PD30CTDR10BPA2IO

## **PD30CTDx10BPxxIO - IO-Link** 

## **Photoelectric Diffuse Reflective sensors with IO-Link communication** 

## **Benefits** 

- **Red or infrared** sensor with IO-Link with a adjustable distance of 100 to 1000 mm, either by trimmer or via IOLink. 

- **Application functions:** Pattern Recognition, Speed & Length, Divider function and Object & Gap Monitoring. 

- **Neighbour Immunity** , selectable up to 3 sensors 

- • **Easy customization** to specific OEM requests by use of the build in IO-Link functionalities. 

- **The output can be operated** either as a standard switching output or in IO-Link mode. 

- Electrical 

- **Fully configurable via output IO-Link v 1.1.** outputs can be configured as PNP / NPN / Push-Pull / External input, normally open or normally closed. 

- **Timer functions** can be set, such as ON-delay, Offdelay, and one shots. 

- **Logging functions:** Temperatures, detecting counter, power cycles and operating hours. 

- **Detection modes** Single point, two point and windows mode. 

## **Description** 

The PD30CTDx10BPxxIO are a part of the latest generation of high performance photoelectric sensors designed to solve most detection tasks due to the new IO-Link features. 

- **Logic functions:** AND, OR, XOR and Gated SR-FF. 

- **Analogue output:** In IO-Link mode the sensor will generate 16 bit analogue process data output representing various selectable process data such as received signal level. 

- 

The sensors are implemented in the compact 10 x 20 x 30 mm ABS housing that are acknoledged world wide. 

New implemented functions with weight on functionality, reliability, Predictive maintenance make these sensors ideal for Industry 4.0. 

## **Applications** 

**Pattern Recognition** : An easy way to verify that a product is manufactured to the specification e.g. Furniture production where tabs or holes has to be with a defined pattern. **Speed and Length** : Monitor the speed and length of an object on a conveyour for e.g. sorting on size. **Divider function** : A de-central counting function that gives a signal when a preset count level is reached e.g. when a certain items are packed in a carton box it ask for a new box. 

**Object and Gap Monitoring** : Function that can sort out good objects and gaps between them so e.g. a packaging machine only reveive objects with the correct size and gaps. 

## **Main functions** 

- Detects presence or absence of objects by detecting reflected light energy from the object. 

- The sensor can be operated in IO-Link mode once connected to an IO-Link master or in standard I/O mode. 

- Received light intensity as process data. 

- Neighbor inference protection. 

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**PD30CTDx10BPxxIO - IO-Link** 

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- Sensing distance by potentiometer, teach by wire or by IO-link parameter. 

- Quality of Run and Quality of Teach result. 

- Temperature date for preventive maintenance. 

- Front-end check for preventive maintenance. 

## **Adjustable parameters via IO-Link interface:** 

- Sensing distance and hysteresis. 

- Sensing modes: single point or two point or window mode. 

- Timer functions, e.g.: On-delay, Off delay, One shot leading edge or trailing edge. 

- Logic functions such as: AND, OR, X-OR and SR-FF. 

- External input. 

- Logging functions: Maximum temperatures, minimum temperatures, operating hours, operating cycles, power cycles, minutes above maximum temperature, minutes below minimum temperature, etc. 

- Auto hysteresis 

- Special functions: Pattern Recognition, Speed & Length, Divider function and Object & Gap Monitoring. 

## **References** 

## **Product selection key** 

## **PD30CTD 10BP IO** 

Enter the code option instead of 

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Code Option Description<br>P - Sensing principle: Photoelectric sensor<br>D - Rectangular housing<br>30 - Length of housing<br>C - Plastic housing<br>T - Top trimmer<br>D - Diffuse reflective<br>I infrared light<br>R Red light<br>10 - Sensing distance: 1000 mm<br>B - Selectable functions:  NPN, PNP, Push-Pull, External Input (only pin 2) or External teach<br>input (only pin 2)<br>P - Selectable:  N.O. or N.C.<br>A2 Cable, 2 m<br>M5 Connector M8<br>IO - IO-Link version<br>**----- End of picture text -----**<br>


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**PD30CTDx10BPxxIO - IO-Link** 

