Photoelectric Label Sensor, NPN/PNP, Slot Type

$189.76

Factory price photoelectric label sensor for sale online, the sensor adopts 3mm slot width and 60mm slot depth design, supports NPN/PNP output optional. Users can choose 2m 3-core cable or 25cm cable + M8 connector connection method according to their needs, which is flexible to install. The label sensor uses infrared light (940nm) as the light source and has high-precision label detection capabilities.

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Connection *

SKU: ATO-PHOS-TR03

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Delivery date: 6-12 days

Overview

The photoelectric label sensor supports 12-24VDC wide range power input, has an operating temperature range of -20~60℃ and IP65 protection level, and is widely used in automated packaging and printing equipment such as label positioning and transparent label detection.

Specification

Model	NPN	ATO-LAP-TR03TNB	ATO-LAP-TR03TNB-F3
	PNP	ATO-LAP-TR03TPB	ATO-LAP-TR03TPB-F3
Connection		2m 3 pins cable	25cm cable + M8 connector
Slot width		3mm
Slot depth		60mm
Label minimum spacing		≥2mm
Light source		Infrared light (940nm)
Response frequency		Max 10kHz
Label passing speed		≤20m/min (0.3m/s)
Response time		≤50μs
Delay after startup		≤300ms
Supply voltage high/low		12-24VDC (Ripple≤15%)
Current consumption		≤30mA
Warning output		Red indicator light on
Switch output function		Light on/ dark on (Switchable)
Voltage drop		≤2V
Output current		≤10mA
Indicator		Red light: Calibration error/operation error; Green light: NO NC; Blue light: detect label switch output signal
Operation temperature		-20-60℃ (No icing, no condensation)
Storage te mperature		-30-70℃
Protection degree		IP65
VDE safety level		Ⅲ
Weight		Approximately 55g (100g with wire)
Material		Zinc die casting; surface electroless nickel plating (Silver); PC plastic

Dimension (Unit: mm)

Photoelectric label sensor dimension

Wiring diagram

Photoelectric label sensor wiring diagram

Tips: Precautions for using photoelectric label sensor

Make sure the power supply voltage is within the rated range before powering on.
The sensor can detect normally after 100ms of power on.
When the sensor and the load use different power supplies, please make sure to turn on the power of the sensor first.
When the sensor is not in use, it is recommended to cut off the power on the load first, and then cut off the power on the sensor.
Do not subject the sensor to severe external force (such as hammering, etc.) during installation to avoid damaging the sensor performance.
Avoid using thinners, alcohol or other organic solvents when cleaning.

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