Maxi Sensors - S300 PA
SENSORS
S300 PA
Advanced MAXI photoelectric multivoltage sensors
• Industrial plastic housing with IP67 mechanical protection
• Timing function from 0.6-16 s ON delay, OFF delay and ONE SHOT
• Terminal block for both Vdc and Vac/ Vdc free voltage
• Distance trimmer for mechanical background
suppression models
APPLICATIONS
-Packaging end of line, palletizers
-Outdoor or indoor gates control
-Manufacturing plants
(*)
(*)DC models:
ATEX II 3DG
S300 PA
Through beam
0…50 m
Retroreflective (on R2 reflector)
0,1…15 m
Polarized retroreflective
0,1…10 m
Diffuse proximity
0,05...2 m
Background suppression
0,2...2 m
Vdc
Power supply
12…30 V
Vac
Vac/dc
24…240 Vac/24…60 Vdc
PNP
NPN
Output
NPN/PNP
•
relay
•
other
cable
Connection
connector
•
pig-tail
Approximate dimensions (mm)
25x100x70
Housing material
PBT
Mechanical protection
IP67
www.datalogic.com
Maxi Sensors - S300 PA
TECHNICAL DATA
12 … 30 Vdc (mod. S300…2)
24…240 Vac/24…60 Vdc (mod. S300…1)
Power supply
Ripple
10% max.
35 mA max. (mod. S300…2)
3 VA max. (mod. S300…1)
Consumption (output current excluded)
red LED 660 nm (mod. S300…B)
IR LED 940 nm (mod. S300…C)
IR LED 880 nm (mod. S300…A/G/M)
Light emission
sensitivity trimmer (mod. S300…A/B/C/F), DARK/LIGHT dip-switch (mod. S300…A/B/C/F/M)
7-turns distance adjustment trimmer (mod. S300…M)
dip-switch mode ON delay/OFF delay/ON-OFF delay/single pulse (ONE-SHOT) (mod. S300…x06)
timing trimmer (mod. S300…x06)
Setting
yellow OUTPUT LED (excl. mod. S300...G)
green STABILITY LED, POWER LED (mod. S300...G)
Indicators
Output
PNP or NPN open collector (mod. S300…2); electromechanical SPDT 250 Vac/30 Vdc (mod. S300…1)
100 mA (mod. S300…2)
3 A max. (mod. S300…1)
Output current
Saturation voltage
Response time
S300…1Switching frequency
A/B/C/F/M 01
S300…1Connection
Dielectric strengthA/B/C/F/M 01
Insulating resistance
CONNECTIONS
2,4 V max.
1 ms (mod. S300..2-A/B/C/M)
2 ms (mod. S300…2-F/G)
25 ms (mod. S300…1)
S300…1-G
S300…2S300…2-G
500 Hz (mod. S300..2-A/B/C/M)
CONNECTIONS
250 Hz
(mod. S300…2-F/G)
A/B/C/F/M
01
20 Hz max. (mod. S300…1)
S300…1-G
S300…2- terminal block S300…2-G
A/B/C/F/M
500 Vac, 1 min 01
between electronics and housing
>20 MΩ, 500 Vdc between electronics and housing
Electrical protection
class 2 (mod. S300…2)
Mechanical protection
IP67 (IEC/EN60529)
Ambient light rejection
according to EN 60947-5-2
Vibrations
0,5 mm amplitude, 10 … 55 Hz frequency, for every axis (EN60068-2-6)
Shock resistance
11 ms (30 G) 6 shock for every axis (EN60068-2-27)
Housing material
PBT 30% glass fiber-reiforced
Lens material
frontal window and lens in PC
Operating temperature
Storage temperature
Weight
DIMENSIONS
-25 … 55 °C
-25 … 70 °C
DIMENSIONS
120 g (mod. S300…2), 130 g (mod. S300…1)
DIMENSIONS
SETTINGS
www.datalogic.com
S300…A and S300…B setting
Position the sensor and reflector on opposite sides. Turn the sensitivity trimmer to maximum.
