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S100 SERIES

 

INSTRUCTION MANUAL

 

 

 

CONTROLS

 

OUTPUT LED – Yellow (S100…A00/Bx0/Cx0/D00/F00/Mx0/Tx0) 

The yellow LED indicates the output status.

 

POWER ON LED – Green (S100…G00) 

The green LED indicates that the sensor is operating.

 

REMOTE INPUT (S100…Mx0/Tx0)

 

This wire-input allows to operator to adjust the operating distance 

in the 

background suppression and transparent models. 
 
Please refer to the “SETTINGS” paragraph for procedure indications during 
acquisition or setting phases. 
 

INSTALLATION 

The sensor can be positioned by means of the two housing’s 
threaded holes (M3) using two screws (M3x12 or longer or 
M2.5 passing screw, 0.4 Nm maximum tightening torque) with 
washers or by mean of the two rear holes using two M3 
passing screw, 0.4Nm maximum tightening torque. 
 
Various orientable fixing brackets to ease the sensor 
positioning are available (please refer to the accessories listed 
in the catalogue). 
During installation of transparent models (S100-TX0) refer to the diagram 
below for proper alignment between sensor and reflector. 
 

 

CONNECTIONS

 

S100-A00/Bx0/Cx0/D00/F00 

+

 

 

BROWN 

BLACK 

10 … 30 VDC

BLUE 

0 V 

OUTPUT 

WHITE 

LIGHT/DARK

 

 
 

S100-Mx0 / Tx0

 

+

 

 

BROWN 

BLACK 

10 … 30 VDC

BLUE 

0 V 

OUTPUT 

WHITE 

REMOTE 

 

S100-G00 

+

 

 

BROWN 

BLACK 

10 … 30 VDC

BLUE 

0 V 

NOT USED 

WHITE 

NOT USED 

 

 

 
 

DIMENSIONS

 

 

 

 

TECHNICAL DATA

 

Power supply: 

10 … 30 VDC (Class 2 UL508) 
(reverse polarity protected)

Ripple: 10% 

max.

Current consumption 
(output current excluded): 

20 mA max.

 

Output: 

PNP or NPN (with pull-down / pull-up = 33 K

 and short-circuit protection

Output current: 

100 mA

Output saturation voltage: 

2 V max.

Response time: 

1 ms mod.A00/Bx0/Cx0/D00/Mx0/Tx0 
2 ms mod.F00/G00

Switching frequency: 

500 Hz mod.A00/Bx0/Cx0/D00/Mx0/Tx0 
250 Hz mod.F00/G00

Indicators: 

OUTPUT LED (YELLOW) mod. A00/Bx0/Cx0/D00/F00/Mx0/Tx0 
POWER-ON LED (GREEN) mod.G00

Setting: 

DARK/LIGHT input mod.A00/Bx0/Cx0/D00/F00, 
TEACH-IN with REMOTE mod. Mx0/Tx0

Operating temperature: 

-25 °C … +55 °C 

Storage temperature: 

-40 °C … +70 °C

Operating distance (typical values): 

A00: 

0.01…6 m (on R2 reflector Ø 48mm) 

B00: 

0.03…2 m (on R2 reflector Ø 48mm) 

B10: 

0.01…4.5 m (on R2 reflector Ø 48mm  

F00/G00:  0…12 m 
C00: 

0…300 mm (on White 90%) 

C10:  

0…500 mm (on White 90%)) 

D00:  

0…70 mm (on White 90%) 

M00: 

30…100 mm (on White 90%) 

M10: 

30…200 mm (on White 90%) 

T00: 

100…500 mm (on R2 reflector Ø 48mm) 

T10: 

0.8…2 m (on R2 reflector Ø 48mm)

Optical axis deviation: 

5°  mod. T00 / T10

Distance of object detection: 

M00: 10…100 mm, M10: 10…200 mm (on White 90%) 
T00: 50…500 mm, T10: 0.1…2 m (on trasparent object)

