Highlights. SIMATIC PXI inductive proximity switches. Introduction. Inductive proximity switches rugged, accurate and reliable

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1 Siemens G 008 SIMTIC PXI inductive proximity switches Introduction Inductive proximity switches rugged, accurate and reliable PXI series The inductive proximity switches are organized in different product families in accordance with their technical design: For contact-free detection of metal objects, proximity switches are quite simply the most cost-effective solution. If an excellent wire of electricity or magnetism moves towards the sensor or away from it, the signal automatically changes. With their excellent repeat accuracy, they are extremely reliable. nd thanks to their wear-free operation and insensitivity to temperature, noise, light and water, they have a long service life. We have covered the complete application spectrum with a wide range of different types and ranges. SIMTIC sensors product family PXI00 PXI300 PXI00 PXI600 PXI900 Version Sensors for standard applications, typical values: Operating voltage up to 3 V DC Degree of protection up to IP67 Operating distance acc. to standard Sensors for applications with special requirements: Increased operating voltages Higher degrees of protection bove-standard operating distance Sensors without reduction factor Sensors with special approvals: TEX sensors for hazardous area Zone Sensors with e1 type approval Pressure-resistant sensors up to 500 bar Sensors with analog output Highlights Extremely compact and rugged High degree of protection (IP67/IP68/IP69K) Correction factor 1 High sensing ranges Fast switching frequencies Flexible mounting Especially suitable for small spaces Can be used all over the world: UL/CS approvals Configurator configurator for inductive proximity switches is available in the Mall. ased on the technical features required, the desired product can be quickly and easily selected, placed in the shopping cart and ordered. The configurator can be reached by the following link: pplication Inductive proximity switches are the low-cost solution for noncontact detection of metal objects. They are used in sectors in which metal components play an important role, e.g. In the automotive industry In mechanical engineering In the robotics industry In conveyor systems In the paper and printing industry The induction principle and the experience gained by Siemens over many years have made the inductive proximity switches what they are: extremely reliable with a very high repeat accuracy and long service life thanks to a lack of wearing parts as well as their insensitivity to temperature, noise, light and water. pprovals 3RG0, 3RG1 devices with M 1 or M 18 connectors as well as terminal compartments are UL and CS listed. For a complete overview, see the ppendix in the FS 10 Catalog. Sensors for Ex Zone / The PXI600 inductive proximity switches are approved according to EU Guideline 9/9/EG (TEX) ppendix VIII The approval is for: Gas EX II 3G EEx n II T6x and Dust EX II 3D IP65 T 80 C The functionality of the inductive proximity switches with TEX approval is identical to that of the standard proximity switches. Sensors with e1 type approval In the product family SIMTIC PXI, proximity switches with e1 type approval according to the guideline 7/5/EEC are used in motor vehicles. The functionality of proximity switches with e1 approval is identical to that of standard proximity switches. /13 Siemens FS

2 Siemens G 008 SIMTIC PXI inductive proximity switches Introduction Personal safety NSD0_00801 pplication examples Use of the inductive proximity switches is not permissible for applications in which the safety of persons is dependent on the function of the proximity switch. Recognition of broken drills Recognition of positioning screws on the wheel for velocity or direction control Recognition of the valve position (completely open or closed) Recognition of cans and lids Design Selection When selecting an inductive proximity switch, first the suitable product family (PXI00, PXI300, etc.) for the requirements must be selected according to the overview. In the product families the proximity switches are sorted in ascending order based on their operating distance. Here it must be considered that the specified operating distance is according to the standard. If elements are used that are smaller than the standard target or are made of different materials, the operating distances become smaller in practical applications (see under "Further information", keywords "Standard target", "Operating distance", "Reduction factors"). Most inductive proximity switches are available in different designs: For flush and non-flush-mounting With, 3, or wires pnp or npn switching s NO or NC contact With connection by means of a plug-in connector (M1 or combination connector 8 ), or with integrated cable (for details, see "Further information") ccessories cable box is required for sensors with connection plug. They are listed in the chapter "ccessories". The suitable cable box is identified by the plug type code. This code is included in the order data of the sensors and in the order data of the cable boxes. Further accessories are usually not required (fastening nuts are supplied together with cylindrical sensors). Mounting Inductive proximity switches can be mounted in any position. However, mounting positions where metallic objects (e.g. bore chips) can deposit on the sensing area are not permissible. If sensors are affixed with nuts, the maximum tightening torques must be adhered to. Otherwise the proximity switch could be damaged. Design Material Tightening torque Nm M8 rass Stainless steel 5 M1 rass 10 Molded plastic 1 Stainless steel 5 M1 Molded plastic 0.5 M18 rass 0 Molded plastic 3 Stainless steel 50 M30 rass 0 Molded plastic 5 Stainless steel 100 Connecting cables Generally speaking, the cables used are highly flexible with oil-resistant, polyurethane (PUR) outer sheaths and a standard length of m. Please order devices with a PVC cable for applications in which cables will come into contact with acid or lye. For devices intended for use as per UL and CS, order a PVC cable. Cables in alternative lengths and materials can be supplied on request. Siemens FS /133

3 Siemens G 008 SIMTIC PXI inductive proximity switches Introduction Do not route proximity switch connecting cables in a cable duct that runs parallel to cables that are used to switch inductive loads (e.g. contactor coils, solenoid valves, motors) or to conduct currents from electronic motorized operating mechanisms. Keep cables as short as possible; however, when routed under ideal conditions (low coupling capacitance, minimal interference voltages), they may have a length of up to 300 m. The following measures may be taken to reduce the effect of interference: Distance from cables causing interference > 100 Shields Coils (of contactors, relays, solenoid valves) are wired with RC elements or varistors. Field attenuated Electrical connection See under "Circuit s", page /. This number of the respective associated circuit is listed in the selection tables of the proximity switches. For further circuits, refer to "Typical circuit s". Minimum clearances To prevent the proximity switches from switching without object, it is absolutely essential that the clearances around the sensing area of metallic objects are unobstructed. Furthermore, the minimum clearance to adjacent inductive sensors must be ensured (see s in the selection tables). Degrees of protection See "Further information". Function In the proximity switch, a high-frequency alternating field is generated, which emerges from the "sensing area" of the proximity switch. The size of this alternating field determines the "sensing range" of the switch. The approach of an electrically and/or magnetically conductive material attenuates this field. oth states (field attenuated or not attenuated) are evaluated in the proximity switch and result in a signal change at the output. General technical specifications Hysteresis H H 0. s r Max. permissible cable length (unshielded) C/DC 100 m/300 m mbient temperature During operation C 1 ) ) During storage C 1 ) Shock resistance 30 g, 18 ms duration Resistance to vibration 55 Hz, 1 amplitude Reduction factor Proximity switch for flush or non-flush mounting (typical values) - Stainless steel luminum Copper rass Proximity switch without a reduction 1 factor Voltage drop -wire proximity switch 8 V 3-wire proximity switch.5 V -wire proximity switch.5 V pprovals IEC EN (VDE 0660, Part 08) 1) Up to +70 C for some proximity switches; see selection and ordering data. ) t ambient temperatures of > 50 C, the output current for some proximity switches is restricted; see selection and ordering data. Field not attenuated /13 Siemens FS

