APPLE AUTOMATION AND SENSOR

Mumbai, India gst GST No.27ACRPG0717F1ZQ

  • Baumer Fiber Optic Sensors & Fibers

Baumer Fiber Optic Sensors & Fibers

Baumer Fiber Optic Sensors & Fibers Price & Specifications

Wireless No

Weight Fiber Cables: Approx. 10a 50 g, Amplifier: 100a 200 g

Voltage 10a 30 V DC (Depending on Amplifier Used)

Usage Industrial Automation, Object Detection, Counting, Position Sensing

Signal Type Digital, Analog (model dependent)

Sensor Type Fiber Optic Proximity/Through-Beam/Retroreflective Sensor

Sensitivity Adjustable via amplifier

Response Time 0.05a 1 ms

Resolution Up to 0.01 mm depending on sensor and amplifier

Product Type Fiber Optic Sensors & Fibers

Power Consumption < 1 W (amplifier unit)

Output NPN/PNP Transistor Output, Analog Output (optional variants)

Operating Temperature -25A C to +70A C (depending on fiber/amplifier)

Mounting Type Panel/DIN Rail (amplifier), Screw or Clamp (fiber head)

Measurement Range Up to 2 m (depends on fiber and sensor type)

Material Stainless Steel, Plastic (Fiber Cable)

Interface Connector (M8/M12) or Cable End

Input Light Signal (Transmitted via Fiber Optic Cable)

IP Rating IP67 (for sensing head/fiber), IP40a IP67 (for amplifier depending on model)

Function Detects Presence, Position, or Movement Using Optical Fiber Technology

Features High Flexibility, Resistant to Electromagnetic Interference, Miniature Design

Cable Length Standard 2 m, extendable up to 20 m depending on application

Application Assembly Lines, Packaging, Electronics, Pharmaceuticals, Automation

Accuracy High Accuracy (Typically up to A 0.5 mm depends on model)

About Baumer Fiber Optic Sensors & Fibers Detail

Weare dealer and supplier of Baumer Fiber Optic Sensors & Fibers in India.

Models:

  • FVDK 10
  • FVDK 80
  • FVDK 66
  • FVDK 67
  • FVDK 12
  • FVDK 22
  • FWDK 84
  • FVDK 10N5101
  • FVDK 10N5101/S35A
  • FVDK 10P5101
  • FVDK 10P5101/S35A
  • FVDK 10N81Y0
  • FVDK 10N82Y0
  • FVDK 10N83Y0
  • FVDK 10P81Y0
  • FVDK 10P81Y0/KS35A
  • FVDK 10P82Y0
  • FVDK 10P82Y0/KS35A
  • FVDK 10P83Y0
  • FVDK 10P83Y0/KS35A
  • FVDK 10N66Y0
  • FVDK 10N66Y0/S35A
  • FVDK 10N66YR
  • FVDK 10P66Y0
  • FVDK 10P66Y0/S35A
  • FVDK 10P66YR
  • FVDK 10N66YM
  • FVDK 10N66YS
  • FVDK 10P66YM
  • FVDK 10P66YS
  • FVDK 10N67Y0
  • FVDK 10N67Y0/S35A
  • FVDK 10N67YR
  • FVDK 10P67Y0
  • FVDK 10P67Y0/S35A
  • FVDK 10P67YR
  • FVDK 10N67YM
  • FVDK 10N67YS
  • FVDK 10P67YM
  • FVDK 10P67YS
  • FVDK 10N67Y2
  • FVDK 10P67Y2/S35A
  • FVDK 12N6101/S35A
  • FVDK 12N6401/S35A
  • FVDK 12P6101
  • FVDK 12P6101/S35A
  • FVDK 12P6401
  • FVDK 12P6401/S35A
  • FVDK 12P6501/S35A
  • FVDK 12P6410/S35A
  • FVDK 22P6101
  • FVDK 22P6101/S14C
  • FVDK 22P6401
  • FVDK 22P6401/S14C
  • FVDK 22P6420
  • FVDK 22P6501/S14C
  • FWDK 10U84Y0


Plastic fiber optics
 Reflective types:

  • FUE 200C1003
  • FUE 200C2003
  • FUE 200C1004
  • FUE 200C2004
  • FUE 200D1Y00
  • FUE 200D2Y00
  • FLE 200C1Y00
  • FLE 200D1Y00
  • FUE 200E1Y00

