SENSORS S50/S51. Tubular Sensors - S50/S51. Extended range of standard One for All photoelectric tubular M18 sensors

Transcription

1 S50/S51 Extended range of standard One for All photoelectric tubular M18 sensors All optic functions and LASER models M18 flat plastic with universal mounting Available in M18 metal housing Axial or radial optics, cable or connector Standard -wire NO-NC NPN or PNP output APPLICATIONS -Processing and Packaging machinery -Conveyor lines, material handling -Ceramics intralogistics -Automated warehousing SENSORS (*) S50/S51 Through beam Retroreflective (on reflector) Polarized retroreflective Retroreflective for transparent (on reflector) Diffuse proximity Fixed focus Background suppression Through beam with fiber optic Diffuse proximity with fiber optic Contrast sensor Luminescence sensor Power supply Output Connection Vdc Vac Vac/dc PNP NPN NPN/PNP relay other cable connector pig-tail 0 20 m 0 60 m (class 1 LASER) (S50) 0,1 m 0,1 m (S50) 0,1 3 m (S51) 0,1 16 m (class 1 LASER) (S50) 0,1 1,3 m (S50) short distance mm medium distance mm (S50) mm (S51) long distance mm long distance LASER mm 0 mm (S50) 50 0 mm (S50) 0 0 mm (S50) 0 30 mm (S50) ±2 mm 0 20 mm 30 V Approximate dimensions (mm) M18x 55/68 Housing material Mechanical protection PBT, nickel plated brass IP67 (*) Axial models. ATEX II 3DG

2 Power supply Ripple Consumption (output current excluded) Light emission Setting Operating mode Indicators TECHNICAL DATA 30 Vdc (limit values) 2 Vpp max. 35 ma max. (mod. S50...A00/B01/C01/C/C21/D00/E01/T01) 30 ma max. (mod. S50...F01/M03, S51 A00/B01/C01/C/C20/F00) ma max. (mod. S50...W03/U03) red LED 630 nm (mod. S50...D00/E01, S50-PA/MA...M03) red LED 660 nm (mod. S50...B01/T01, S51 B01) red LED 670 nm (mod. S50-PS/MS M03) IR LED 880 nm (mod. S50/51...A00/C01/C/C20/C21/G00) white LED nm (mod. S50...W03) UV LED 370 nm (mod. S50...U03) red Laser 650 nm (mod. S50...G00/F01/B01/C01) sensivity trimmer (mod. B01/C01/C21/E01/F01/T01) teach-in push-button (mod. M03/W03/U03) LIGHT mode on N.O. output / DARK mode on N.C. output (mod.s50...c01/c/c21/d00/m03/u03) DARK mode on N.O. output / LIGHT mode on N.C. output (mod.s50...a00/b01/e01/f01/t01/w03) white wire or pin 2 connected to + 30V LIGHT mode/ to 0V DARK mode (mod. S51) white wire or pin 2 not connected LIGHT mode (mod. S51...C01/C/C20)/ DARK mode (mod. S51...A00/B01/F00) yellow (S50, S51, excl. mod. G00) green (mod. S50...B01/C01/C21/E01/F01), POWER LED (mod. S50...G00, S51) green/red READY/ERROR LED (mod. S50...M03/W03/U03) Output PNP or NPN; NO; NC (mod. S50) Output current Saturation voltage Response time Switching frequency Connection 0 ma max. 2 V max. 0,5 ms (mod. S50...A00/B01/T01/C/C21/C01/D00/E01/U03) 2 ms (mod. S50...F01/G00) 1 ms (mod. S50...M03, S51 A00/B01/C01/C/G00) ms (mod. S51 F00) 0 µs (mod. S50...W03) 333 µs (Laser mod. S50) 1 khz (mod. S50...A00/B01/T01/C/C21/C01/D00/E01/U03) 0 Hz (mod. S50...F01/G00) 500 Hz (mod. S50...M03, S51 A00/B01/C01/C/G00) 120 Hz (mod. S51 F00) 5 khz (mod. S50...W03) 1,5 khz (Laser mod. S50) 2 m cable Ø mm, -pole connector Dielectric strength 500 Vac, 1 min between electronics and housing Insulating resistance >20 MΩ, 500 Vdc between electronics and housing Electrical protection class 2 Mechanical protection Ambient light rejection according to EN Vibrations 0,5 mm amplitude, 55 Hz frequency, for every axis (EN ) Shock resistance Housing material Lens material Operating temperature IP67 11 ms (30 G) 6 shock for every axis (EN ) Plastic version PBT Metal version nickel plated brass PMMA - 55 C (Laser mod.) - 50 C Storage temperature - 70 C Weight Plastic version 75 g max. cable vers. (90 g max. mod. M03), g max. conn. vers. (0 g max. mod. M03) Metal version 1 g max. cable vers. (1 g max. mod. M03), 60 g max. conn. vers. (75 g max. mod. M03)