4 Siemens G 008 SIMTIC PXI inductive proximity switches Introduction Notes Siemens FS /135

5 Siemens G 008 SIMTIC PXI inductive proximity switches Introduction Cylindrical designs Design 3 M5 6,5 M8 8 M1 1 M1 SIMTIC PXI00 see page 0.6 / /11 /11 1 /1, / /1 /16, /17 /16 /18, /19.5 /15 /15 /153, /15 /155, /156 5 / SIMTIC PXI300 see page 0.6 /17 /17 1 /17 /175 /173, /17 /17.5 /177 /177 /176 3 /178 /178 /180 /183 /181 5 /18 6 /187 / / /0 5/0 (selectable) SIMTIC PXI00 see page 1.5 /17 3 /18 / / SIMTIC PXI600 see page /30 / SIMTIC PXI900 see page 3 /0 0 6 /1 /136 Siemens FS

6 Siemens G 008 SIMTIC PXI inductive proximity switches Introduction Cubical designs () M18 18 M x 5 8 x 8 1 x 3 1 x 0 0 x 0 60 x x x 80 /11 /157, /159 /158 /160, /161 /16 /150 /150, /151 /156 /16, /163 /16, /166 /165, /166 /167, /168 /169 /169 /179 /185, /186 /186 /188 /191 /189 /19 /19 /193 /195 /196 /00 /199 /197, /198, /01 /03 /0 /0 /05 /06 /08 /07 /09 /1 /13 /10 /11 /1 /15 /15 /0 /3 / /5 / /6 /7 /7 /8 /31 /31 /3 /3 /33 /33 Siemens FS /137

7 Siemens G 008 SIMTIC PXI inductive proximity switches SIMTIC PXI00 Overview SIMTIC sensors PXI00 Sensors for standard applications. Typical values: Operating voltage up to 3 V DC Degree of protection up to IP67 Operating distance acc. to standard Selection table SIMTIC PXI00 Design, Ø 3 M5 5 x 5 Operating distance (PXI.1.) (PXI..) Output M x configurator for fast product selection and ordering in the Internet can be found at M1 1 x 0 1 x 3 NO contact/nc contact / / / / / / / / / / pnp/npn / / / / / / / / / / Number of wires , 3, 3 3, 3, 3, Operating voltage 10/ /35 V DC Connection M8 connector M1 connector Cable Degree of protection IP65 / IP67 / / / / / / / / / / See page /10 /11 /11 /11 from /1 from /1 /16 from /18 /150 /150 /138 Siemens FS

8 Siemens G 008 SIMTIC PXI inductive proximity switches SIMTIC PXI00 SIMTIC PXI00 Design, Ø ox with M1 M18 utton 18 Operating distance 1... (PXI..) (PXI.3.) 1... (PXI..) configurator for fast product selection and ordering in the Internet can be found at M30 0 x 0 60 x x (PXI.5.) 30 0 Output NO contact/nc contact / / / / / / / pnp/npn / / / / / / / Number of wires, 3,, 3, 3, 3,, 3, Operating voltage 10/ /35 V DC Connection M1 connector Cable Terminal compartment Degree of protection IP65 / IP67 / / / / / / / See page /153 from /157 /158 from /16 from /165 /169 /169 Siemens FS /139

9 SIMTIC PXI inductive proximity switches SIMTIC PXI00 Operating distance 0.6 Siemens G 008 Class Standard duty Number of wires 3-wire Design Ø 3, mini Installation in metal Flush Rated operating distance s n 0.6 Enclosure material Stainless steel Operational voltage (DC) V No-load supply current I 0 m 10 Rated operational current I e m 100 Switching frequency f Hz 5000 Repeat accuracy R 0.01 Power-up delay t v ms 10 Switching status display Yellow Spurious signal suppression Short-circuit-proof/overload-proof Reverse-polarity protection Wire-break protection Inductive interference protection Radio interference protection Degree of protection IP67 With m cable, PUR NO contact, pnp 11 } 3RG ) See page /. } Preferred type, available from stock. Dimension depending on form = active surface = metal-free area,5 6 1,5 NSD0030 3RG NSD /10 Siemens FS

10 !! Siemens G 008 SIMTIC PXI inductive proximity switches SIMTIC PXI00 Operating distance 0.8 Class Standard duty Standard duty Standard duty Number of wires 3-wire 3-wire 3-wire Design 5 5, mini Ø, mini M5, mini Installation in metal Flush Flush Flush Rated operating distance s n Enclosure material rass, nickel-plated Stainless steel Stainless steel Operating voltage (DC) V No-load supply current I 0 m Rated operational current I e m Switching frequency f Hz Repeat accuracy R Power-up delay t v ms Switching status display Yellow Yellow Yellow Spurious signal suppression Short-circuit-proof/overload-proof Reverse-polarity protection Wire-break protection Inductive interference protection Radio interference protection Degree of protection IP67 IP67 IP67 Connector type ) With m cable, PUR NO contact, pnp 11 } 3RG 36 0G00 } 3RG } 3RG 10 0G00 NC contact, pnp 1 3RG } 3RG 10 0F00 NO contact, npn 13 3RG6 36 0G00 } 3RG6 10 0G00 With 8 combination plug NO contact, pnp, C } 3RG } 3RG 10 7G00 NC contact, pnp 3 3RG 10 7F00 NO contact, npn, C 3RG6 10 7G00 1) See page /. ) See from page /68. } Preferred type, available from stock Dimension depending on form = active surface = metal-free area 3,3 5, NSD0_0311a 6 8 NSD0030, 3,3 5 NSD0_00306a, 3RG 36 0G00 3RG 00 5x5 1, NSD , M 1,6 NSD RG ! &. 5! $ # & N 3RG RG M 5x0,5 & ! & NSD RG RG % & $ # SW 7 & N Siemens FS /11

11 SIMTIC PXI inductive proximity switches SIMTIC PXI00 Operating distance 1 Siemens G 008 Class Standard duty Standard duty Number of wires 3-wire -wire Design M8 M8 Installation in metal Flush Flush Rated operating distance s n 1 1 Enclosure material Stainless steel Stainless steel Operational voltage (DC) V No-load supply current I 0 m 17 ( V); 30 (3 V) 1 Rated operational current I e m 00 ( 50 C); 150 ( 85 C) 50 Switching frequency f Hz Repeat accuracy R Power-up delay t v ms 0 0 Switching status display Yellow Yellow Spurious signal suppression Short-circuit-proof/overload-proof Reverse-polarity protection Wire-break protection Inductive interference protection Radio interference protection Degree of protection IP67 IP67 Connector type ) With m cable, PUR NO contact, pnp 11 } 3RG0 11 0G00 NC contact, pnp 1 3RG0 11 0F00 NO contact, npn 13 } 3RG0 11 0G00 NO contact and 10 } 3RG0 11 0CC00 NC contact, pnp With 8 combination plug NO contact, pnp, C } 3RG0 11 7G00 NC contact, pnp 3 3RG0 11 7F00 NO contact and 1 3RG0 11 7CC00 NC contact, pnp With M1 connector NO contact, pnp E, F } 3RG0 11 3G00 NC contact, pnp 3 F 3RG0 11 3F00 NO contact, npn E, F 3RG0 11 3G00 NO contact and F 3RG0 11 3CC00 NC contact, pnp 1) See page /. ) See from page /68. } Preferred type, available from stock : Subject to export regulations L = N and ECCN = ER99 1 3RG RG RG M 8x1 M 8x1 M 8x1 NSD SW 13 5 NSD SW 13 NSD0031b 55 3 SW 13 M 1x1 = active surface = metal-free area /1 Siemens FS

