They are widely used in automation production, semiconductor industry, automotive industry, warehousing and logistics, food industry, packaging industry, medical equipment, and home appliances, mainly in automated production industries.

Yes, all models are IP67.

Yes, they are used for positioning, detecting gripping, and placement actions, enabling material feeding and receiving.

Used for car door position detection, distance sensing, and automatic parking assistance.

Yes, especially for non-contact applications, such as liquid detection and equipment positioning.

Yes, they are commonly used for tool position monitoring and workpiece inspection.

Capacitive and optical sensors can detect thin films.

They are used for goods positioning and automatic sorting systems.

Yes, capacitive sensors are particularly suitable.

They are commonly used to detect tool positions and workpiece clamping status.

Distribution boxes, control cabinets, machinery, and electrical maintenance.

Yes, with a maximum operating temperature of 105°C.

Yes, especially for internal equipment use.

They connect external cables to DIN rail terminal blocks for circuit distribution.

DIN rail terminal blocks are suitable for such applications.

Yes, they are used for circuit distribution and signal connections.

Yes, but vibration-resistant models should be selected.

Yes, but ensure the voltage and current ratings match the application.

Yes, especially plug-in type terminal blocks.

Waterproof and dustproof switches with UV-resistant materials are best for outdoor use.

Yes.

Yes, but high-capacity and durable models should be selected.

No, they are only suitable for general household applications.

Yes.

They can be directly used for motor control.

It is suitable for detecting objects passing through confined spaces, for example:  
Production lines: Presence detection, counting, and positioning of small parts, bottle caps, labels, vials, PCBs, films, yarns, etc.  
Packaging / printing / textile: Paper or fabric break detection, mark positioning.  
Medical devices: Test-tube counting and tray-position detection in biochemical or urine analyzers.  
Access control / automatic doors: Anti-pinch or door-position detection.

Slot width: Choose a slot width 2–3 mm larger than the thickness of the detected object—enough to fully block the light, but not so large that it may affect its sensitivity. For example, to detect a 3 mm-thick workpiece, a slot width around 5 mm is appropriate.  
Mounting distance: The slot depth is usually fixed; simply ensure the object can fully enter the slot and interrupt the beam. During installation, the object should pass centered in the slot to avoid misalignment.

Secure mounting: Avoid vibration that could shift the optical path.  
Keep clean: Regularly clean the slot opening to prevent oil, dust, or debris from affecting the light path.  
Avoid strong light: Do not install the sensor where it will be exposed to direct sunlight or intense lighting.  
Separate wiring: Route sensor cables away from high-power equipment (motors, inverters). Use shielded cable and proper grounding if necessary to improve noise immunity.

Slot-type photoelectric sensors are available in various protection ratings (e.g., IP50, IP65, IP67) to suit different environments.  
High dust / water splash: Choose a model rated IP65 or higher.  
High temperature / severe conditions: Select a model with the corresponding operating temperature range (e.g., -25°C to +70°C or wider) and consider corrosion-resistant materials.  
Always refer to the environmental specifications in the product manual for final selection.