3 S50 DIMENSIONS PLASTIC AXIAL VERSION RADIAL VERSION Setting of S50-Px A0 more of the following patents. AXIAL L VERSION RADIAL L VERSION Position the sensor Settin and L L Find the points where Positio 0 B1; 1,18,36 B1; 1,209,87 B both vertical and Find horiz th ,321,772. between these points. both v Setting of S50-Px B betwee Position the sensor Settin and Turn the sensitivity Positio trim Moving the sensor bot ERIES Turn th on and off points Moving of the 2.5 X X the middle of the on poin and 2.5 X X the green LED (mod.b the mi MANUAL B01 models: If the necess gre detect very small B01 targe m with trimmer without trimmer with trimmer without trimmer repeat the procedure detect d with trimmer without trimmer with trimmer without trimmer L L reducing the sensitivity repeat X 3 2 L X 3 2 L X1 3 2 X T01 model: Turn reducin X 3 2 X 3 2 the se X1 15 X1 15 X1 3 2 X LED turns ON (pos.a). T01 m X1 15 X1 15 FIBRE OPTIC VERSION yellow LED turns LED OFF tu FIBRE OPTIC VERSION mm 72.5 Setting of S50-Px F0 yellow mm LS Position the sensors Settin (fi Turn the sensitivity Positio t C/C21/E01/F01/T01) CABLE VERSION vertically and horizonta Turn O output status is closed. CABLE VERSION yellow LED (OUT) vertica and 1/E01/F01) defined. Optimum yellow ope received signal has a reserve the yellow LED define is OF ut switching value. 6.2 inverted in the E01 the mo ye 6.2 If necessary, reduce inverte s r is operating. small targets. In If nece orde detailed above whilst small /F01/T01) p Setting of S50-Px C detaile nsitivity; the operating distance Turn the sensitivity Settin. tr yellow LED is OFF. Turn Po t of the fibre terminals. yellow ed to 270 by a mechanical stop. yellow LED turns of ON the justing (max 0 Nmm) (T Remove the target, yellow DIMENSIONS the METAL Turn the sensitivity Remov tr TION TECHNICAL DATA DIMENSIONS (Background detected Turn t g patents. AXIAL VERSION TECHNICAL RADIAL VERSIONDATA Setting of S50-Mx The trimmer reaches (Backg e m 1,209,87 threaded B1. body through L Position the senso ore of the following patents. AXIAL VERSION S50-PA AXIAL VERSION RADIAL VERSION S50-PR RADIAL VERSION Turn the trimmer The to tri asher and the two CH.2 nuts L S50-PA AXIAL 12 VERSION L S50-PR RADIAL Find the points wh VERSION B1; 1,18,36 B1; 1,209,87 Power supply: B1. 30 Vdc (limit values) positions A and B. Turn The t rque). Power supply: L both vertical and Vdc (limit values),321,772. Ripple: 2 Vpp max. Setting of S50-Px C positio nted through the two housing s Ripple: 2 Vpp max. between these Current consumption The operating distance Settin po r) and washer. 35 ma max. (output current excluded): Current consumption Setting of S50-Mx consider this feature The op ns, we suggest to choose the 35 ma max. w (output current excluded): Position the consid senso y of the signalling LEDs Outputs: and the NO and NC; PNP or NPN (short-circuit protection) Outputs: NO and NC; PNP or NPN (short-circuit protection) Turn the sensitivity Output current: 0 ma max. TEST FU Output current: 0 ma max. Moving the senso : 22mm nuts, h8mm, Output (2Nm saturation voltage: 2 V max. ERIES Output saturation voltage: 2 V max. on and off points o an improved torque and Response various time: 0.5 ms (2 ms mod.f01/g00) The TEST+ and TES 2.5 X X L Response time: 0.5 ms (2 ms mod.f01/g00) the middle of Switching frequency: 1KHz (0 Hz mod.f01/g00) verify that the system The thet ensor i the green LED (m 2.5 X X sories Switching frequency: 1KHz (0 Hz mod.f01/g00) Indicators: (YELLOW) excluding mod.g00 The receiver output verify sh t MANUAL Indicators: B01 models: If ne (GREEN) OUTPUT (mod.b01/c01/c21/e01/f01) LED (YELLOW) excluding mod.g00 beam is uninterrupted. The re targets. In order m the with trimmer without trimmer with trimmer without trimmer POWER STABILITY ON LED (GREEN) LED (GREEN) (mod.g00) (mod.b01/c01/c21/e01/f01) The inputs activating beam v POWER ON LED (GREEN) (mod.g00) M O above D E L S whilst The progr in Setting: L 67 sensitivity 57 with trimmer without (mod.b01/c01/c21/e01/f01/t01) trimmer L with trimmer without trimmer X 3 38 X 3 38 T01 model: Turn n, the Setting: sensitivity trimmer (mod.b01/c01/c21/e01/f01/t01) LED STABILITY Operating temperature: L C L 79 until the 69 yellow LE 9 LED DI USCITA away Operating temperature: X C X 3 38 Storage temperature: - 70 C LED STABILITY Turn slowly the tr. Storage Insulating strength: FIBRE temperature: OPTIC 9 VERSION - 70 C LED DI USCITA 500 Vac 1 min., between electronics and housing 61 DECLARATION OF CO mm t must LED turns OFF (O Insulating strength: 72.5 We DATALOGIC AUT Insulating resistance: FIBRE OPTIC VERSION 500 Vac 1 min., between electronics and housing DECLA >20 M 500 Vdc, between electronics and housing 12 that Setting mm these products of S50-Mx We D LS Insulating resistance: 72.5 >20 M 500 Vdc, between electronics and housing a 01) (typical values): A00: 0.1 m on amendments. Position the that senso th 12 (typical values): open) output B01: m on A00: 0.1 m on B01: 0.1 2m CABLE on VERSION /C21/E01/F01/T01) Turn the sensitiv amend IONS WARRANTY C01: 0 60cm B01: m on C01: 0 35cm B01: 0.1 2m on N.O. (normally open) output CABLE VERSION vertically and hori DATALOGIC AUTOMAT WARR C: 0 cm C01: 0 60cm C: 0 8cm C01: 0 35cm DATALOGIC yellow LED AUTOMAT DATAL (OUT) standard. C21: 0 35cm C: 0 cm D00: 0 8cm C: 0 8cm as a reserve found defined. to be defective Optimum DATAL 1/E01/F01) D00: 0.5 cm C21: 0 35cm 6.2 F01/G00: 0 20m D00: 0 8cm manufacturing the yellow date. LED found S50-Px G00 is received signal has a reserve F01/G00: 0 m D00: 0.5 cm 6.2 T01: 0.1 1m on F01/G00: 0 20m This inverted warranty in does the manufa not E01 t switching BROWN value Vdc 50 + E01: 30mm with OF-2 / 0mm F01/G00: with OF-3 0 m T01: 0.1 1m on application If necessary, of DATALOG This w redu T01: E01: 0.1 1m 30mm on with OF-2 / 0mm with OF-3 applica 50 DATALOGIC small targets. AUTOMA In is WHITE operating. 2 T01: 0.1 1m on TEST Emission + type: red (630 nm) (mod.d00/e01) / red (660 nm) (mod.b01/t01) / Via Lavino detailed 265 above - DATAL Emission type: 0050 wh ting distance infrared (880nm) red (630 (mod.a00/c01/c/c21/g00) nm) (mod.d00/e01) / red (660 nm) (mod.b01/t01) / F01/T01) BLACK Tel: Setting of S50-Mx Via La infrared (880nm) (mod.a00/c01/c/c21/g00) TEST Ambient - light rejection: according to EN nsitivity; the operating distance Turn the sensitiv Tel: +3 Ambient light rejection: according to EN BLUE 3 Vibrations: 0.5 mm amplitude, 55 Hz frequency, for every axis (EN ) yellow LED is OFF 0 V Vibrations: 0.5 mm amplitude, 55 Hz frequency, for every axis (EN ) hanical stop. Shock resistance: 11 ms (30 G) 6 shock for every axis (EN ) DATALOGIC AUTOM 5.5 Shock resistance: 11 of the fibre termi STABILITY ms LED (30 G) 6 shock for every axis (EN ) DATALOGIC AUTOM D d ). to 270 by a mechanical Housing stop. material: PBT yellow improvements LED turns 5.5 withou D Housing material: PBT sting (max 0 Nmm). Lens material: PMMA the yellow LED tu im Lens material: Mechanical protection: TECHNICAL DATA PMMA IP67 Datalogic and the Datalo 1 the yellow LED tur Mechanical protection: in many co Connections: TION 2 m cable TECHNICAL mm / - pole DATA IP67 Datalog connector The trimmer reach Connections: body through Weight: S50-MA AXIAL 75 VERSION 2 m cable mm / g. max. cable vers. / g. max. connector S50-MR - vers. RADIAL pole connector VERSION Turn the Rev.I trimmer m maximum Power supply: Weight: 30 Vdc (limit values) threaded body through S50-MA AXIAL 75 g. max. VERSION cable vers. / g. max. connector S50-MR vers. RADIAL VERSION positions A and 8260 B. Ripple: 2 Vpp max. uts enclosed (22 Nm maximum Power supply: 30 Vdc (limit values) Setting of S50-Mx xing brackets Current consumption Ripple: 35 ma max. 2 Vpp max. The operating dis s rious listed orientable in the fixing (output brackets current excluded): Current consumption 35 ma max. consider this featu r to the accessories listed Outputs: in the (output current excluded): N.O. and N.C.; PNP or NPN (short-circuit protection) Ø22 Ø2.2 Ø22 Ø2.2 Ø22 Ø2.2 Ø22 Ø DIMENSIONS Ø Ø Ø Ø 2 2

