Autonics Fiber Optic Sensor: Cable & Amplifiers
IndMALL Automation proudly presents the Autonics Fiber Optic Sensor range, Our range includes the BFC, BF5, BFX, and BF3 series, each designed to fit perfectly into your industrial setup. These sensors are not just compact; they’re powerful tools for detecting even the smallest objects with incredible accuracy.
Whether you’re dealing with fast-moving objects or need reliable readings in challenging conditions, our sensors are up to the task. Easy to install and use, they’re a smart choice for anyone looking to enhance their automation processes. Trust IndMALL to bring you the best in fiber optic sensor technology.
Autonics Fiber Optic Sensor: BFC Series
- Size: Slim design, 10 mm depth (W 10 × H 30 × L 70 mm).
- Compatibility: Connects up to 32 amplifiers (BF5 series).
- Indicators: TX (red), RX (green), LED display screen.
- Power Supply: 12-24 VDC ±10%.
- Output: NPN/PNP solid-state input models.
- Protection: IP40 rating.
- Connection: Connector cable, Ø 4 mm, 4-wire, 2 m.
Fiber Optic Sensor Autonics: BF5 Series
- Display: Dual-display for incident light level and setting value (BF5-D).
- Resolution: High resolution of 1/10,000 for minute object detection.
- Light Sources: Red, green, blue LEDs with modulated wavelengths.
- Size: Slim design, 10 mm depth (W 10 × H 30 × L 70 mm).
- Power Supply: 12-24 VDC ±10%.
- Output: NPN/PNP open collector output.
- Connection: Connector cable, Ø 4 mm, 3-wire, 2 m.
Autonics BFX Series
- Display: Dual-display, 7-segment LCD, 4-digit.
- Resolution: High, 1/10,000 for minute object detection.
- Response Time: Multiple modes (50 µs to 10 ms).
- Light Source: Red LED, modulated.
- Power Supply: 12-24 VDC ±10%.
- Protection: Reverse power, overcurrent, surge; IP40 rating.
- Connection: Connector cable, Ø 4 mm, 4-wire, 2 m.
Autonics BF3 Series
- Mounting: Convenient DIN rail type.
- Response Time: Max. 1 ms.
- Operation Mode: Selectable Light ON / Dark ON.
- Power Supply: 12-24 VDC ±10%.
- Output: NPN/PNP open collector.
- Load Voltage: ≤ 30 VDC.
- Light Source: Red LED, 660 nm modulated.
- Size: Compact, with adjustable length fiber optic unit.
Check out our Autonics Fiber Optic Sensors at IndMALL. These sensors are really good at noticing even the smallest things. Autonics Optic Sensors great for lots of tasks.
Also, we have Sensor Amplifiers that make these sensors even better. Plus, our Fiber Optic Transducers are super reliable for all kinds of work. So, if you need a smart and strong sensor, IndMALL Automation has got you covered with the best choices
Product List:
Model No |
Image |
Type |
Display method |
Light source |
Control output |
Operation mode |
|---|---|---|---|---|---|---|
| BFX-D1-N |  |
Dual display | 4-digit 7-segment LCD | Red LED(660nm) | NPN open collector | Light ON/Dark ON |
| BF5R-S1-N |  |
Single display | 4-digit 7-segment LED | Red LED(660nm) | NPN open collector | Light ON/Dark ON |
| BF5R-D1-N |  |
Dual display | 4-digit 7-segment LED | Red LED(660nm) | NPN open collector | Light ON/Dark ON |
| BF3RX | 
|
Built-in twin volume type | – | Red LED(660nm) | NPN open collector | Light ON/Dark ON |
| BF5R-S1-P |  |
Single display | 4-digit 7-segment LED | Red LED(660nm) | PNP open collector | Light ON/Dark ON |
Our Dealing Fiber Optic Sensor Brands
Frequently Asked Questions
What is fiber optic sensor?
Fiber Optic Sensor:
A fiber optic sensor is a device that uses light to detect changes in its environment. It uses thin, flexible fibers called optical fibers. These fibers can sense things like temperature, pressure, and strain.
How It Works:
Light travels through the optical fiber. When the environment changes, the light changes too. The sensor reads these light changes to detect what’s happening around it.
Why It’s Used:
These sensors are special because they’re small and don’t need electricity. They can work in tough conditions, like high temperatures or areas with a lot of noise.
Common Uses:
People use fiber optic sensors in many areas. Some examples are healthcare, oil drilling, and building safety. They help monitor and keep things running smoothly.
What is the principle of fiber optic sensor?
Principle of Fiber Optic Sensor:
A fiber optic sensor works on light. It sends light through thin fibers and watches for changes. These changes tell us about the sensor’s surroundings.
How Light Changes:
When the environment around the fiber changes, the light inside it changes too. It might bend, bounce, or lose intensity. The sensor sees these light changes.
Reading the Changes:
The sensor measures how the light has changed. From this, it can tell things like temperature, pressure, or movement. This information is then used in different ways.
What are fiber optic sensors used for?
Uses of Fiber Optic Sensors:
Fiber optic sensors are like special eyes. They can see changes in their environment using light. These changes can tell us many things.
Healthcare:
Doctors use these sensors to look inside the body. They can help find problems or guide surgeries.
Oil and Gas:
In oil wells, these sensors check temperature and pressure. They ensure everything is safe and working right.
Building Safety:
In buildings and bridges, they watch for cracks or movement. This helps keep structures safe and strong.
Other Uses:
They’re also used in airplanes, cars, and factories. They help make sure everything runs smoothly and safely.
If you require further details regarding our Autonics Fiber Optic Sensor, we invite you to get in touch with us at IndMALL.