Difference on White 90% / Gray 18% 

M00: < 15 % - D00: < 30 % at maximum distance; M10: < 35% at 200 mm

HysteresIs  on White 90% 

M00: < 5 mm - D00: < 10 mm at maximum distance; M10: < 30 mm at 200 mm

Emission type: 

RED LED (632 nm) mod.Bx0/Cx0/D00/M00 
INFRARED LED (860 nm) mod.A00/G00/M10/Tx0

Ambient light rejection: 

according to EN 60947-5-2

Vibration: 

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: 

ABS body / indicators cover PMMA

Lenses: 

PC lens / PMMA window

Mechanical protection: 

IP67

Connections: 

2 m cable 

 3.5 mm (pulling force max 7Kg) / M8-4 pole connector

Weight: 

50 g. max. cable versions / 10 g. connector versions

 
 

SETTINGS

 

LIGHT/DARK INPUT (S100...A00/Bx0/Cx0/D00/F00) 

The DARK/LIGHT input allows the operator to select the DARK/LIGHT operating mode 
for dynamic acquisition. 

 

The connection of the DARK/LIGHT wire to +VDC sets the LIGHT mode. 
If connected to 0V set the DARK mode. 
If not connected: LIGHT mode Cx0/D00, DARK mode A00/Bx0/F00 
 

Alignment

 

S100…A00/Bx0 

Position the sensor and reflector on opposite sides. Find the points where the yellow 
LED (OUT) is switched ON and OFF in both vertical and horizontal positions, and fix the 
sensor in the centre between these points. 
 

Alignment S100…F00/G00

 

Position the sensors on opposite sides.

 

Find the points where the yellow LED (OUT) is switched ON and OFF in both vertical 
and horizontal positions, and fix the sensor in the centre between these points. 
 

Acquisition with REMOTE (external Teach-in) S100… Mx0/Tx0

 

The REMOTE input sets the background suppression operating distance for M00/M10 
and T00/T10 

using two different acquisition procedures: 

 

S100-M00/M10

 

Object acquisition (to be used in case of absence of the background) 

1. Place the target opposite the sensor at the maximum distance required; 

2. 

Connect the REMOTE wire to + VDC for 1 second. 
The OUT LED changes its status once.

 

3. 

If the object is out of range the sensor fails the acquisition and the OUT LED blinking. 
To return at normal operation, connect the VDC for 100ms.

 

Acquisition for background suppression

 

1. Place the sensor in front of the background within the maximum operating distance. 
2. Connect the REMOTE wire to +VDC for 3 seconds. 

The OUT LED changes its status twice.

 

3. 

If the object is out of range the sensor fails the acquisition and the OUT LED blinking.

 

To return at normal operation, connect the VDC for 100ms.

 

 

S100-T00/T10

 

Reflector standard acquisition

 

1. Position the reflector in front of the sensor at the required distance (within the 

operating range). 

2. Connect the REMOTE wire to +VDC for 1 second. 

The OUT LED changes its status once. 

If the reflector is outside the operation range, the sensor fails the acquisition and the 
OUT LED blinks. To go back to the condition before the acquisition, connect the 
REMOTE wire to +VDC for at least 100 msec.

 

Reflector acquisition at maximum sensitivity

 

This procedure allows to obtain a more precise alignment between sensor and reflector, 
in particular for longer reading distances: 
1. Connect the REMOTE wire to +VDC for 3 seconds. 

The OUT LED changes its status twice: the sensor is at maximum sensitivity. 

2. Position the reflector in front of the sensor (within the operating range), vertically and 

horizontally determine the OUT LED switching on and off points, and secure the 
reflector in the centre between such points. 

3. Connect the REMOTE wire to +VDC for 1 second. The OUT LED changes its status 

once. 

 

DARK/LIGHT selection (S100…Mx0/Tx0)

 

To change the operating DARK/LIGHT mode connect the REMOTE wire to +VDC for 7 
seconds until the LED OUT blinking. 
The sensor switches the operating mode 

(LIGHT 

 DARK, DARK 

 LIGHT) and saves 

it in memory.

