Leuze Fiber Optic Sensors

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MOQ : 1 Piece

Leuze Fiber Optic Sensors Specification

Color
Black And Red

Voltage
10 to 30 V Volt (v)

Usage
industrial automation

Material
Polyacetal, Polycarbonate

Product Type
Optic Sensors

Leuze Fiber Optic Sensors Trade Information

Minimum Order Quantity
1 Piece

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

Supply Ability
100 Pieces 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 Leuze Fiber Optic Sensors

How to Bend Light Around a Corner

With the use of fiber optics and appropriate amplifiers, the area of application of optoelectronic sensors is considerably expanded. The flexible fiber optics with various head shapes can be integrated in nearly any system design. The detection range is dependent on the fiber optics and amplifiers used.

Amplifiers

LV461.1/P2-150-M8
LV461.1/P2
LV462.4/4X-150-M8
LV462.4/4
LV462.4/2X-150-M8
LV462.4/2
LV463.7/4T-M8
LV463B.7/4T-M8
LV463.7/4T-150-M12
LV463B.7/4T-150-M12
LV463.7/4T-150-M8
LV463.7/4-150-M8.3
LV463.7/4T
LV463B.7/4T
LV463.7/2T-M8
LV463B.7/2T-M8
LV463.7/2T-150-M12
LV463B.7/2T-150-M12
LV463.7/2T-150-M8
LV463.7/2-150-M8.3
LV463.7/2T
LV463B.7/2T
LV463.7/L4-M8
LV463.7/L4-150-M12
LV463.7/L4-150-M8
LV463.7/L4

Accessories: Amplifiers

KD U-M12-4W-V1-050
KD U-M12-4A-V1-020
KD U-M12-4A-V1-050
KD U-M8-3W-P1-050
KD U-M8-4W-V1-020
KD U-M8-4W-V1-050
KD U-M8-3A-P1-050
KD U-M8-4A-V1-020
KD U-M8-4A-V1-050
KD U-M8-3A-P1-050
KD U-M8-4A-V1-020
KD U-M8-4A-V1-050

Plastic fiber optics

KF-L-320-D-T14L
KF-LD-210-32
KF-LE-220
KF-LH-320-D
KF-LP-FU92-520-Q
KF-LP-FU96-520-Q
KF-LY-77TZ-20
KFX-L-320
KFX-L-320-Q
KFX-L-420
KFX-LA-220
KFX-LD-120
KFX-LD-320
KFX-LD-320-Q
KFX-LD-420
KFX-LH-320
KFX-LH-420
KFX-LY-320
KFX-LY-420
KF-LC32-12
KF-LH-305-D
KF-ETE-220
KFX-ET-620
KFX-ETA-320
KFX-ETA-420
KFX-ETC-320
KFX-ETC-320-Q
KFX-ETC-420
KFX-ETC-620
KFX-ETC7-120
KFX-ETD-320
KFX-ETD-320-Q
KFX-ETD-420
KFX-ETH-620
KFX-ETY-67TZ-20
KFX-ET-605
KF-L-10MLD-20
KF-L-15MLD-10
KF-L-30ML-20
KF-L-50ML-20
KF-LW-FU53-20
KF-LW-FU57-20
KF-LY-U09-20
KFX-L-20ML-20
KF-L-10ML-10
KF-ET-10ML-20
KF-ET-20MLS-20
KF-ET-30ML-20
KF-ET-50ML-20
KF-ETB-38V-20
KF-ETH-38H-20
KF-ETW-FU47-20
KF-ETW-K10-20
KF-ETY-20MLSD-20
KFX-ET-20ML-20
KF-ET-15MLD-20

