Available in barrel and block styles, the latest additions to the Balluff inductive sensor portfolio deliver Factor 1 capabilities to meet today’s manufacturing needs.

The Factor 1 technology gives customers the ability to reliably detect ferrous and non-ferrous metals from the same distance, unlike typical inductive sensors which have a reduced range for non-ferrous metals. Fiber Optic Distance Sensor

New Balluff Factor 1 inductive sensors ideal for automotive, general factory automation | ASSEMBLY

This makes them ideal for the automotive industry and general factory automation where components are made with a variety of metals from more durable ferrous options like steel to lighter weight metals such as aluminum. Reading both types of metals with a single sensor eliminates the need to change sensors when the material type is changed, which minimizes downtime.

Additionally, the sensors are weld-field immune or magnetic-field resistant, meaning they aren’t affected by the strong electromagnetic fields found in applications like induction hardening and welding systems.

Cylindrical sensors in M8, M12, and M18 sizes

The barrel style sensors are especially well suited for these environments, with brass housings that either have a nickel-free coating or a PTFE coating. Some also offer a PTFE coated sensing face for added protection. This, combined with their extended temperature range — from -40°C to 85°C depending on the sensor, ensures fault-free sensing, even in tough environments. They come in M8, M12 and M18 sizes, designed for flush and non-flush installation with sensing ranges from 1.5 mm to 8 mm.

Cuboid 40 mm x 40 mm sensors

The block style has an innovative plastic housing with operation and function indicator lights that can be seen from almost any angle. Also available in flush and non-flush, they deliver an impressive sensing range of up to 40 mm, with a temperature range from -25°C to 70°C.

Both the barrel and block-style factor 1 sensors offer easy wiring and set up and are quite robust for tough environments.

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