SiRON K011-8 Series Background Suppression Laser Sensor

About selection

Selection example: K011-8  indicates the K011 series, serial numbers 8, with NPN output.

                                      K011-8P indicates the K011 series, serial numbers 8, with PNP output.

Specifications

Name	Laser sensor
Model	K011-8                                                                       K011-8P
Output mode	NPN                                                                          PNP
Appearance
Types of	Diffuse reflection
Set distance	30-400mm
Stable detection distance	10 - 300mm(Background suppression type)
Spot size	φ1X2mm
Black and white error	3%(distance 160mm)
Acceptanassignment	Less than 3% of the rated detection distance
Current consumption	≤30mA
Light source(wavelength)	Laser(655nm),JIS/IEC CLASS1,FDA CLASSI below 4.5mW
Control output	Load power supply voltage: DC 26.4V or less,Load current:100mA or less, Leakage current: 10μA or less,Open collector output(NPN/PNP output varies by type) Toggle type: ON when the white wire is not exposed to light / ON when the white wire is exposed to light and the blue wire is shielded from light
Output residual voltage	Residual voltage below 1V (load current less than 10mA) Residual voltage below 2V (load current less than 10 to 100mA)
Supply voltage	DC 12~24V±10% fluctuation (P-P) below 10%
Response time	Action·Reset: ≤0.5ms
Ambient temperature	Operating temperature: -25 to +55℃; Storage time: -40℃ to +70℃(but no freezing or condensation)
Ambient humidity	When in operation: Humidity 35-85%RH; Storage time: -35 to 95%RH(but no freezing or condensation)
Proteclion circuit	Power reverse connection protection/load short circuit protection/mutual interference prevention function/output reverse connection protection
Class of protection	IP64
Line length	2m
Material	Shell: Polybutylene terephthalate; Display section: Polyester composite rubber; Lens section: Polyester composite rubber

Example

Composite material testing                                                                           3D machine vision inspection