4 ents. 9,87 B1. nts.,87 B1. ons and n). The r setup edure. hreaded the two ousing s t ose status the and the ilable erating to stability hreaded etting. the setting two various dure. refer to readed nd the using s This product is covered by one or more of the following patents. AXIAL VERSION BACKGROUND European Patent 851,211 SUPPRESSION B1; 1,111,690 AXIAL B1; 1,18,36 VERSIONB1; 1,209,87 B1. L S50-PA PLASTICVERSIONS Italian Patent IT 1,321,772. S50-MA METALVERSIONS S50-Mx SERIES INSTRUCTION BROWN 1 MANUAL The connections are compliant to the EN standard. 3 WHITE 2 BLACK + SET PUSHBUTTON 30 Vdc CABLE VERSION BACKGROUND (S50-Mx A00/B01/C01/C/C21/E01/F01/T01) SUPPRESSION RADIAL VERSION DIMENSIONS The yellow LED ON indicates that the N.O. (normally open) output status PLASTIC S50-PS is closed. VERSION TECHNICAL METAL DATA 79 (S50-Mx B01/C01/C21/E01/F01) CONNECTIONS READY/ERROR LED BLUE CONTROLS 0 V NC OUTPUT NO OUTPUT CONNECTIONS Ø 2 READY/ERROR LED 79 S50-PA PLASTIC VERSIONS S50-MA METALLIC VERSIONS The green LED ON indicates that the received signal has a reserve The Power supply: 30 Vdc (limit values) greater connections than 30% are compared compliant to to the the EN output switching standard. value. Ripple: 2 Vpp max. POWER ON LED (S50-Mx G00) 50 Current consumption The 30 ma max. (output green current LED excluded): indicates that the sensor is operating. CONNECTOR BROWN 1 Outputs: (S50-Mx B01/C01/C21/E01/F01/T01) + 30 Vdc N.A. and N.C.; PNP or NPN (short-circuit protection) The Output trimmer current: can be used to adjust sensitivity; the operating distance 0 ma max. 6 6 increases Output saturation turning WHITE voltage: the trimmer 2 clockwise. N.C. 2 V max. OUTPUT Vdc Response 2.5 time: 2 N.C. OUTPUT 1 ms mod.m / 2 ms (WHITE) mod.n (BROWN) Switching frequency: 500 Hz mod.m / 0 Hz mod.n WARNING: The SET PUSHBUTTON SET PUSHBUTTON Indicators: BLACK trimmer rotation is limited to 270 by a mechanical stop (YELLOW) / READY/ERROR LED (GREEN/RED) Do not apply excessive torque when N.O. adjusting OUTPUT (max 0 Nmm). 0 V - N.O. OUTPUT Setting: SET pushbutton (BLUE) (BLACK) Operating mode: BLUE 3 LIGHT mode on N.O. output / DARK mode on N.C. output Data retention: INSTALLATION 0 V non volatile EEPROM memory Operating temperature: - 55 C The Storage sensor temperature: can 6 be fixed by means of the threaded body through - 70 C CABLE VERSION ainsulating 18 mm strength: hole, using the two CH.2 nuts enclosed DIMENSIONS (200 Nm Vac maximum 1 min., between electronics Power supply: and housing LUMINESCENCE tightening Insulating resistance: torque). AND CONTRAST Ripple: >20 MΩ 500 Vdc, between electronics and housing Wide PLASTIC S50-PA Operating range VERSIONS distance of accessories (typical available: various orientable background fixing brackets S50-MA METAL suppression VERSIONS 50 0 Current mm consumption (mod.m) ease values): the sensor positioning 81.5 (please refer foreground to the accessories suppression listed 0 0 in mm the and background (output suppression current excluded): mm mod.n) general Emission catalogue). 2type: 1.5 RED (630 Outputs: nm) The Ambient operating light rejection: distance is measured from the front surface of the sensor according to EN Output current: lens. Vibrations: 0.5 mm amplitude, 55 Hz frequency, Output for every saturation axis (EN ) voltage: C/D Shock models: resistance: To improve the detection, the 11 ms (30 G) 6 shock for every Response axis (EN ) time: Housing material: PBT mm object has to be moved closer or further away Nickel plated brass Switching frequency: Lens 3.5material: PMMA from the front surface of the sensor lens. Mechanical protection: TECHNICAL IP67 Metal DATA versions type Indicators: 1 enclosure Connections: 2 m cable mm / - pole connector In case of lateral translation, the object must CABLE VERSION Weight: 75 g. max. cable S50-PS vers./ PLASTIC g. max. VERSIONS connector vers. 1 g. max. cable S50-MS vers./60 METAL g. max. VERSIONS connector vers. move Power as supply: indicated in the figure. 30 Vdc Setting: limit values SET PUSHBUTTON SET PUSHBUTTON Ripple: 2 Vpp Operating max. temperature: Current consumption 30 ma Storage max. temperature: (output current excluded): Outputs: NO and NC; PNP or NPN (short-circuit protection) Output current: 0 ma max. Output saturation 3 voltage: CONNECTIONS 15 2 V 9 max. (typical values): mm Response time: 1 ms The Switching connections frequency: are compliant to the EN standard. 500 Hz CONNECTIONS Indicators: CABLE TECHNICAL (YELLOW) DATA / READY/ERROR LED (GREEN/RED) Setting: Through S50-Mx G00 beam emitter SET pushbutton BROWN Operating BROWN 1mode: 1 LIGHT mode on NO output / DARK mode on NC output Vdc 30 Vdc BROWN S50-PA PLASTIC 1 VERSIONS 30 Vdc S50-MA METALLIC VERSIONS Power Data retention: + supply: EEPROM 30 Vdc non (limit volatile values) memory WHITE Operating 2temperature: - 55 C N.C. OUTPUT Ripple: WHITE 2 WHITE 2 2 Vpp max Storage temperature: N.C. OUTPUT N.C. OUTPUT TEST C (WHITE) (BROWN) Current consumption BLACK (output Insulating BLACK current strength: excluded): BLACK 500 Vac 1 min., between ma max. electronics and housing 3 Insulating resistance: N.O. OUTPUT N.O. OUTPUT Outputs: N.O. and >20 TEST N.C.; MΩ /- NOT PNP 500 USED or Vdc, (Laser NPN; between version) Emission 30 Vcc electronics type: max. (short-circuit and housing protection) 0 V - (BLUE) (BLACK) BLUE Output Operating BLUE current: 3distance 3 (typical values): BLUE mm proximity; 50 0 mm background suppression 0 V 0 V 0 ma max. Emission type: 0 V red (670 Ambient nm) light rejection: Output saturation voltage: 2 V max. Ambient light rejection: According to EN Vibrations: Response time: 0 s Vibrations: 0.5 mm amplitude, 55 Hz frequency, for every axis (EN ) Switching Shock resistance: frequency: 11 ms (30 G) 6 shock for 5 khz every axis (EN ) Indicators: CONNECTOR Housing material: OUTPUT PBT LED (YELLOW) / LED READY/ERROR Housing material: Nickel-plated (GREEN/RED) brass Setting: Lens material: SET pushbutton Lens material: PMMA Operating Mechanical mode: protection: 2 1 LIGHT mode IP67 on N.O. Metal output versions / DARK Mechanical type 1 mode enclosure on protection: N.C. output Data Connections: retention: 2 m cable non volatile mm EEPROM / Connections: - memory pole connector Operating Weight: temperature: 90g. max. cable vers. /0g. max. conn. vers Weight: C 1g. max. cable vers. /75g. max. conn. vers M18 Ø Ø 2 2 mm NC OUTPUT (WHITE) S50-MS VERSION SET PUSHBUTTON CONNECTOR M X 1 + CABLE VERSION 30 Vdc (BROWN) 2 Ø Ø Ø 2 2 Setting of S50-PA/MA To achieve a correct se suppressied has to be p - EASY TOUCH (stand Place the background operating DIMENS range. Press the SET pushbu Release the SET push R turn green. The sensor is now distinguishing them fr turns ON). - Fine detection Place the background operating range. Press the SET pushbu Keep the SET pushb EASY blinks TOUCH green. The The sensor uses performs the pa allows also very a rapid near and the safe supps Setting Two different of S50-PA/MA setting pos To - EASY achieve TOUCH ; a correct pre se used setting. with during trimmer self-setting. without trimmer -L EASY FINE 67DETECTION; TOUCH 57 (stand t XPlace 3 this setting the object 38 procedure to b 0 V 9 NO operating sufficient. range. (BLUE) (BLACK) Press the SET pushbu READY/ERROR LED FIBRE OPTIC READY/ERROR VERSION LED Setting Release of the S50-PS/MS SET push 72.5 To turn set green. correctly the sen 12 has The to sensor be present is ready during - excluding EASY TOUCH the backgrou (stan closer Place to the the background sensor res - Fine operating detection range. Place Press the the object SET pushb to be d Press Release the SET the SET pushbu Keep turn green. the SET pushb EASY blinks The TOUCH green. sensor is now The The distinguishing sensor uses sensor performs them the p allows better turns a precision ON). rapid and safe objects Two different setting po - distance, suppressing - Fine latter EASY detection is very TOUCH ; close to a th l Place setting. the background - operating FINE DETECTION; range. t DECLARATION Press the SET OF COp this setting procedur We READY/ERROR DATALOGIC AUTO LED sufficient. that The these sensor products in this are ca amendments. with better precision Setting of S50-PA/MA LED turns ON). WARRANTY To TECHNICA achieve a correct s DATALOGIC be detected has AUTOMA to be p defects. S50-MA - EASY DATALOGIC AXIAL TOUCH AUTOMAT VERS (sta CABLE VERSION The EASY TOUCH product found to be def mode (mark prese from the manufacturing d background). This warranty does no The mark to detect improper application of D distance within the s DATALOGIC Press the AUTOMAT SET N.O. pushb and Via Release Lavino 265 the - SET 0050 pum Tel: turn +39 green The sensor is now re (output LED turns ON DATALOGIC AUTOMA - Fine DATALOGIC detection AUTOMA (DAR This improvements mode offers OUTP without an Datalogic The sensor and the Datalo CABLE VERSION STABILITY can func operating S.p.A. in mode many (ligh co PO The operating Rev.H sensitivit mode The mark to detect distance within the s Press the SET pushb Dielectric strength: Keep the DECLARATION 500 SET OF Vac pus CO / Insulation resistance: blinks green. We DATALOGIC >20 MΩ Place AUTO / 5t Press the SET push that A00: these 0.1 products m on are OFF. amendments. B01: The sensor is now m on re WARRANTY set coloured C01: 0 60 mark cm(o CONNECTOR DATALOGIC green). C: 0 AUTOMA cm defects. The C21: output 0 35 LED is cmo DATALOGIC is positioned D00: 0.5 AUTOMAT on the cmp product F01/G00: found to 0 be def 30 Vdc from NOTE the manufacturing E01: 30 mm This with If warranty OF-2 a setting does / 0 error wi no improper setting T01: application procedure, m of onin D N.O. OUTPUTDATALOGIC correctly. red (630 nm AUTOMAT Via Lavino infrare Tel: mm amplitude Shock resistance: DATALOGIC 11 AUTOMA ms (3 DATALOGIC AUTOMA DECLARATION improvements without OF CO We DATALOGIC AUT Datalogic that these and products the Datalo ar amendments. S.p.A. in many co 2 m WARRANTY Rev.E g. m Ø22 Ø2.2 2