Find the points where the yellow LED (OUT) in both vertical and horizontal positions and fix the sensor
SETTINGS
Maxi Sensors - S300 PA
CONNECTIONS
ATA
CONNECTIONS CONNECTIONS
CONNECTIONS
CONNECTIONS
CONNECTIONS
VAC MODELS
VDC MODELS
S300…1S300…1-G
S300…2S300…1S300…1-G
S300…2S300…2-G
S300…1S300…1-G
S300…2S300…2-G
S300…2-x01
/ S300…2-x06
S300…1S300…1-G
S300…2-G
S300…2-x01
/ S300…2-x06
0…2-x01
/ S300…2-x06
S300…1S300…1-G
S300…2-S300…2S300…2-G
…2-x06
A/B/C/F/M
01 A/B/C/F/M
A/B/C/F/M
01
A/B/C/F/M
01
01
A/B/C/F/M
01
A/B/C/F/M
01
Through
beam
emitter
Through
beam emitter
12…30
A/B/C/F/M
01 2 (UL508) A/B/C/F/M
A/B/C/F/M
01
A/B/C/F/M
01 VDC Class
01
12…30
Class
2 (UL508)
…30 VDC
ClassVDC
2 (UL508)
UL508)
10% max.10% max.
10% max.
< 35 mA < 35 mA
< 35 mA
S300…2-G
PNP
/ NPN
open collectorPNP / NPN open collector
PNP / NPN
open
collector
ector
100 mA load)
(resistive load) 100 mA (resistive load)
100 mA (resistive
ad)
< 2.4 V max
< 2.4 V max
< 2.4 V max
TEST+
input (S300…G) TEST+ input (S300…G)
TEST+ input
(S300…G)
…G)
ms(S300…F/G)
(S300…A/B/C/M); 2 ms (S300…F/G)
1 ms (S300…A/B/C/M);
21ms
00…A/B/C/M);
2 ms (S300…F/G)
(S300…F/G)
G)
500 Hz (S300…A/B/C/M) 500 Hz (S300…A/B/C/M)
500 Hz (S300…A/B/C/M)
DIMENSIONS
C/M)
DIMENSIONS
250 Hz (S300…F/G)
250 Hz (S300…F/G)
250 Hz (S300…F/G)
DIMENSIONS DIMENSIONS
DIMENSIONS
G)
120
G.
120 G. 120 G.
300…B
; INFRARED (940nm) S300…C
nm) S300…C
…C
RED (880 nm) S300…A/G/M
G/M
S300...B:
…10
…10
m 2)
on/R5
reflector
(EG
2) m on R5 reflector (EG 2)
ntor
R5(EG
reflector
(EG
2) 0.1
target
(EG
2)White
/on
S300...M:
20 …
200 cm on 90% White target
20
cm
90%
White
target
cm…
on200
90%
target
rget
INDICATORS AND SETTINGS
00…F/G:
0 … 50 m (EG 2)
SETTINGS
)
YELLOW)
/
STABILITY
LED
(GREEN)
ED (GREEN)
EN)
R
ON LED (GREEN) S300…G
0…G
The M model presents a multiturn adjustment
B/C/F),
DARK/LIGHT dip-switch (S300…A/B/C/F/M)
screw for the adjustment of the background
switch (S300…A/B/C/F/M)
300…A/B/C/F/M)
nce adjustment trimmer (S300…M)
suppression distance using a mechanical variation
S300…M)
of the optic triangulation angle. The other models
ay
/ ON-OFF
delay / Single
pulse (ONE-SHOT) (S300…x06)
eNE-SHOT)
pulse
(ONE-SHOT)
(S300…x06)
(S300…x06)
x06)(S300…x06 esclude S300...G)
have a mono-turn electronic trimmer that adjusts
mer
S300...G)
the sensitivity and the sensor operating distance.
