances in air and creepage paths
to
VDE
0160.
5.2
Power
supply module
This module suppl ies the operating voltages for the 105R-A/-B programmable
control lers. The system and operating v01 tages are galvanical ly is01 ated from
each other. The PE- conducter
@
and-Mint potenti a1 are connected to the
PC housing.
*
Wickmann No. 19343/250
mA
**
Wickmann No. 19343/500
mA
Fig. 21 220V AC//240V
AC
power supply module
5.2
6ES5935-3LA22
115V AC
380
mA
500 mA, slow**
Input v01 tage
Current consumption at rated
load
Fusing
6ES5935-3LA12
220V/240V
AC,
jumper-
selectable
190 mA
250 mA, slow*
System voltage tolerance
Permissible system frequency
Output v01 tages
Indications
Dimensions (HxWxD) in
mm
(in.)
Weight
+10%, -15%
48 to 63
Hz
5V
DC
-
+2% 1.3
A
Power supply disconnected
on short-circuit, can be
switched back on again about
5
S
after power failure
5.2V DC
-
+2% 650 mA Current-l imited,
I
4
750
mA
L
-
21.5V
DC
-
+2%
100
mA
Current-limited,
IL
4
120 mA
-
Reset,
266
X
68
X
175
(10.5
X
2.7
X
6.9)
2.3
kg
(5 lbs)
5.3
Central processing unit
l
memory
submodulelprogramming adapter
".
l
5.2V
600
mA
for
605R
programer
I
21.5V
80
mA
for memory submodules/pro-
I
External memory
Operation set
-
EEPROM
memory submodule
Binary loqic operations
Conditional and unconditional jumps
86
counters (from
0
to
32767)
32 timers (from
10
rns to
999
min.)
16
impulse relays (transition-sensitive
pulse
4
sequence cascades (drum sequencers)
48
flags (relay equivalents),
16
retentive
24
data reqisters
---p-,--------.
CPU
stops after max.
abled
--
/
Weight
1
Dimensions
HxWxD
Memory
submodules
Programming adapter
Only used for 'STORE
PROGRAM'
func-
tion on
EPROM
submodule. The adapter
is
plugged in between the
PC
and the sub-
module.
DC
power
supply
5
V
230
mA
(typical)
1
--.
!
4Q
mA
(typical\
Fig.
22
CPU
with
programing adapter
and
memory
submodule plugged
in
Fig.
23
EPROM
submodule
5.4
24V
DC
digital inputloutput modules
Number of inputs
Galvanic isolation
Input voltage (nominal value)
Input voltage for
"0"
signal
Input voltage for "1" signal +l3 to +33V
Input current at "1" signal
max
.
1) If an external power pack is used, a capacitor rated at
at
least 100 ,u~/40~
must be fitted; see
Fig.
15.
2)
Suitable for relays only.
Outputs (cont.)
IInput/output module
I
6ES5488-3LA31
Switching frequency for
-
resisitive loads max.
-
lamps max.
-
inductive loads (at rated load; max.
higher
values permitted at lower
loads.)
Total load capability at 55OC (130
"F)
Residual current at
"Q"
'signal max.
1
mA
Signal level of outputs
-
for
"0"
signal (at
UN)
-
for ""1'ssignal rnax
.
m7n.
/iength
of connecting cable
max.
100 m
330
ft.)
Insulation voltage
external connection to housing
-
to
VDE
0160
1-
tested at
I
Dimensions (HxWxD)
in
mm
(in.)
2.5V
UN
-
3v
l
100
m
(330
ft.
)
I
0.3 kg
(0-7
Ibs)
133x41~185
(5.2~1.6~7.3)
5.5
115V
AC1220V AC digital inputloutput modules
umber of inputs
Input voltage (nominal value)
Input voltage for
"0"
signal
nput voltage for
"1"
signal
170
to
264V AC 85
to
132V
AC
nput current
at
"1"
signal
Number
of
outputs
Galvanic isolation
Nominal value UN
220V
AC
(50
Hz)
115V AC (60
Hz)
-Permissible range
(including ripple)
176
to
264V AC
89
to
132V AC
imitation of v01 tage induced
n circuit interruption interrupted at
1)
Wickmann No.
19231/10A
Outputs (cont.
)
Switching frequency
for
-
resistive loads
Total load capability at 55OC (130
OF)
Residual current at
"0"
signal
Signal level of outputs
-
for "0" signal (at
UN)
-
for "1" signal
Length of connecting cable
Permissible contactor size
Insulation
v01
tage
external connection to housing
-
to
VDE
0160
0.3
kg (0.7 Ibs)
133x41~185 (5.2~1.6~7.3)
6
Spare
parts
I
I
Order No.
r
Housing
(8
locations for digital
I/O
[
wodu les)
I
6ES5 981-OLBll
105R-A
central controller/housino with
I
power supply module and
CPU
with
220/240V
AC
Dower su~~lv
n,
.,
with
115~
AC
power supply
I
6ES5 105-3RA21
Housino
(4
locatjons for diaital
1/0
modules)
'
1
6ES5 981-OLAll
115V
AC
~ower
SUDD~Y
module
I
6ES5 935-3LA22
..
"
220/240v8
AC
power supply module
6ES5 935-3LAl2
CPU,
500
contacts
6ES5 905-3RBll
I
I
CPU,
1000
contacts
ernor or-y
submodule with
1
IEPROM.
500
contacts
6ES5 375-OLAll
/UV
erasing facility
1
6ES5 985-OAAll
l~iqital
1/0
modules with
5
inputs
1
and
3
outputs
24V
DC
115V
AC
220V
AC
Front connector
Weight
[
S
0.45
kg
(l
Ib)
0.04
kg
(1.4
oz.)
0.05
kg
(1.8
oz.)
l
0.21
kg
(7.4
oz.)
0.29
kg
(10.2
oz.)
0.29
kg
(10.2
oz.)
0.11
kg
(3.9
oz.)
0.17
kg
(6
oz.)
0.05
kg
(1.8
oz.)
10 fuse-links for:
115V
AC
power supply F990 0636-02
6ES5 605-ORDll
6ES5 605-ORE11
6ES5 605-ORFll
6ES5 605-ORGll
6ES5 605-ORHll
6ES5 605-ORHll
6ES5 998-ORP12
ing
Instructions 6ES5 998-ORP22
6ES5 998-ORP32
Simul ator for I/Os