5 S51 DIMENSIONS PLASTIC AXIAL VERSION L 2 RADIAL VERSION with trimmer without trimmer L L X X L X X1 with trimmer without trimmer Settin Positio Moving on and the mi B01 M If nece order progre 2.5 X CABLE VERS. Ø Settin Turn t X1 15 OUTUPT LED X1 15 mm LED is Positio CH.2 PLASTIC NUTS CH.22 PLASTIC NUTS Turn t LED tu Remo Turn t (Backg The t detect Turn t DIMENSIONS B posi S METAL AXIAL VERSION Setting of S51- A00/B X Position the sensor and Settin reflect Moving the sensor both The vertic op TECHNICAL DATA on and off points of the consid yellow the middle of the points define B01 Model: Turn the sensitivity S51-PA AXIAL VERSION S51-PR RADIAL VERSIONIf necessary reduce sensitivit ERIES Power supply: 30 Vdc (limit values) order to improve alignment, re progressively reducing the sen Ripple: 2 Vpp max. CABLE VERSION The T NUAL Setting of S51- F00/G00 Current consumption verify t L 30 ma max. Position the sensors on The oppos re (output current excluded): B01/C01/F00 A00/C/G00 Move the sensor both verticall beam and off points of the yellow LE Outputs: N.O.; LPNP 67 or NPN 57 (short circuit protection) middle of the defined points. Vdc, w X 3 38 Output current: RADIAL VERSION 0 ma max. The e Setting of S51- C01 Output saturation voltage: X 2 V max. 0V. Turn the sensitivity trimmer 00) LED is OFF. Response time: 1 ms ( ms mod.f00) t status is closed. Position the target to detect in Switching frequency: 500 Hz (120 Hz mod.f00) Turn the sensitivity trimmer c LED turns ON (Target detecte ating. (YELLOW) mod.g00 excluded Indicators: Remove the target, the yellow POWER ON LED (GREEN) (mod.g00) POWER ON LED (S51-...G00) Turn the sensitivity trimmer c (Background detected state, p ; the operating distance Setting: sensitivity trimmer (mod.b01/c01) The trimmer reaches the m Operating temperature: L - 55 C detected. Turn the trimmer to the interm 0. Storage temperature: B01/C01/F00 A00/C/G00-70 C B positions. maximum and minimum DECL Insulating strength: 500 Vac L1 min., 79 between 69 electronics and housing We D X 3 38 Setting of S51- C/C20 mm Insulating resistance: >20 M 500 Vdc, between electronics and housing The operating distance that range th CONNECTIONS consider this feature when A00: m on A00: CONNECTOR amend pos N CABLE TECHNICAL DATA m on B01: Through m S51- G00 beam on emitter B01: m on TEST FUNC WARR 1 threaded body through BROWN 1 BROWN Vdc C01: 1 0 cm + 30 Vdc (typical values): TOR C01: 1 30 cm DATA closed (22 Nm maximum S51-MA AXIAL VERSION S51-MR RADIAL VERSION The TEST+ and TEST- input Power supply: defect C: 0 cm 30 Vdc (limit values) DARK/LIGHT C: 0 8 cm...30 verify Vdc that the system is correc Ripple: WHITE 2 WHITE 2 2 Vpp max. The receiver output should DATAsw 2 ble to ease the sensor 1 DARK- / LIGHT+ F00/G00: 0 18 m (WHITE) TEST + F00/G00: 0 15 m (BROWN) Current consumption beam is uninterrupted. produc The in listed in the general Emission type: (output BLACK current excluded): RED (660 nm) BLACK (mod.b01) / INFRARED 30 ma max. (880 nm) (mod.a00/c01/c/g00) Vdc, whilst respecting the pola from th NO OUTPUT The emission is switched off Ambient light Outputs: rejection: N.O. OUTPUT N.O.; PNP according NPN TEST (short - EN circuit protection) 0 V This w 3 0V. Vibrations: Output BLUE current: mm amplitude, BLUE Hz ma frequency, max. (BLACK) for every (BLUE) axis (EN ) improp 0 V 0 V Output saturation voltage: 2 V max. EX-II-3-D T6 Shock resistance: 11 ms (30 G) 6 shock for every axis (EN ) DATA Response time: 1 ms ( ms mod.f00) Temperature c Via La Switching frequency: white wire or pin 2 connected 500 to + 30V Hz (120 Hz mod.f00) LIGHT mode; to 0V DARK mode Max. Power co Max. Internal Tel: +3c LIGHT/DARK selection: white wire or pin 2 not OUTPUT connected LED (YELLOW) LIGHT mod.g00 mode excluded (mod.c01/c); Indicators: Internal induct POWER ON LED (GREEN) DARK mode (mod.g00) (mod.a00/b01/f00) Setting: sensitivity trimmer (mod.b01/c01) D S Housing material: PBT Operating temperature: - 55 C D Lens material: PMMA im Storage temperature: - 70 C -5-2 standard. DECLARATION OF CONFOR X Ø CABLE VERS. Ø Settin Positio Move and of middle