16
s
(adjustment
by
Trimmer)
mer)
The operating distance can be increased by
-25 … 55 °C
rotating the screws clockwise.
-25 … 70 °C
Trimmers can be used to adjust the
1ing
min housing
between electronics and housing
and
output activation and deactivation
VDC
between
electronics and housing
and
housing
delay time whilst functioning mode selection is
ng
cording to EN 60947-5-2
performed through DIP SWITCHES.
Hz (EN60068-2-6)
frequency, for every axis (EN60068-2-6)
ry55axis
N60068-2-6)
shock for every axis (EN60068-2-27)
60068-2-27)
7)
Td30% Glass fiber-reiforced
Ctal window and lens in PC
SETTINGS
SETTINGS
IP67 (IEC / EN60529)
SETTINGS SETTINGS
SETTINGS
er
(CU)
conductor
and
wire
size
No.
24-20
AWG,
stranded
or
solid.
re
size No.
24-20
AWG,or
stranded
S300…A and S300…B setting
. 24-20
AWG,
stranded
solid. or solid.
S300…A
and
S300…B setting
S300…A and
S300…B
setting
ed or solid.
S300…A
S300…B setting
minal
tightening torque
of 0.5 and
Nm.
Position
the
sensor
and
reflector
on opposite
sides.
the sensitivity trimmer to maximum.
S300…A
S300…Band
setting
0.5 Nm.
the sensor
on
opposite
sides.
Turn
thetrimmer
sensitivity
trimmer
toTurn
maximum.
Position thePosition
sensor and
reflectorand
on reflector
opposite
sides.
Turn
the sensitivity
to maximum.
Position
the
sensor
and
reflector
on
opposite
sides.
Turn
the
sensitivity
trimmer
towhere
maximum.
Find
points
yellow
LED
(OUT)and
inpositions
both
vertical
and
horizontal
connected
toclass
a Class
2 transformer
orand
class
2 power
supply.
the sensor
reflector
on opposite
Turn
sensitivity
trimmer
to maximum.
Find
thethe
points
whereLED
the yellow
LED
(OUT)
in both
vertical
and
horizontal
and fix
the
sensor positions and fix the sens
ansformer
2 Position
power
supply.
Find
thesides.
points
where
the
yellow
(OUT)
inthe
both
vertical
andthe
horizontal
positions
fix the
sensor
or class 2 or
power
supply.
Find
the
points
where
the
yellow
LED
(OUT)
in
both
vertical
and
horizontal
positions
and
fix
the
sensor
ply.
in the
centre
these
points.
operation
is obtained
Find the points
whereorthe
yellow LED
(OUT)
in both
vertical
and
positions
and fixbetween
the
sensor
ower-supply
system,including
filters
air-gaps,
overvoltage
category
II horizontal
inbetween
the
centre
between
points.
Optimum
operation
is obtained
when switch
both
LEDs
ON. when both LEDs switch ON.
in
the centre
these
points.these
Optimum
operation
is
obtained
when
bothOptimum
LEDs
ON. switch
cluding
filters or
orof
air-gaps,
of overvoltage
category
IIof
ers
or air-gaps,
overvoltage
category
II
in
the
centre
between
these
points.
Optimum
operation
is
obtained
when
both
LEDs
switch
ON.
If
necessary,
reduce
sensitivity
using
the
trimmer,
in
order
to
detect
very small targets.
centre DIAGRAMS
between at
these
points.
Optimum
operation
is obtained
when
both
switch
ON. to detect
ervoltage
category
II in the over-voltages
tegory
IIsuitable
If
necessary,
reduce
sensitivity
using
the
trimmer,
in order
to small
detecttargets.
very small targets.
If necessary,
reduce
sensitivity
using
theLEDs
trimmer,
in order
very
rmer”),
tothe
control
the
maximum
“rated
impulse
withstand
over-voltages
atDETECTION
maximum
“rated
impulse
withstand
ges
at the
maximum
impulse
withstand
Ifreduce
necessary,
reduce
sensitivity
usingin
the
trimmer,
in order
tosmall
detect
small
targets. alignment, repeat the procedure detailed above whilst progressively reducing t
In very
order
totheimprove
If“rated
necessary,
sensitivity
using
the
trimmer,
order
to detect
very
targets.
