PT04-01N FOTEK | Alldatasheet

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PS/PM __ Inductive CE 1 oe series proximity sensor Rohs % All DC type with [Short-circuits & Polarity reversedj protection. ERDESR! PGUSSIN) MISE) TY * AIlAC type with [surge absorbing circuit) nf q q q Boz g YY to avoid surge damage. in] Ly Jpg AY RAHA (RRRWOB) TSMR " Z LE Cb bd S * High solid compact structure [IP-67 suited to Za applied in any poor circumstance. i os SHSS '1P-67) SRSREARR ayy j o /& x > All models with [operating pilot.) g 4 ommend Mirae oP ¢ . eae © Guiding of model / #38245] Tubular type Square type ae Ex. PM12-04NBS-M12 Ex. LS-04NB-V-PG 12 3456 7 1 234 5 6 1> Type /#xt 1> Type/#xt PM = Screw type / #4422 SP = Plate type / mH PT = Tubular type/ #2 LS = Long square type / Ri@Z 2> Outline diameter /A€ BS = Micro switch type / @a) FERS 05= M5x1.0 08=M8 x1.0 12=M12x1.0 PS = Square type / 52 18=M18x1.0 30=M30x1.5 PL = Long square type/ BEB 3> Sensing distance / Rife sb at PP = Plate type / Ma 01= 1.0mm 02= 2.0mm 04= 4.0mm 2> Sensing distance / rere z 4> Output method / #wW5st 10=10.0mm 15=15.0mm w N=NPN P=PNP S=SCR 2525.0 mim 7 ; 5> Output status / mWHkHE 3> Output method / #n5xt Non=NOtype B=NC type N= NPN P=PNP S= SCR . R RE 6> Length or shape or material of body / #8 4> Output status / Bika Non = Cu plated Ni/ samme MENS BMS S = Short type / 2 5> Sensing direction /#@HAG E = Body with all screw / 23% Non = Horizontal type / #34 K = Stainless steel / 8% V = Vertical type / Bt 7> Connection method / #@Axt 6> Connection method / #@75xt Non = Lead wire type / Hest Non = Lead wire type / Haast PG = M8 lead wire type / M8 #8 Hest PG = MB lead wire type / M8 #258: zt M12=M12 connector type / M12 #58s M12 =M12 connector type / M12 #385. w

Sex C€ psipM

30 A MB SS Rohs _ series

eo, : . * ‘ te © Output circuit & connection diagram / ty HH TH] ES Bz He Fe bel [NPN NP CRT Cog ©Brown _+10~30vDe eed DEIR 56 PSS ean . ' 4.7K (load) A x ' 1 | 90~250 vac \\ @Black 4 | | @ Black Output | Load must be seried ' wnn---3 | | mana |] | before power on mW . Output . + Hl Hl 1 1 | ! Load a |pute © General data / $f] HS Specification DC type AC type Power ripple S25ER <20% of Vp-p 50/60Hz Ouptcuret wR 150 mAmax. <10% of sensing distance Thermal drift BESS <10um/C Protection circuit (880% | Short-circuit & Polarity reversed surge absorbing circuit Operating Temperature TEBE - 25°C~ +80°C \\ Operating humidity TERE 35% ~ 95% RH ° ° ° ® Application hints While a switching power supply is used, please be sure to ground the FG (Frame ground ) and the G (Ground) terminal, if failure to do so, it may resulting malfunction of the sensor for the noise of the switching power supply. Meanwhile, the ripple of the DC power supply is required less than 20% to avoid resulting malfunction of the sensor. ° ° . © M8 lead wire connection [Available for all sensor] | Sensor Sr EL Fk FT

series proximity sensor Rohs eet iaeatha ® PT04/M5/ M8 Tubular type Outline Output} Output | Sensing | Mounting | Response | Operating bovsing status | method |distance| method | frequency | voltage | materia ——a Pet | 10-30 | sus PTO4-02N NPN il am | ou | No | PTO4-02 Ne i NPN oF PMO5-01NB | 0.8 10~30 sus ae Smet] im | Pimms | ae | Wee | Be A PMO5-01PB_| NC z |-aa [PMos02n | NO | voy ¥ Os CORE sess [Pinson [nc] 4.5. | Non- 10-30 | sus at Lee T_| PMO5-02P Sap mm | flushed | 25KH2 | Voc 304 — foe PMO05-02PB — PMOB-OIN | NO | p eich = [fe $5 | PHOe-01NB Flushed | 2,5KHz | 12730 | plated baal eg Lica PMO8-01P ae voc re PM08-01PB ser! PMO8-02N LBS wen | (oA Tees Paoe-02ns Non | a.skHz | 10-30 | gcieg ery | pmoe-o2P | NO | oNP flushed voc plat = PMO8-02PB PMO8-01NS | NO | PMOs-0INSB | No | NPN 4.0 10~30 sus OQ] CHES = Saami se mm_ | Flushed | 2.5KHz Woe 304 ——_ == | Pmos-01PSB we PMO8-02NS LSS] nen | NPN (@) PMO8-02NBS | NC | Non- | ys, | 1030 | sus | PM08-02S flushed | 2-5KH2 | ypc 304 - ee | P08-02 Bs + 3 PMO8-01N-P [Ro wen | i id Flushed | 2.sKHz | 12530 : —1 aa PMO8-01PB-P PMOB-02N-P [NO | rweame| no | NN | 2.0 | nom | asus | 10-9 ie PM08-02P-P | NO | se | mm | flushed voc : PMO8-01N-K ] @2 CHS ss PMOB-O1NB-K| Nc | NPN 4.0 10~30 | sus J) CO ye Bs Poel = min | Flushed | 2.skHz | Yoo Sa PM08-02N-K — +4 PM08-02NB-K| NC _| Non- is co = 10-30 | sus oe a ae eee = decay | 28k, | 28) ls aa ——- - PM08-02PB-K| NC | ¥ a