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## **Type selection** 

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Connec-<br>Housing Light type Code<br>tion<br>Cable Plastic housing Infrared PD30CTDI10BPA2IO<br>Plug Plastic housing Infrared PD30CTDI10BPM5IO<br>Cable Plastic housing Red PD30CTDR10BPA2IO<br>Plug Plastic housing Red PD30CTDR10BPM5IO<br>**----- End of picture text -----**<br>


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**PD30CTDx10BPxxIO - IO-Link** 

## **Structure** 

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2 4<br>A A<br>B B<br>C C<br>E E<br>D D 1 3<br>— 5 a\\o off 0<br>F G<br>Fig. 1  Cable Fig. 2  Plug Fig. 3  "M8-plug" Pin numbers<br>**----- End of picture text -----**<br>


**Fig. 3** _"M8-plug" Pin numbers_ 

|**Fig. 1**|**Fig. 1**_Cable_<br>**Fig. 2**|**Fig. 2**_Plug_|**Fig. 3**_"M8-plug" Pin numbers_|
|---|---|---|---|
|**A**|Sensitivityadjustment(Toptrimmer)|**G**|M8,4-pin male connector|
|**B**|Yellow LED|**1**|Brown|
|**C**|Green LED|**2**|White|
|**D**|M3 Fixingholes for sensor mounting|**3**|Blue|
|**E**|Sensingwindow|**4**|Black|
|**F**|2 m,4 wire PVC Ø 3.3 mm cable|||



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**PD30CTDx10BPxxIO - IO-Link** 

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## **Sensing** 

## **Detection** 

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Auto<br>1.  SSC1 adjust<br>S.P.1 (trimmer/IO-Link) Selector  A Logic  Time  Output  Sensor<br>S.P.2Hysteresis (man./auto) SSC1 A A - B delay inverter output SO1<br>Logic One of  B AND, OR,  ON, OFF  N.O., N.C. NPN, PNP,<br>Single point 1 to 7 XOR, S-R One-shot Push-Pull<br>Two point<br>Windows<br>2.  SSC2<br>S.P.1 Selector  Logic  Time  Output  Sensor<br>S.P.2Hysteresis SSC2 B A - B delay inverter output SO2<br>Logic One of  A AND, OR,  ON, OFF  N.O., N.C. NPN, PNP,<br>Single point 1 to 7 XOR, S-R One-shot Push-Pull EXT-<br>Two point B EXT-Input Input<br>Windows<br>3.  Temperature<br>4.  Dust 1 7. Aplication functions<br>5.  Dust 2<br>6.  EXT-Input RecognitionPattern or Speed &Length or Diveder function orObject & Gap Monitoring<br>Sensor front<br>**----- End of picture text -----**<br>


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**PD30CTDx10BPxxIO - IO-Link** 

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||||
|---|---|---|
|**Sensor switching channel SSC1 and**<br>**SSC2**|**SSC1**<br>• Enabled<br>• Disabled<br>**_Factory settings:_** _Enabled_|**SSC2**<br>• Enabled<br>• Disabled<br>**_Factory settings:_** _Enabled_|
|**Set Point 1 (SP1)**|• 0 ... 13 500<br>**_Factory settings:_** _100 (Approx. 1000 mm @ Rererence target 90%_<br>_refection)_||
|**Set Point 2 (SP2)**|• 0 ... 13 500<br>**_Factory settings:_** _13 500 (Approx. 100 mm @ Rererence target 90%_<br>_refection)_||
|**Switching logic**|•  High active<br>• Low active<br>**_Factory settings:_** _High active_||
|**Switching mode**|**SSC1**<br>• Deactivated<br>• Single point mode<br>• Two point mode<br>• Windows mode<br>**_Factory settings:_** _Singlepoint mode_|**SSC2**<br>• Deactivated<br>• Single point mode<br>• Two point mode<br>• Windows mode<br>**_Factory settings:_** _Singlepoint mode_|
|**Rated operating distance (Sn)**|1000 mm|Reference target, white paper with 90<br>% refectivity,Size 200x200 mm|
|**Maximum detection distance**|< 1000 mm|<br>Rererence target 90% refection|
|**Sensitivity control ( selectable be-**<br>**tween)**|<br>• IO-Link Adjustment (SSC1)<br>• Trimmer Input (SSC1)<br>• Teach by wire (SSC1)<br>**_Factory settings:_** _Trimmer Input_||
|**Sensitivity adjustment**|70 ... 13 500|Single-turnpotentiometer|
|**Blind zone**|≤1.0 mm@Sn max|Rererence target 90% refection|
|**Light source / Light type**|617 nm / Red modulated|<br>PD30CTDR10BPxxIO|
||850 nm / Infrared modulated|PD30CTDI10BPxxIO|
|**Detection angle**|± 1.4°@half sensingdistance|@500 mm|
|**Light spot size**|Ø 46 mm|@500 mm|
|**Emitter beam angle**|± 2.6°|@500 mm|
|**Adjustable distance**|• 0 ... 13 500<br>**_Factory settings:_** _SP1 100 (1000_<br>_mm) and SP2 13 500(100 mm)_|Rererence target 90% refection|
|**Hysteresis (H)**<br>**Manual**<br>**Automatic**|Adjustable by IO-Link<br>• 1% ... 100%<br>Typical 5% ... 10% / Max. 15%||
|**Detection flter**|This function can increase the immunity towards unstable targets and<br>electromagnetic disturbances: Value can be set from 1 to 255.<br>**_Factory settings:_** _1_<br>(1 is max. operatingfrequencyand 255 is min. operatingfrequency)||
|**Mutual Inteference Protection**|• MIP Of<br>• One channel<br>• 2 channels - CH A<br>• 2 channels - CH B<br>• 3 channels - CH A<br>• 3 channels - CH B<br>• 3 channels - CH C|**_Factory settings:_** _MIP Of_|