“rated
impulse
withstand
order
to
improve
alignment,
repeat
procedure
detailed
whilst progressively
In order
to In
improve
alignment,
repeat
the
procedure
detailed
above
whilstabove
progressively
reducing thereducing the
lse
withstand
nd
with
a
short-circuit
power
limit
at
max
500VA.
er limit
at max 500VA.
In orderalignment,
to improverepeat
alignment,
repeat the
procedure
detailed
whilst progressively
max
500VA.
sensitivity.
In order to improve
the procedure
detailed
above
whilst above
progressively
reducing the reducing the
sensitivity.
sensitivity.
“CONNECTIONS” paragraph
raph
sensitivity. sensitivity.
S300...C setting
S300...C setting
S300...C setting
S300...C setting
theatsensor
andatturn
the sensitivity
trimmer
at
minimum:
yellow LED is OFF (litgh mod
S300...C setting
the sensor
turn Position
thetrimmer
sensitivity
trimmer
minimum:
the yellow
LED
is mode).
OFF (litgh the
mode).
Position thePosition
sensor and
turn theand
sensitivity
minimum:
the
yellow
LED
is OFF
(litgh
IAGRAM
(S300…x06)
Positionand
theturn
sensor
turn the
sensitivity
trimmer at
minimum:
the isyellow
LED opposite
is
OFF (litgh
mode). Turn the sensitivity trimmer clockwise until the yellow LED tur
x06)
Place
target
thetrimmer
sensor.
Position the sensor
the and
sensitivity
trimmer
atopposite
minimum:
the
yellow
LED
OFF
(litgh
mode).
Place
the
target
the
sensor.
Turn
thetrimmer
sensitivity
clockwise
until LED
the yellow
Place the
target
theopposite
sensor.
Turn
the the
sensitivity
clockwise
until
the yellow
turns LED turns
R2
Place
the target
the sensor.
Turn the
sensitivity
trimmer
clockwise
until
the yellow
LED
turns
ON
(Target
detected
state,LED
pos.A).
Remove
the target,
the yellow
LED turns OFF. Turn the trimm
Place the target
opposite
the opposite
sensor.ON
Turn
the sensitivity
trimmer
clockwise
until
the
yellow
LED
ON
(Target
detected
state,
pos.A).
the turns
target,
the
yellow
LED turns
OFF.
Turn
the trimmer
(Target
detected
state,
pos.A).
Remove
theRemove
target,
the
yellow
turns
OFF.
Turn
the trimmer
ON (Target
detected
state,
pos.A). Remove
theyellow
target,LED
the turns
yellow
LED turns
OFF.
Turn the
trimmer
clockwise
until
the
yellow
LED
turnsstate,
ON
detectedreaches
state, pos.B). The trimmer reach
detected
state,
pos.A).
Remove
target,
OFF.
the
trimmer
R2 The
LIGHT
INPUT
clockwise
until LED
the yellow
LED
turnsTurn
ON
(Background
detected
pos.B).
trimmer
clockwisetheuntil
the the
yellow
turns
ON
(Background
detected
state,
pos.B).
The(Background
trimmer
reaches
clockwise
untilLED
the turns
yellowON
LED
turns ON (Background
detected
state,
pos.B).
The
trimmerisreaches
maximum
if the
background
notindetected.
the trimmer
in intermediate
position C, between t
clockwise until
the yellow
(Background
detected
pos.B).
The
trimmer
reaches
R5 background
R5 the
if the
is
not
detected.
Turn
the
trimmer
intermediate
C,
maximum
ifmaximum
the background
isstate,
not detected.
Turn
the
trimmer
in intermediate
positionTurn
C, position
between
thebetween
maximum
if the isbackground
is not
detected.