 

 

TAB.1: Distanze operative per i modelli Bx0, A00 e Tx0 (m)

 

AVAILABLE REFLECTORS

 

 

R1 R2  R3  R4 

R5  R6 RT3970

 

Ø 23 

mm 

Ø 48 

mm 

18x54 

mm 

47x47 

mm 

Ø 75 

mm 

36x55 

mm 

60x40 

mm

A00

  0.03…3 0.01…6 0.01…3.5 0.01…5 0.01…7 0.01…6 

0.05…2

B00

  0.2…0.8 0.03…2 0.03…1.5 0.03…2.5 0.01…3 0.03…1.8 0.2…0.8

B10

  0.02…2 0.01…4.5  0.01…3  0.01…4.5 0.01…5.5  0.01…4 0.05…1.8

T00

  0.1…0.3 0.1…0.5  0.1…0.3

0.1…0.5 0.1…0.8 0.1…0.5

-

T10

  0.4…1 0.8…2  0.4…1  0.8…2  0.8…2.5 0.8…2 

0.1…0.8

 
 

The sensors are NOT safety devices, and so MUST NOT be used in the safety control of the 

machines where installed. 

 
 
Datalogic S.r.l. 

Via S. Vitalino 13 - 40012 Calderara di Reno - Italy 
Tel: +39 051 3147011 - Fax: +39 051 3147205 - www.datalogic.com

 

 
Helpful links at www.datalogic.com: 

Contact Us,

 

Terms and Conditions,

 

Support

 
The warranty period for this product is 36 months. See General Terms and Conditions of Sales for 
further details. 
 

 

Under current Italian and European laws, Datalogic is not obliged to take care of product 
disposal at the end of its life. Datalogic recommends disposing of the product in compliance with 
local laws or contacting authorised waste collection centres. 

 
© 2014 - 2017 Datalogic S.p.A. and/or its affiliates 

 ALL RIGHTS RESERVED. 

 Without limiting the 

rights under copyright, no part of this documentation may be reproduced, stored in or introduced into a 
retrieval system, or transmitted in any form or by any means, or for any purpose, without the express 
written permission of Datalogic S.p.A. and/or its affiliates. Datalogic and the Datalogic logo are registered 
trademarks of Datalogic S.p.A. in many countries, including the U.S.A. and the E.U. All other trademarks 
and brands are property of their respective owners. Datalogic reserves the right to make modifications 
and improvements without prior notification. 
 
 

821003081 Rev. F

 

Dimensions in mm

Summary of Contents for IO-Link S100 Series

Page 1: ...T LED changes its status once If the object is out of range the sensor fails the acquisition and the OUT LED blinking To return at normal operation connect the REMOTE VDC for 100ms Acquisition for bac...

Page 2: ...tivo 2 Collegare il filo REMOTE a Vcc per 1 s Il LED OUT cambia stato 1 volta Se l oggetto fuori dal campo operativo il sensore fallisce l acquisizione e il LED OUT lampeggia Per tornare in funzioname...

Page 3: ...LED OUT blinkt Zur R ckkehr zum Normalbetrieb REMOTE mindestens 100 ms lang mit VDC verbinden Erfassung f r Hintergrundausblendung 1 Den Sensor vor dem Hintergrund platzieren innerhalb der maximalen...

Page 4: ...est hors de port e le d tecteur ne peut pas effectuer l acquisition et la LED DE SORTIE clignote Pour revenir au mode de fonctionnement normal relier REMOTE Vcc pendant au moins 100ms Acquisition pour...

Page 5: ...REMOTE S100 M10 T10 REMOTE M10 T10 S100 M10 1 2 REMOTE VDC 1 OUT LED OUT LED REMOTE VDC 100ms 1 2 REMOTE VDC 3 OUT LED OUT LED REMOTE VDC 100ms S100 T10 1 2 REMOTE VDC 1 OUT LED OUT LED REMOTE VDC 100...

Page 6: ...el index 0x3A System Parameters Index dec Parameter Object Name Lenght Subindex offset Value Range Description Data Type Access 0x000C 12 Device Access Locks 2 octets Bit 1 Data Storage 0 unlocked 1 l...