Glass fiber optics

GF-LB-BR-450-IQ
GF-LB-SI-450-IQ
GF-LB-SS-450-IQ
GF-LB-BR-430-IQ
GF-LB-BR-630-SD
GF-LB-SI-430-IQ
GF-LB-SI-630-SD
GF-LB-SS-430-IQ
GF-LB-SS-630-SD
GF-LB-SS-830-SM
GF-LB-BR-410-IQ
GF-LB-BR-610-SD
GF-LB-BR-610-SU
GF-LB-BR-810-SF
GF-LB-SI-410-IQ
GF-LB-SI-610-SD
GF-LB-SI-610-SU
GF-LB-SI-810-SF
GF-LB-SS-410-IQ
GF-LB-SS-610-SD
GF-LB-SS-610-SU
GF-LB-SS-810-SF
GF-LB-BR-405-IQ
GF-LB-SI-405-IQ
GF-LB-SS-405-IQ
GF-ETG-BR-650-IQ
GF-ETG-SI-650-IQ
GF-ETG-SS-650-I
GF-ETG-BR-630-IQ
GF-ETG-SI-630-IQ
GF-ETG-SS-630-IQ
GF-ETG-BR-310-IQ
GF-ETG-BR-610-IQ
GF-ETG-BR-710-SU
GF-ETG-SI-310-IQ
GF-ETG-SI-610-IQ
GF-ETG-SI-710-SU
GF-ETG-SS-310-IQ
GF-ETG-SS-610-IQ
GF-ETG-SS-710-SU
GF-ETG-BR-305-IQ
GF-ETG-BR-605-IQ
GF-ETG-SI-305-IQ
GF-ETG-SI-605-IQ
GF-ETG-SS-305-IQ
GF-ETG-SS-605-IQ
GF-ETM-BR-402-IM

Advanced Material Construction

Leuze Fiber Optic Sensors are crafted using polyacetal and polycarbonate, delivering a combination that enhances mechanical strength and longevity. These materials also offer robust resistance to chemicals and abrasion, making them ideal even for demanding industrial conditions. With such sturdy construction, you can expect prolonged sensor lifespan and reduced maintenance requirements.

Designed for Industrial Automation

Engineered specifically for industrial automation, Leuze Fiber Optic Sensors ensure precise detection of objects, even in challenging or confined spaces. Their compact and visible black and red housing allows for seamless integration and easy monitoring on the production floor. These sensors significantly contribute to streamlined workflows and improved productivity.

FAQ's of Leuze Fiber Optic Sensors:

Q: How are Leuze Fiber Optic Sensors typically installed in industrial automation systems?

A: Leuze Fiber Optic Sensors are designed for straightforward installation. They are usually mounted near targeted detection points and connected to your automation system's control unit, operating efficiently within a 10 to 30 V voltage range. The compact and clearly colored housing also helps in aligning them accurately into existing setups.

Q: What materials are used in Leuze Fiber Optic Sensors and why are they important?

A: These sensors are made from polyacetal and polycarbonate, materials known for their exceptional durability and chemical resistance. This ensures the sensors can withstand tough industrial environments, perform consistently, and require less frequent replacement.

Q: When should I consider using Leuze Fiber Optic Sensors over other detection technologies?

A: Leuze Fiber Optic Sensors are particularly beneficial when space is limited, high precision is necessary, or environmental conditions are challenging. If your application demands reliable detection in confined or difficult-to-access spaces, these sensors are an ideal choice.

Q: Where can Leuze Fiber Optic Sensors be sourced in India?

A: These sensors are widely available across India through authorized dealers, distributors, wholesalers, and other supply channels such as exporters, importers, and manufacturers. Both local retailers and service providers can assist with product selection and after-sales support.

Q: What is the process for integrating Leuze Fiber Optic Sensors into a manufacturing line?

A: Integration involves mounting the sensor at the desired detection location, connecting it to the power supply (10-30 V), and configuring it with the automation system. Most sensors come with step-by-step setup guides for seamless integration and optimal performance.

Q: How can industries benefit from deploying Leuze Fiber Optic Sensors?

A: Deploying these sensors enhances both operational efficiency and safety by providing accurate detection and swift response in automation systems. Over time, this leads to fewer errors, minimized downtime, and increased productivity within industrial processes.

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