The PIHER SENSORS AND CONTROLS S.S.A Rotary Through-Shaft Miniature Hall-Effect Position Sensor provides a true breakthrough in contactless sensor technology by combining a through-shaft design with 360º absolute position feedback in an ultra miniature size. The result is the smallest fully featured rotary sensor on the market with reliability up to 50 million cycles. Durable and robust design<BR/>360 degree absolute position feedback<BR/>Contactless operation

The PIHER SENSORS AND CONTROLS S.S.A Hall-Effect Gear Tooth Speed and Direction Sensor are designed to precisely calculate speed and direction of ferrous gears in demanding environments such as vehicle transmissions. The hall-effect sensor measures the variation in flux found in the airgap between the magnet and the passing teeth. Speed and direction feedback<BR/>Resistant to moist and high vibration environments<BR/>ESD protection<BR/>Easily customizeable cable or connector interface<BR/>Fast and near zero speed sensing capable

The PIHER SENSORS AND CONTROLS S.S.A Hall-Effect Gear Tooth Speed and Direction Sensor are designed to precisely calculate speed and direction of ferrous gears in demanding environments such as vehicle transmissions. The hall-effect sensor measures the variation in flux found in the airgap between the magnet and the passing teeth. Speed and direction feedback<BR/>Resistant to moist and high vibration environments<BR/>ESD protection<BR/>Easily customizeable cable or connector interface<BR/>Fast and near zero speed sensing capable

The PIHER SENSORS AND CONTROLS S.S.A Rotary End-of-Shaft Hall-Effect Position Sensor is a cost-effective non-contacting rotary position sensor that provides high performance in harsh environments such as transportation, industrial and medical applications. This compact sensor of Piher Sensing Systems is truly non-contacting with a permanent magnet that is securely fastened to the shaft and acts as the only moving component in the sensor. Contacless operation<BR/>Durable and robust design<BR/>Made for harsh environments

The PIHER SENSORS AND CONTROLS S.S.A Rotary End-of-Shaft Inductive eMotor Rotor Position Sensor is essential to optimize control of the motor inverter and drive the electric engine with the best possible efficiency. With lower weight, smaller dimensions, immunity to stray fields and comparably lower cost, Inductive eMotor Rotor Position Sensors offer a true alternative to conventional resolvers. The possibility to perfectly customize the sensor to the motor dimensions enables more flexibility in the development of the electric / hybrid powertrain of the future. No additional electronics needed<BR/>Made for harsh environments<BR/>Low weight and compact dimensions<BR/>True touchless operation

The PIHER SENSORS AND CONTROLS S.S.A Rotary End-of-Shaft Inductive eMotor Rotor Position Sensor is essential to optimize control of the motor inverter and drive the electric engine with the best possible efficiency. With lower weight, smaller dimensions, immunity to stray fields and comparably lower cost, Inductive eMotor Rotor Position Sensors offer a true alternative to conventional resolvers. The possibility to perfectly customize the sensor to the motor dimensions enables more flexibility in the development of the electric / hybrid powertrain of the future. No additional electronics needed<BR/>Made for harsh environments<BR/>Low weight and compact dimensions<BR/>True touchless operation

The PIHER SENSORS AND CONTROLS S.S.A Rotary End-of-Shaft Hall-Effect Position Sensor is a cost-effective non-contacting rotary position sensor that provides high performance in harsh environments such as transportation, industrial and medical applications. This compact sensor of Piher Sensing Systems is truly non-contacting with a permanent magnet that is securely fastened to the shaft and acts as the only moving component in the sensor. Contacless operation<BR/>Durable and robust design<BR/>Made for harsh environments

The PIHER SENSORS AND CONTROLS S.S.A Rotary Through-Shaft Miniature Hall-Effect Position Sensor provides a true breakthrough in contactless sensor technology by combining a through-shaft design with 360º absolute position feedback in an ultra miniature size. The result is the smallest fully featured rotary sensor on the market with reliability up to 50 million cycles. Durable and robust design<BR/>360 degree absolute position feedback<BR/>Contactless operation

The PIHER SENSORS AND CONTROLS S.S.A Rotary End-of-Shaft Inductive eMotor Rotor Position Sensor is essential to optimize control of the motor inverter and drive the electric engine with the best possible efficiency. With lower weight, smaller dimensions, immunity to stray fields and comparably lower cost, Inductive eMotor Rotor Position Sensors offer a true alternative to conventional resolvers. The possibility to perfectly customize the sensor to the motor dimensions enables more flexibility in the development of the electric / hybrid powertrain of the future. No additional electronics needed<BR/>Made for harsh environments<BR/>Low weight and compact dimensions<BR/>True touchless operation

The PIHER SENSORS AND CONTROLS S.S.A 16mm panel mount potentiometer is a single-turn panel control potentiometer using a carbon resistive element with plastic housing and incorporated shaft. A wide variety of configurable options, such as single or tandem Single and tandem models<BR/>Linear, log and antilog tapers<BR/>Solder lugs of PCB pins<BR/>Bushless and shaftless models<BR/>Stereo matching<BR/>Switch option

The PIHER SENSORS AND CONTROLS S.S.A Hall-Effect Through-Shaft Rotary Position Sensor combines a through-shaft design with accurate absolute position feedback and a true non-contacting sensing element that does not rely on gears or other rotating parts. This innovative and unique patented design complements the attributes of the target application and maintains the mechanical integrity of the application by design. Contactless operation<BR/>Durable and robust design<BR/>Made for harsh environment

The PIHER SENSORS AND CONTROLS S.S.A Hall-Effect Through-Shaft Rotary Position Sensor combines a through-shaft design with accurate absolute position feedback and a true non-contacting sensing element that does not rely on gears or other rotating parts. This innovative and unique patented design complements the attributes of the target application and maintains the mechanical integrity of the application by design. Contactless operation<BR/>Durable and robust design<BR/>Made for harsh environment