Beam Sensor Dealers

(6 products available)
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    Bending Beam Sensors

    Bending Beam Sensors

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    • MOQ10 Piece
    • MaterialSS
    • ApplicationIndustrial Use
    • Number Of FlowerBeam Sensor
    • TheoryResistance Sensor
    • Country of OriginIndia
    • Capacity50 to 100 KGF
    • Voltage V10-30 V DC
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  • Beam Sensor

    Beam Sensor

    671 - 25,000 / Piece

    • MaterialStainless Steel
    • InterfaceIO-Link
    • Light SourceInfrared Light
    • Range10 m to < 15 m
    • Switching OutputNPN/PNP
    • Response Time2 milliseconds
    • Degree of ProtectionIP20
    • Switching Frequency50 Hz
    • ConnectionM8 3 Pin
    • HousingCylindrical Thread M8
    • Special FeaturesHigh Performance
    • Supply Voltage10 to 30 V DC
    • Operating Temperature Range-10 Deg C To +60 Deg C
    • Beam Sensors are optical sensors widely used in industrial automation for detecting objects, presence, or motion by sensing interruptions or reflections of a light beam. They play a crucial role in safety, positioning, counting, and object detection across various manufacturing and processing industries. Principle of Operation Beam sensors function by emitting a focused light beam—typically infrared or visible red light—from an emitter toward a receiver or reflector. Detection occurs when this beam is either interrupted or reflected by an object, triggering a response from the sensor. There are three main types: Through-beam (Opposed) Sensors: The emitter and receiver are separate units facing each other. When an object interrupts the beam, the receiver signal is blocked, indicating presence. Retro-reflective Sensors: The emitter and receiver are housed together; a reflector is positioned opposite. The beam is sent to the reflector and back. An object blocking the beam path causes detection. Diffuse Reflective Sensors: The emitter and receiver are in the same housing, and the sensor detects light reflected directly from the object’s surface. Detection depends on the object's reflectivity. Components Emitter: Usually an LED or laser diode producing the light beam. Receiver: Photodiode or phototransistor that detects the light beam. Signal Processor: Converts received light signals into digital or analog outputs. Housing: Durable and often rated IP65 or higher for dust and water resistance. Mounting Hardware: Brackets or clamps for precise alignment and installation. Features and Advantages Non-contact Detection: Prevents mechanical wear and damage to objects. High Speed Response: Suitable for fast-moving production lines. Long Sensing Range: Through-beam types can detect objects up to several meters or even tens of meters. Versatility: Suitable for detecting a wide range of materials and colors. Easy Installation and Alignment: Flexible mounting options and adjustable sensitivity. Reliability: Resistant to dust, moisture, and vibration in industrial environments. Industrial Applications Object Detection and Counting: Detect presence, passage, or absence of products on conveyor belts. Safety Systems: Integrated into light curtains or perimeter guarding to stop machinery when a beam is broken. Positioning and Sorting: Assist robotic arms and automated systems in locating and handling items. Packaging and Labeling: Ensure packages are correctly positioned and labels are present. Level Detection: Detect material or product levels in hoppers or containers. Installation Tips Ensure proper alignment between emitter and receiver for through-beam or reflector for retro-reflective sensors. Use mounting brackets to maintain stable positioning, especially in vibrating environments. Adjust sensitivity to accommodate varying target sizes, colors, and surface finishes. Protect sensor lenses from dust and damage by using appropriate covers or cleaning regularly. Avoid ambient light interference by positioning sensors away from direct sunlight or bright artificial lights. Example Use Case In an automated bottling plant, beam sensors detect bottles passing on the conveyor. When a bottle breaks the beam between emitter and receiver, the sensor signals the filling machine to dispense liquid. This ensures precise filling and reduces waste. Conclusion Beam sensors provide reliable, precise, and non-contact detection essential for modern industrial automation. Their adaptability to various environments and materials, combined with fast response and long detection ranges, makes them indispensable for enhancing productivity, safety, and quality control.
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  • through Beam Sensors

    through Beam Sensors

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    • Operating Voltage10-30V DC
    • Sensing RangeFixed and Adjustable Type
    • Switching Frequency100Hz
    • Maximum load current300mA
    • Output transistor/contactNPN or PNP / NO or NC
    • Led IndicationYes
    • ProtectionShort circuit & Reverse polarity protected
    • HousingChrome plated brass
    • Cable3 core 2m long
    • Emitter and Receiver are housed separately in two different units facing each other with their optical areas. It detects an object whenever the IR beam is interrupted. Amplifier circuit is incorporated in the receiver unit hence separate amplifier unit is not required and relay can be driven directly.
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  • Through Beam Sensor

    Through Beam Sensor

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    • FeatureFine functioning Durable finish standards Reliable performance
    • Sensing Range100mm to 5000 mm.
    • Tube LengthM12 X 55, M18 X 60 , M30 X 65, M36 X 65
    • We are providing our esteemed clients a wide range of Through Beam Sensor that is manufactured using optimum quality components and latest technology. Offered sensor is applied in various automotive applications to detect very small objects safely and quickly. In order to ensure the quality, our quality controllers, test this sensor on various parameters. Apart from this, we provide our entire range in various specifications, in order to meet varied needs of our clients.
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  • Beam Sensor

    Beam Sensor

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    Beam Sensor, Photocells, Flame Sensor, Voltage Detectors, Ir Senso
  • Optex Twin Beam Sensor

    Optex Twin Beam Sensor

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    Optex Twin Beam Sensor, Mild Steel C Channel, Fire Alarm - Beam Senso
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