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Laser Distance Sensor Time of Flight P2PY101

Features at a Glance

2 mutually independent switching outputs
Robust stainless steel housing with IP69K
Wide working range and precise detection thanks to DS technology
No interactive influence

P2PY101 Laser Distance Sensor Time of Flight

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The sensors function in accordance with the principle of transit time measurement with laser class 1. wintec with Dynamic Sensitivity technology (DS) enables previously unattainable reception sensitivity even with very weak signals. As a result, the sensors have a large working range of up to 10 m and can reliably detect dark or shiny objects even at extreme angles. wintec also works very reliably in adverse ambient conditions, such as those caused by ambient light or contamination. The robust 316L stainless steel housing (1.4404/V4A ) is resistant to oils, coolants, and cleaning agents.

Features at a Glance

2 mutually independent switching outputs
Robust stainless steel housing with IP69K
Wide working range and precise detection thanks to DS technology
No interactive influence

Technical data

Optical Data
Working Range	0 ... 10,000 mm
Setting Range	50 ... 10,000 mm
Reproducibility maximum	3 mm*
Linearity Deviation	10 mm*
Switching Hysteresis	< 15 mm
Light Source	Laser (red)
Wavelength	660 nm
Service Life (T = +25 °C)	100,000 h
Laser Class (EN 60825-1)	1
Beam Divergence	< 2 mrad
Max. Ambient Light	100,000 Lux
Light Spot Diameter	see Table 1
Reflector required	no

Electrical Data
Supply Voltage	18 ... 30 V DC
Current Consumption (Ub = 24 V)	< 35 mA
Switching Frequency	50 Hz*
Switching Frequency (max.)	250 Hz*
Response Time	15 ms *
Response Time (min.)	4.7 ms *
Temperature Drift	< 0.4 mm/K
Temperature Range	-40 ... 55 °C
Number of Switching Outputs	2
Switching Output Voltage Drop	< 2.5 V
Switching Output/Switching Current	100 mA
Short Circuit Protection	yes
Reverse Polarity Protection	yes
Overload Protection	yes
Interface	IO-Link V1.1
Baud Rate	COM3
Protection Class	III
FDA Accession Number	2110079-001

Mechanical Data
Setting Method	Teach-In
Housing Material	Stainless steel, V4A (1.4404 / 316L)
Optic Cover	Plastic, PMMA
Degree of Protection	IP68/IP69K
Connection	M12 × 1; 4/5-pin
Ecolab	yes
FDA compliant	yes
Weight	182 g

Safety-relevant Data
MTTFd (EN ISO 13849-1)	543.71 a

Output
PNP NO	yes
IO-Link	yes
Acceleration sensor	yes

Adjustable parameters
Output	Error Output Push-pull NPN Warning output
Circuit	NC NC/NO NO
Other parameters	Off-delay On-delay Sensitivity Filter Unit of measure Measuring mode Emitted light Sensor localization Teach mode
All other parameters can be found in the product documentation.

Standards and certificates

* Depends on mode, see table 2

Table 1
Working Distance	0 m	5 m	10 m
Light Spot Diameter	5 mm	10 mm	15 mm

Table 2

Connection Diagram
- = supply voltage 0 V + = supply voltage + E/A1 = programmable input/output / IO-Link E/A2 = programmable input/output E3 = input

Switching Distance Deviation
Typical characteristic curve based on white, 90 % remission Sr = Switching Distance dSr = Switching Distance Change black 6 % remission grey 18 % remission

Ctrl. Panel
06 = Teach Button 68 = supply voltage indicator 5a = Switching Status Indicator, A1 6a = Switching Status Indicator, A2

Dimensioned Picture
Dimensions specified in mm (1 mm = 0.03937") 1 = Transmitter Diode 2 = Receiver Diode Screw M4 = 1 Nm

Complementary Products
IO-Link Master Software

Downloads

EPLAN-Portal

IODD_P2PY101_V1.1.zip

Interface_Protocol_IO-Link_Parameter_Process_Data_PxPY10x.pdf

P2PY1_IO-Link_V1.1_Manufacturer_declaration.pdf

P2PY1xx_Ecolab.pdf

P2PY101_103_105_106_107_108_109_FDA_Conformity.pdf

Applications

**Distinguishing Different Car Body Parts in Automotive Production with Laser Distance Sensors Time of Flight**

**Monitoring Empty Trays at the Airport with Laser Distance Sensor Time-of-Flight**

**Presence Check of Suitcases with Long-Range Laser Distance Sensor**

**Distance Measurement for Material Replenishment of Magazines in Car Body Construction with Long-Range Laser Distance Sensors**

**Stack Height Measurement of Wooden Panels in Stack Storage Systems with Laser Distance Sensors**

**Collision Protection of Overhead Tracks with Laser Distance Sensors Time of Flightin the Automotive Industry**

**Ejection Monitoring for Cheese Blocks with Laser Distance Sensors Time of Flight**

**Position Control of Components at Manual Workstations via Laser Distance Sensors Time of Flight**

**Collision Prevention of Gantry Loaders with Laser Distance Sensors Time of Flight**

**Object Detection and Vibration Protection of Transported Goods with Laser Distance Sensors Time of Flight**

**Distance Measurement of Chipboards with Laser Distance Sensors Time of Flight with wintec**

**Detection of Foodstuffs with Laser Distance Sensors Time of Flight with wintec for Frequent and Intensive Cleaning**

**Clearance Check When Repositioning Bottles on Conveyor Belts Using Laser Distance Sensor Time of Flight with wintec**

**Presence Check of Transparent Food Trays with Laser Distance Sensors Time of Flight**

**Presence Check of Red-Hot Steel Tubes with Laser Distance Sensors Time of Flight**

**Hole Check of Flanges in CNC Portals Using Laser Distance Sensor Time of Flight**

**Presence and Position Detection of Painted Car Doors with Laser Distance Sensors Time of Flight**

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