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Baumer Fiber Optic Sensors and Fibers

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MOQ : 1 Unit

Baumer Fiber Optic Sensors and Fibers Specification

Material
Plastic

Resistance
IP67 environmental resistance

Voltage
10 to 30 Volt (v)

Product Type
Sensors and Fibers

Output
Switching signal, PNP/NPN

Theory
Optical sensor with fiber optic transmission

Type
Fiber Optic Sensor and Fiber Cable

Accuracy
High accuracy optical sensing

Operating Voltage
10 to 30 V DC

Output Voltage
10 to 30 V DC

Compensated Temperature
-25C to +65C

Storage Temperature
-40C to +70C

Operating Temperature
-20 to 80 Celsius (oC)

Sensing Distance
Up to 2000 mm depending on fiber and amplifier

Material
Plastic or stainless steel fiber housing options

Response Time
<0.5 ms

Fiber Type
Through-beam and diffuse types available

Connection
M8/M12 connector or cable

Light Source
Red LED/Infrared LED

Protection Class
IP67, dust and water-resistant

Mounting
DIN rail or screw-mounting

Adjustment
Teach-in or potentiometer sensitivity adjustment

Baumer Fiber Optic Sensors and Fibers Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID), Cash Advance (CA)

Supply Ability
100 Units Per Week

Delivery Time
1 Week

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Main Domestic Market
All India

About Baumer Fiber Optic Sensors and Fibers

Fiber optic sensors and fibers Always close to the action

Fiber optics are the ideal solution when detecting tiny objects in cramped or inaccessible places (e.g., robotics).

Advantages:

Small, light sensors
Easy installation and initial startup
Extremely robust, heat- and chemically-resistant sensors
Long range - up to 4 meters
Reliable detection of transparent media
Short response times for the fastest processes
Usable in high-flex locations, such as drag chains

Model

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

Outstanding Precision and Versatility

With sensing distances of up to 2000 mm, Baumer Fiber Optic Sensors are engineered for both fine and long-range detection applications. Their adaptable design-using either red or infrared LEDs-ensures users can select the ideal sensor for their target object and environment. The sensors' plastic construction and IP67-rated protection guarantee reliable performance even in demanding industrial settings, making them equally suitable for manufacturers, distributors, and service providers.

Easy Integration and Configuration

These sensors simplify installation with both DIN rail and screw-mount options. Choose from M8/M12 connector or cable connections based on your preference or equipment compatibility. Sensitivity can be quickly adjusted using either the intuitive teach-in function or a potentiometer. This flexibility allows seamless integration into new or existing automation systems, saving valuable time and resources during setup and commissioning.

FAQ's of Baumer Fiber Optic Sensors and Fibers:

Q: How do Baumer Fiber Optic Sensors achieve high accuracy in object detection?

A: Baumer Fiber Optic Sensors employ advanced optical sensor technology with fiber optic transmission, allowing precise detection even at distances up to 2000 mm. The combination of high-quality fibers, teach-in or potentiometer sensitivity adjustments, and selectable red or infrared LED light sources ensures reliable performance and accurate switching, suited for varied industrial scenarios.

Q: What are the main benefits of using Baumer Fiber Optic Sensors and Fibers in industrial environments?

A: These sensors provide rapid response times (<0.5 ms), high accuracy, IP67 dust and water protection, and versatile mounting and connection options, making them ideal for dynamic and harsh industrial operations. They are suitable for use by manufacturers, suppliers, service providers, and other industry stakeholders across India.

Q: When should I use a through-beam fiber optic system versus a diffuse type?

A: Use a through-beam system when you need to detect objects with maximum sensing distance and resistance to environmental interferences. Opt for a diffuse type when installing space is limited, or when direct detection of objects without a separate receiver is preferred. Selection depends on the size, color, and reflectivity of the target object, as well as the application environment.

Q: Where can these sensors be mounted and what connection methods are available?

A: Baumer Fiber Optic Sensors can be mounted using either DIN rail or screw-mount options, accommodating diverse installation needs. They support connection via M8/M12 connectors or pre-wired cables, allowing compatibility with most industrial control panels and machinery.

Q: What is the operational temperature range for these sensors, and how does it impact performance?

A: The sensors operate reliably from -20C to 80C, making them suitable for environments with wide temperature fluctuations. They also maintain their accuracy within a compensated temperature range of -25C to 65C, ensuring consistent sensing results in varying industrial conditions.

Q: How can I adjust the sensitivity of Baumer Fiber Optic Sensors?

A: Sensitivity adjustments can be made using either a teach-in function, which automatically sets optimal sensing thresholds based on the application, or via a potentiometer for manual fine-tuning, providing flexibility for precise setups in varied detection tasks.

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