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Laser Fiber Optic Sensor with Amplifier, NPN

$219.63
Laser fiber amplifier and probe perfect combination, support multi-function NPN output (normally open / normally closed can be switched), this reflective fiber optic sensor and fiber amplifier supporting the use of fast response time of 1ms, switching frequency of up to 1kHz, to ensure fast and stable signal transmission.
SKU: ATO-FIBER-LFM
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Delivery date: 6-12 days

High-efficiency reflective fiber optic sensor with laser fiber sensor and amplifier kit, combining excellent performance and reliable design, suitable for a variety of precision inspection applications. Built-in overload protection and <1.5V low dropout design ensure safe and stable operation.

Specification

Model ATO-LV-WA1+LV200
Output Method NPN (normally open and normally closed switchable)
Working Voltage 12-24VDC
No Load Current <20mA
Maximum Load Current 100mA
Voltage Drop <1.5V
Switching Frequency 1kHz
Response Time 1ms
Switching Fluctuation <10%(Sr)
Repeatability <5%(Sr)
Protection Class IP65
Operating Ambient Temperature -10°C~+55°C
Short Circuit Protection Support
Overload Current Protection 220mA
Standard Cable Length 2m
Shell Material PBT
Certificates CE
Dimension 75*28*10.5mm (Amplifier) + 25*22*10mm (Laser Probe)
Net Weight 87g approx.


Dimensional Drawing (unit: mm)

Laser fiber optic amplifier size

Details

Laser fiber optic amplifier detail

Wiring Drawing

Laser fiber optic amplifier wiring drawing

Applications

High temperature fiber optic sensor application

Tips: What is a fiber optic amplifier?

Fiber optic amplifier is a device that uses fiber optic media to amplify optical signals and is commonly used in the field of optical communications and lasers. The basic principle is to optically gain the input optical signal by doping the optical fiber with rare earth elements (such as erbium, thulium or ytterbium) under the excitation of pump laser. Fiber amplifiers do not need to convert optical signals into electrical signals, and directly amplify optical signals, thereby reducing signal loss and improving transmission efficiency.

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