These High Performance Magnetic-Hall Contactless Rotary Position Sensors are designed with aluminium housings and are available with the choice of mounting options. The operating shafts are guided between two stainless steel low-friction ball-race bearings for maximum reliability. Designed with true solid-state ‘Hall-voltage/Magnetic-field‘ measurement technology, which provides improved linearisation over the measurement range and overall sensor accuracy. The sensors are a versatile position measurement solution for both industrial and automotive systems that experience severe vibration and shock, or suffer fluid and debris contamination.
MHR0500 Single Output High Performance Magnetic-Hall Contactless Rotary Position Sensors are specified for applications where minimal size and weight are design requirements and are available with a choice of mounting and shaft attachment options.
The MHR0900 High Performance Magnetic-Hall Contactless Rotary Position Sensor is designed with a Ø0.9″ synchro mount housing. Available with dual outputs for mission critical applications and the Ø1/8? (Ø3.17mm) shaft is guided between two stainless steel low-friction ball-race bearings for maximum reliability.
The MHR5200 High Performance Magnetic-Hall Contactless Rotary Position Sensor is designed with an aluminium mounting flange) for strength and durability (38.0mm PCD). The operating shaft is guided between two stainless steel, low friction ball-race bearings for maximum reliability. The sensor is available with the three stainless steel shaft attachment options, sprung, round and blade.
The MHR5300 High Performance Magnetic-Hall Contactless Rotary Position Sensor is designed with a triangular mounting flange for strength and durability. The operating shaft is guided between two stainless steel, low friction ball-race bearings for maximum reliability. The sensor is available with the three stainless steel shaft attachment options, sprung, round and blade.
The MHR5500 High Performance Dual Output Magnetic-Hall Contactless Rotary Position Sensor is a lightweight, two piece design, with a compact case. The separate sensing module is paired with either a threaded bolt or free magnet to allow integration in to the customer’s application.
MHR0500 Dual Output High Performance Magnetic-Hall Contactless Rotary Sensors have a dual output signal where signal error detection is an important system consideration. The sensors are specified for applications where minimal size and weight are design requirements and are available with a choice of mounting and shaft attachment options.
The MHR0900 High Performance Magnetic-Hall Contactless Rotary Position Sensor is designed for critical applications where signal error detection is an important consideration. They are manufactured with an aluminium housing for strength and durability and the operating shaft is guided between two stainless steel, low friction ball-race bearings for maximum reliability.
The MHR5400 High Performance Dual Output Magnetic-Hall Contactless Rotary Position Sensor is designed for critical applications where signal error detection is an important consideration. They are manufactured with an aluminium mounting flange for strength and durability and the operating shaft is guided between two stainless steel, low friction ball-race bearings for maximum reliability. The sensor is available with the three stainless steel shaft attachment options, sprung, round and blade.
The MHR5600 High Performance Dual Output Magnetic-Hall Contactless Rotary Sensor is designed for critical applications where signal error detection is an important consideration. They are manufactured with an aluminium mounting flange for strength and durability and the operating shaft is guided between two stainless steel, low friction ball-race bearings for maximum reliability. The sensor is available with the three stainless steel shaft attachment options, sprung, round and blade.
The MHR5700 High Performance Dual Output Magnetic-Hall Contactless Rotary Sensor is a lightweight, two piece design, with a compact case, designed for critical applications where signal error detection is an important consideration. The separate sensing module is paired with either a threaded bolt or free magnet to allow integration in to the customer’s application.