PRCMT18-5DO PRCMT18-5DC PRCMT18-5DO-I PRCMT18-5DC-I

Transcription

1 Cyindrica connector type proximity Features Improved the noise resistance with dedicated IC Buitin reverse poarity protection circuit (DC wire type) Buitin surge protection circuit Buitin overcurrent protection circuit (DC type) Protection structure IP67 (IEC standard) for connector part Repaceabe for micro switches and imit switches Pease read Caution for your safety in operation manua before using. Specifications DC wire type PRCMTDO PRCMTDC PRCMTDOI PRCMTDCI PRCMTDO PRCMTDC PRCMTDOI PRCMTDCI PRCMT8DO PRCMT8DC PRCMT8DOI PRCMT8DCI PRCMT88DO PRCMT88DC PRCMT88DOI PRCMT88DCI PRCMT0DO PRCMT0DO PRCMT0DC PRCMT0DC PRCMT0DOI PRCMT0DOI PRCMT0DCI PRCMT0DCI Hysteresis Max. % of sensing distance Standard sensing mm(iron) 8 8 mm(iron) mm(iron) 0 0 mm(iron) mm(iron) Setting distance 0 to.mm 0 to.8mm 0 to.mm 0 to.6mm 0 to 7mm 0 to.mm VDC (DC) Leakage current Max. 0.6mA Response frequency.khz 00Hz 0Hz 00Hz 00Hz Residua votage Max..V Contro output to 0mA Dieectric strength AC 0/60Hz for minute Ambient to 70, storage: 0 to 80 temperature Ambient humidity to 9%RH, storage: to 9%RH Protection circuit Surge protection circuit, Overcurrent protection Protection IP67(IEC Standard) Standard Cabe(): Poyviny choride(pvc), Oi resistant cabe(gray): Oi resistant Poyviny choride(pvc) Weight Approx. 8g(approx. 6g) Approx. 60g(approx. 8g) Approx. g(approx. g) : The response frequency is the average vaue. The standard sensing is used and the width is set as times of the standard sensing, / of the sensing distance for the distance. : The weight with packaging and the weight in parentheses is ony unit weight. There is IEC standard connector cabe. Refer to the G6 about IEC standard connector wires and specifications. resistance is rated at no freezing or condensation. D8

2 Cyindrica Connector type Specifications DC wire type AC wire type PRCDN PRCDP PRCDN PRCDP PRCDN PRCDP PRCDN PRCDP PRCM8DN PRCM8DP PRCM8DN PRCM8DP PRCML8DN PRCML8DP PRCML8DN PRCML8DP PRCM88DN PRCM88DP PRCM88DN PRCM88DP PRCML88DN PRCML88DP PRCML88DN PRCML88DP PRCM0DN PRCM0DP PRCM0DN PRCM0DP PRCML0DN PRCML0DP PRCML0DN PRCML0DP PRCM0DN PRCM0DP PRCM0DN PRCM0DP PRCML0DN PRCML0DP PRCML0DN PRCML0DP Hysteresis Max. % of sensing distance Standard sensing mm(iron) 8 8 mm(iron) mm(iron) 0 0 mm(iron) mm(iron) distance 0 to.mm 0 to.8mm 0 to.mm 0 to.6mm 0 to 7mm 0 to.mm Current consumption VDC (DC) Max. ma Weight Approx. 8g(approx. 6g) PRCAO PRCAC PRCAO PRCAC PRCM: Approx. 6g(approx. 9g) PRCML: Approx. 8g(approx. 7g) PRCM8AO PRCM8AC PRCML8AO PRCML8AC PRCM88AO PRCM88AC PRCML88AO PRCML88AC PRCM: Approx. 6g(approx. g) PRCML: Approx. 8g(approx. 69g) PRCM0AO PRCM0AC PRCML0AO PRCML0AC PRCM0AO PRCM0AC PRCML0AO PRCML0AC Hysteresis Max. % of sensing distance Standard sensing mm(iron) 8 8 mm(iron) mm(iron) 0 0 mm(iron) mm(iron) distance 0 to.mm 0 to.8mm 0 to.mm 0 to.6mm 0 to 7mm 0 to.mm Current consumption Response frequency Residua votage 0AC (86VAC) Max..mA 0Hz Max. V Response frequency.khz 00kHz 00kHz 0kHz 00kHz 00kHz Residua votage Max..V Contro output Max. 00mA Dieectric strength AC 0/60Hz for minute Ambient temperature to 70, storage: 0 to 80 Ambient humidity to 9%RH, storage: to 9%RH Protection circuit Surge protection circuit, Reverse poarity protection circuit, Overcurrent protection Protection IP67(IEC Standard) Contro output to ma to 00mA Dieectric strength,0ac 0/60Hz for minute Ambient temperature to 70, storage: 0 to 80 Ambient humidity to 9%RH, storage: to 9%RH Protection circuit Surge protection circuit Protection IP67(IEC Standard) Insuation type Doube insuation or reinforced insuation (Mark:, dieectric strength between the measuring input part and the power part: kv) Weight Approx. g(approx. 0g) PRCM: Approx. 66g(approx. g) PRCML: Approx. 78g(approx. 66g) PRCM: Approx. g(approx. g) PRCML: Approx. 9g(approx. 8g) : The response frequency is the average vaue. The standard sensing is used and the width is set as times of the standard sensing, / of the sensing distance for the distance. : The weight with packaging and the weight in parentheses is ony unit weight. resistance is rated at no freezing or condensation. D9 (A) Photo eectric r (B) Fiber optic (C) Door/Area (D) Proximity (E) Pressure (F) Rotary encoder (G) Connector/ Socket (H) Temp. (I) SSR/ Power (J) Counter (K) Timer (L) Pane (M) Tacho/ Speed/ Puse (N) Dispay unit (O) Sensor (P) Switching mode power suppy (Q) Stepper motor& Driver&Controer (R) Graphic/ Logic pane (S) Fied network device (T) Software (U) Other