Turn inthe
trimmer intwo
intermediate
position
C,
the must be ON.
positions
A
and
B.the
Thebetween
green LED
maximum if the
background
not detected.
Turn
theand
trimmer
intermediate
position
C, between
two
positions
A green
and
B.LED
The must
green
LED
be
ON.
two positions
A
B. The
be
ON.must
two
positions
A
and
B.
The
green
LED
must
be
ON.
Received
two positions A and B. The green LED must be ON.
S300…F/G setting
setting
S300…F/G S300…F/G
setting
Not received
a
S300…F/G setting
Position
the
sensors
on opposite
sides.toTurn
the
to maximum. Find the points whe
S300…F/G
setting
opposite
sides.
Turn
thetrimmer
sensitivity
trimmer
maximum.
Findwhere
thetrimmer
points where
Position thePosition
sensorsthe
on sensors
oppositeon
sides.
Turn
the sensitivity
to maximum.
Find
the sensitivity
points
Position
the
sensors
on
opposite
sides.
Turn
the
sensitivity
trimmer
maximum.
Find
theispoints
where
theto
yellow
LED
(OUT)
switched
ON
OFF inand
both
horizontal positions, and fix t
Position the sensors on opposite sides.
theLED
sensitivity
to maximum.
Find
the
points
where
the
yellow
LED
(OUT)
isON
switched
ON
OFF
in both
vertical
andand
horizontal
positions,
fix the
theTurn
yellow
(OUT)trimmer
is switched
and
OFF
inand
both
vertical
and
horizontal
positions,
fix vertical
the andand
the
yellow
LED
(OUT)
is
switched
ON
and
OFF
in
both
vertical
and
horizontal
positions,
and
fix
the
sensor
in theoperation
centre
these
operation
is obtained
the yellow LED (OUT) is switched ON
and in
OFF
in
bothinbetween
vertical
and
horizontal
positions,
and
fixbetween
the
sensor
the centre
between
these
points.
Optimum
is points.
obtained
when switch
both
LEDs
ON. when both LEDs switch O
sensor
the
centre
these
points.
Optimum
isoperation
obtained
when
bothOptimum
LEDs
ON. switch
sensor
in
the
centre
between
these
points.
Optimum
operation
is
obtained
when
both
LEDs
switch
ON.
OUTPUTS
If necessary,
reduce
sensitivity
using
the targets.
trimmer,
ordertotoIn detect
very small targets. In order
sensor in the centre between
these points.
Optimum
operation
is obtained
when
both
ON.
OUTPUTS
If necessary,
reduce
sensitivity
usingLEDs
the
trimmer,
in
ordervery
to
detect
very
small
targets.
order to
OUTPUTS
If necessary,
reduce
sensitivity
using
the
trimmer,
in switch
order to
detect
small
Ininorder
necessary,
reduce
sensitivity
using the
trimmer,
in order
to small
detect
very
small
targets.
In order
to detailed above whilst progressively reducing the sensitivity.
improve
alignment,
repeat
procedure
If necessary,Ifreduce
sensitivity
using
the trimmer,
in order
tothe
detect
very
targets.
Inwhilst
order
to the
improve
alignment,
repeat
thedetailed
procedure
detailed
above
whilst
progressively
the sensitivity.
improve
alignment,
repeat
procedure
above
progressively
reducing
thereducing
sensitivity.
4
improve
alignment,
repeat the
procedure
detailed
above whilst progressively
reducing the sensitivity.
improve alignment,
repeat
the procedure
detailed
above
whilst progressively
reducing the sensitivity.
S300…M setting
S300…M setting
S300…M setting
S300…M setting
Suppression distance setting
on S300…M setting
Suppression
distance setting
Suppression
distance setting
OFF
Suppression
distance setting
Position
to detect
in
front Turn
ofrequired.
thedistance
sensor
at distance
the distance
required. Turn distance adjustme
Suppression
distance
setting
a) Position
objectintofront
detect
ina)front
of the
sensor
at the
distance
Turn
adjustment
off
a) Position object
to detect
of the
sensor
atobject
the
distance
required.
adjustment
a) Position
object
to detect
in sensor
front ofatthe
sensor
at the
distance
required.