12 Siemens G 008 SIMTIC PXI inductive proximity switches SIMTIC PXI00 Operating distance 1 Class Standard duty (PLC) Number of wires -wire Design M8 Installation in metal Flush Rated operating distance s n 1 Enclosure material Stainless steel Operating voltage (DC) V No-load supply current I 0 m 1.5 Rated operational current I e m 5 Switching frequency f Hz 1500 Repeat accuracy R 0.1 Power-up delay t v ms 0 Switching status display Yellow Spurious signal suppression Short-circuit-proof/overload-proof Reverse-polarity protection Wire-break protection Inductive interference protection Radio interference protection Degree of protection IP67 Connector type ) With m cable, PUR 0.5 NO contact 15 } 3RG0 11 0J00 With 8 combination plug NO contact 7 3RG0 11 7J00 With M1 connector NO contact 6 E, F } 3RG0 11 3J00 1) See page /. ) See from page /68. } Preferred type, available from stock : Subject to export regulations L = N and ECCN = ER99 1 3RG0 11 0J00 M 8x1 3RG0 11 7J00 M 8x1 3RG0 11 3J00 M 8x1 NSD SW 13 5 NSD SW 13 NSD0031b 55 3 SW 13 M 1x1 = active surface = metal-free area Siemens FS /13

13 SIMTIC PXI inductive proximity switches SIMTIC PXI00 Operating distance 1.5 Siemens G 008 Class Standard duty Standard duty Standard duty Number of wires 3-wire 3-wire 3-wire Design Ø 6.5, mini Ø 6.5, Shorty Ø 6.5 Installation in metal Flush Flush Flush Rated operating distance s n Enclosure material Stainless steel Stainless steel Stainless steel Operating voltage (DC) V No-load supply current I 0 m ( V); 30 (3 V) 17 ( V); 30 (3 V) Rated operational current I e m ( 50 C); 150 ( 85 C) 00 ( 50 C); 150 ( 85 C) Switching frequency f Hz Repeat accuracy R Power-up delay t v ms Switching status display Yellow Yellow Yellow Spurious signal suppression Short-circuit-proof/overload-proof Reverse-polarity protection Wire-break protection Inductive interference protection Radio interference protection Degree of protection IP67 IP67 IP67 Connector type ) With m cable, PUR NO contact, pnp 11 } 3RG RG0 50 0G33 3RG0 50 0G05 NC contact, pnp 1 3RG0 50 0F33 3RG0 50 0F05 NO contact, npn 13 3RG0 50 0G33 3RG0 50 0G05 NC contact, npn 1 3RG0 50 0G33 3RG0 50 0G05 With 8 combination plug NO contact, pnp } 3RG 01 7G00 3RG0 50 7G33 3RG0 50 7G05 NC contact, pnp 3 } 3RG 01 7F00 3RG0 50 7F33 3RG0 50 7F05 NO contact, npn 3RG6 01 7G00 3RG0 50 7G33 3RG0 50 7G05 NC contact, npn 5 3RG0 50 7G33 3RG0 50 7G05 1) See page /. ) See from page /68. } Preferred type, available from stock : Subject to export regulations L = N and ECCN = ER99 /1 Siemens FS

14 Siemens G 008 SIMTIC PXI inductive proximity switches SIMTIC PXI00 Operating distance 1.5 3RG 01, 3RG RG ,5 3RG RG ,5 3RG RG RG RG ,5 6,5 Æ 6,5 6,5 NSD0033,5 NSD NSD0039 (x) 35 NSD NSD0037 (x) NSD NSD M 8x1 3RG NSD00319 = active surface = metal-free area Siemens FS /15

15 SIMTIC PXI inductive proximity switches SIMTIC PXI00 Operating distance 1.5 Siemens G 008 Class Standard duty Standard duty Standard duty Number of wires 3-wire 3-wire 3-wire Design M8, mini Ø 8, Shorty 8 8 Installation in metal Flush Flush Flush Rated operating distance s n Enclosure material rass, nickel-plated Stainless steel rass, nickel-plated Operating voltage (DC) V No-load supply current I 0 m ( V); 30 (3 V) 10 Rated operational current I e m ( 50 C); 150 ( 85 C) 00 Switching frequency f Hz Repeat accuracy R Power-up delay t v ms Switching status display Yellow Yellow Yellow Spurious signal suppression Short-circuit-proof/overload-proof Reverse-polarity protection Wire-break protection Inductive interference protection Radio interference protection Degree of protection IP67 IP67 IP67 Connector type ) With m cable, PUR NO contact, pnp 11 } 3RG 11 0G31 } 3RG0 51 0G33 3RG NC contact, pnp 1 3RG0 51 0F33 3RG NO contact, npn 13 3RG0 51 0G33 3RG6 37 0GG00 NC contact, npn 1 3RG0 51 0G33 With 8 combination plug NO contact, pnp } 3RG 11 7G31 3RG0 51 7G33 } 3RG NC contact, pnp 3 } 3RG 11 7F31 3RG0 51 7F33 3RG NO contact, npn 3RG6 11 7G31 3RG0 51 7G33 3RG6 37 7GG00 NC contact, npn 5 3RG0 51 7G33 1) See page /. } Preferred type, available from stock. ) See from page /68. : Subject to export regulations L = N and ECCN = ER99 3RG 11, 3RG6 11, 3RG NSD RG 11 0G31 M 8x1 16 NSD00338 SW 13 3RG RG M 8x NSD00339b SW 13 3RG RG RG , 3RG x NSD (x) NSD0035 M 3 NSD00333a RG 37, 3RG RG , 3RG x NSD00337 M 3 NSD0033a = active surface = metal-free area /16 Siemens FS

