BAE0123, BALLUFF, fibre optic amplifier, amplifier for optical sensor heads, BAE SA-OH-063-PP-S75G

BAE0123, BALLUFF, fibre optic amplifier

BAE0123 is a fibre optic amplifier made by BALLUFF. This type evaluates the optical signal from a compatible optical fibre and converts it into an electrical output for the control system.

Typical applications

Model BAE0123 is designed for precise detection of small parts and applications with limited mounting space, where the sensing head is separated from the electronics. When designing the application, it is advisable to verify the actual working distance, target properties, mounting space and ambient conditions.

Technical specifications

Wiring and integration into the control system

Model BAE0123 wire according to the technical data of this specific variant. The amplifier also requires a correctly selected and connected compatible optical fibre.

Application example – detecting a small part with an optical fibre

The optical fibre is routed to the detection point and its other end is connected to the amplifier. The amplifier electronics evaluate the change in the optical signal and provide a switching output for the PLC or another control system.

Why choose this variant

Model BAE0123 is a specific variant of the type fibre optic amplifier. When choosing, it is important to compare its exact design with the mechanical, optical and electrical requirements of the application.

Frequently asked questions

What is BAE0123?

BAE0123 is a fibre optic amplifier made by BALLUFF. In practice it evaluates the optical signal from a compatible optical fibre and converts it into an electrical output for the control system.

What to check when choosing BAE0123?

Check the exact order code, sensing principle, mechanical design and, depending on the product type, also range, supply, output and connection.

How to integrate BAE0123 into a machine?

First verify the supply range, output type and logic, connection method and mechanical alignment. For optical sensors, correct aiming of the optics and sufficient operating reserve under real application conditions are also important.