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Inductive Proximity Sensors

DADISICK's Inductive Proximity Sensors are reliable non-contact devices for metal detection. Based on electromagnetic induction, they offer high reliability and strong anti-interference. With digital signal output (NPN/PNP, NO/NC contacts), these sensors can directly connect to PLC or controllers. They feature high sensitivity, long detection distance, fast response, and durability. Our range includes ultra-small, explosion-proof, high-pressure resistant, and corrosion-resistant models. These sensors accurately detect metal objects, count parts on assembly lines, and monitor equipment speed. Visit our page to explore how these sensors enhance industrial safety and efficiency.

Ultra-mini Inductive Proximity Sensor

Discover DADISICK's Ultra-Small Inductive Proximity Sensors, designed for space-limited applications. These sensors feature a compact size, long detection distance of 0.6-1.5mm, and ultra-high precision, ensuring reliable detection in various industrial environments. They come in multiple specifications, including φ3, φ4, M4, M5, and square, with a switch frequency of 2-3KHz. The Ultra-Small Series operates on DC 3-wire 10-30V and offers options for NPN NO/NC and PNP NO/NC. They are CE and ROHS compliant, ensuring safety and environmental protection. These sensors are ideal for electronics manufacturing, semiconductors, logistics, packaging, automation, textiles, and printing industries. Visit our product page to explore how DADISICK's Ultra-Small Inductive Proximity Sensors can enhance your industrial applications.

Standard Inductive Proximity Sensor

DADISICK's Standard Inductive Proximity Sensors offer reliable non-contact metal detection. They feature a 2-8mm sensing distance and DC 3-wire 10- 30V operation, with options for NPN/NO, NPN/NC, PNP/NO, and PNP/NC outputs. Housed in stainless steel for corrosion and impact resistance, they suit harsh environments. The series includes models with direct cable output, M8 and M12 connectors, ensuring easy installation. These sensors are ideal for precise metal detection in industrial automation, assembly lines, and equipment monitoring. Their high reliability and anti-interference capabilities make them perfect for various applications. Explore our product page to see how they can enhance your processes.

Explosion-proof Inductive Proximity Sensor

DADISICK's Explosion-proof Inductive Proximity Sensors offer reliable non-contact detection in hazardous environments. With a detection distance of 0.8-30mm and DC 2-wire 6 - 12V NAMUR operation, they feature stainless steel or nickel-plated brass housings for durability. These sensors include 2m oil-proof PVC cables and provide short-circuit, reverse polarity, and overload protection. Available in sizes like φ4,M5, φ6.5, M8, M10, M12, M18, M30, they are ideal for industries such as electronics, semiconductors, logistics, and automation. Their high explosion-proof grade ensures safety in areas with explosive gases.

High-pressure Resistant Inductive Proximity Sensor

DADISICK's High-Pressure Resistant Inductive Proximity Sensors are engineered for extreme industrial environments with stainless steel housings and ceramic sensing faces, ensuring durability in high-pressure applications up to 1000Bar such as hydraulic systems and oil cylinders. These sensors operate on DC 10-30V DC10-30V two-wire and three-wire, with a maximum load current of 200mA and frequency range of 1000Hz, protected by IP67, IP69K rating and capable of withstanding temperatures from -25℃ to 70℃. Available in diameters of M5, M8, M12, M14, M18, they offer detection distances of 0.8-3mm and support direct cable output or M12 standard connectors. Ideal for manufacturing, automation, and harsh environments, these sensors ensure precise and reliable detection.

High-temperature Resistant and Low-temperature Resistant Inductive Proximity Sensor

DADISICK's High-temperature Resistant and Low-temperature Resistant Inductive Proximity Sensors are ideal for extreme environments. They feature stainless steel and PTFE or silicone detection heads, ensuring durability from -40℃ to +180℃. Available in sizes like M8, M12, M18, and M30, they offer sensing distances of 10-25mm and support multiple wiring options. Operating on DC 10-30V or 10-60V, etc., these sensors provide reliable performance in industrial automation, manufacturing, and logistics.

Limit Inductive Proximity Sensor

DADISICK's Limit Inductive Proximity Sensors are perfect for precise detection in industrial automation. These sensors feature high accuracy with switch hysteresis less than 2-5%Sr and repeatability under 1%Sr. They offer a detection distance of 1-5mm and operate on 10-30V DC with a maximum load current of 200mA. With a switching frequency of 500-1KHz, they ensure fast and reliable performance. The series includes models with aluminum alloy housings and M8 connectors, available in shielded and non-shielded versions. They're designed for easy installation and are ideal for applications in electronics manufacturing, semiconductors, logistics, packaging, automation, textiles, and printing industries.

Anti-welding Slag and High Magnetic Resistance Proximity Sensor

DADISICK's Anti-welding Slag and High Magnetic Resistance Proximity Sensors are ideal for harsh industrial environments like automotive manufacturing. These sensors feature robust brass and Teflon-coated housings, ensuring durability against welding slag and strong magnetic fields. With a sensing distance of 1-15mm and a switching frequency up to 1000Hz, they provide reliable detection in applications such as welding processes and fixture controls. Available in M8, M12, M18, and M30 sizes, these sensors support various wiring options, including 2-wire, 3-wire, and 4-wire configurations with M8 or M12 connectors. They operate on DC 10-30V or 10-55V, etc., and offer protection levels up to IP67. Certified with CE and ROHS, these sensors ensure safe and efficient operation in demanding conditions.

Corrosion-resistant Inductive Proximity Sensor

DADISICK's Corrosion-resistant Inductive Proximity Sensors are designed for harsh environments like marine and chemical industries. These sensors feature PTFE housings, offering excellent resistance to corrosive liquids and high pressure. With a detection distance of 1-25mm and operating voltage of 10-30V DC/10-60V DC, they ensure reliable performance in challenging conditions. Available in M8, M12, M18, and M30 sizes, these sensors support various wiring options, including 2-wire, 3-wire, and 4-wire configurations with 2m oil-proof PTFE/PUR cable. They are certified with CE and ROHS, ensuring safety and efficiency. Ideal for applications requiring high durability and reliability, these sensors provide long-term stability in corrosive environments.

Analog Inductive Proximity Sensor

DADISICK's Analog Inductive Proximity Sensors provide reliable non-contact detection with high accuracy, featuring 1-40mm detection distance, 500-1500Hz switching frequency, and analog outputs (0-20mA current, 0-10V voltage). Available in various models (φ6.5, M8, M12, M18, M30, 40x40mm), they suit electronics, logistics, packaging, automation, textile, and printing industries. With short-circuit and reverse polarity protection, IP69K rating, and options like M8/M12 connectors and oil-proof cables, these sensors enhance industrial safety and efficiency.

Ring Inductive Proximity Sensor

DADISICK's Ring Inductive Proximity Sensors are designed for high-precision metal detection with a compact ring design. These sensors offer reliable non-contact detection with a detection distance of 15 - 20mm and a response frequency up to 2 KHz. They feature adjustable sensitivity, pulse delay (0.1 - 200ms), and can detect small objects like 0.1mm diameter iron wire. With a working voltage of 10 - 30VDC, they provide stable performance and strong anti-interference ability. The series includes different aperture sizes (R05, R06, R10, R15, R21) and comes with 2m oil-proof PVC cable and M12 connector. These sensors are ideal for industrial automation, electronics manufacturing, logistics, packaging, and more, enhancing industrial safety and efficiency.