Page 7: ...perature 2 octets 2 octets 2 octets 2 octets 2 octets 1 64 2 48 3 32 4 16 5 0 Device temperature actual Device min temperature since powerup Device max temperature since powerup Device min temperature...

Page 8: ...distance M10 Switching threshold B10 T10 UIntegerT R W Saved in non volatile memory B10 T10 setting a higher threshold reduces the operating distance progressively to 0 output always active 0x003F 63...

Page 9: ...t type Device status Remarks 0x4220 16928 Temperature underrun Appears Disappears Warning Out of specification 0x4210 16912 Temperature overrun Appears Disappears Warning Out of specification 0x5100 2...

Page 10: ..._1 ISDU ISDU 0xC 0x3A 0x000C 12 2 1 0 1 0 1 2 3 4 15 RecordT R W 0x000D 13 2 2 2 2 2 2 0x0001 0x8000 0x8001 0x8003 0x8004 0x8007 SSC UIntegerT16 ArrayT RO 0x000E 14 PDInput 3 3 3 3 0x01 0x01 0x00 0x01...

Page 11: ...0 0 StringT RO 0x0018 24 32 B10 T10 StringT R W 0x0028 40 1 PDin RO 0x0052 82 2 2 2 2 2 1 64 2 48 3 32 4 16 5 0 IntegerT IntegerT IntegerT IntegerT IntegerT RO RO RO RO RO 0x0053 83 2 2 1 16 2 0 B10...

Page 12: ...T10 UIntegerT 0x003E 62 SSC2 2 2 1 16 2 0 0 3983 M10 210 1982 B10 177 1783 T10 M10 B10 T10 UIntegerT R W B10 T10 0 0x003F 63 SSC2 1 1 1 24 2 16 0x00 B10 T10 0x01 M10 0x01 DO UIntegerT UIntegerT R W T1...

Page 13: ...B10 T10 SSC1 SSC2 RGB B10 T10 WO 0x0002 2 1 0xA5 165 WO 0x0002 2 Ping 1 0xAF 175 LED WO 0x4220 16928 0x4210 16912 0x5100 20736 0x7710 30480 0x8C40 35904 B10 ID S100 PR 5 B10 OZ 10001 S100 PR 5 T10 OZ...

Page 14: ...DR CKLICHEN STILLSCHWEIGENDEN GESETZLICHEN ODER GARANTIE Datalogic garantit que les Produits seront exempts de d fauts de mat riaux et de fabrication dans le cadre d une utilisation normale et appropr...

Page 15: ...ahmen zu ergreifen FR Conformit CE La marque CE indique la conformit du produit aux exigences essentielles nonc es dans la directive europ enne applicable Les directives et les normes applicables sont...

Page 16: ...sor in the centre between these points Acquisition with REMOTE external Teach in S100 Mx0 Tx0 The REMOTE input sets the background suppression operating distance for M00 M10 and T00 T10 using two diff...

Page 17: ...due unit al centro fra i punti rilevati Acquisizione con REMOTE Teach in esterno S100 Mx0 Tx0 L ingresso REMOTE permette di settare la distanza operativa dei modelli M00 M10 e T00 T10 mediante due pr...

Page 18: ...externe S100 Mx0 Tx0 L entr e REMOTE permet de r gler la port e op rationnelle des mod les M00 M10 et T00 T10 en utilisant deux proc dures d acquisition diff rentes S100 M00 M10 L acquisition de l obj...

Page 19: ...ei den Modellen M00 und M10 werden zwei Erfassungsverfahren unterschieden S100 M00 M10 Objekterfassung im Falle der Abwesenheit des Hintergrund verwendet warden 1 Das zu erfassende Objekt in gew nscht...

Page 20: ...ww datalogic com Contact Us Terms and Conditions Support The warranty period for this product is 36 months See General Terms and Conditions of Sales for further details For information about the dispo...

