Sensor Switch

Products Description Key Features1. Mounted on a wire, it can convert standard NPN or N.O. output to PNP or N.C. output. 2. Directly drive relays, solenoid valves, small DC motors, etc. by increasing the current. 3. The standard mounting position of the wire accessory is approximately 100mm from the sensor body (can be specified). Product Paramenters Supply VoltageDC5～24VOutput MethodPNP normally open (ON when close)Output Current80mA MAXOutput StatusHIGHIndicator lightRed

Products Description Key Features1. Mounted on a wire, it can convert standard NPN or N.O. output to PNP or N.C. output. 2. Directly drive relays, solenoid valves, small DC motors, etc. by increasing the current. 3. The standard mounting position of the wire accessory is approximately 100mm from the sensor body (can be specified). Product Paramenters Supply VoltageDC5～24VOutput MethodPNP normally open (ON when close)Output Current80mA MAXOutput StatusLowIndicator lightRed LED

Products Description Key Features1. Mounted on a wire, it can convert standard NPN or N.O. output to PNP or N.C. output. 2. Directly drive relays, solenoid valves, small DC motors, etc. by increasing the current. 3. The standard mounting position of the wire accessory is approximately 100mm from the sensor body (can be specified). Product Paramenters Supply VoltageDC5～24VOutput MethodNPN normally open (ON when close)Output Current80mA MAXOutput StatusHIGHIndicator lightRed

Products Description Key Features1. Mounted on a wire, it can convert standard NPN or N.O. output to PNP or N.C. output. 2. Directly drive relays, solenoid valves, small DC motors, etc. by increasing the current. 3. The standard mounting position of the wire accessory is approximately 100mm from the sensor body (can be specified). Product Paramenters Supply VoltageDC5～24VOutput MethodNPN normally open (ON when close)Output Current80mA MAXOutput StatusHIGHIndicator lightRed

Products Description Key Features1. Mounted on a wire, it can convert standard NPN or N.O. output to PNP or N.C. output. 2. Directly drive relays, solenoid valves, small DC motors, etc. by increasing the current. 3. The standard mounting position of the wire accessory is approximately 100mm from the sensor body (can be specified). Product Paramenters Supply VoltageDC5～24VOutput MethodNPN normally open (ON when close)Output Current12mA MAXOutput StatusLOWIndicator lightRed LED

Products Description Key Features1. Mounted on a wire, it can convert standard NPN or N.O. output to PNP or N.C. output. 2. Directly drive relays, solenoid valves, small DC motors, etc. by increasing the current. 3. The standard mounting position of the wire accessory is approximately 100mm from the sensor body (can be specified). Product Paramenters Supply VoltageDC5～24VOutput MethodNPN normally open (ON when close)Output Current12mA MAXOutput StatusLOWIndicator lightRed LED

Products Description Key Features1. Mounted on a wire, it can convert standard NPN or N.O. output to PNP or N.C. output. 2. Directly drive relays, solenoid valves, small DC motors, etc. by increasing the current. 3. The standard mounting position of the wire accessory is approximately 100mm from the sensor body (can be specified). Product Paramenters Supply VoltageDC5～24VOutput MethodNPN normally open (ON when close)Output Current12mA MAXOutput StatusLOWIndicator lightRed LED

Products Description Key FeaturesMagnetic inductive proximity switches utilize a magnetic induction generator as a probe to detect the operating status of the object under test, thereby controlling the relay action. Magnetic induction sensors have the advantages of small size, high inertia and fast action. Magnetic sensors are widely used in modern industry and electronic products to sense magnetic field strength to measure current, position, direction and other physical

Products Description Key FeaturesMagnetic inductive proximity switches utilize a magnetic induction generator as a probe to detect the operating status of the object under test, thereby controlling the relay action. Magnetic induction sensors have the advantages of small size, high inertia and fast action. Magnetic sensors are widely used in modern industry and electronic products to sense magnetic field strength to measure current, position, direction and other physical