Turn
adjustment
screw
(ADJ)
todistance
minimum:
yellow
OFF. until
Rotate
clockwise direction until the yell
a) Position object
to detect
in front
of the
distance
required.
distance
adjustment
(ADJ)
toyellow
minimum:
yellow
LED
OFF.
Rotate
in LED
adirection
clockwise
direction
until in
thea yellow
screw
(ADJ)screw
tothe
minimum:
LEDTurn
OFF.
Rotate
trimmer
in atrimmer
clockwise
thetrimmer
yellow
(ADJ) to
minimum:
yellow
LED
trimmer
in direction
a LED
clockwise
direction
until
the yellow
turns
Object
detection
condition (pos.A).
screw (ADJ) screw
to minimum:
yellow
LEDLED
OFF.
Rotate
trimmer
in aObject
clockwise
untilON.
the
yellow
LEDOFF.
turnsRotate
ON.
detection
condition
(pos.A).
turns
ON.
Object
detection
condition
(pos.A).
on
LED
turnsdetection
ON. Object
detection
condition (pos.A).
b)that
Remove
object
andofis
ensure
that
background
is in
frontOFF.
of the
sensor: yellow LED OFF. Rota
LED turns
ON.
Object
condition
(pos.A).
b)
Remove
object and
the background
in front
of the
the
sensor:
LED
Rotate
b) Remove
object
and
that ensure
the background
is
in front
the
sensor:
yellow
LED yellow
OFF.
Rotate
T ensure
T b)
OFF
T that
T
TRemove
object
and the
ensure
that thescrew
front
of the
sensor:
yellow
LEDturns
OFF.
Rotate
screw
in ayellow
clockwise
direction
until
the yellow
LED turns
ON: background
and ensure
background
isbackground
in front
of is
theinuntil
sensor:
LED
OFF.
Rotate
Toff b) Remove object
in adirection
clockwise
direction
until
the
LED
ON:
background
detection
condition
(pos.B). detection condition (pos.B
screw in a clockwise
the yellow
yellow
LED
turns
ON:
background
detection
condition
(pos.B).
T
screw indirection
a clockwise
until
theturns
yellow LED
turns ON:detection
background
detection
condition
(pos.B).direction until the trimmer reaches an intermediate point betwe
c) Rotate
screw
in
an
anti-clockwise
screw in a clockwise
untildirection
theRotate
yellow
LED
background
condition
(pos.B).
c) Rotate
screw
in an anti-clockwise
direction
until
the
trimmer
an intermediate
point between
c)
screw
in anON:
anti-clockwise
direction
until
the trimmer
reaches
an reaches
intermediate
point between
c) Rotate
screw in an anti-clockwise
direction
untilreaches
the trimmer
reaches an point
intermediate
between
A and
C.
Thepoint
sensor
isconditions.
now
ready conditions.
to function correctly in stable conditions.
c) Rotate screw
in an anti-clockwise
direction
theC.
trimmer
an
intermediate
between
position
A and
C. The
sensor
isto
now
ready
to
function
correctly
in stable
positionuntil
A and
The
sensor
is now
readyposition
function
correctly
in
stable
on
position
A
and
C.
The
sensor
is
now
ready
to
function
correctly
in
stable
conditions.
T
position
in stable conditions.