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**PD30CTDx10BPxxIO - IO-Link** 

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## **Application functions** 

|**Selectable dedicated applications**|• No application<br>• Pattern Recognition<br>• Speed and Length<br>• Divider function<br>• Object and GapMonitoring|**_Factory settings:_**No application|
|---|---|---|



## **Pattern Recognition** 

|**Function description**|The Pattern recognition function detects a pattern (e.g. a row of holes or<br>pins)and compare the order with apre-teached referencepattern.|
|---|---|
|**Conditions**|Two sensors(Main sensor and Trigger sensor)are needed for this function.|
|**Settings**|• The Trigger sensor has to detect the full length of the body that contains<br>the pattern.<br>• The Main sensor has to be aimed at the e.g. holes or pins that constitute<br>thepattern.|



## **Speed and Length** 

|**Function description**|This function is designed to monitor the length of an object as well as the<br>speed of a conveyour belt. The actual value if the length in [mm] and the<br>speed in[mm/s]are directlyavailable on the IO-Link master.|This function is designed to monitor the length of an object as well as the<br>speed of a conveyour belt. The actual value if the length in [mm] and the<br>speed in[mm/s]are directlyavailable on the IO-Link master.|
|---|---|---|
|**Conditions**|Two sensors(Main sensor and Trigger sensor)are needed for this function.||
|**Settings**|Distance between sensors.|25 ... 150 mm<br>**_Factory settings:_**100 mm|



## **Divider function** 

|**Function description**|This function can be used to e.g. monitor how many items that are packed<br>into a carton box. Once the preset number is reached the sensor gives an<br>output so the full box can be replaced.|This function can be used to e.g. monitor how many items that are packed<br>into a carton box. Once the preset number is reached the sensor gives an<br>output so the full box can be replaced.|
|---|---|---|
|**Conditions**|Onlyone sensor is needed for this function.||
|**Settings**|A counter value must be set in the sensor.||
||Counter limit.|1...60 000<br>**_Factory settings:_**5|



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**PD30CTDx10BPxxIO - IO-Link** 

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## **Object and Gap Monitoring** 

|**Function description**|This function is designed to monitor, that the length of an object and the gap<br>between the followingobject on a conveyer belt,are witin certain limits.|This function is designed to monitor, that the length of an object and the gap<br>between the followingobject on a conveyer belt,are witin certain limits.|
|---|---|---|
|**Conditions**|Onlyone sensor is needed for this function.||
|**Settings**|An acceptable minimum and maximum time [ms] mus be set for both the<br>object size a gap size between two objects represented by the time it takes<br>topass the sensor.||
||Object minimum time.|10...60 000 ms<br>**_Factory settings:_**500 ms|
||Object maximum time.|10...60 000 ms<br>**_Factory settings:_**10 000 ms|
||Gap minimum time.|10...60 000 ms<br>**_Factory settings:_**500 ms|
||Gap maximum time.|10...60 000 ms<br>**_Factory settings:_**10 000 ms|
|**Outputs**|Output 1 is active when an object is outside the set limits.<br>Output 2 is active when thegapbetween two objects is outside the set limits.||