16 Siemens G 008 SIMTIC PXI inductive proximity switches SIMTIC PXI00 Operating distance 1.5 Class Standard duty Standard duty Standard duty Number of wires 3-wire 3-wire -wire Design M8, Shorty M8 M8 Installation in metal Flush Flush Flush Rated operating distance s n Enclosure material Stainless steel Stainless steel Stainless steel Operating voltage (DC) V No-load supply current I 0 m 17 ( V); 30 (3 V) 17 ( V); 30 (3 V) 1.0 Rated operational current I e m 00 ( 50 C); 150 ( 85 C) 00 ( 50 C); 150 ( 85 C) 50 Switching frequency f Hz Repeat accuracy R Power-up delay t v ms Switching status display Yellow Yellow Yellow Spurious signal suppression Short-circuit-proof/overload-proof Reverse-polarity protection Wire-break protection Inductive interference protection Radio interference protection Degree of protection IP67 IP67 IP67 Connector type ) With m cable, PUR NO contact, pnp 11 } 3RG0 11 0G33 } 3RG0 11 0G05 NC contact, pnp 1 } 3RG0 11 0F33 3RG0 11 0F05 NO contact, npn 13 3RG0 11 0G33 3RG0 11 0G05 NC contact, npn 1 3RG0 11 0G33 3RG0 11 0G05 NO contact and 10 } 3RG0 11 0CC05 NC contact, pnp With 8 combination plug NO contact, pnp } 3RG0 11 7G33 } 3RG0 11 7G05 NC contact, pnp 3 } 3RG0 11 7F33 3RG0 11 7F05 NO contact, npn 3RG0 11 7G33 NC contact, npn 5 3RG0 11 7G33 NO contact and 1 F 3RG0 11 7CC05 NC contact, pnp With M1 connector NO contact, pnp E, F } 3RG0 11 3G05 NC contact, pnp 3 F 3RG0 11 3F05 NO contact, npn E, F 3RG0 11 3G05 NC contact, npn 5 F 3RG0 11 3G05 NO contact and 1 F 3RG0 11 3CC05 NC contact, pnp 1) See page /. ) See from page /68. } Preferred type, available from stock : Subject to export regulations L = N and ECCN = ER99 1 3RG RG RG RG RG M 8x1 M 8x1 M 8x1 M 8x1 M 8x1 NSD NSD0_0030a SW NSD0_0031c SW 13 (x) 50 3 SW 13 5 NSD SW 13 NSD0031b 55 3 SW 13 M 1x1 = active surface; = metal-free area Siemens FS /17

17 SIMTIC PXI inductive proximity switches SIMTIC PXI00 Operating distance Siemens G 008 Class Standard duty Number of wires 3-wire -wire 3-wire -wire Design M1, Shorty M1, Shorty M1 M1 Installation in metal Flush Flush Flush Flush Rated operating distance s n Enclosure material rass, nickel-plated rass, nickel-plated rass, nickel-plated rass, nickel-plated Operating voltage (DC) V No-load supply current I 0 m 17 ( V); 30 (3 V) ( V); 30 (3 V) 5 ( V); 0 (3 V) Rated operational current I e m 00 ( 50 C); 150 ( 85 C) ( 50 C); 150 ( 85 C) 00 ( 50 C); 150 ( 85 C) Switching frequency f Hz Repeat accuracy R Power-up delay t v ms Switching status display Yellow Yellow Yellow Yellow Spurious signal suppression Short-circuit-proof/overload-proof Reverse-polarity protection Wire-break protection Inductive interference protection Radio interference protection Degree of protection IP67 IP67 IP67 IP67 Type 3RG RG0 1.G.33 3RG0 1 0CD10 3RG0 1 3CD11 3RG RG0 1.G.00 3RG0 1 0CD00 3RG0 1 3CD00 Connector type ) With m cable, PUR NO contact, pnp 11 } 3RG0 1 0G33 } 3RG0 1 0G01 NC contact, pnp 1 3RG0 1 0F33 3RG0 1 0F01 NO contact, npn 13 } 3RG0 1 0G33 } 3RG0 1 0G00 NC contact, npn 1 3RG0 1 0G33 3RG0 1 0G NO contact and 10 3RG0 1 0CD10 } 3RG0 1 0CD00 NC contact, pnp With M1 connector 3-wire 3-wire NO contact, pnp E, F } 3RG0 1 3G33 } 3RG0 1 3G01 NC contact, pnp 3 F 3RG0 1 3F33 } 3RG0 1 3F01 NO contact, npn E, F 3RG0 1 3G33 } 3RG0 1 3G00 NC contact, npn 5 F 3RG0 1 3G33 -wire -wire NO contact and 1 F 3RG0 1 3CD11 } 3RG0 1 3CD00 NC contact, pnp 1) See page /. } Preferred type, available from stock. ) See from page /68. : Subject to export regulations L = N and ECCN = ER RG RG0 1 0CD10 3RG RG M 1x1 M 1x1 M 1x1 3RG RG M 1x1 NSD00363 = active surface = metal-free area 5 35 NSD00366 SW 17 3RG M 1x1 5 NSD00367b 3 SW 17 (x) 0 NSD00373 SW 17 3RG0 1 3CD11 M 1x1 50 NSD0037 9,5 SW NSD00360a SW NSD00361b SW 17 8 (x) /18 Siemens FS

18 Siemens G 008 SIMTIC PXI inductive proximity switches SIMTIC PXI00 Operating distance Class Standard duty (PLC) Number of wires -wire Design M1 Installation in metal Flush Rated operating distance s n Enclosure material rass, nickel-plated Operating voltage DC V No-load supply current I 0 t V DC m 1.5 Rated operational current I e Continuous m 5 Minimum load current m Switching frequency f Hz 700 Repeat accuracy R 0.1 Power-up delay t v ms 0 Switching status display Yellow Spurious signal suppression Short-circuit-proof/overload-proof Reverse-polarity protection Wire-break protection Inductive interference protection Radio interference protection Degree of protection IP67 Connector type ) With m cable, PUR 0.5 NO contact 15 } 3RG0 1 0J00 With M1 connector NO contact 6 E, F } 3RG0 1 3J00 1) See page /. ) See from page /68. } Preferred type, available from stock : Subject to export regulations L = N and ECCN = ER RG0 1 0J00 M 1x1 3RG0 1 3J00 M 1x1 = active surface = metal-free area NSD NSD00360a SW NSD00361b SW 17 8 (x) Siemens FS /19

19 SIMTIC PXI inductive proximity switches SIMTIC PXI00 Operating distance Siemens G 008 Class Standard duty Standard duty Standard duty Number of wires 3-wire -wire -wire Design Cubic 1 0 Cubic 1 0 Cubic 1 3 Installation in metal Flush Flush Flush Rated operating distance s n Enclosure material Molded plastic Molded plastic Molded plastic Operating voltage (DC) V No-load supply current I 0 m 17 ( V); 30 (3 V) 5 ( V); 0 (3 V) 1.0 Rated operational current I e m 00 ( 50 C); 150 ( 85 C) ( 50 C); 150 ( 85 C) Switching frequency f Hz Repeat accuracy R Power-up delay t v ms Switching status display Yellow Yellow Spurious signal suppression Short-circuit-proof/overload-proof Reverse-polarity protection Wire-break protection Inductive interference protection Radio interference protection Degree of protection IP67 IP67 IP67 Connector type ) With m cable, PUR NO contact, pnp 11 3RG0 70 0G5 NO contact and 10 } 3RG0 71 0CD00 NC contact, pnp With 8 combination plug NO contact, pnp 3RG0 70 7G5 NO contact and 1 F 3RG0 70 7CD5 NC contact, pnp 1) See page /. ) See from page /68. } Preferred type, available from stock 6 NSD RG ,x Ø 3, NSD00376b 3 0 Sensor center 1 M RG0 71 0CD00 7 1,6 8 3 Æ,6 NSD , = active surface = metal-free area These proximity switches can be mounted next to one another. 3RG ,x Ø 3, Sensor center 1 M M 8x1 NSD b /150 Siemens FS

