1 to 2 galvanically isolated measuring channels Standstill or rotational direction detection FAH52 1-/2-channel speed sensor with stainless steel flange housing, Hall Typical applications: Rail Technology (Light & Heavy Rail) and Special Machinery (Mining) Frequency measurement with ferromagnetic scan objects using the Hall-effect principle Lifecycle-cost optimised: Wear- and maintenance-free due to non-contact scanning, high durability due to robust design Robust design for risk-free installation and extreme environmental conditions Well-suited for safety applications, e.g., fire protection

Up to four galvanically isolated measuring channels With voltage or current output signal FAHU52 3-/4-channel speed sensor with stainless steel flange housing, Hall Typical applications: Rail Technology (Light & Heavy Rail) and Special Machinery (Mining) Frequency measurement with ferromagnetic scan objects using the Hall-effect principle Lifecycle-cost optimised: Wear- and maintenance-free due to non-contact scanning, high durability due to robust design Robust design for risk-free installation and extreme environmental conditions Well-suited for safety applications, e.g., fire protection

Frequency multiplier of toothed wheel scanning up to a factor of 4 Frequency multiplier with pole wheel >x4 FAM52 2-channel speed sensor with stainless steel flange housing, magneto-resistive Typical application: Rail Technology (Light & Heavy Rail) Output signals with a particularly high resolution: up to 4x frequency multiplication possible with gear wheels up to 8x frequency multiplication possible with pole wheels When used with a magnetic pole wheel, very accurate measurement results are achieved; quotients can also be used as multipliers Two square wave signals, phase-shifted by 90°, optionally

Available in different sensor tube lengths optionally with increased insulation resistance > 2kVAC TA17 Temperature sensor with flange housing, 45° cable outlet, Pt100, Pt1000 Compact, robust and enclosed design Ideal for transport technology, thanks to their design and type testing as per DIN EN 50155 Simple assembly via flange design Available in various immersion depths Simple customised cable assembly, optionally with increased insulation voltage > 2 kV AC Available as 2-wire, 3-wire or 4-wire type Maintenance-free Reduced-weight design; also available with 45° cable outlet or straight cable outlet

Reduced-weight, close-fitting design Can be installed in narrow installation situations TA14 Temperature sensor with flange housing, 90° cable outlet, Pt100, Pt1000 Compact, robust and enclosed design Ideal for transport technology, thanks to their construction and type test as per DIN EN 50155 Simple assembly via flange design Available in various immersion depths Simple customised cable assembly, optionally with increased insulation voltage > 2 kV AC Available as 2-wire, 3-wire or 4-wire type Maintenance-free Reduced-weight design; also available with 45° cable outlet or straight cable outlet

Design optimised for use in rail vehicles Particularly good price-performance ratio FAH5 1-/2-channel speed sensor with aluminium flange housing, Hall Particularly good price-performance ratio Robust design for risk-free installation and extreme environmental conditions Lifecycle-cost optimised: Wear- and maintenance-free due to non-contact scanning, high durability due to robust design Straight or lateral conductor outlet, available with conductor protection system Description Technical Data Downloads Ordering Information Speed sensors of type FAH5 are non-contacting 1 or 2-channel hall-effect

Lightweight construction thanks to aluminium housing All output signals from the speed portfolio can be used FAH53 1-/2-channel speed sensor with stainless steel block housing, Hall Description Technical Data Downloads Ordering Information Speed sensors of type FAHZ53 are non-contacting 2-channel speed encoders with a stainless-steel flange and sensor tube. They measure frequency in accordance with the Hall-effect principle. These speed sensors are suitable for scanning ferromagnetic materials, e.g., toothed wheels with various tooth shapes, screw heads, drill holes, apertures, grooves or pulse