## **Alarm settings** 

|**Safe limits**|**SSC1**<br>• 0 ... 100 % of actual SP<br>**_Factory settings:_** _20%_|**SSC2**<br>• 0 ... 100 % of actual SP<br>**_Factory settings:_** _20%_|
|---|---|---|
|**Dust alarm**|Safe limits are used for dust alarm level.||
|**Water drop alarm**|Safe limits are used for water dropalarm level.||
|**Temperature alarm**|• High threshold -50 ... +150 °C<br>• Low threshold -50 ... +150 °C<br>**_Factory settings:_**<br>_High value 70 °C_<br>_Low value -20 °C_||



## **Detection diagram** 

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D<br>0.0 7.9 15.7 23.6 31.5 39.4 47.2 55.1<br>50 2.0<br>40 1.6<br>30 1.2<br>20 0.8 E<br>10 0.4<br>A 0 0.0 C Y<br>-10 -0.4 X<br>-20 -0.8 F<br>-30 -1.2<br>-40 1.6<br>-50 -2.0<br>0 200 400 600 800 1000 1200 1400<br>B<br>A Detection width (mm) D Sensing range (inches)<br>B Sensing range (mm) E Sensor<br>C Detection width (inches) F Object 25 x 25 mm, White 90%<br>**----- End of picture text -----**<br>


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**PD30CTDx10BPxxIO - IO-Link** 

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**Accuracy Temperature drift** ≤ 0.2%/ºC 

## **Excess gain** 

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C<br> 0.0  0.4  3.9  39.4  393.7<br>1000 1000<br>100 100<br>A<br>10 10<br>1 1<br>1 10 100 1000 10000<br>B<br>A Excess gain C Distance (inches)<br>B Distance mm<br>**----- End of picture text -----**<br>


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**PD30CTDx10BPxxIO - IO-Link** 

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## **Features** 

## **Power Supply** 

|**Rated operational voltage (UB)**|10 ... 30 VDC(ripple included)|
|---|---|
|**Ripple(Urpp )**|≤ 10%|
|**No load supply current (Io)**|≤ 30 mA@UBmin.|
||≤ 15 mA@UBmax.|
|**Power-ON delay (tv)**|≤ 150 ms|



## **Auto adjust** 

**SSC1 SSC2** • ON • ON **Auto adjust** • OFF • OFF _**Factory settings:** OFF_ _**Factory settings:** OFF_ 

## **Input selector** 

|**Input selector**|**Channel A**<br>• Deactivated<br>• SSC1<br>• SSC2<br>• Dust alarm 1<br>• Dust alarm 2<br>• Temperature alarm<br>• External input<br>• Application functions<br>**_Factory settings:_** _SSC1_|**Channel B**<br>• Deactivated<br>• SSC1<br>• SSC2<br>• Dust alarm 1<br>• Dust alarm 2<br>• Temperature alarm<br>• External input<br>• Application functions<br>**_Factory settings:_** _SSC1_|
|---|---|---|



## **Logic functions** 

|**Logic functions**|**Channel A + B for SO1**<br>• Direct<br>• AND<br>• OR<br>• X-OR<br>• SR-FF<br>**_Factory settings:_** _Direct_|**Channel A + B for SO2**<br>• Direct<br>• AND<br>• OR<br>• X-OR<br>• SR-FF<br>**_Factory settings:_** _Direct_|
|---|---|---|



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## **Time delays** 

|**Timer mode**|**For SO1**<br>• Disabled<br>• ON delay<br>• OFF delay<br>• ON delay and OFF delay<br>• One-shot leading edge<br>• One-shot trailing edge<br>**_Factory settings:_** _Disabled_|**For SO2**<br>• Disabled<br>• ON delay<br>• OFF delay<br>• ON delay and OFF delay<br>• One-shot leading edge<br>• One-shot trailing edge<br>**_Factory settings:_** _Disabled_|
|---|---|---|
|**Timer scale**|**For SO1**<br>• [ms]<br>• [s]<br>• [min]<br>**_Factory settings:_** _ms_|**For SO2**<br>• [ms]<br>• [s]<br>• [min]<br>**_Factory settings:_** _ms_|
|**Timer value**|**For SO1**<br>• 0 ... 32 767<br>**_Factory settings:_** _0_|**For SO2**<br>• 0 ... 32 767<br>**_Factory settings:_** _0_|



