PR12-4DP

PR Series 

Cylindrical Type Proximity Sensor 

## ~~I~~ 

## Cylindrical type proximity sensor 

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(=|Features<br>@Improved the noise resistance with dedicated IC “9 « . ~<br>@Integrated surge@Integrated overload protection& short circuitprotection circuit | =a& é J)~y-~<br>(DC 2-wire, 3—-wire type) “ee bop ger<br>@Integrated reverse polarity protection circuit “ & _<— (0)<br>@Long(DC 3-wirelife cycletype)and high reliability, and simple operation Qeiv V73)<br>@Red LED status indication Wes& ae<br>@Protection structure IP67 (IEC standard) “lA, 4 So”<br>@Replaceable for micro switches and limit switches<br>**----- End of picture text -----**<br>


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Specifications 

eDC 2-wire type 

||PRT08-1.5DC||PRTO8-2DC|||PRT12-2DC|||PRT12-4DC|PRT18-5DC|PRT12-4DC|PRT18-5DC|||PRT18-8DC|||PRT30-10DC|||PRT30-15DC|
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|(Operation voltage)|(10-30VDC)||||||||
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||Standard cable(Black): Polyvinyl chloride (PVC), Oil resistant cable (Gray): Oil resistant Polyvinyl chlorde(PVC)||||||||
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~~—SSS~~ Autonics D-22 

PR Seriesa 

## ~~ee~~ 

## eDC 3-wire type 

|Model|PRO8-1.5DN<br>PRO8-1.5DP<br>PRO8-1.5DN2<br>PRO8-1.5DP2 <br>PRLO8-1.5DN<br>PRLO8-1.5DP<br>PRLO8-1.5DN2/PRLO8-2DN2|PRS12-2DN2|BRS12-4DF2|pri<br>PRLO8-1.5DP2}PRLO8-2DP2|PRS12-2DP2|ppRi742-4pp||PRO8-2DN<br>|PRO8-2DP<br>|PRO8-2DN2<br> |PRO8-2DP2<br>/PRLO8-2DN<br>|PRLO8-2DP<br>PRLO8-1.5DN2/PRLO8-2DN2|PRS12-2DN2|BRS12-4DF2|pri<br>PRLO8-1.5DP2}PRLO8-2DP2|PRS12-2DP2|ppRi742-4pp|PR12-2DN<br>|PR12-2DP<br>|PR12-2DN2<br>|PR12-2DP2<br>|PRS12-2DN<br>/PRS12-2DP<br>PRLO8-1.5DN2/PRLO8-2DN2|PRS12-2DN2|BRS12-4DF2|pri<br>PRLO8-1.5DP2}PRLO8-2DP2|PRS12-2DP2|ppRi742-4pp|PR12-4DN<br>SSE ett<br>PR12-4DP2<br>|pRSi2-4DN <br>|PRS12-4DP<br>|PRS12-4DN2/pRL18-5DP<br>PRLO8-1.5DN2/PRLO8-2DN2|PRS12-2DN2|BRS12-4DF2|pri<br>PRLO8-1.5DP2}PRLO8-2DP2|PRS12-2DP2|ppRi742-4pp|PR18-5DN<br>PR18-5DP_<br>PR18-5DN2<br> |PR18-5DP2<br>|PRL18-5DN<br>|PRS12-4DN2/pRL18-5DP<br>PRLO8-1.5DN2/PRLO8-2DN2|PRS12-2DN2|BRS12-4DF2|pri 18-5DN2|PRL18-8DN2|PRL30-10DN2|PRL30-15DN2<br>|PRL18-5DP2|PRL18-8DP2|PR18-8DN<br>|PR18-8DP<br>|PR18-8DN2<br>|PR18-8DP2<br>|PRL18-8DN<br>|PRL18-8DP<br>18-5DN2|PRL18-8DN2|PRL30-10DN2|PRL30-15DN2<br>|PRL18-5DP2|PRL18-8DP2|PR30-10DN<br>|PR30-10DP<br>|PR30-10DN2<br>|PR30-10DP2 <br>|PRL30-10DN<br>|PRL30-10DP<br>18-5DN2|PRL18-8DN2|PRL30-10DN2|PRL30-15DN2<br> |PRL30-10DP2||PR30-15DN<br>|PR30-15DP<br>|PR30-15DN2<br> |PR30-15DP2<br>|PRL30-15DN<br>|PRL30-15DP<br>18-5DN2|PRL18-8DN2|PRL30-10DN2|PRL30-15DN2<br> |PRL30-15DP2|
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|(Operation voltage)|(10=30VDC)||||||||
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||Standard cable (Black): Polyvinyl chloride (PVC), Oil resistant cable (Gray): Oil resistant Polyvinyl chlorde (PVC)||||||||
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||PRL:Approx. 54g||PRL:Approx. 76g||PRL:Approx. 130g||PRL:Approx. 210g||