We Supply Baumer Fiber Optic Sensors & Fibers in Mumbai,Delhi, Bangalore, Hyderabad, Ahmedabad, Chennai, Kolkata, Surat, Pune, Jaipur,Lucknow, Kanpur, Nagpur, Indore, Thane, Bhopal, Visakhapatnam, Vadodara,Ghaziabad, Ludhiana, Nashik, Faridabad, Meerut, Rajkot, Vasai Varanasi,Aurangabad, Dhanbad, Amritsar, Navi Mumbai, Coimbatore, Jabalpur, Gwalior,Vijayawada, Jodhpur, Madurai, Raipur, Kota, Guwahati, Chandigarh, Solapur,Hubli and Dharwad, Bareilly, Moradabad, Mysore, Gurugram, Gurgaon, Jalandhar,Tiruchirappalli, Bhubaneswar, Salem, Noida, Jamshedpur, Bhilai Nagar, Warangal,Cuttack, Bhavnagar, Dehradun, Kolhapur, Jamnagar, Ujjain, Sangli Miraj Kupwad,Belgaum, Mangalore, Jalgaon, Vapi, Baroda, GIDC, MIDC, IDC, Ankleshwar, Hugli,Bharuch, Koyali, Anand, Khera, Surendranagar, Valsad, Tiruchirapalli,Madukottai, Mettur, Mysore, Bhagirath Palace, Lohar chawl, M G roard.



Robust Sensing for Industrial Automation

Baumer Fiber Optic Sensors excel in precision object detection, counting, and position sensing, making them indispensable in industrial automation. Their durable construction and adaptable design suit varied environments, from assembly lines to electronics manufacturing. The models cater to complex detection tasks, whether using through-beam, diffuse, or split configurations.


Flexible Installation and Operation

The sensors compact size, multiple mounting options, and adjustable sensitivity ensure seamless integration into new or existing setups. Sensing heads can be secured by screws or clamps, while amplifiers mount on panels or DIN rails, allowing for tailored solutions to meet specific industrial requirements.


Advanced Technology Enhances Performance

Employing cutting-edge red/infrared LEDs with plastic or glass optical fibers, Baumer sensors offer high resolution and accuracy for precise measurements. Their design minimizes electromagnetic interference and supports extended cable lengths, providing reliable performance in challenging automated environments.

FAQs of Baumer Fiber Optic Sensors & Fibers:


Q: How do Baumer Fiber Optic Sensors detect objects or positions?

A: Baumer Fiber Optic Sensors use optical fibers to transmit light from the amplifier to the sensing head, where changes in light intensity indicate the presence, position, or movement of objects. Depending on the model, detection is achieved via through-beam, diffuse, or retroreflective methods.

Q: What types of applications are suitable for these sensors?

A: These sensors are ideal for industrial automation tasks, including assembly lines, packaging, electronics and pharmaceutical production, object detection, counting, and position sensing in environments requiring accurate and high-speed measurements.

Q: When should I choose plastic fiber over glass fiber?

A: Plastic optical fibers are recommended for installations requiring tighter bends (minimum 10 mm radius) and higher flexibility, while glass fibers are preferred for enhanced durability, longer sensing ranges, or higher resistance to harsh environments, with a minimum bending radius of 25 mm.

Q: Where can the amplifiers and sensors be mounted?

A: Amplifiers are designed for panel or DIN rail mounting, accommodating various control setups. Sensor heads can be secured to equipment using screws or clamps, and fiber cables can be extended up to 20 m to suit different machine layouts.

Q: What is the process for adjusting sensitivity in Baumer Fiber Optic Sensors?

A: Sensitivity is easily adjusted using either a manual trimmer or digital pushbutton on the amplifier, depending on the model. This adjustment fine-tunes the sensor to respond optimally to different object sizes, materials, or ambient conditions.

Q: What are the benefits of using Baumer Fiber Optic Technology in automation?

A: Benefits include high accuracy (up to 0.5 mm), fast response (as low as 0.05 ms), resistance to electromagnetic interference, miniature design for tight spaces, and robust operation in challenging temperatures and humidities, improving reliability and efficiency in automated processes.

Q: Are Baumer Fiber Optic Sensors protected against short circuits and polarity errors?

A: Yes, these sensors incorporate protection circuits against reverse polarity and short circuits, ensuring safe, reliable operation and minimizing risk of damage to equipment or wiring.