Photoelectric switch,Photoelectric proximity sensor - Yueqing Winston Electric Co., Ltd.

Product Categories

Have any questions?

SN-GDD-1 beam/diffused infrared photoelectric sensor

SN-GDD-1 beam/diffused infrared photoelectric sensor consist of a pair of emitter and receiver installed face to face which compose a circuit. After power is supplied, the receiver will send out an electric signal (NPN/PNP) to the controlled equipment and system when the infrared beam from emitter is blocked by an object.

BA2M-DDT Photoelectric Switch

Long distance reflection type：Small dimensions, long distance detection；Characteristics：With special optic design, detection distance is improved to 2m for diffuse type

GEN Photoelectric Switch

The working principle of the photoelectric switch is that when the beam emitted by the emitter is blocked or partly reflected by the object, the beam receiver whereby makes a judgment and reacts.

PTQ18 Photoelectric Switch

Characteristic: T-shaped housing design, saving space. Easy to install.(30*45.9*31.9mm) N.O./N.C.function swithable by different wires. Special design for bending resistance. Superior waterproof IP67

PTQ18 Photoelectric Switch

Characteristic:L.on/D.on switches function.Easy to install.（30*45.9*31.9mm）.Special design for bending resistance.Superior waterproof IP67

TQ18 Photoelectric Switch

T-shaped housing design, saving space.Easy to install.(30*45.9*31.9mm);N.O./N.C.function swithable by different wires. Special design for bending resistance. Superior waterproof IP67

TQ18 Photoelectric Switch

High brightness dual LED makes you easy to know the current operating situation. L.on/D.on Switch function. Prevent from water and oil, dust cover attached. Easy to install.(30*49.5*32.7mm)

G12 Photoelectric Switch

The working principle of the photoelectric switch is that when the beam emitted by the emitter is blocked or partly reflected by the object, the beam receiver whereby makes a judgment and reacts.

G13 Through Beam Photoelectric Light Sensor

The working principle of the photoelectric switch is that when the beam emitted by the emitter is blocked or partly reflected by the object,the beam receiver where by makes a judgment and reacts.

G13 Photoelectric Switch

The working principle of the photoelectric switch is that when the beam emitted by the emitter is blocked or partly reflected by the object, the beam receiver whereby makes a judgment and reacts.

G14 Photoelectric Switch

The working principle of the photoelectric switch is that when the beam emitted by the emitter is blocked or partly reflected by the object, the beam receiver whereby makes a judgment and reacts.

G15 Photoelectric Switch

The working principle of the photoelectric switch is that when the beam emitted by the emitter is blocked or partly reflected by the object, the beam receiver whereby makes a judgment and reacts.

G16 Photoelectric Switch

The working principle of the photoelectric switch is that when the beam emitted by the emitter is blocked or partly reflected by the object, the beam receiver whereby makes a judgment and reacts.

G17 Photoelectric Switch

The working principle of the photoelectric switch is that when the beam emitted by the emitter is blocked or partly reflected by the object, the beam receiver whereby makes a judgment and reacts.

G18 Photoelectric Switch

The working principle of the photoelectric switch is that when the beam emitted by the emitter is blocked or partly reflected by the object, the beam receiver whereby makes a judgment and reacts.

G23 Photoelectric Switch

The working principle of the photoelectric switch is that when the beam emitted by the emitter is blocked or partly reflected by the object, the beam receiver whereby makes a judgment and reacts.

G24 Photoelectric Switch

The working principle of the photoelectric switch is that when the beam emitted by the emitter is blocked or partly reflected by the object, the beam receiver whereby makes a judgment and reacts.

G30 Photoelectric Switch

The working principle of the photoelectric switch is that when the beam emitted by the emitter is blocked or partly reflected by the object, the beam receiver whereby makes a judgment and reacts.

G33 Photoelectric Switch

The working principle of the photoelectric switch is that when the beam emitted by the emitter is blocked or partly reflected by the object, the beam receiver whereby makes a judgment and reacts.

G35 Photoelectric Switch

The working principle of the photoelectric switch is that when the beam emitted by the emitter is blocked or partly reflected by the object, the beam receiver whereby makes a judgment and reacts.

G36 Photoelectric Switch

The working principle of the photoelectric switch is that when the beam emitted by the emitter is blocked or partly reflected by the object, the beam receiver whereby makes a judgment and reacts.

G40 Photoelectric Switch

The working principle of the photoelectric switch is that when the beam emitted by the emitter is blocked or partly reflected by the object, the beam receiver whereby makes a judgment and reacts.

G44 Photoelectric Switch

The working principle of the photoelectric switch is that when the beam emitted by the emitter is blocked or partly reflected by the object, the beam receiver whereby makes a judgment and reacts.

G50 Photoelectric Switch

The working principle of the photoelectric switch is that when the beam emitted by the emitter is blocked or partly reflected by the object, the beam receiver whereby makes a judgment and reacts.