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Outputs<br>For SO1 Pin 4 Black wire For SO2 Pin 2 White wire<br>• Disabled output • Disabled output<br>• NPN • NPN<br>• PNP • PNP<br>• Push-Pull • Push-Pull<br>Sensor output<br>• External input, active high<br>• External input, active low<br>• External teach<br>• Mute input<br>Factory settings:  PNP Factory settings: PNP<br>For SO1 Pin 4 Black wire For SO2 Pin 2 White wire<br>• N.O. • N.O.<br>Output Inverter<br>• N.C. • N.C.<br>Factory settings: N.O. Factory settings: N.C.<br>≤ 100mA (continuous) pr. output<br>Rated operational current (Ie) 100 mA @ 100 nF Load (Short-time) pr. output<br>OFF-state current (Ir) ≤ 50 μA<br>Minimum operational current (Im) >  0,5 mA<br>Voltage drop (Ud) ≤ 1.0 VDC @ 100 mA<br>Protection Short circuit, reverse polarity, transients<br>Control of resistive loads and solid-<br>DC-12<br>Utilization category state loads with optical isolation<br>DC-13 Control of electromagnets<br>Capacitive load 100 nF @ 100 mA, 24 VDC<br>**----- End of picture text -----**<br>


## **Operation diagram** 

## **For default factory sensor** 

Tv = Power-ON delay 

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**PD30CTDx10BPxxIO - IO-Link** 

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Power supply ON<br>Target (Object) Present<br>Break output  Tv<br>ON<br>(N.C.)<br>Make output  Tv<br>ON<br>(N.O.)<br>Response times<br>Operating frequency (f) ≤ 1000 Hz<br>Response times ≤ 500 µs OFF-ON (tON)<br>≤ 500 µs ON-OFF (tOFF)<br>**----- End of picture text -----**<br>


## **Indication** 

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Green LED Yellow LED Power Function<br>SIO and IO-Link mode<br>ON ON ON ON (stable)* SSC1<br>ON OFF ON OFF (stable)* SSC1<br>OFF OFF OFF OFF (Not stable) SSC1<br>Flashing  1 Hz<br>(10% or 90% du- - ON Connected via IO-Link<br>tycycle )<br>- Flashing 10 Hz ON Output short-circuit<br>50% dutycycle<br>Flashing  0.5…20<br>- Hz ON Timer triggered indication<br>50% dutycycle<br>SIO mode only<br>Flashing  1 HZ<br>- ON 100 ms ON External teach by wire.<br>Only for single point mode.<br>OFF 900 ms<br>Flashing  1 HZ<br>- ON 900 ms ON Teach time window (3 - 6 sec).<br>OFF 100 ms<br>Flashing  10 HZ<br>ON 50 ms<br>- ON Teach time out (12 sec).<br>OFF 50 ms<br>Flashing for 2 sec<br>Flashing  2 HZ<br>ON 250 ms<br>- ON Teach successful.<br>OFF 250 ms<br>Flashing for 2 sec<br>O-Link mode only<br>Flashing  1 HZ<br>ON 900 ms - ON Sensor is in IO-Link mode.<br>OFF 100 ms<br>Flashing  2 Hz<br>ON Find my sensor<br>50% dutycycle<br>**----- End of picture text -----**<br>


_*See operation diagram_ 

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**PD30CTDx10BPxxIO - IO-Link** 

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## **LED indication** 

• LED indication inactive • LED indication active **LED indication selection** • Find my sensor _**Factory settings:** LED indication active_ 

## **Environmental** 

|**Ambient temperature**|-25°... +60°C(-13°... +140°F)|Operating 1)|
|---|---|---|
||-40° ... +85°C(-40° ... +185°F)|Storage1)|
|**Ambient humidity range**|35% ... 95%|Operating 2)|
||35% ... 95%|Storage2)|
|**Ambient light**|≤ 10 000 lux|@3000 … 3200 °K|
|**Vibration**|10 ...150 Hz,1.0 mm/15g|EN 60068-2-6|
|**Shock**|30gn/ 11 ms,3pos,3 neg per axis|EN60068-2-27|
|**Drop test**|2 x 1 m and 100 x 0.5 m|EN 60068-2-31|
|**Rated insulation voltage (Ui)**|50 VDC||
|**Dielectric insulation voltage**|≥ 500 VAC rms|50/60 Hz for 1 min.|
|**Rated impulse withstand voltage**|>1 kV(with 500 Ω)|1.2/50μs|
|**Pollution degree**|3|IEC60664,60664A;EN60947-1|
|**Overvoltage category**|III|IEC60664;EN60947-1|
|**Degree ofprotection**|IP67|IEC60539;EN60947-1|
|**NEMA Enclosure Types**|1|NEMA 250|