20 Siemens G 008 SIMTIC PXI inductive proximity switches SIMTIC PXI00 Operating distance Class Standard duty Standard duty Number of wires 3-wire -wire Design Cubic 1 0 Cubic 1 0 Installation in metal Flush Flush Rated operating distance s n Enclosure material Molded plastic Molded plastic Operating voltage (DC) V No-load supply current I 0 m 17 ( V); 0 (3 V) 5 ( V); 0 (3 V) Rated operational current I e m 00 ( 50 C); 150 ( 85 C) 00 ( 50 C); 150 ( 85 C) Switching frequency f Hz Repeat accuracy R Power-up delay t v ms 0 0 Switching status display Yellow Yellow Spurious signal suppression Short-circuit-proof/overload-proof Reverse-polarity protection Wire-break protection Inductive interference protection Radio interference protection Degree of protection IP67 IP67 Switching output 1) See page /. ) See from page /68. Circuit Connector type ) With m cable, PUR NO contact, pnp 11 3RG0 70 0G01 NC contact, pnp 1 3RG0 70 0F01 NO contact and NC contact, pnp 10 3RG0 70 0CD00 With 8 combination plug NO contact, pnp 3RG0 70 7G01 NO contact and 1 3RG0 70 7CD01 NC contact, pnp; corresp. to NO contact NO contact and 1 3RG0 70 7CD0 NC contact, pnp; corresp. to NC contact With M1 connector NO contact, pnp E, F 3RG0 70 3G01 NC contact, pnp 3 F 3RG0 70 3F01 NO contact and NC contact, pnp 1 F 3RG0 70 3CD00 6 NSD = active surface = metal-free area These proximity switches can be mounted next to one another. 3RG , 3RG Sensor center 3 1 3RG , 3RG Ø 3, 6,5 Ø 3, 6, Sensor center NSD00379b 10 NSD RG , 3RG Ø 3, 6,5 0 3 Sensor center NSD00381 Siemens FS /151

21 SIMTIC PXI inductive proximity switches SIMTIC PXI00 Operating distance.5 Siemens G 008 Class Standard duty Standard duty Number of wires 3-wire 3-wire Design Ø 6.5 M8 Installation in metal Not flush Not flush Rated operating distance s n.5.5 Enclosure material Stainless steel Stainless steel Operational voltage (DC) V No-load supply current I 0 m 17 ( V); 30 (3 V) 17 ( V); 30 (3 V) Rated operational current I e m 00 ( 50 C); 150 ( 85 C) 00 ( 50 C); 150 ( 85 C) Switching frequency f Hz Repeat accuracy R Power-up delay t v ms 0 0 Switching status display Yellow Yellow Spurious signal suppression Short-circuit-proof/overload-proof Reverse-polarity protection Wire-break protection Inductive interference protection Radio interference protection Degree of protection IP67 IP67 Connector type ) With m cable, PUR NO contact, pnp 11 3RG0 60 0G33 3RG0 1 0G33 NC contact, pnp 1 3RG0 60 0F33 3RG0 1 0F33 NO contact, npn 13 3RG0 60 0G33 3RG0 1 0G33 NC contact, npn 1 3RG0 60 0G33 3RG0 1 0G33 With 8 combination plug NO contact, pnp 3RG0 60 7G33 3RG0 1 7G33 NC contact, pnp 3 3RG0 60 7F33 3RG0 1 7F33 NO contact, npn 3RG0 60 7G33 3RG0 1 7G33 NC contact, npn 5 3RG0 60 7G33 3RG0 1 7G33 1) See page /. ) See from page /68. : Subject to export regulations L = N and ECCN = ER RG RG RG RG ,5 ø 6,5 M 8x1 M 8x SW SW 13 NSD00391 NSD (x) NSD00388 NSD00389a (x) = active surface = metal-free area NSD00387 /15 Siemens FS

22 Siemens G 008 SIMTIC PXI inductive proximity switches SIMTIC PXI00 Operating distance.5 Class Standard duty Standard duty Number of wires 3-wire -wire Design M1 M1 Installation in metal Flush Flush Rated operating distance s n.5.5 Enclosure material Molded plastic Molded plastic Operational voltage (DC) V No-load supply current I 0 m 17 ( V); 30 (3 V) 5 ( V); 0 (3 V) Rated operational current I e m 00 ( 50 C); 150 ( 85 C) 00 ( 50 C); 150 ( 85 C) Switching frequency f Hz Repeat accuracy R Power-up delay t v ms 0 0 Switching status display Yellow Yellow Spurious signal suppression Short-circuit-proof/overload-proof Reverse-polarity protection Wire-break protection Inductive interference protection Radio interference protection Degree of protection IP67 IP67 Connector type ) With m cable, PUR NO contact, npn 13 3RG0 7 0G00 NC contact, npn 1 } 3RG0 7 0G00 NO contact and 10 } 3RG0 7 0CD00 NC contact, pnp With M1 connector NO contact, npn E, F 3RG0 7 3G00 NC contact, npn 5 F 3RG0 7 3G00 NO contact and 1 F } 3RG0 7 3CD00 NC contact, pnp 1) See page /. ) See from page /68. } Preferred type, available from stock. : Subject to export regulations L = N and ECCN = ER99 7 3RG RG Plan view: M 1x1 M 1x1 NSD000a 6 3 6x3,5 3,5 NSD00398a 0 5, x3,5 3,5 NSD00399a 0 5, NSD = active surface = metal-free area These proximity switches can be mounted next to one another. Siemens FS /153

23 SIMTIC PXI inductive proximity switches SIMTIC PXI00 Operating distance.5 Siemens G 008 Class Standard duty (PLC) Number of wires -wire Design M1 Installation in metal Flush Rated operating distance s n.5 Enclosure material Molded plastic Operating voltage DC V No-load supply current I 0 t V DC m 1.5 Rated operational current I e Continuous m 5 Minimum load current m Switching frequency f Hz 800 Repeat accuracy R 0.1 Power-up delay t v ms 0 Switching status display Yellow Spurious signal suppression Short-circuit-proof/overload-proof Reverse-polarity protection Wire-break protection Inductive interference protection Radio interference protection Degree of protection IP67 Connector type ) With m cable, PUR 0.5 NO contact 15 3RG0 7 0J00 With M1 connector NO contact 6 E, F 3RG0 7 3J00 1) See page /. ) See from page /68. : Subject to export regulations L = N and ECCN = ER99 7 3RG M 1x NSD000a 6x3,5 3,5 0 5,5 56 = active surface = metal-free area These proximity switches can be mounted next to one another. NSD00398a /15 Siemens FS