T ready to function correctly
T is now
OFF
T T A andT C. The sensor
T
T
(Target
LIGHT ON
INPUT
LIGHT INPUT
T
Toff
Retroreflective on R2 and R5 reflectors
Polarized retroreflective on R2 and R5 reflectors
DIAGNOSTIC FUNCTIONS
DIAGNOSTIC
FUNCTIONS
DIAGNOSTIC
FUNCTIONS
DIAGNOSTIC
FUNCTIONS
DIAGNOSTIC
FUNCTIONS
ONT
on
TEST+ input (only S300-PA-2-G)
TEST+
(only S300-PA-2-G)
TEST+
input
(only input
S300-PA-2-G)
T
T
input (only S300-PA-2-G)
Toff T TEST+ input
T TEST+
The
TEST+
can
bethe
used
tothat
inhibit
the
emitter
and verify
that the system is correctly operating.
(only S300-PA-2-G)
be used
toemitter
inhibit
theinput
emitter
and
verify
thecorrectly
system
is correctly
operating.
The TEST+ The
inputTEST+
can beinput
usedcan
to inhibit
the
and
verify
that
system
is
operating.
TT
ON
on
T
Toff
The can
TEST+
input to
can
be used
to inhibit
theverify
emitter
thatisThe
the
system
is correctly
operating.
TEST
function
if the
input
is connected
to whereas
a voltage between 10…30V, where
The TEST+ input
be used
inhibit
theTEST
emitter
and
thatand
theverify
correctly
The
TEST
function
is
activated
if input
the
TEST+
inputisisactivated
connected
to
aTEST+
voltage
between
10…30V,
The
function
is activated
ifsystem
the
TEST+
isoperating.
connected
to
a voltage
between
10…30V,
whereas
The TEST
functionif is
activated
ifinput
the TEST+
input is
toifathe
voltage
between
whereas
TEST+
is10…30V,
connected
to
or it is
is disactivated.
not connected the function is disactivated.
The TEST function
is activated
the
TEST+
connected
to connected
a is
voltage
10…30V,
if is
the
TEST+
input
connected
or itinput
iswhereas
not
connected
function
if the TEST+
input
is connected
to
GNDbetween
or ittois GND
not
connected
the
functionthe
is GND
disactivated.
if the is
TEST+
is connected
GND
or it is not
connected
function
is disactivated.
Activating
TEST
the
output
switches
from
ON
tothe
OFF
(inoperation.
light mode), testing the total operation.
T input
if the TEST+
GND
or it istonot
connected
the
function
isthe
disactivated.
T input
Activating
the
TEST
the output
switches
from
ONlight
to
OFF
(in light
mode),
testing
total
Activating
the
TEST T
the
output
switches
from
ON to the
OFF
(in
mode),
testing
the
total
operation.
T tothe
T connected
TEST
output
from(inON
to mode),
OFF (intesting
light mode),
testing
the total operation.
Activating theActivating
TEST thethe
output
switches
fromswitches
ON to OFF
light
the total
operation.
OFF
on
off
The
sensors
are NOT
NOT
safety
devices,
andinso
MUST
be used
Theare
sensors
are NOT
safety
devices,
and
so
MUST
NOT
the
safety
control
of in the safety control
The sensors
NOT safety
devices,
and
so MUST
be
used
inbe
theused
safety
control
ofNOT
are NOT
safety
devices,
andNOT
so MUST
NOT
be used
incontrol
the safety
of machines where installed.
www.datalogic.com
The sensorsThe
aresensors
NOT safety
devices,
and
so MUST
be used
in the
safety
of control
the
the
machines
where
installed.
the machines
where
installed.
the
machines
where
installed.
the machines where installed.
OFF
T
on
Toff T
T
DECLARATION OF CONFORMITY
DECLARATION
OF CONFORMITY
DECLARATION
OF CONFORMITY
DECLARATION
OF CONFORMITYWe Datalogic Automation declare
under
our
sole
responsibility
these
DECLARATION
OF CONFORMITY
under
ourAutomation
sole responsibility
that
these
products
are
the products are conform to t
We Datalogic Automation declare under We
our Datalogic
sole
responsibility
thatdeclare
these products
are
conform
to conform
the that to
Datalogicdeclare
Automation
declare
under
our sole responsibility
that
these
arethe
conform
to the
and successive
amendments.