TE aS RONS _ series —— —— © M12 Tubular type Output} Output | Sensing | Mounting | Response | Operating | Housing status | method |distance| method | frequency | voltage | material meer ae | fe ne Flushed | 2.8KHz | 10-30 OF [puro | No vec | cu PNP plated tt pui2.02p8 | NC Ni = [rues | no_| ui bi SCR Flushed | 20Hz | 90-250 Put2-0288 vac fast f BO ne i seus | pMN2OONB jon- 7 flushed 2.5KHz 10~30 sa PNP plated ra PUI2-04PB Ni t = + S PMT2-048B ushe vac wouo poo | PMNQOONS Leo ven | -( NC Ci = PMI2-02NBS Flushed | 2.5KHz | 10-30 | plated = Soa PM12.02PBS Sa Irneens [00] ] | = We NPN. Cu Putt 2-O4N [nc | Non- 10~30 lated © flushed | 25KH2 | yng vl a er ipurzowrs | _NO_ | (==> _[ puraseas Pui20un? | NO ~~ purzowee | no | NPN Non 0-30 z 0488 ’ i flushed | 25KH2 | Vag e PUI2-04S8-P ea we — eee] | i fi a ERNE: Flushed | 2.5KHz | 10-30 | plated — PMI2-02PB-E i=- PM2-04NB-E Ado | 25kHe | 19:30 eau 4 a PUA2.O4PB-E errr NPN O} IE: | eaten Flushed | 2.5KHz | ‘058 | plated tH PMt2-02P-M12 Ni + |pure-crpewra] NO | mpc [patente [ No | NEN | [4 putz-o4ne-ni2] NC | Non- tan | Gu | [rer fwnarar {ST owe | wi a a Y = PM 2O4PB-Ut2

series proximity sensor Rohs SSS © M18 Tubular type Output} Output | Sensing | Mounting | Response | Operating | Housing status | method | distance| method | frequency | voltage | material ps ema _f xo_| wow | . pureosnas | Nc | i Cu ©) | eS} ING Flushed | 80oHz | 10730 plated NS PUTEOSPS as Ni > _|purecspas -_ pues | wo] oO / PMB-0BNBS 8.0 Non: a cu 4 800Hz plated O (Cr — NG one mm_ | flushed voc at — puseosess | NC [rue | yo | pes | owreasua | No ciusnea | sorte | 10-30 she 2 r PHY. 05PB | Ni

7 PU8-058 NO i

SRC Flushed | 20Hz | 907250 PE.0888 PMABBN Hae new | — PN18-08NB Non- 10~30 800Hz ! [ruseoae | flushed voc cu (ti PM8-08P | no | plated <Q | puteoses Ni Pute-es Non- 90-250 as flushed | 20H2 | “vac pues | NC PUTE-OBN-P = © 4 PueoPP mm_ | flushed voc @Q | wo | oe GS putecgeee | Nc PM18-088-P NO 8.0 Non- 90~250 SRC 3 20Hz — acme | mm_ | flushed VAC O | | i 4 urease] No __| Flushed | 8ooHz | ‘0730 | plated ! URE | [rwteosrane | wo | Ni ee = : ac = [pueomue [No _| a CPs Tl] | [| PHIBOBNBT2| NC | Nene ae cu plated ou pureaep-at2 | No | flushed | 800H2 | voc Ni Leg St] PNP | err

~ CE wt PM/30 . . 30 1 SE Rohs _ series SS © M30 Tubular type Output| Output | Sensing | Mounting | Response | Operating | Housin | outing Model status | method |distance| method frequency | voltage mata gee [pwao4on | No | O | EMSA Flushed | 500H: oo ted ff 2 plat

3 PM30-10P | NO | ae Ni

: cus, [PMBO-1SNS | NO | O | (TT = pwao-sne-s| nc | NPN Non- to-30 | uy 3 flushed | 500Hz | ypc me 1 [" [ewao-1se-s | No | i pier |pygo-t6pe-s a (Ce | PM30-15NB cu