24 Siemens G 008 SIMTIC PXI inductive proximity switches SIMTIC PXI00 Operating distance Class Standard duty Number of wires 3-wire -wire 3-wire -wire Design M1, Shorty M1, Shorty M1 M1 Installation in metal Not flush Not flush Not flush Not flush Rated operating distance s n Enclosure material rass, nickel-plated rass, nickel-plated rass, nickel-plated rass, nickel-plated Operational voltage (DC) V No-load supply current I 0 m 17 ( V); 30 (3 V) ( V); 30 (3 V) 5 ( V); 0 (3 V) Rated operational current I e m 00 ( 50 C); 150 ( 85 C) ( 50 C); 150 ( 85 C) 00 ( 50 C); 150 ( 85 C) Switching frequency f Hz Repeat accuracy R Power-up delay t v ms Switching status display Yellow Yellow Yellow Yellow Spurious signal suppression Short-circuit-proof/overload-proof Reverse-polarity protection Wire-break protection Inductive interference protection Radio interference protection Degree of protection IP67 IP67 IP67 IP67 Type 3RG RG0.G.33 3RG0 0CD10 3RG0 3CD11 3RG RG0.G.00 3RG0 0CD00 3RG0 3CD00 Connector type ) With m cable, PUR NO contact, pnp 11 } 3RG0 0G33 } 3RG0 0G01 NC contact, pnp 1 3RG0 0F33 } 3RG0 0F01 NO contact, npn 13 3RG0 0G33 } 3RG0 0G00 NC contact, npn 1 3RG0 0G33 3RG0 0G NO contact and 10 3RG0 0CD10 } 3RG0 0CD00 NC contact, pnp With M1 connector 3-wire 3-wire NO contact, pnp E, F } 3RG0 3G33 } 3RG0 3G01 NC contact, pnp 3 F 3RG0 3F33 } 3RG0 3F01 NO contact, npn E, F 3RG0 3G33 } 3RG0 3G00 NC contact, npn 5 F 3RG0 3G33 3RG0 3G00 -wire -wire NO contact and 1 F 3RG0 3CD11 3RG0 3CD00 NC contact, pnp 1) See page /. } Preferred type, available from stock. ) See from page /68. : Subject to export regulations L = N and ECCN = ER RG RG0 0CD10 3RG M 1x1 M 1x1 3RG M 1x1 3RG RG M 1x1 9 NSD ,5 NSD0_007a SW 17 3RG M 1x1 0 6,5 NSD0_00a SW 17 3RG0 3CD11 M 1x1 56 6,5 NSD0_000a SW ,5 NSD0_001a SW 17 (x) 5 = active surface = metal-free area 5 6,5 NSD008 SW 17 3 (x) 6,5 50 NSD0_008c SW (x) Siemens FS /155

25 SIMTIC PXI inductive proximity switches SIMTIC PXI00 Operating distance Siemens G 008 Class Standard duty Standard duty (PLC) Number of wires 3-wire -wire Design Cubic 1 0 M1 Installation in metal Not flush Not flush Rated operating distance s n Enclosure material Molded plastic rass, nickel-plated Operational voltage (DC) V No-load supply current I 0 m 17 ( V); 30 (3 V) 1.5 ( V) Rated operational current I e m 00 ( 50 C); 150 ( 85 C) 5 Minimum load current Switching frequency f Hz Repeat accuracy R Power-up delay t v ms 0 0 Switching status display Yellow Yellow Spurious signal suppression Short-circuit-proof/overload-proof Reverse-polarity protection Wire-break protection Inductive interference protection Radio interference protection Degree of protection IP67 IP67 Connector type ) With m cable, PUR NO contact, pnp 11 3RG0 80 0G5 NO contact 15 } 3RG0 0J00 With 8 combination plug NO contact, pnp 3RG0 80 7G5 With M1 connector NO contact 6 E, F } 3RG0 3J00 1) See page /. } Preferred type, available from stock. ) See from page /68. : Subject to export regulations L = N and ECCN = ER99. 3RG0 80-.G NSD RG0 -.J NSD RG0 80 0G5 3,x RG0 80 7G5 3,x5 M 8x1 6 Ø 3, NSD00376b Ø 3, NSD b Sensor center 1 M3 Sensor center M These proximity switches can be mounted next to one another RG0 0J00 M 1x1 56 6,5 NSD0_000a 3RG0 3J ,5 M 1x1 NSD0_001a SW 17 SW 17 (x) 5 = active surface = metal-free area /156 Siemens FS

26 Siemens G 008 SIMTIC PXI inductive proximity switches SIMTIC PXI00 Operating distance 5 Class Standard duty Standard duty Standard duty Number of wires 3-wire 3-wire -wire Design M18, Shorty M18 M18 Installation in metal Flush Flush Flush Rated operating distance s n Enclosure material rass, nickel-plated rass, nickel-plated rass, nickel-plated Operational voltage (DC) V No-load supply current I 0 m 17 ( V); 30 (3 V) 17 ( V); 30 (3 V) 5 ( V); 0 (3 V) Rated operational current I e m 00 ( 50 C); 150 ( 85 C) 00 ( 50 C); 150 ( 85 C) 00 ( 50 C); 150 ( 85 C) Switching frequency f Hz Repeat accuracy R Power-up delay t v ms Switching status display Yellow Yellow Yellow Spurious signal suppression Short-circuit-proof/overload-proof Reverse-polarity protection Wire-break protection Inductive interference protection Radio interference protection Degree of protection IP67 IP67 IP67 Connector type ) With m cable, PUR NO contact, pnp 11 } 3RG0 13 0G33 } 3RG0 13 0G01 NC contact, pnp 1 3RG0 13 0F33 3RG0 13 0F01 NO contact, npn 13 3RG0 13 0G33 } 3RG0 13 0G00 NC contact, npn 1 3RG0 13 0G33 3RG0 13 0G00 NO contact and 10 } 3RG0 13 0CD00 NC contact, pnp With M1 connector NO contact, pnp E, F } 3RG0 13 3G33 } 3RG0 13 3G01 NC contact, pnp 3 F 3RG0 13 3F33 3RG0 13 3F01 NO contact, npn E, F 3RG0 13 3G33 3RG0 13 3G00 NC contact, npn 5 F 3RG0 13 3G33 3RG0 13 3G00 NO contact and 1 F } 3RG0 13 3CD00 NC contact, pnp 1) See page /. ) See from page /68. } Preferred type, available from stock. : Subject to export regulations L = N and ECCN = ER NSD0051 = active surface = metal-free area 10 3RG RG RG RG M 18x1 M 18x1 3RG RG M 18x1 M 18x1 35 NSD007 SW 5 31 NSD0_0056b M 1x1 SW 3 (x) 5 NSD005 SW NSD006b M 1x1 SW 58,5 (x) Siemens FS /157