Page 21: ...Link utili disponibili su www datalogic com Contatti Termini e Condizioni Supporto Il periodo di garanzia per questo prodotto di 36 mesi Per maggiori dettagli vedere Condizioni Generali di Vendita Per...

Page 22: ...lgemeine Verkaufsbedingungen Informationen zur Entsorgung von Elektro und Elektronik Altger ten WEEE erhalten Sie auf der Webseite www datalogic com 2020 Datalogic S p A und oder die Tochtergesellscha...

Page 23: ...duit est de 36 mois Voir les Conditions G n rales de Vente sur www datalogic com pour plus de d tails Pour toute information relative l limination des d chets lectroniques WEEE veuillez consulter le s...

Page 24: ...0947 5 2 0 5 mm 10 55 Hz EN60068 2 6 11 ms 30 G 6 EN60068 2 27 ABS PMMA PMMA PC IP67 M8 4 12 g S100W REMOTE REMOTE IO Link IO Link REMOTE Datalogic S r l Via S Vitalino 13 40012 Calderara di Reno Ital...

Page 25: ...index 0x3A Emitter Status index 0x51 System Parameters Index dec Parameter Object Name Lenght Subindex offset Value Range Description Data Type Access 0x000C 12 Device Access Locks 2 octets Bit 1 Dat...

Page 26: ...UIntegerT RO 0x0052 82 Device Temperature 2 octets 2 octets 2 octets 2 octets 2 octets 1 64 2 48 3 32 4 16 5 0 Device temperature actual Device min temperature since powerup Device max temperature sin...

Page 27: ...nfig 1 octet 1 octet 1 24 2 16 0x00 High Active default 0x01 Low Active 0x01 Single Point default DO pin configuration UIntegerT UIntegerT R W Saved in non volatile memory 2 octets 3 0 0 2 Hysteresis...

Page 28: ...m device temperature since powerup Maximum device temperature since powerup Device Status Detailed Device Status WO 0x0002 2 Disable enable emission 1 octet 0xB0 176 Toggle emission enable disable emi...

Page 29: ...2_1 ISDU ISDU 0xC 0x3A 0x51 0x000C 12 2 1 0 1 0 1 2 3 4 15 RecordT R W 0x000D 13 2 2 2 2 2 2 0x0001 0x8000 0x8001 0x8003 0x8004 0x8007 SSC UIntegerT16 ArrayT RO 0x000E 14 PDInput 3 3 3 0x01 0x01 0x00...

Page 30: ...0x001A 26 32 StringT R W 0x0028 40 1 PDin RO 0x0041 65 2 UIntegerT RO 0x0052 82 2 2 2 2 2 1 64 2 48 3 32 4 16 5 0 IntegerT IntegerT IntegerT IntegerT IntegerT RO RO RO RO RO 0x0053 83 2 2 1 16 2 0 In...

Page 31: ...00 0x01 0x01 C Q UIntegerT UIntegerT R W 2 3 0 0 2 UIntegerT 0x003E 62 SSC2 2 2 1 16 2 0 280 1950 UIntegerT R W 0x003F 63 SSC2 1 1 1 24 2 16 0x00 0x01 0x01 DO UIntegerT UIntegerT R W 2 3 0 0 2 UIntege...

Page 32: ...x4B 75 WO 0x0002 2 1 0x4F 79 WO 0x0002 2 1 0x82 130 SSC1 SSC2 RGB WO 0x0002 2 1 0xA5 165 WO 0x0002 2 1 0xB0 176 WO 0x0002 2 Ping 1 0xAF 175 LED WO 0x4220 16928 0x4210 16912 0x5100 20736 0x7710 30480 I...

Page 33: ...DR CKLICHEN STILLSCHWEIGENDEN GESETZLICHEN ODER GARANTIE Datalogic garantit que les Produits seront exempts de d fauts de mat riaux et de fabrication dans le cadre d une utilisation normale et appropr...

Page 34: ...ahmen zu ergreifen FR Conformit CE La marque CE indique la conformit du produit aux exigences essentielles nonc es dans la directive europ enne applicable Les directives et les normes applicables sont...

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