> 1) _Do not bend the cable in temperatures below -10°C_ 

> 2) _With no icing or condensation_ 

## **EMC** 

|**Electrostatic discharge immunity test**<br>|± 8 kV @ air discharge or<br>± 4 kV@contact discharge|IEC 61000-4-2; EN60947-1|
|---|---|---|
|**Electromagnetic feld immunity**|10 V/m|IEC 61000-4-3;EN60947-1|
|<br>**Fast transient immunity**|±2 kV / 5 kHz|IEC 61000-4-4;EN60947-1|
|**Wire-conducted noise**<br>|10 Vrms|IEC 61000-4-3;EN60947-1|
|**Power frequency magnetic feld im-**<br>**munity test**|Continuous:  >30 A/m, 28 µ tesla<br>Short-time: >300 A/m,280µtesla|IEC 61000-4-8; EN60947-1|



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**PD30CTDx10BPxxIO - IO-Link** 

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## **Diagnostic parameters** 

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Function Unit Range<br>Sensor Diagnostics<br>Frontend Failure 0 0 or 1<br>Memory Failure 0 0 or 1<br>Temperature Diagnostics<br>Current temperature [°C] -50 ... +150<br>Maximum temperature - All time high [°C] -50 ... +150<br>Minimum temperature - All time low [°C] -50 ... +150<br>Maximum temperature - Since last<br>[°C] -50 ... +150<br>power-up<br>Minimum temperature - Since last<br>[°C] -50 ... +150<br>power-up<br>Minutes above Maximum Temperature [min] 0 … 2 147 483 647<br>Minutes below Minimum Temperature [min] 0 … 2 147 483 647<br>Operating Diagnostic<br>Operating Hours [h] 0 … 2 147 483 647<br>Number of Power Cycles [cycles] 0 … 2 147 483 647<br>Detection counter SSC1 [cycles] 0 … 2 147 483 647<br>Maintenaince event counter [cycles] 0 … 2 147 483 647<br>Download counter [counts] 0 …65 536<br>Quality of Teach - 0 ... 255%<br>Quality of Run - 0 ... 255%<br>Excess gain 0 ... 255<br>Error Count [counts] 0 …65 536<br>0 = Device is operating properly<br>1 = Maintenance required<br>Device Status 2 = Out-of-specification<br>3 = Functional-Check<br>4 = Failure<br>Factory settings: 0<br>**----- End of picture text -----**<br>


## **Events Configuration** 

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Events Factory default setting<br>Maintenaince Event Inactive<br>Temperature fault event Inactive<br>Temperature over-run Inactive<br>Temperature under-run Inactive<br>Short circuit Inactive<br>**----- End of picture text -----**<br>


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**PD30CTDx10BPxxIO - IO-Link** 

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Observation menu<br>Process Data Factory default setting<br>Analogue value Inactive<br>Analogue value normal  Factory settings<br>Analogue value Analogue value as Object Length<br>Analogue value as Object Speed<br>Analogue value as Counter value<br>Excess gain Inactive<br>SO1, Switching output 1 Active<br>SO2, Switching output 2 Active<br>SSC1, Sensor switching channel 1 Inactive<br>SSC2, Sensor switching channel 2 Inactive<br>DA1, Dust alarm SSC1 Inactive<br>DA2, Dust alarm SSC2 Inactive<br>TA, Temperature alarm Inactive<br>SC, Short circuit Inactive<br>WDA1, Water drop alarm SSC1 Inactive<br>WDA2, Water drop alarm SSC2 Inactive<br>AFO1, Application functions output 1 Inactive<br>**----- End of picture text -----**<br>