We DatalogicWe
Automation
under
our
sole
responsibility
that
these
products
are products
conform
to
2004/108/CE
and amendments.
successive 2004/108/CE
amendments.
2004/108/CE
and successive
T
T
T 2004/108/CE
andamendments.
successive amendments.
2004/108/CE
and successive
Maxi Sensors - S300 PA
18% Grey
90% White
Diffused proximity
18% Grey
Through beam
90% White
6% Black
90% White
18% Grey
90% White
Background suppression
BGS - White/Grey and White/Black Difference
MODEL SELECTION AND ORDER INFORMATION
OPTIC FUNCTION
Retroreflective
(IR LED 880 nm)
Polarized retroreflective
(red LED 660 nm)
Diffused proximity
(IR LED 940 nm)
POWER SUPPLY
12…30 Vdc
24...240 Vac/24…60 Vdc
12…30 Vdc
24...240 Vac/24…60 Vdc
12…30 Vdc
24...240 Vac/24…60 Vdc
OUTPUT
NPN/PNP
Relay
NPN/PNP
Relay
NPN/PNP
Relay
12…30 Vdc
NPN/PNP
24...240 Vac/24…60 Vdc
Relay
Through beam receiver
Through beam emitter
(IR LED 880 nm)
Background suppression
(IR LED 880 nm)
12…30 Vdc
24...240 Vac/24…60 Vdc
12…30 Vdc
24...240 Vac/24…60 Vdc
NPN/PNP
Relay
SETTING
MODEL
ORDER No.
Sensitivity trimmer and D/L dip-switch
S300-PA-2-A01-OC
951451500
Timing and sensitivity trimmers, D/L dip-switch
S300-PA-2-A06-OC
951451510
Sensitivity trimmer and D/L dip-switch
S300-PA-1-A01-RX
951451480
Timing and sensitivity trimmers, D/L dip-switch
S300-PA-1-A06-RX
951451490
Sensitivity trimmer and D/L dip-switch
S300-PA-2-B01-OC
951451540
Timing and sensitivity trimmers, D/L dip-switch
S300-PA-2-B06-OC
951451550
Sensitivity trimmer and D/L dip-switch
S300-PA-1-B01-RX
951451520
Timing and sensitivity trimmers, D/L dip-switch
S300-PA-1-B06-RX
951451530
Sensitivity trimmer D/L dip-switch
S300-PA-2-C01-OC
951451420
Timing and sensitivity trimmers, D/L dip-switch
S300-PA-2-C06-OC
951451430
Sensitivity trimmer and D/L dip-switch
S300-PA-1-C01-RX
951451400
Timing and sensitivity trimmers, D/L dip-switch
S300-PA-1-C06-RX
951451410
Sensitivity trimmer and D/L dip-switch
S300-PA-2-F01-OC
951451600
Timing and sensitivity trimmers, D/L dip-switch
S300-PA-2-F06-OC
951451610
Sensitivity trimmer and D/L dip-switch
S300-PA-1-F01-RX
951451580
Timing and sensitivity trimmers, D/L dip-switch
S300-PA-1-F06-RX
951451590
-
S300-PA-2-G00-EX
951451570
S300-PA-1-G00-EX
951451560
7-turns distance adjustment trimmer and /L dip-switch
S300-PA-2-M01-OC
951451460
Timing and 7-turns distance adj. trimmers, D/L dip-switch
S300-PA-2-M06-OC
951451470
7-turns distance adjustment trimmer and D/L dip-switch
S300-PA-1-M01-RX
951451440
Timing and 7-turns distance adj. trimmers, D/L dip-switch
S300-PA-1-M06-RX
951451450
www.datalogic.com
Maxi Sensors - S300 PA
ACCESSORIES
ST-511
MODEL
DESCRIPTION
ORDER No.
ST-511
mounting bracket
95ACC2810
www.datalogic.com
Maxi Sensors - S300 PA
Rev. 01, 07/2016
www.datalogic.com