@AC 2-wire type 

||PR12-2AC|PR12-4AC|PRL18-5AO<br>PRL18-5AC|PRL18-8AO<br>PRL18-8AC|PRL30-10AO<br>PRL30-10AC|PRL30-15A0O<br>PRL30-15AC|
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|(Operation voltage)|(85-264VAC)||||||
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||Standard cable (Black): Polyvinyl chloride (PVC)||||||
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~~Dt~~ D-23 Autonics 

~~ee~~ 

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(s|Dimensions (Unit:mm)<br>@PR(T)08—-1.5DL] @PR(T)18-—5DL<br>@15 30 2000 29 47 2000<br>| 13 | 4 24 29 Operation<br>CA R —L ain indicator<br>= lanl‘ p<br>\M8 x1 Operation | HHCAT) | o5 } beroxii mit y<br>indicator M18X1 sensor<br>4 |<br>@PR(T)08—2DL] @PR(T)18-8DL<br>gis 929 47 2000<br>4. 26 2000 3A ‘049<br>13 4 Operation<br>Hh ‘2 | indicator<br>nal, o4 CHD 06<br>M8x1 Operationindicator all M181<br>@PRS12-2DL] @PR(T)30—10DL)<br>g42 58 2000<br>921 35.5 2000 35 38<br>17 24.5 : Operation<br>Operation indicator<br>|dip indicator | il | )<br>all M12x1 4 HE | 95<br>5 \ M30x 1.5<br>@PRS12-4DL) @PR(T)30—15DL]<br>g42 58 2000<br>g21 35.5 2000 35 10 28<br>, Operation | indicator<br>‘ 17 7 17.5 | | | | Operation<br>din indicator | HOA<br>4 M121 04 Hr oe<br>EA M30 1.5<br>e@PR(T)12-2D0 @PRLO8—-1.5D0<br>g21 42.5 2000 g15 40 2000<br>wv 31.5 F Operatiindicat o rn «3, | | - 4<br>4 M12x1 04 M8 x1 Operation<br>indicator<br>@PR(T)12—4DL] @PRLO8—-2DL)<br>921 42.5 2000 015 4 36 2000<br>i 7 24.5 Operation ly 4<br>dip<br>Ate indicator | | main<br>‘ i a<br>© Ha © ntee $3.5<br>4 M12x1 o4 M8 x 1 Operation<br>indicator<br>**----- End of picture text -----**<br>


