Leuze Fiber Optic Sensors: Glass & Plastic Fiber Amplifiers
IndMALL Automation provides Leuze Fiber Optic Sensors that enhance the potential of optoelectronic detection. Our Leuze plastic fiber optics and Leuze glass fiber optics are flexible and come in a variety of configurations, allowing seamless integration into diverse system designs. The detection span is defined by the combination of the Leuze fiber optics and the Leuze fiber optic amplifier in use.
With features like the Leuze fiber optic sensor amplifiers, our Leuze fiber optic sensors ensure accurate and dependable detection while offering versatile installation choices.
Leuze Fiber Optic Sensors: LV461 Series
- Design: Compact, suitable for tight spaces.
- Outputs: PNP and NPN, with light/dark switching.
- Indicators: LED for operation and switching status.
- Connection: Options for cable or M8 connector.
- Optical Data: Throughbeam principle, LED light source, up to 300mm range.
- Timing: Switching frequency up to 500Hz, response time as low as 1ms.
- Voltage: 12-24VDC; Housing: ABS, IP54 rated.
Leuze Fiber Optic Amplifiers: LV462B Series
- Light Source: LED, 660 nm wavelength; Voltage: 12-24 V DC.
- Electrical Protection: Polarity reversal and short circuit protection.
- Outputs: 2 digital switching outputs (PNP and NPN).
- Performance: 1,500 Hz switching frequency, 0.33 ms response time.
- Connection: M8 connector, 150 mm cable, 4-wire.
- Design: Cubic, ABS plastic, 10 mm x 33 mm x 79.4 mm.
Leuze Fiber Optic Sensor Amplifier: LV463.XR Series
- Range: Up to 5000mm (throughbeam), 1350mm (scanning).
- Light Source: LED, 660nm or 880nm
- Response Time: 24ms to 500μs, mode-dependent.
- Switching Frequency: 21Hz to 1000Hz.
- Voltage: 10-24VDC; Outputs: PNP/NPN, IO-Link.
- Features: Light/dark switching, adjustable sensitivity.
- Connection: M8 connector, cable options.
Leuze Glass Fiber Optics
- Operating Principle: Throughbeam principle.
- Fiber Length: 2,000 mm.
- Fiber Sheathing Material: Stainless steel.
- Light Beam Exit: Lateral with lens.
Leuze Plastic Fiber Optics
- Operating Principle: Throughbeam principle.
- Fiber Length: 5,000 mm.
- Fiber Sheathing Material: PE (Polyethylene).
- Design: Cylindrical.
Product List:
Model No | Image | Design | Dimension (W x H x L) | Type of display | Thread size | Type of connection | Switching principle |
---|---|---|---|---|---|---|---|
LV463.XR7/4T-150-M12 | Cubic | 10 mm x 31.5 mm x 72 mm | LED | M12 | Cable with connector | Light/dark switchable | |
LV462B/24-150-M8 | Cubic | 10 mm x 33 mm x 79.4 mm | LED, Red | M8 | Cable with connector | Light/dark switchable | |
LV463I.XR7/2T | Cubic | 10 mm x 31.5 mm x 72 mm | LED, Infrared | – | Cable | Light/dark switchable | |
LV463.XR7/L4-M8 | Cubic | 10 mm x 31.5 mm x 72 mm | LED, Red | M8 | Connector | Light/dark switchable |
Frequently Asked Questions
Leuze Fiber Optic Sensors Working Principle?
Leuze fiber optic sensors work on a simple principle. They send light through fibers, either plastic or glass. When an object interrupts this light, the sensor detects it.
The sensor’s amplifier measures the light change. This tells if an object is nearby or its characteristics. These sensors use light to detect objects. The fiber carries the light, and the amplifier assesses any changes.
What is Fiber Optic Sensor?
In short, these sensors use fibers to see changes in light. This helps in spotting objects or conditions.
What are the Two Types of Fibre Optic Sensors?
The first type is called “intrinsic.” These sensors use light inside the fiber to detect changes.
The second type is “extrinsic.” They use fibers to guide light to a sensor outside the fiber.
In short, the two types are intrinsic and extrinsic. One detects inside the fiber, the other outside.
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