6 S50/S51 INDICATORS AND SETTINGS S50-XX...A00/B01/C01/C21/E01/F01/T01 S51-XX...B01/C01 A B A OUTPUT status LED Yellow Green (Only Receiver) POWER ON LED Green (Only Emitter) B B Adjustment trimmer (receiver) A Single-turn trimmer for sensitivity adjustment. Rotate in a clockwise direction to increase the operating distance. S50-XX-M03/W03/U03 A B A OUTPUT status LED Yellow READY LED Green ERROR LED Red A B B Teach-in push-button Teach-in button for setting. EASYtouch provides two setting modes: standard or fine, both obtained by pressing the push-button only once. Please refer to instructions manual for operating details. S50-XX-C S51-XX-A00/C/C20/F00/G00 A A A00/C/C20/F00 OUTPUT status LED Yellow green A G00 OUTPUT status LED yellow (Only Emitter G00)

7 S50 DETECTION DIAGRAMS G/F INFRARED EMISSION Axial Axial Radial Radial Recommended operating distance Maximum operating distance Excess gain Detection area Recommended operating distance Maximum operating distance Excess gain G/F LASER RED EMISSION Detection area Detection area - axial Resolution - axial Detection area - radial Resolution - radial Detection area - axial Resolution - axial Detection area - radial Resolution - radial

8 A INFRARED EMISSION Excess gain Detection area B INFRARED EMISSION Excess gain - axial Detection area - axial Recommended operating distance Maximum operating distance High efficiency reflectors can be used to obtain larger operating distances. Refer to Reflectors (A.01). Excess gain - radial Detection area - radial B LASER RED EMISSION R7 High efficiency reflectors can be used to obtain larger operating distances. Refer to Reflectors (A.01). Detection area - axial Resolution on R7 reflector - axial Detection area - radial T RED EMISSION Resolution on R7 reflector - radial Recommended operating distance Excess gain Maximum operating distance High efficiency reflectors can be used to obtain larger operating distances.refer to Reflectors. Detection area

