Photoelectric sensor | through-beam type | transmitter + receiver | 20m | M18 | 10-30VDC | NO/NC | PNP | 2m cable | ABS housing | infrared beam | IP67

Technical Specifications:

Detection type: Through-beam
Nominal sensing distance (Sn): 20 m (adjustable)
Distance adjustment: Potentiometer
Light source: Infrared (850 nm)
Standard detectable object: >15 mm opaque object
Power supply: 10–30 V DC
Output type: PNP, NO/NC
Current consumption: ≤20 mA (emitter); ≤20 mA (receiver)
Output current: ≤200 mA
Voltage drop: ≤1 V
Response time: <1 ms
Beam angle: >4°
Operating temperature: -25°C … +55°C
Storage temperature: -25...70°C
Ambient light immunity: Sunlight ≤10,000 lx; Incandescent light ≤30,000 lx
Protection: Short-circuit, surge, and reverse polarity protection
Housing material: PC+ABS, filter: PMMA
Dimensions: M18 housing
Connection: 2 m PVC cable
Protection class: IP67
Indicators: Green LED – power/stable operation; Yellow LED – output signal, short-circuit or overload indication 

Main Features:

The sensors operate on a through-beam principle – the transmitter emits a light beam, and the receiver detects its interruption. This allows precise object detection even in dusty or noisy environments.
The robust housing ensures reliable mounting and durability, while IP67 protection allows operation in humid and dusty conditions.
The system is stable, fast-reacting, and energy-efficient, making it suitable for automation, safety, transport, and household applications.

Usage and Applications:

For home users: Suitable for object detection in workshops or small automation projects.
For engineers/automation specialists: Ideal for robotics, production line object detection, conveyor control, positioning, or packaging inspection.
For electricians/technicians: Easily connectable to PLCs, relays, or direct automation systems. IP67 protection ensures safe use in damp or dusty environments.

Pros:

Fast response

IP67 dust and water resistance

Durable housing

Clear LED indicators

Easy installation and integration with automation systems

Cons:

Non-adjustable detection range

Not suitable for very small or transparent objects