The product is a button-roller type limit switch, installed using a threaded shaft sleeve method, with electrical connectors for lead-out. It is suitable for low to medium current circuits or signal conversion in electronic devices, electronic instruments, and communication equipment.

The switch is a plunger-roller type limit switch with leads coming out from the bottom. Under normal power supply conditions, when the force on the push rod (along the axial direction of the push rod) reaches the operating stroke, the product reliably makes or breaks contact, thereby achieving the function of outputting signals to the system.

The product described is a sealed (rainproof) plunger-type limit switch with wires coming out from the side. When the push rod of the product reaches its action stroke under normal power supply conditions and is subjected to force (along the axis of the push rod), the product reliably makes or breaks contact, thereby outputting a signal to the system.

The switch is a plunger-roller type limit switch with leads coming out from the bottom. Under normal power supply conditions, when the force on the push rod (along the axial direction of the push rod) reaches the operating stroke, the product reliably makes or breaks contact. This achieves the function of outputting signals to the system. 

The product is a sealed (rainproof) plunger-type limit switch with wires coming out from the side. Under normal power supply conditions, when the push rod of the product is subjected to force (along the axis of the push rod) and reaches its actuation stroke, the product reliably makes or breaks contact, thereby outputting a signal to the system.

The inductive proximity switch features a stainless steel housing and is designed based on eddy current effects. It can be used to detect metal objects passing in front of the sensing surface. Once a target is detected, it generates a trigger signal, which is then processed through a control circuit to produce a level output. 

The inductive proximity switch features a stainless steel housing and is designed based on eddy current effects. It can detect metal objects passing in front of the sensing surface. Once a target magnet is detected, it generates a trigger signal, which is then processed through a control circuit to produce a level output. 

The inductive proximity switch features a stainless steel housing and is designed based on eddy current effects. It can detect metal objects passing in front of the sensing surface. Once a target magnet is detected, it generates a trigger signal, which is then processed through a control circuit to produce a level output.

The Hall-effect proximity switch features an integrated titanium alloy housing and is designed based on the Hall effect. It can detect magnetic objects (generally permanent magnets) passing in front of the sensing surface. Once a target magnet is detected, it generates a trigger signal, which is then processed through a control circuit to produce a level output. 

The Hall-effect proximity switch is designed based on the Hall effect and is used to detect magnetic objects (generally permanent magnets) at the center of the handle. Once a target magnet is detected, it generates a trigger signal, which is then processed through a control circuit to produce a high-level output. 

The photoelectric switch is a slot-type photoelectric switch, where the emitter and receiver are integrated. Detection is performed within the slot, detecting non-transparent objects. This switch features low power consumption, fast response speed, high repeatability, and long service life. The output mode of the product is NPN normally open + normally closed.