Actuators Gaussmeters Motors Position sensors Power conversion Power generation Gaussmeter probes 5000 series H = Heavy Duty S = Standard PR0BETYPE A = Axial T = Transverse ELECTRICAL PERFORMANCE D = 0.5% / 30kG IX H = 1.0%/20kG IX V = 2 0% / 20kG IX GAUSSMETER MODEL 56 = 5060 57 = 5070 5fi = 5080 OUTSIDE DIA THICKNESS OUTSIDE DIA SC THICKNESS 060 PROBE STEM LENGTH OECO 4607 SE International Way Milwaukie, OR 97222 USA Tel: +1 (503) 6595999 www.meggitt.com www.fwbell.com www.oeco.com The fifth generation gaussmeter probes are designed to meet the electrical and mechanical requirements of virtually any application. Models are available for transverse (lines of flux moving perpendicular through the probe tip) and axial (magnetic lines of flux moving through the length of the probe) measurements. The probe style is generally dependent on the measurement environment. The standard (fiberglass stem) style is recommended for laboratory or light handling environments. The heavy duty (aluminium stem) style is recommended for heavy handling or unknown environments. Custom probes are available upon request. Each probe model is designated with an alphanumeric model number. The chart above shows the significance of each letter and numeral. The probes are assembled and calibrated at the factory to match the input characteristic of each gaussmeter. MEGGiTT smart engineering for extreme environments Meggitt Sensing Systems Our product competencies and services: Avionics displays | Inertial sensors | Ignition systems | Performance Sensing | Power & Motion | Sensing & Monitoring

Actuators Gaussmeters Motors Position sensors Power conversion Power generation Gaussmeter probes 5000 series Axial specifications B C Stem material Corrected linearity Sensitivity Active area Operating temperature range Temperature stability - zero Temperature stability - calibrate Frequency response 1X 0.015” DIA nominal 0° C to 75° C ±0.300 Gauss / ° C -0.05 % / ° C DC to 20 kHz DC to 10 kHz Transverse specificationsSTD58-1902 STD58-1904 STH57-1902 STH57-1904 A ± .063’’ B C Stem material Corrected linearity Sensitivity Active area Operating temperature range Temperature stability...