Hall Sensor Selection Guide for Automotive Applications 2025

Off-Axis Type Angle Magnet HAL 83xP HAC 830 <70° D=15, H=6, Z=2.5 NL< ± 1% RT HAL/R 24xy <180° D=15, H=6, Z=2.5 NL< ± 0.15% RT HAL/R 3550 360° D=15, H=6, Z=2.5, NL< ± 0.1% RT SFI HAL/R/C 37x6/ 37x7 360° D=15, H=6, Z=2.5 NL< ± 0.15% RT HAL/R/C 39xy 360° D=15, H=6, Z=2.5, NL< ± 0.1% RT SFI Parallel Type 12 mm Distance 20 mm Distance 40 mm Distance HAL 83xP HAC 830 D=8, L=26, Z=4 NL< ± 1% RT D=8, L=43, Z=4 NL< ± 1% RT D=8, L=86, Z=4 NL< ± 1% RT HAL/HAR 24xy D=4, L=6, Z=4 NL< ± 0.15% RT D=4, L=12, Z=4 NL< ± 0.2% RT D=4, L=16, Z=4 NL< ± 0.4% RT HAL/R 3550 D = 6, L = 3, Z = 4 NL< ± 0.1% RT SFI D=10, L=4, Z=4 NL < ± 0.2%RT SFI D=25, L=3, Z=4 NL < ± 0.4%RT SFI HAL/R/C 37x6 / 37x7 D=4, L=6, Z=4 NL< ± 0.15% RT D=4, L=12, Z=4 NL< ± 0.15% RT D=8, L=16, Z=4 NL< ± 0.15% RT HAL/R/C 39xy D = 6, L = 3, Z = 4 NL< ± 0.1% RT SFI D=10, L=4, Z=4 NL < ± 0.1%RT SFI D=25, L=3, Z=6 NL < ± 0.15%RT SFI Magnets SmCo, NeFeB, AlNiCo – Br = 900…1300 mT 3. Selection of Magnet End of Shaft Type Direct Angle 360° HAL/R 3550 1) D=10, H=2.5, Z=4 NL < ± 0.25% RT D1=18 , D2 = 14, H1 = 1.5, H2 = 2, Z = 2, NL < ± 0.1% RT HAL/R/C 37x5 HAL/R/C 39xy 1) D1 H1 H2 D2 Z D L Z Orthogonal HAL 83xP HAC 830 D=31, H=6, Z=4 NL< ± 1% RT D=52, H=6, Z=4 NL< ± 1% RT D=103, H=6, Z=4 NL< ± 1% RT HAL/R 24xy D=6, H=3, Z=4 NL< ± 0.15% RT D=10, H=6, Z=4 NL< ± 0.2% RT D=25, H=6, Z=4 NL< ± 0.3% RT HAL/R 3550 D=6, H=3, Z=4 NL < ± 0.15% RT SFI D=10, H=4, Z=4 NL < ± 0.2%RT SFI D= 25, H= 6, Z=6 NL < ± 0.6%RT SFI HAL/R/C 37x6/ 37x7 D=6, H=3, Z=4 NL< ± 0.2% RT D=10, H=4, Z=4 NL< ± 0.2% RT D=25, H=6, Z=4 NL< ± 0.2% RT HAL/R/C 39xy D=6, H=3, Z=4 NL < ± 0.1% RT SFI D=10, H=4, Z=4 NL < ± 0.15%RT SFI D= 25, H= 6, Z=4 NL < ± 0.4%RT SFI H D Z List of abbreviations: D: Diameter L: Length H: Height Z: Distance between mag- net and the Hallsensor NL: Non-Linearity RT: Room Temperature Dimensions D, L, H, Z, are given in mm. SFI = Stray-Field Immunity 1) SFI = Stray-Field Immunity