5 Non | coo, | 19230

a Paes | no | sox | c | Lad U O Flushed | 20Hz | 99-250 | pisteg = : ies | " o SCR 4) | | Proms | v0 | scm | ee | 90-250 | sate 3 iT = flushed || 20Hz | “vac | Plated = iia | SJ a raise | BOL ey | Non | soo, | 19°30 ] | O 4 PM30-15P-P | NO | fusnee wee a PM30-15PB-P| NC | | PM30-20N-P | NO | NPN PBT PM30-20NB-P| NC _| ' ron — yan jon- ~ Ww PM30-20P-P | NO | Sie flushed | 200H2 | ypc | PM30-20PB-P SCR 20Hz PM30-15SB-P mm flushed VAC |PM30-20NB oT vom | Non- to~30 | cu 4 200Hz plated flushed "s : = PM30-20PB O F Puso-tone-wi2| NC Lo | Flushed | so0Hz | 10530 | plated ZA | Puso-10P-Mi2| No | at SE uso tore. — [Pwso-t5nB2 Non- to~30 | Cu 500Hz lated O = PM30-15P-M12/ NO | flushed vee | Ne N ao |) ey PM30-15PBM12| NC |

PS/PM _ Inductive CE soa series proximity sensor Rohs ee © Connecting method of AND & OR ee AO ee et Re PNP_ | AND NPN PNP, _ OR NPN, _ a 33 Ea 4s Re es oe] gE man as al =e Tac reer n get RE ba: Qe ae g — Str Sr] —rrt eae cal Qh Rees BE BE dre . a Sis. . ree © Basic definition of Inductive proximity sensor / 38 AS3E #8 © Target / ®#RHM Target Which is a steel, 1mm thickness, square form with eee width equal to the diameter of the sensing surface, . 5 Sn if the target is made of a different material, Sox Sensing: ‘Distance: a the sensing distance must be multiplied by the Chrome 0.9xSn Correction factor. Nickle 0.9xSn FMAAMESUMH BSimm: RRSKGAH Bee com Gane GREE » OR AAI A RE Gonsee Gane MBB AVSERBUSE - EP een . ® Hysteresis / @# 1 Hysteresis is the different distance between the _ fee ys a — operating points that the target is approaching and Sh Sea Pistanee PRT leaving the sensing area of the sensor, the value is Bed iolysteresls f/ \\ sn expressed as a percentage of the sensing distance 4 AB 2 eB 35 0 BY Eb RR SSA AU PERE » — MSL LE [Sensor | RS SOU SRR EU ESR - oe ® Switch frequency/ sax nm -— + — motion direction-— Itis the maximum response frequency per second, based ona pulse ratio 1 : 2, the sketch shows the condition of test. | MAR VVON/OFF k= 1: 2H ASRS Sn/2 soln eles SRAR > NKR UOEHT - Sensord=m ® Accuracy (Repetition) /Z#a@z Tolerance of operating position that sensor is certainly operated under the same condition. FEAR GO eR AF PT BR A ERE PERRO SEE =

mam 3 C€ pPS/PM WERE RONS - series ms ~ ’ . : : : : ». © Notice of installing for the Inductive proximity sensor / ‘2¢ 28 TE ek $4 54 ® Flushed type /#Azxt dsidtaniatar Aproximity sensor can be flushed mounted in metal and surrounded by metal up to the level of the W b=4 7 =o Leal sensing face. Y yy Y Sensor Sensor ESGALIZSIEAS by 22 YY Yj, YY = ARTS 2) SRD SeEUIsSRy Yy Yj Y ® Non-flushed / JEeAzxt SN :sensing distance A proximity sensor cannot be mounted in metal, a lameler clear zone of 3 times of the diameter of the sensing 7 ie = as S surface must be keep. Y 22Sn — Y LERARRRBOATISSRVAR S2REY eee YW ALLENS RRHESH=SwMU TE - 2, We ® Mutual interference / H8F# [ : a ~>20-- To install the inductive proximity sensors of the same model by face to face or side by side, please set the Isensorl minimum distance between the sensors larger than ee the diameter of sensor, to avoid the malfunction. Z i ERRARRILGHa RIPON MREYE an Suh yt Se 1 FB A 8 A UD — (BE EL oe eve LL — ww ® Clamping torque / #8#7 (Q Be sure to set a spring washer when fixing the sensor, an Don't tighten the mounting screw of PM series with —s a clamping torque higher than the right value. —, Diameter Max. Clamping Torque L) wen to kg-em PTAA RS USA Lt BBL IRA « SH Ne co heer P rmx AG I 8 SH SIE TO BAIT LS \\ Mis —-200 kg-em ISNT Lae M30 300 kg-om ® Notice of Wiring / R@zBS5 To avoid being influenced by noise, try best to separate the cable of the sensor from the power lines and high tension lines. if extend the sensor cable, please use a cable which diameter as same as that. BRHATE ASRS SMAVSRARDDRASBRAR TEBELE - URSLRGAMSVCRALR SANSA SNS REARS -