27 SIMTIC PXI inductive proximity switches SIMTIC PXI00 Operating distance 5 Siemens G 008 Class Standard duty Standard duty Number of wires 3-wire -wire Design Ø 18 (button) M1 Installation in metal Flush Not flush Rated operating distance s n 5 (3, ) 5 Enclosure material Molded plastic Molded plastic Operational voltage (DC) V No-load supply current I 0 m ( V); 0 (3 V) Rated operational current I e m ( 50 C); 150 ( 85 C) Switching frequency f Hz Repeat accuracy R Power-up delay t v ms Switching status display Yellow Spurious signal suppression Short-circuit-proof/overload-proof Reverse-polarity protection Wire-break protection Inductive interference protection Radio interference protection Degree of protection IP67 IP67 Connector type ) With m cable, PUR 0.1 NO contact and 10 } 3RG0 8 0CD00 NC contact, pnp With M1 connector NO contact and 1 F 3RG0 8 3CD00 NC contact, pnp With single wires, 0.5 m, PVC NO contact, pnp 11 } 3RG0 75 0J00 NC contact, pnp 1 3RG0 75 0H00 NO contact, npn 13 } 3RG0 75 0GJ00 1) See page /. } Preferred type, available from stock. ) See from page /68. : Subject to export regulations L = N and ECCN = ER99. 3RG NSD0075a RG0 75 3RG RG Plan view: 18 9,9 M 1x1 M 1x1 15,95 3, NSD x3,5 3,5 NSD00398a 0 5, x3,5 3,5 NSD00399a 0 5, NSD = active surface = metal-free area NSD RG0 75 0GJ00 also possible with non-embedding mounting: Rated operating distance s n = 3, /158 Siemens FS

28 Siemens G 008 SIMTIC PXI inductive proximity switches SIMTIC PXI00 Operating distance 5 Class Standard duty (PLC) Number of wires -wire Design M18 Installation in metal Flush Rated operating distance s n 5 Enclosure material rass, nickel-plated Operational voltage (DC) DC V No-load supply current I 0 t V DC m 1.5 Rated operational current I e Continuous m 5 Minimum load current m Switching frequency f Hz 00 Repeat accuracy R 0.15 Power-up delay t v ms 0 Switching status display Yellow Spurious signal suppression Short-circuit-proof/overload-proof Reverse-polarity protection Wire-break protection Inductive interference protection Radio interference protection Degree of protection IP67 Connector type ) With m cable, PUR 0.5 NO contact 15 } 3RG0 13 0J00 With M1 connector NO contact 6 E, F } 3RG0 13 3J00 1) See page /. ) See from page /68. } Preferred type, available from stock. : Subject to export regulations L = N and ECCN = ER NSD0051 = active surface = metal-free area 10 3RG0 13 0J00 M 18x1 5 SW NSD005 3RG0 13 3J00 NSD006b M 18x1 M 1x1 SW 58,5 (x) Siemens FS /159

29 SIMTIC PXI inductive proximity switches SIMTIC PXI00 Operating distance 8 Siemens G 008 Class Standard duty Standard duty Standard duty Number of wires 3-wire 3-wire -wire Design M18, Shorty M18 M18 Installation in metal Not flush Not flush Not flush Rated operating distance s n Enclosure material rass, nickel-plated rass, nickel-plated rass, nickel-plated Operating voltage (DC) V No-load supply current I 0 m 17 ( V); 30 (3 V) 17 ( V); 30 (3 V) 5 ( V); 0 (3 V) Rated operational current I e m 00 ( 50 C); 150 ( 85 C) 00 ( 50 C); 150 ( 85 C) 00 ( 50 C); 150 ( 85 C) Switching frequency f Hz Repeat accuracy R Power-up delay t v ms Switching status display Yellow Yellow Yellow Spurious signal suppression Short-circuit-proof/overload-proof Reverse-polarity protection Wire-break protection Inductive interference protection Radio interference protection Degree of protection IP67 IP67 IP67 Connector type ) With m cable, PUR NO contact, pnp 11 3RG0 3 0G33 } 3RG0 3 0G01 NC contact, pnp 1 3RG0 3 0F33 3RG0 3 0F01 NO contact, npn 13 3RG0 3 0G33 3RG0 3 0G00 NC contact, npn 1 3RG0 3 0G33 3RG0 3 0G00 NO contact and 10 } 3RG0 3 0CD00 NC contact, pnp With M1 connector NO contact, pnp E, F 3RG0 3 3G33 } 3RG0 3 3G01 NC contact, pnp 3 F 3RG0 3 3F33 3RG0 3 3F01 NO contact, npn E, F 3RG0 3 3G33 3RG0 3 3G00 NC contact, npn 5 F 3RG0 3 3G33 NO contact and 1 F 3RG0 3 3CD00 NC contact, pnp 1) See page /. ) See from page /68. } Preferred type, available from stock. : Subject to export regulations L = N and ECCN = ER = active surface; = metal-free area NSD RG RG RG M 18x1 M 18x1 3RG M 18x ,5 NSD0_0050a SW ,5 NSD0_00503b M 1x1 SW 3 (x) 5 10,5 NSD0093 SW 3RG RG ,5 NSD009b M 18x1 M 1x1 SW 58,5 (x) /160 Siemens FS

30 Siemens G 008 SIMTIC PXI inductive proximity switches SIMTIC PXI00 Operating distance 8 Class Standard duty (PLC) Number of wires -wire Design M18 Installation in metal Not flush Rated operating distance s n 8 Enclosure material rass, nickel-plated Operating voltage DC V No-load supply current I 0 t V DC m 1.5 Rated operational current I e Continuous m 5 Minimum load current m Switching frequency f Hz 00 Repeat accuracy R 0. Power-up delay t v ms 0 Switching status display Yellow Spurious signal suppression Short-circuit-proof/overload-proof Reverse-polarity protection Wire-break protection Inductive interference protection Radio interference protection Degree of protection IP67 Type 3RG0 3.J00 Switching output Circuit Connector type ) With m cable, PUR 0.5 NO contact 15 } 3RG0 3 0J00 With M1 connector NO contact 6 E, F } 3RG0 3 3J00 1) See page /. ) See from page /68. } Preferred type, available from stock. : Subject to export regulations L = N and ECCN = ER RG RG M 18x1 M 18x1 11 = active surface = metal-free area NSD ,5 NSD0093 SW ,5 NSD009b M 1x1 SW 58,5 (x) Siemens FS /161

