Baumer Fiber Optic Sensor | Square Fibe Optic Cable
At IndMALL Automation, we offer a diverse range of Baumer Fiber Optic Sensors tailored for precision in challenging conditions. These sensors come in various designs, including cylindrical, square, miniature, and plastic models, each suited to specific industrial needs. They handle extreme temperatures and environments, offering features such as chemical and heat resistance, pulsed red LEDs, and robust construction with options like stainless steel and brass. These sensors provide precise object detection, essential for automation and monitoring tasks across multiple sectors.
Baumer Fiber Optic Sensor: Cylindrical
Various sensor types including diffuse, through-beam, and liquid level sensors.
- Cylindrical designs in smooth and threaded forms.
- Available in small sizes and durable materials like stainless steel and brass.
- Suitable for extreme temperatures and challenging conditions.
- Features include chemical and heat resistance.
Baumer Square Fiber Optic
Designs: Includes flat, rectangular, and side-view models.
- Dimensions: Available in sizes ranging from 10 mm to 32 mm.
- Materials: Constructed with POM and brass nickel-plated options.
- Temperature Range: Operates within -30 to 70 °C.
Baumer Fiber Optic Cable: Miniature
Types: Through-beam and diffuse reflection models.
- Designs: Includes cylindrical smooth and threaded options for versatile mounting.
- Material: Available in aluminum, brass, and stainless steel housings.
- Dimensions: Sizes range from 1.5 mm to 4 mm diameter.
- Operating Temperature: Suitable for environments from -30°C to 70°C.
Fiber Optic Sensor Baumer: Plastic
Designs: Compact rectangular sensors.
- Functionality: Equipped with pulsed red LEDs, available in NPN or PNP outputs.
- Durability: Housed in robust plastic with IP40 protection.
- Versatility: Offers cable or connector connections, including M8 options.
- Operating Conditions: Function within a -20°C to 55°C temperature range.
Baumer offers a comprehensive range of fiber optic sensors suitable for diverse industrial applications. Their selection includes sensors for precise object detection in tight or inaccessible spaces, featuring options in cylindrical, square, and specialized formats. These sensors are ideal for applications requiring precise positioning and detection, such as in robotic assemblies, automated manufacturing, and process monitoring. They provide reliable performance even under harsh conditions, thanks to their robust build and advanced optical technologies.
Frequently Asked Questions
What is the purpose of a fiber-optic sensor?
The purpose of a fiber-optic sensor is to measure changes in light or detect the presence of objects through optical properties, such as light intensity, phase, or wavelength. These sensors offer high precision, immunity to electromagnetic interference, and can operate in harsh environments, making them ideal for applications in medical, industrial, and telecommunications fields.
What are the advantages of fiber-optic sensors?
Fiber-optic sensors offer several advantages, including:
High Sensitivity: Can detect minute changes in light properties.
Electromagnetic Immunity: Unaffected by electromagnetic interference, suitable for electrically noisy environments.
Wide Temperature Range: Operate effectively across extreme temperatures.
Safety: Non-electric nature makes them safe in explosive environments.
Remote Sensing Capability: Capable of measuring over long distances without loss in signal quality.
Which type of fiber optic cable is best?
The best type of fiber optic cable depends on the application, but single-mode fiber (SMF) is often considered superior for long-distance and high-bandwidth applications due to its ability to carry signals at much greater distances with minimal loss. For shorter distances and less demanding bandwidth needs, multi-mode fiber (MMF) is typically sufficient and more cost-effective. SMF provides higher transmission speeds and greater bandwidth over longer distances compared to MMF.
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