Products Description Key FeaturesMagnetic inductive proximity switches utilize a magnetic induction generator as a probe to detect the operating status of the object under test, thereby controlling the relay action. Magnetic induction sensors have the advantages of small size, high inertia and fast action. Magnetic sensors are widely used in modern industry and electronic products to sense magnetic field strength to measure current, position, direction and other physical

Products Description Key FeaturesMagnetic inductive proximity switches utilize a magnetic induction generator as a probe to detect the operating status of the object under test, thereby controlling the relay action. Magnetic induction sensors have the advantages of small size, high inertia and fast action. Magnetic sensors are widely used in modern industry and electronic products to sense magnetic field strength to measure current, position, direction and other physical

Products Description Key FeaturesMagnetic inductive proximity switches utilize a magnetic induction generator as a probe to detect the operating status of the object under test, thereby controlling the relay action. Magnetic induction sensors have the advantages of small size, high inertia and fast action. Magnetic sensors are widely used in modern industry and electronic products to sense magnetic field strength to measure current, position, direction and other physical

Products Description Key FeaturesMagnetic inductive proximity switches utilize a magnetic induction generator as a probe to detect the operating status of the object under test, thereby controlling the relay action. Magnetic induction sensors have the advantages of small size, high inertia and fast action. Magnetic sensors are widely used in modern industry and electronic products to sense magnetic field strength to measure current, position, direction and other physical

Products Description Key FeaturesMagnetic inductive proximity switches utilize a magnetic induction generator as a probe to detect the operating status of the object under test, thereby controlling the relay action. Magnetic induction sensors have the advantages of small size, high inertia and fast action. Magnetic sensors are widely used in modern industry and electronic products to sense magnetic field strength to measure current, position, direction and other physical

Products Description Key FeaturesMagnetic inductive proximity switches utilize a magnetic induction generator as a probe to detect the operating status of the object under test, thereby controlling the relay action. Magnetic induction sensors have the advantages of small size, high inertia and fast action. Magnetic sensors are widely used in modern industry and electronic products to sense magnetic field strength to measure current, position, direction and other physical

Products Description Key FeaturesMagnetic inductive proximity switches utilize a magnetic induction generator as a probe to detect the operating status of the object under test, thereby controlling the relay action. Magnetic induction sensors have the advantages of small size, high inertia and fast action. Magnetic sensors are widely used in modern industry and electronic products to sense magnetic field strength to measure current, position, direction and other physical

Products Description Key FeaturesMiniature electromagnetic brake is an ideal automated actuator in modern industry, which mainly plays the roles of transmitting power and controlling motion in mechanical transmission system. It has the advantages of compact structure, simple operation, sensitive response, long service life, reliable use and easy to realize long-distance control. It is mainly matched with a series of motors. Widely used in metallurgy, construction, chemical

Products Description Key FeaturesMiniature electromagnetic brake is an ideal automated actuator in modern industry, which mainly plays the roles of transmitting power and controlling motion in mechanical transmission system. It has the advantages of compact structure, simple operation, sensitive response, long service life, reliable use and easy to realize long-distance control. It is mainly matched with a series of motors. Widely used in metallurgy, construction, chemical

Products Description Key FeaturesMiniature electromagnetic brake is an ideal automated actuator in modern industry, which mainly plays the roles of transmitting power and controlling motion in mechanical transmission system. It has the advantages of compact structure, simple operation, sensitive response, long service life, reliable use and easy to realize long-distance control. It is mainly matched with a series of motors. Widely used in metallurgy, construction, chemical

Products Description Key FeaturesMiniature electromagnetic brake is an ideal automated actuator in modern industry, which mainly plays the roles of transmitting power and controlling motion in mechanical transmission system. It has the advantages of compact structure, simple operation, sensitive response, long service life, reliable use and easy to realize long-distance control. It is mainly matched with a series of motors. Widely used in metallurgy, construction, chemical