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    • Products
    • Solutions
      • Power Components
        • EMC/EMI Mitigation
        • Power Conversion
        • Electrical Power Distribution & Power Delivery
      • Industrial Control Components
        • HMI - Human Machine Interface
        • Heating Element Control
      • Network and Ethernet Connectivity
        • IIoT & M2M Communication Platforms
      • Electro-Mechanical Control (Enclosures, Terminal Blocks, Switches, Relays, Sensors)
        • Wire and Cable Management, Routing, and Labeling
    • Design Assistance
      • Industrial Component Consultation
      • Cost Reduction Strategies for Machine Design and Production
      • Safety, Compliance and Traceability
      • Reliability and Equipment Downtime
      • Machine Efficiency and Precision
      • Space Savings Design
    • Industries
      • Advanced Manufacturing & Industrial Automation
        • Manufacturing & Automation
        • Industrial Control Panels
        • Semiconductor Tooling
        • Machine Builders (OEM)
      • Energy - Infrastructure & Sustainability
        • Building & Facilities Infrastructure (Data Center, Electrical)
        • Power & Renewables
        • Water & Wastewater
      • Transportation & Mobility
        • Transportation (EV & EVSE) & Railway
      • Life Science & Process Industries
        • Food & Beverage
        • Medical & Life Science
      • Agriculture & Heavy Industries
        • Oil, Gas, Mining & Metals
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    SENSORS AND TRANSDUCERS

    PRODUCT HIGHLIGHTS


    NON-CONACT INDUSTRIAL SENSORS

    Color and Mark Detection Sensors

     

     
    • Product Range: Sensors for detecting transparent objects, glass substrates, wafers, PCBs, water, and cars.
    • Variety of Sensors: Photoelectric, Ultrasonic, Laser, and Fiber Optic sensors designed for industrial automation and OEM applications.
    • Specialized Applications: Sensors are suitable for factory line automation, hot metal detection, and specific industry needs like steel and heavy industry.
    • Technology Features: Offers background/foreground suppression, color and mark detection, and light curtain sensors.
    • Specialty Applications: Semiconductor Laser Projectors and RGB Spectroscopy for advanced industrial and medical applications.

     

    CAPACITIVE AND INDUCTIVE SENSORS

    indusctive sensor

     

    Capacitive and inductive sensors can be used to detect a variety of materials, including metal, plastic, and liquids.
    • Capacitive sensors are used to detect the presence or absence of an object by measuring changes in capacitance between the sensor and the object.
    • Inductive sensors are used to detect the presence or absence of an object by measuring changes in inductance between the sensor and the object.
    • Capacitive and inductive sensors are designed for use in a variety of environments, including harsh industrial environments with high temperatures and vibrations.
    • Capacitive and inductive sensors can be used in a variety of applications, including object detection, level sensing, and proximity sensing.
    • Capacitive and inductive sensors are often used in automation and manufacturing systems to improve process efficiency and reduce the risk of equipment damage.
    • Capacitive and inductive sensors can be integrated with other automation systems, such as PLCs or SCADA systems, to enable remote monitoring and control. 

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    SAFETY MAGNETIC SENSORS

    orange safety sensor

     

    Safety magnetic sensors are used to detect the position of doors, guards, and other movable components in machinery and equipment.
    • Safety magnetic sensors work by detecting the presence of a magnet or magnetic field, typically mounted on the moving component, and sending a signal to a controller or safety system when the component is in the desired position.
    • Safety magnetic sensors are typically used in applications where it is critical to ensure that a moving component is in a safe position before equipment operation can continue.
    • Safety magnetic sensors are designed for use in harsh industrial environments and are often rated for IP67 or higher ingress protection.
    • Safety magnetic sensors can be integrated with other safety systems, such as emergency stop buttons and light curtains, to create a comprehensive safety solution.
    • Safety magnetic sensors can help reduce the risk of operator injury and equipment damage by preventing machinery from operating when guards or doors are not in the correct position.
    • Safety magnetic sensors are critical tools for engineers and operators in manufacturing and automation applications that require high levels of safety and reliability. 

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    MAGNETIC PROXIMITY SENSORS

    IP67 magnetic sensor stainless steel

     

    Magnetic proximity sensors are used to detect the presence or absence of a magnet or magnetic field.
    • Magnetic proximity sensors work by measuring changes in magnetic fields and sending a signal to a controller or automation system when a magnet or magnetic field is detected.
    • Magnetic proximity sensors can be used to detect a variety of materials, including ferrous and non-ferrous metals, as well as magnets.
    • Magnetic proximity sensors are non-contact sensors, meaning they do not physically touch the object being sensed.
    • Magnetic proximity sensors are designed for use in a variety of environments, including harsh industrial environments with high temperatures and vibrations.
    • Magnetic proximity sensors can be integrated with other automation systems, such as PLCs or SCADA systems, to enable remote monitoring and control. 

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    MERCURY TILT SWITCHES

     
    celduc reed switch

     

    Mercury tilt switches are devices used to detect the tilt angle of a component or an object in a manufacturing or automation process.
    • The switch is made up of a sealed glass bulb containing a small amount of mercury and two or more electrical contacts.
    • When the bulb is tilted, the mercury flows to the lower side and connects the electrical contacts, completing a circuit.
    • Mercury tilt switches are commonly used in applications such as alarm systems, automotive safety devices, and industrial automation.
    • However, due to environmental concerns regarding the toxicity of mercury, the use of mercury tilt switches has been limited in recent years and alternative technologies such as solid-state and MEMS-based sensors have become more prevalent. 

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    REED RELAYS & SWITCHES

     
    d71a5100

     

    Reed relays and switches are electromagnetic devices that use a thin, flexible metal strip called a reed to control the flow of current in a circuit.
    • When a magnetic field is applied, the reed bends and makes or breaks contact with a fixed electrical contact, allowing or stopping the flow of current.
    • Reed relays and switches are commonly used in applications such as telecommunications, automation, and security systems.
    • They offer advantages such as high switching speed, low power consumption, and excellent isolation between the control and switching circuits.
    • Reed relays and switches are available in various forms including surface-mount and through-hole packages, making them suitable for use in a wide range of applications. 

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