9 C SHORT INFRARED EMISSION Recommended operating distance Maximum operating distance Excess gain - axial Detection area - axial Excess gain - radial C MID INFRARED EMISSION Detection area - radial Recommended operating distance Maximum operating distance Excess gain Detection area C LONG INFRARED EMISSION Recommended operating distance Maximum operating distance Excess gain - axial Detection area - axial Excess gain - radial D RED EMISSION Detection area - radial Excess gain - axial Detection area - axial Excess gain - radial Detection area - radial

10 C LASER RED EMISSION Detection area - axial Resolution - axial Detection area - radial Resolution - radial M AXIAL RED EMISSION % difference object distance Setting distance on white 90% background % difference object distance Setting distance on white 90% background Detection difference with EASYtouch acquisition Detection difference with fine acquisition M RADIAL RED EMISSION % difference object distance Setting distance on white 90% background % difference object distance Setting distance on white 90% background Detection difference with EASYtouch acquisition Detection difference with fine acquisition E RED EMISSION with standard fibers Standard Fiber-optics: OF-2-ST-20 proximity OF-3-ST-20 through beam Excess gain - proximity * Detection area - proximity * High efficiency fiber-optics or accessory lenses can be used to obtain larger operating distances. Excess gain - through beam * Detection area - through beam * * standard Fiber-optics

11 W WHITE EMISSION Relative sensitivity U UV EMISSION S51 DETECTION DIAGRAMS Relative sensitivity M18 STANDARD C01 - long diffuse proximity C - short diffuse proximity C20 - narrow beam proximity A00 - retroreflective B01 - polarized retroreflective F00/G00 - through beam Note: the diagrams indicate the detection area typical of the axial optic versions; the maximum operating distance of the radial optic versions decreases as indicated in the tables given below Recommended operating distance Maximum operating distance

12 MODEL SELECTION AND ORDER INFORMATION S50 PLASTIC MODELS OPTIC FUNCTION EMISSION CONNECTION OUTPUT MODEL ORDER No. Retroreflective NPN S50-PA-2-A00-NN PNP S50-PA-2-A00-PP Connector NPN S50-PA-5-A00-NN PNP S50-PA-5-A00-PP NPN S50-PA-2-B01-NN PNP S50-PA-2-B01-PP Connector NPN S50-PA-5-B01-NN PNP S50-PA-5-B01-PP Polarized retroreflective NPN S50-PR-2-B01-NN PNP S50-PR-2-B01-PP Connector NPN S50-PR-5-B01-NN PNP S50-PR-5-B01-PP LASER, Axial optic NPN S50-PL-2-B01-NN PNP S50-PL-2-B01-PP Connector NPN S50-PL-5-B01-NN PNP S50-PL-5-B01-PP LASER, Radial optic NPN S50-PH-2-B01-NN PNP S50-PH-2-B01-PP Connector NPN S50-PH-5-B01-NN PNP S50-PH-5-B01-PP NPN S50-PA-2-C01-NN PNP S50-PA-2-C01-PP Connector NPN S50-PA-5-C01-NN PNP S50-PA-5-C01-PP Long Diffuse proximity NPN S50-PR-2-C01-NN PNP S50-PR-2-C01-PP Connector NPN S50-PR-5-C01-NN PNP S50-PR-5-C01-PP LASER, Axial optic NPN S50-PL-2-C01-NN PNP S50-PL-2-C01-PP Connector NPN S50-PL-5-C01-NN PNP S50-PL-5-C01-PP LASER, Radial optic NPN S50-PH-2-C01-NN PNP S50-PH-2-C01-PP Connector NPN S50-PH-5-C01-NN PNP S50-PH-5-C01-PP Short Diffuse proximity NPN S50-PA-2-C-NN PNP S50-PA-2-C-PP Connector NPN S50-PA-5-C-NN PNP S50-PA-5-C-PP NPN S50-PR-2-C-NN PNP S50-PR-2-C-PP Connector NPN S50-PR-5-C-NN PNP S50-PR-5-C-PP Medium Diffuse proximity NPN S50-PA-2-C21-NN PNP S50-PA-2-C21-PP Connector NPN S50-PA-5-C21-NN PNP S50-PA-5-C21-PP Fixed focus NPN S50-PA-2-D00-NN PNP S50-PA-2-D00-PP Connector NPN S50-PA-5-D00-NN PNP S50-PA-5-D00-PP NPN S50-PR-2-D00-NN PNP S50-PR-2-D00-PP Connector NPN S50-PR-5-D00-NN PNP S50-PR-5-D00-PP Fiber optic NPN S50-PA-2-E01-NN PNP S50-PA-2-E01-PP Connector NPN S50-PA-5-E01-NN PNP S50-PA-5-E01-PP

13 OPTIC FUNCTION EMISSION CONNECTION OUTPUT MODEL ORDER No. NPN S50-PA-2-F01-NN PNP S50-PA-2-F01-PP Connector NPN S50-PA-5-F01-NN PNP S50-PA-5-F01-PP Through beam receiver NPN S50-PR-2-F01-NN PNP S50-PR-2-F01-PP Connector NPN S50-PR-5-F01-NN PNP S50-PR-5-F01-PP LASER, Axial optic NPN S50-PL-2-F01-NN PNP S50-PL-2-F01-PP Connector NPN S50-PL-5-F01-NN PNP S50-PL-5-F01-PP LASER, Radial optic NPN S50-PH-2-F01-NN PNP S50-PH-2-F01-PP Connector NPN S50-PH-5-F01-NN PNP S50-PH-5-F01-PP S50-PA-2-G00-XG Connector - S50-PA-5-G00-XG Through beam emitter - S50-PR-2-G00-XG Connector - S50-PR-5-G00-XG LASER, Axial optic - S50-PL-2-G00-XG Connector - S50-PL-5-G00-XG LASER, Radial optic - S50-PH-2-G00-XG Connector - S50-PH-5-G00-XG Background suppression NPN S50-PA-2-M03-NN PNP S50-PA-2-M03-PP Connector NPN S50-PA-5-M03-NN PNP S50-PA-5-M03-PP NPN S50-PS-2-M03-NN PNP S50-PS-2-M03-PP Connector NPN S50-PS-5-M03-NN PNP S50-PS-5-M03-PP Retroreflective for transparent NPN S50-PA-2-T01-NN PNP S50-PA-2-T01-PP Connector NPN S50-PA-5-T01-NN PNP S50-PA-5-T01-PP NPN S50-PR-2-T01-NN PNP S50-PR-2-T01-PP Connector NPN S50-PR-5-T01-NN PNP S50-PR-5-T01-PP Luminescence NPN S50-PA-2-U03-NN PNP S50-PA-2-U03-PP Connector NPN S50-PA-5-U03-NN PNP S50-PA-5-U03-PP Contrast NPN S50-PA-2-W03-NN PNP S50-PA-2-W03-PP Connector NPN S50-PA-5-W03-NN PNP S50-PA-5-W03-PP