31 SIMTIC PXI inductive proximity switches SIMTIC PXI00 Operating distance 10 Siemens G 008 Class Standard duty Standard duty Standard duty Number of wires 3-wire 3-wire -wire Design M30, Shorty M30 M30 Installation in metal Flush Flush Flush Rated operating distance s n Enclosure material rass, nickel-plated rass, nickel-plated rass, nickel-plated Operating voltage (DC) V No-load supply current I 0 m 17 ( V); 30 (3 V) 17 ( V); 30 (3 V) 5 ( V); 0 (3 V) Rated operational current I e m 00 ( 50 C); 150 ( 85 C) 00 ( 50 C); 150 ( 85 C) 00 ( 50 C); 150 ( 85 C) Switching frequency f Hz Repeat accuracy R Power-up delay t v ms Switching status display Yellow Yellow Yellow Spurious signal suppression Short-circuit-proof/overload-proof Reverse-polarity protection Wire-break protection Inductive interference protection Radio interference protection Degree of protection IP67 IP67 IP67 Connector type ) With m cable, PUR NO contact, pnp 11 3RG0 1 0G33 } 3RG0 1 0G01 NC contact, pnp 1 3RG0 1 0F33 } 3RG0 1 0F01 NO contact, npn 13 3RG0 1 0G33 } 3RG0 1 0G00 NC contact, npn 1 3RG0 1 0G33 3RG0 1 0G00 NO contact and 10 } 3RG0 1 0CD00 NC contact, pnp With M1 connector NO contact, pnp E, F } 3RG0 1 3G33 } 3RG0 1 3G01 NC contact, pnp 3 F 3RG0 1 3F33 3RG0 1 3F01 NO contact, npn E, F 3RG0 1 3G33 3RG0 1 3G00 NC contact, npn 5 F 3RG0 1 3G33 NO contact and 1 F 3RG0 1 3CD00 NC contact, pnp 1) See page /. ) See from page /68. } Preferred type, available from stock. : Subject to export regulations L = N and ECCN = ER99. 3RG RG M 30x1,5 3RG RG RG M 30x1,5 3RG RG M 30x1,5 M 30x1,5 5 NSD NSD0_0053b SW NSD0_005b M 1x1 3 SW 36 (x) 5 NSD00518a SW NSD00519 SW ,5 (x) = active surface = metal-free area /16 Siemens FS

32 Siemens G 008 SIMTIC PXI inductive proximity switches SIMTIC PXI00 Operating distance 10 Class Standard duty (PLC) Standard duty Number of wires -wire -wire Design M30 M30 Installation in metal Flush Flush Rated operating distance s n Enclosure material rass, nickel-plated rass, nickel-plated Operating voltage DC V No-load supply current I 0 t V DC m Rated operational current I e Continuous m 5 00 Minimum load current m Switching frequency f Hz Repeat accuracy R Power-up delay t v ms 0 0 Switching status display Yellow Spurious signal suppression Short-circuit-proof/overload-proof Reverse-polarity protection Wire-break protection Inductive interference protection Radio interference protection Degree of protection IP67 IP67 Connector type ) With m cable, PUR NO contact 15 } 3RG0 1 0J00 NO contact and 10 } 3RG0 1 0CD00 NC contact, pnp With M1 connector NO contact 6 E, F 3RG0 1 3J00 NO contact and 1 F 3RG0 1 3CD00 NC contact, pnp 1) See page /. ) See from page /68. } Preferred type, available from stock. : Subject to export regulations L = N and ECCN = ER99. 3RG0 1 0J00 3RG0 1 3J00 3RG0 1 3CD00 3RG0 1 0CD M 30x1,5 M 30x1,5 M 30x1,5 M 30x1,5 NSD0051 = active surface = metal-free area 16 5 NSD00518a SW NSD00519 SW ,5 (x) 5 NSD00518a SW NSD00519 SW ,5 (x) Siemens FS /163

33 SIMTIC PXI inductive proximity switches SIMTIC PXI00 Operating distance 15 Siemens G 008 Class Standard duty Standard duty Standard duty Number of wires 3-wire 3-wire -wire Design M30, Shorty M30 M30 Installation in metal Not flush Not flush Not flush Rated operating distance s n Enclosure material rass, nickel-plated rass, nickel-plated rass, nickel-plated Operating voltage (DC) V No-load supply current I 0 m 17 ( V); 30 (3 V) 17 ( V); 30 (3 V) 5 ( V); 0 (3 V) Rated operational current I e m 00 ( 50 C); 150 ( 85 C) 00 ( 50 C); 150 ( 85 C) 00 ( 50 C); 150 ( 85 C) Switching frequency f Hz Repeat accuracy R Power-up delay t v ms Switching status display Yellow Yellow Yellow Spurious signal suppression Short-circuit-proof/overload-proof Reverse-polarity protection Wire-break protection Inductive interference protection Radio interference protection Degree of protection IP67 IP67 IP67 Connector type ) With m cable, PUR NO contact, pnp 11 3RG0 0G33 } 3RG0 0G01 NC contact, pnp 1 3RG0 0F33 3RG0 0F01 NO contact, npn 13 3RG0 0G33 3RG0 0G00 NC contact, npn 1 3RG0 0G33 3RG0 0G00 NO contact and 10 } 3RG0 0CD00 NC contact, pnp With M1 connector NO contact, pnp E, F 3RG0 3G33 } 3RG0 3G01 NC contact, pnp 3 F 3RG0 3F33 3RG0 3F01 NO contact, npn E, F 3RG0 3G33 3RG0 3G00 NC contact, npn 5 F 3RG0 3G33 NO contact and 1 F 3RG0 3CD00 NC contact, pnp 1) See page /. ) See from page /68. } Preferred type, available from stock. : Subject to export regulations L = N and ECCN = ER RG M 30x1,5 3RG RG RG M 30x1,5 M 30x1,5 3RG RG M 30x1,5 15 = active surface = metal-free area 5 15 NSD NSD0_00551a SW NSD0_0055b M 1x SW 36 (x) 5 16 NSD0_005b SW NSD0055b M 1x1 SW ,5 (x) /16 Siemens FS

34 Siemens G 008 SIMTIC PXI inductive proximity switches SIMTIC PXI00 Operating distance 15 Class Standard duty Standard duty Standard duty Number of wires 3-wire -wire -wire Design Cubic 0 0 Cubic 0 0 Cubic 0 0 Installation in metal Flush Flush Flush Rated operating distance s n Enclosure material Molded plastic Molded plastic Molded plastic Operating voltage V No-load supply current I 0 m 5 ( V); 0 (3 V) 30 ( V); 50 (3 V) 30 ( V); 0 (3 V) Rated operational current I e m 00 ( 50 C); 150 ( 85 C) 00 ( 50 C); 150 ( 85 C) 00 ( 50 C); 150 ( 85 C) Switching frequency f Hz Repeat accuracy R Power-up delay t v ms s Switching status Yellow Yellow Yellow Supply voltage Green Green Green Spurious signal suppression Short-circuit-proof/overload-proof Reverse-polarity protection Wire-break protection Inductive interference protection Radio interference protection Degree of protection IP65 IP65 IP67 Switching output Circuit Connector type ) 1) See page /. ) See from page /68. } Preferred type, available from stock. : Subject to export regulations L = N and ECCN = ER99. With M1 connector, rotatable NO contact and 1 F } 3RG0 38 3CD00 NC contact, pnp NO contact and F 3RG0 38 3GD00 NC contact, npn With terminal box NO contact, pnp 19 } 3RG0 31 6G01 NC contact, pnp 0 3RG0 31 6F01 NO contact, npn 1 } 3RG0 31 6G00 NO contact and NC contact, pnp 18 } 3RG0 31 6CD NSD 0116 = active surface; = metal-free area 30 3RG " " " # " $ #! -, ; - -, / %! #!! " # The active surface can be adjusted in 5 directions. 5, # $ " = 3RG ,3x7,3 0 NSD M 1x The active surface can be adjusted in 5 directions. With rotatable connector.. Siemens FS /165