3 Dimensions PRCD / PRCMTD (I).8. PRCD / PRCMTD (I).8 7. (unit: mm) PRCM8D / PRCMT8D (I). 9. PRCM88D / PRCMT88D (I).8 9 M8 M8 PRCM0D / PRCMT0D (I) PRCM0D / PRCMT0D (I) Ø Ø 8 8 M0. M0. PRCA PRCA PRCM8A PRCM88A 60.. PRCM0A Ø 8 PRCM0A Ø 8 M0. M0. PRCML8D / PRCML8A PRCML88D / PRCML88A 8.8 M8 M0. PRCML8D / PRCML8A PRCML0D / PRCML0A Ø 87. Ø M0. M0. D0

4 Cyindrica Connector type Contro output diagram DC wire type AC wire type Nothing DC wire type NPN output type kω (brownback) Output votage H L (A) Photo eectric r (B) Fiber optic (C) Door/Area (D) Proximity (E) Pressure 0 AC 0/60Hz The number in a circe is pin no. of connector. PNP output type kω Output votage H L (F) Rotary encoder (G) Connector/ Socket (H) Temp. (I) SSR/ Power Wiring diagram DC wire type(standard type) Normay Open() / Normay Cosed() DC wire type(iec standard type) Normay Open() Normay Cosed() (J) Counter (K) Timer Pin, are not used terminas. For DC wire type connector cabe, it is avaiabe to use with back wire(vdc) and bue wire(). NPN output type PNP output type Pease fasten the ceat of connector not to shown the thread. (0.9 to 0.9N. m) Pease fasten the vibration part with Tefon tape. Refer to the G6 about IEC standard connector wires and specifications. DC wire type AC wire type Normay Open() / Normay Cosed(), of type and, of type are not used terminas. The pin arrangement of connector appying IEC standard is being deveoped. Pease attach "I" at the end of the name of standard type for purchasing the IEC standard product. Ex) PRDWTDOI The connector cabe for IEC standard is being deveoped. Pease attach "I' at the end of the name of standard type. Ex) CIDI, CLDI ~ In AC inductive type, and, and are connected inside of the connector cabe. ~ (L) Pane (M) Tacho/ Speed/ Puse (N) Dispay unit (O) Sensor (P) Switching mode power suppy (Q) Stepper motor& Driver&Controer (R) Graphic/ Logic pane (S) Fied network device (T) Software (U) Other D

5 Proper usage connections POWER VDC < DC wire type & AC wire type > < DC wire type > < AC wire type > When using DC or AC wire type proximity, the oad must be connected, otherwise interna components may be damaged. The oad can be connected to either wire. connections AC wire type DC wire type Beeder resistor(r) VAC : Min. 0kΩ W AC : Min. 9kΩ W Beeder resistor(r) R = I (Ω) P = R (W) 0 AC 0/60Hz It may cause return faiure of oad by residua votage. If the oad current is under ma, pease make sure the residua votage is ess than the return votage of the oad by connecting a beeder resistor in parae with the oad as shown in the diagram. [ I:Action current of oad, R:Beeder resistance, P:Permissibe power] Pease make the current on proximity smaer than the return current of oad by connecting a beeder resistor in parae. W vaue of Beeder resistor shoud be bigger for proper heat dissipation. R = IoIoff (Ω) P = R (W) :, Io : Min. action current of proximity, Ioff : current of oad, P : Number of Beeder resistance watt [ ] Mutuainterference & Infuence by surrounding metas When severa proximity s are mounted cose to one another a mafunction of the may be caused due to mutua interference. Therefore, be sure to keep a minimum distance between the two s as beow chart indicates. A Face to Face When s are mounted on metaic pane, it is required to protect the s from being affected by any metaic object except. Therefore, be sure to provide a minimum distance as beow chart indicates. Parae B ød n (unit: mm) PRCMTD PRCMTD PRCMT8D PRCMT88D PRCMT0D PRCMT0D PRCD PRCD PRCM(L)8D PRCM(L)88D PRCM(L)0D PRCM(L)0D Item PRCA PRCA PRCM(L)8A PRCM(L)88A PRCM(L)0D PRCM(L)0A A B ød m 6 0 n m D