## **Process data structure** 

4 Bytes, Analogue value 16 ... 31 (16 bit) 

|**Byte 0**|31|30|29|28|27|26|25|24|
|---|---|---|---|---|---|---|---|---|
||**MSB**|-|-|-|-|-|-|-|
|**Byte 1**|23|22|21|20|19|18|17|16|
||-|-|-|-|-|-|-|**LSB**|
|**Byte 2**|15|14|13|12|11|10|9|8|
||-|-|**SC**|**TA**|**DA2**|**DA1**|**SSC2**|**SSC1**|
|**Byte 3**|7|6|5|4|3|2|1|0|
||**AFO1**|-|-|-|**WDA2**|**WDA1**|**SO2**|**SO1**|



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**PD30CTDx10BPxxIO - IO-Link** 

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## **Mechanics/electronics** 

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**----- Start of picture text -----**<br>
Connection<br>Cable 2 m, 4-wire 4 x 0.14 mm [2] , Ø = 3.3 mm, PVC, Black<br>Plug M8, 4-pin, male<br>Wiring<br>**----- End of picture text -----**<br>


||**1**|**BN**|V|V|
|---|---|---|---|---|
||**4**|**BK**||A|
||**2**|**WH**||B|
||**3**|**BU**|||
||||V||



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BN BK WH BU A B<br>Brown Black White Blue OUT/IO-Link IN/OUT<br>Housing<br>**----- End of picture text -----**<br>


|**Body**|ABS|ABS|
|---|---|---|
|**Frontglass**|PMMA,Red||
|**Trimmer shaft**|POM,Grey||
|**Indication**|TPU,Transparent||
|**Sealing**|NBR70||
|**Dimensions**|10 x 30 x 20 mm||
|**Weight**|≤ 50g|Cable version|
||≤ 20g|Plugversion|



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**PD30CTDx10BPxxIO - IO-Link** 

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## **Dimensions** 

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**----- Start of picture text -----**<br>
10.6<br>10.8<br>17<br>Receiver<br>Emitter<br>10.6<br>20<br>1.1<br>5.5<br>30 22<br>25.4<br>5.5<br>15<br>**----- End of picture text -----**<br>


**Fig. 4** _Cable_ 

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**----- Start of picture text -----**<br>
10.6<br>10.8<br>17<br>Receiver<br>Emitter<br>10.25<br>Fig. 5  Plug<br>10.6<br>20<br>1.1<br>5.5<br>30 22<br>25.4<br>5.5<br>15<br>**----- End of picture text -----**<br>


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**PD30CTDx10BPxxIO - IO-Link** 

## **Compatibility and conformity** 

## **Approvals and markings** 

|**Approvals and markings**<br>>|**Approvals and markings**<br>>|
|---|---|
|**General reference**<br>Sensor designed accordingto EN60947-5-2<br>**MTTFd**<br>138.5years<br>EN ISO 13849-1,SN 29500<br>**CE-marking**<br>**Approvals**<br> (UL508)<br>~~_STSsd|_-"wHHWdJ._[_—+WHT.—~~<br>~~nn~~<br>~~¢~~<br>~~ee Oe~~||
|**IO-Link**<br>>||
|||
|**IO-Link revision**|1.1|
|**Transmission rate**|COM2(38.4 kbaud)|
|**SDCI-Norm**<br>**Profile**<br>**Min. cycle time**|IEC 61131-9<br>Smart sensorprofile 2nd edition,commonprofile<br>5 ms|
|**SIO mode**|Yes|
|**Min. masterport class**|A(4-pin)|
|**Process data length**|32 bit|



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**PD30CTDx10BPxxIO - IO-Link** 

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## **Delivery contents and accessories** 

## **Delivery contents** 

- Photoelectric switch: PD30CTDx10BPxxIO 

- Screwdriver 

- Packaging: Plastic bag 

## **Accessories** 

- Mounting bracket: APD30-MB1 or APD30-MB2 to be purchased separately 

- Connector type: CO..54NF... series to be purchased separately 

## **Further information** 

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**----- Start of picture text -----**<br>
Information Where to find it QR<br>**----- End of picture text -----**<br>


|**tion**<br>manual|**Where to fnd it**<br>http://cga.pub/?2d4cf6|**QR**|**QR**|
|---|---|---|---|
|g brackets<br>tors|http://cga.pub/?6fa29a<br>http://cgapub/?0aae3e|||



## COPYRIGHT ©2021 

Content subject to change. Download the PDF: www.gavazziautomation.com 

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