14 S50 METAL MODELS OPTIC FUNCTION EMISSION CONNECTION OUTPUT MODEL ORDER No. Retroreflective NPN S50-MA-2-A00-NN PNP S50-MA-2-A00-PP Connector NPN S50-MA-5-A00-NN PNP S50-MA-5-A00-PP NPN S50-MA-2-B01-NN PNP S50-MA-2-B01-PP Connector NPN S50-MA-5-B01-NN PNP S50-MA-5-B01-PP Polarized retroreflective NPN S50-MR-2-B01-NN PNP S50-MR-2-B01-PP Connector NPN S50-MR-5-B01-NN PNP S50-MR-5-B01-PP LASER, Axial optic NPN S50-ML-2-B01-NN PNP S50-ML-2-B01-PP Connector NPN S50-ML-5-B01-NN PNP S50-ML-5-B01-PP LASER, Radial optic NPN S50-MH-2-B01-NN PNP S50-MH-2-B01-PP Connector NPN S50-MH-5-B01-NN PNP S50-MH-5-B01-PP NPN S50-MA-2-C01-NN PNP S50-MA-2-C01-PP Connector NPN S50-MA-5-C01-NN PNP S50-MA-5-C01-PP Long Diffuse proximity NPN S50-MR-2-C01-NN PNP S50-MR-2-C01-PP Connector NPN S50-MR-5-C01-NN PNP S50-MR-5-C01-PP LASER, Axial optic NPN S50-ML-2-C01-NN PNP S50-ML-2-C01-PP Connector NPN S50-ML-5-C01-NN PNP S50-ML-5-C01-PP LASER, Radial optic NPN S50-MH-2-C01-NN PNP S50-MH-2-C01-PP Connector NPN S50-MH-5-C01-NN PNP S50-MH-5-C01-PP Short Diffuse proximity NPN S50-MA-2-C-NN PNP S50-MA-2-C-PP Connector NPN S50-MA-5-C-NN PNP S50-MA-5-C-PP NPN S50-MR-2-C-NN PNP S50-MR-2-C-PP Connector NPN S50-MR-5-C-NN PNP S50-MR-5-C-PP Medium Diffuse proximity NPN S50-MA-2-C21-NN PNP S50-MA-2-C21-PP Connector NPN S50-MA-5-C21-NN PNP S50-MA-5-C21-PP Fixed focus NPN S50-MA-2-D00-NN PNP S50-MA-2-D00-PP Connector NPN S50-MA-5-D00-NN PNP S50-MA-5-D00-PP NPN S50-MR-2-D00-NN PNP S50-MR-2-D00-PP Connector NPN S50-MR-5-D00-NN PNP S50-MR-5-D00-PP

15 OPTIC FUNCTION EMISSION CONNECTION OUTPUT MODEL ORDER No. NPN S50-MA-2-E01-NN PNP S50-MA-2-E01-PP Fiber optic NPN S50-MA-5-E01-NN Connector PNP S50-MA-5-E01-PP Through beam receiver Through beam emitter Background suppression Retroreflective for transparent LASER, Axial optic LASER, Radial optic LASER, Axial optic LASER, Radial optic Connector Connector Connector Connector NPN S50-MA-2-F01-NN PNP S50-MA-2-F01-PP NPN S50-MA-5-F01-NN PNP S50-MA-5-F01-PP NPN S50-MR-2-F01-NN PNP S50-MR-2-F01-PP NPN S50-MR-5-F01-NN PNP S50-MR-5-F01-PP NPN S50-ML-2-F01-NN PNP S50-ML-2-F01-PP NPN S50-ML-5-F01-NN PNP S50-ML-5-F01-PP NPN S50-MH-2-F01-NN PNP S50-MH-2-F01-PP NPN S50-MH-5-F01-NN PNP S50-MH-5-F01-PP S50-MA-2-G00-XG Connector - S50-MA-5-G00-XG S50-MR-2-G00-XG Connector - S50-MR-5-G00-XG S50-ML-2-G00-XG Connector - S50-ML-5-G00-XG S50-MH-2-G00-XG Connector - S50-MH-5-G00-XG NPN S50-MA-2-M03-NN PNP S50-MA-2-M03-PP Connector PNP S50-MA-5-M03-PP PNP S50-MS-2-M03-PP Connector PNP S50-MS-5-M03-PP Connector Connector NPN S50-MA-2-T01-NN PNP S50-MA-2-T01-PP NPN S50-MA-5-T01-NN PNP S50-MA-5-T01-PP NPN S50-MR-2-T01-NN PNP S50-MR-2-T01-PP NPN S50-MR-5-T01-NN PNP S50-MR-5-T01-PP Luminescence Connector PNP S50-MA-5-U03-PP Contrast PNP S50-MA-2-W03-PP Connector NPN S50-MA-5-W03-NN PNP S50-MA-5-W03-PP S51 MODELS OPTIC FUNCTION HOUSING/OPTIC CONNECTION OUTPUT MODEL ORDER No. Nickel Plated Brass, Axial NPN S51-MA-2-A00-NK PNP S51-MA-2-A00-PK Connector NPN S51-MA-5-A00-NK PNP S51-MA-5-A00-PK Retroreflective Nickel Plated Brass, Radial NPN S51-MR-2-A00-NK PNP S51-MR-2-A00-PK Connector NPN S51-MR-5-A00-NK PNP S51-MR-5-A00-PK Plastic, Axial NPN S51-PA-2-A00-NK PNP S51-PA-2-A00-PK Connector NPN S51-PA-5-A00-NK PNP S51-PA-5-A00-PK Plastic, Radial NPN S51-PR-2-A00-NK PNP S51-PR-2-A00-PK Connector NPN S51-PR-5-A00-NK PNP S51-PR-5-A00-PK