Autonics 

D-24 

PR Series 

~~ee~~ 

## (=]Dimensions 

## (Unit:mm) 

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@PRL12-4DL) @PR12-2AL|<br>55 2000 indicator<br>¢21 | gal17 | | 48.5(}>——63 | Operation2000 |<br>© GFohkce r= le aff M12x1 o4<br>@PR12-4AL]<br>4 M12x1 04<br>921 63 2000<br>indicator<br>17 | - 41.5 | Operation<br>© pe—to— e. Ss<br>4 M12x1 o4<br>@PRL18-—5DL) @PRL18—5AC] @PR18—5AL]<br>¢29 80.5 2000 29 54 2000<br>24 62.5 24 35.8<br>pa -—— Operation lw | — Operation<br>ap indicator —fih- indicator<br>a Ms LH 5<br>=s|leecioee a (Gio<br>4<br>4 M18x1 ral M18x1<br>@PRL18-8DL] @PRL18-8AL] @PR18-8AL}<br>29 80 2000 29 54 2000<br>24 10 52 24 10, 25.3<br>| rT Operation ~~ Pee Operation<br>HR indicator indicator<br>Pa : HAA n<br>ts iieecte iia<br>M18x4 4 M18x1<br>ati : LDR r<br>@PRL30-10DL] @PRL30-10AL] @PR30-10AL]<br>¢ 42 80 2000 g 42 58 2000<br>35 60 35 38<br>| ——HHt Operation indicator | il Operationindicator<br>Hp} : ELIHE Ns<br>5 M30 Xx 1.5 5 M30 X<1.5<br>@PRL30-15DL] @PRL30-15AL] @PR30-15AL)<br>42 80 2000 42 58 2000<br>35 10 50 35 10 28<br>HH indicator HILT j<br>{\ 4| 65<br>Ly<br>ree iRe= i [:]<br>He M30%1.5 @5 5 [:] I| M30 1.5<br>**----- End of picture text -----**<br>


D-25 

Autonics 

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## PR Series ~~I~~ (=|Proper usage 

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OLoad connections<br>Brown Brown Brown<br>+ (HH)<br>Blue perry Blue ye------+3<br>d oBlue c fpr tp +] CHD)Hn 100-<br>< DC 2-wire type & AC 2-wire type > < DC 2-wire type > < AC 2-wire type ><br>When using DC or AC 2-wire type proximity sensor, the load must be connected, otherwise internal<br>components may be damaged. The load can be connected to either wire.<br>Oln case of the load current is small<br>@AC 2-wire type<br>Brown It may cause return failure of load by residual voltage. If the load<br>ain : current is under 5mA, please make sure the residual voltage is<br>HT [= Bleeder resistor(R) Opgwer less than the return voltage of the load by connecting a bleeder<br>CHL) resistor in parallel with the load as shown in the diagram.<br>Blue V V 2<br>110VAC<br>: Min. 20kQ 3W R = (2) P= > Ww)<br>220VAC : Min. 39k2 10W [ I:Action current of load, R:Bleeder resistance, P:Permissible power]<br>@DC 2-wire type<br>Please make the current on proximity sensor smaller than the<br>Brown return current of load by connecting a bleeder resistor in parallel.<br>HA beoessAWyeneeeed + * W value of Bleeder resistor should be bigger for proper heat<br>HT] Bleeder resistor(R) Vs dissipation. 2<br>UID Blue ~ R=~ _ Vs (Q) p= Vs" (Ww)<br>Jo-loff R<br>[vs : Power supply, Io : Min. action current of proximity sensor |<br>Ioff : Return current of load, P : Number of Bleeder resistance watt<br>OMutual—interference & Influence by surrounding metals<br>When several proximity sensors are mounted close to one another a malfunction of the may be caused due<br>to mutual interference. Therefore, be sure to keep a minimum distance between the two sensors as below<br>chart indicates. HSCi<br>LH HW<br>Parallel B<br>A cH<br>Face to Face LHui C-—<br>When sensors are mounted on metallic panel, it is required to protect the sensors from being affected by<br>any metallic object except target. Therefore, be sure to provide a minimum distance as below chart indicates.<br>C=mae AR tt | _f — t t Tn |ed —eena ie m<br>4<br>(Unit: mm)<br>PR(T)18—5DL]| PR(T)18—8DL| PR(T)30-—10DO]| PR(T)30-15DO<br>PRO8-1.5DO. |PRO8—2DU] Pee pee Phe age PRL18-5DO. _|PRL18—-8DL] |PRL30—-10DL0) |PRL30-15D0<br>PRTO8—1.5DL]|PRT08—2D0] pri2—200] |pR12—4A0] PR18—5AL] |PR18-8AL] PR30-10A0) PR30-15A0]<br>Paps PRL18-—5AL] _|PRL18-8AL] |PRL30-10A0) |PRL30-15AL)<br>Te [2 [2 [a |» | ® | o | »% |<br>poe [i [| [2 [3% [3 |» | 0 [90<br>OT[| ohhl lt<br>FO<br>pon  fee ti tt<br>eeerenee rere renee<br>D-27 Autonics<br>**----- End of picture text -----**<br>