16 OPTIC FUNCTION HOUSING/OPTIC CONNECTION OUTPUT MODEL ORDER No. Nickel Plated Brass, Axial NPN S51-MA-2-B01-NK PNP S51-MA-2-B01-PK Connector NPN S51-MA-5-B01-NK PNP S51-MA-5-B01-PK Polarized retroreflective Nickel Plated Brass, Radial NPN S51-MR-2-B01-NK PNP S51-MR-2-B01-PK Connector NPN S51-MR-5-B01-NK PNP S51-MR-5-B01-PK Plastic, Axial NPN S51-PA-2-B01-NK PNP S51-PA-2-B01-PK Connector NPN S51-PA-5-B01-NK PNP S51-PA-5-B01-PK Plastic, Radial NPN S51-PR-2-B01-NK PNP S51-PR-2-B01-PK Connector NPN S51-PR-5-B01-NK PNP S51-PR-5-B01-PK Nickel Plated Brass, Axial NPN S51-MA-2-C01-NK PNP S51-MA-2-C01-PK Connector NPN S51-MA-5-C01-NK PNP S51-MA-5-C01-PK Medium diffuse proximity Nickel Plated Brass, Radial NPN S51-MR-2-C01-NK PNP S51-MR-2-C01-PK Connector NPN S51-MR-5-C01-NK PNP S51-MR-5-C01-PK Plastic, Axial NPN S51-PA-2-C01-NK PNP S51-PA-2-C01-PK Connector NPN S51-PA-5-C01-NK PNP S51-PA-5-C01-PK Plastic, Radial NPN S51-PR-2-C01-NK PNP S51-PR-2-C01-PK Connector NPN S51-PR-5-C01-NK PNP S51-PR-5-C01-PK Nickel Plated Brass, Axial NPN S51-MA-2-C-NK PNP S51-MA-2-C-PK Connector NPN S51-MA-5-C-NK PNP S51-MA-5-C-PK Short diffuse proximity Nickel Plated Brass, Radial NPN S51-MR-2-C-NK PNP S51-MR-2-C-PK Connector NPN S51-MR-5-C-NK PNP S51-MR-5-C-PK Plastic, Axial NPN S51-PA-2-C-NK PNP S51-PA-2-C-PK Connector NPN S51-PA-5-C-NK PNP S51-PA-5-C-PK Plastic, Radial NPN S51-PR-2-C-NK PNP S51-PR-2-C-PK Connector NPN S51-PR-5-C-NK PNP S51-PR-5-C-PK Narrow beam proximity Nickel Plated Brass, Axial Connector PNP S51-MA-5-C20-PK Nickel Plated Brass, Axial NPN S51-MA-2-F00-NK PNP S51-MA-2-F00-PK Connector NPN S51-MA-5-F00-NK PNP S51-MA-5-F00-PK Through beam receiver Nickel Plated Brass, Radial NPN S51-MR-2-F00-NK PNP S51-MR-2-F00-PK Connector NPN S51-MR-5-F00-NK PNP S51-MR-5-F00-PK Plastic, Axial NPN S51-PA-2-F00-NK PNP S51-PA-2-F00-PK Connector NPN S51-PA-5-F00-NK PNP S51-PA-5-F00-PK Plastic, Radial NPN S51-PR-2-F00-NK PNP S51-PR-2-F00-PK Connector NPN S51-PR-5-F00-NK PNP S51-PR-5-F00-PK Nickel Plated Brass, Axial - S51-MA-2-G00-XG Connector - S51-MA-5-G00-XG Through beam emitter Nickel Plated Brass, Radial - S51-MR-2-G00-XG Connector - S51-MR-5-G00-XG Plastic, Axial - S51-PA-2-G00-XG Connector - S51-PA-5-G00-XG Plastic, Radial - S51-PR-2-G00-XG Connector - S51-PR-5-G00-XG

17 S50/S51 ACCESSORIES ST-50 ST-5011 ST-5012 ST-5017 SWING-18 PLASTIC NUT 0 Ø27.5 SP-0 JOINT 18 MICRO 18 JoInt-18 mm

18 MODEL DESCRIPTION ORDER No. ST-50 M18/1 mounting bracket 95ACC5230 ST-5011 M18 mounting bracket short 95ACC520 ST-5012 M18 mounting bracket long 95ACC50 ST-5017 M18 mounting bracket 95ACC5270 S50 EASY -IN M18/1 EASY in adjustable mounting support 95ACC 5300 JOINT -18 M18 jointed support 95ACC 5220 MICRO -18 support with micrometric regulation for tubular M18 sensors 95ACC 1380 ST1218 /M18 mounting brackets 95ACC330 ST1830 M18/M30 mounting brackets 95ACC3350 SP-0 mounting bracket tubular 95ACC1370 SWING-18 adjustable support for M18 tubular sensors PLASTIC NUT flared mounting nut 95ACC2630 MEK -PROOF front protection (only for metal models) G CABLES TYPE DESCRIPTION LENGTH MODEL ORDER No. Axial Connector Radial Connector Radial Connector with LED (for PNP N.O. sensors) Axial Connector Radial Connector Axial Connector -pole, grey, P.V.C. -pole, P.U.R. -pole, grey, P.V.C. -pole, P.U.R. -pole, grey, P.V.C. -pole, shielded, black, P.V.C. -pole, U.L., black, P.V.C. 3 m CS-A1-02-G-03 95A m CS-A1-02-G-05 95A m CS-A1-02-G-07 95A1280 m CS-A1-02-G- 95A m CS-A1-02-R-02 95A150 5 m CS-A1-02-R-05 95A m CS-A2-02-G-03 95A m CS-A2-02-G-05 95A120 7 m CS-A2-02-G-07 95A1 m CS-A2-02-G- 95A m CS-A2-02-R-02 95A m CS-A2-02-R-05 95A m CS-A2-12-G-03 95A0 5 m CS-A2-12-G-05 95A1350 m CS-A2-12-G- 95A m CV-A1-22-B-03 95ACC180 5 m CV-A1-22-B-05 95ACC190 m CV-A1-22-B- 95ACC m CV-A1-22-B-15 95ACC2070 m CV-A1-22-B- 95ACC m CV-A2-22-B-03 95ACC150 5 m CV-A2-22-B-05 95ACC1550 m CV-A2-22-B- 95ACC m CS-A1-02-U-03 95ASE m CS-A1-02-U-05 95ASE1130 m CS-A1-02-U- 95ASE1 15 m CS-A1-02-U-15 95ASE1150 m CS-A1-02-U- 95ASE1160 Connector- not cabled CS-A1-02-B-NC G pole, black Radial Connector Connector- not cabled CS-A2-02-B-NC G Rev. 01, 07/2016