High Performance Magnetic-Hall Contactless Rotary Position Sensors
The high performance series of Magnetic-Hall contactless rotary position sensors are designed with a flange mounting case manufactured from aluminium and are available with the choice of either a sprung, round or blade shaft and separate magnet option. They are based on true solid-state 'Hall-voltage/magnetic-field' measurement technology, which provides improved linearisation over the measurement range, overall sensor accuracy and higher operating temperatures. Fully encapsulated and environmentally sealed to IP68/IP69K, 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 Series
The MHR0500 high performance Magnetic-Hall contactless rotary position series is an ultra- compact, miniature design, specified for applications where minimal size and weight are important considerations in high temperature and vibration conditions. Available with a choice of either a flange or synchro mounting case, the round shaft is guided between two stainless steel low-friction ball-race bearings for maximum reliability.
Technical datasheets:
Features
- Miniature 12.7mm Ø aluminium case
- Very lightweight design
- Range 20° to 360° in 1° increments
- Low-friction ball-race bearings
- Synchro or flange mounting case
- 5 VDC operation
MHR0900 Series
The MHR0900 high performance Magnetic-Hall contactless rotary position series is manufactured with a Ø0.9" synchro mounting case, specified for measurement systems that experience severe shock and vibration. Available with the option of a dual channel output for critical applications, the Ø1/8" (Ø3.17mm) shaft is guided between two stainless steel low-friction ball-race bearings for maximum reliability.
Technical datasheets:
Features
- Range 20° to 360° in 1° increments
- Low-friction ball-race bearings
- Standard 0.9" synchro mounting case
- Sensor operates from 5 VDC or 8 to 30 VDC
- Dual output option available
- Sealing to IP68/IP69K
MHR5200 Series
The MHR5200 high performance Magnetic-Hall contactless rotary position series is manufactured with a flange mounting case for premium strength and durability. The sensor is available with the option of three stainless steel shafts that include sprung, round and blade, which are guided between two stainless steel, low friction ball-race bearings for maximum reliability.
Technical datasheets:
Features
- Range 20° to 360° in 1° increments
- Three stainless steel shaft options
- Low-friction ball-race bearings
- Sensor operates 5 VDC or 8 to 30 VDC
- Sealed to IP68/IP69K
MHR5250 Series
The MHR5250 high performance Magnetic-Hall contactless rotary position series is specifically designed for throttle position (TPS) applications that experience high temperatures, vibration and shock conditions. The sensor is located directly on to the throttle body with a D-type socket and 32mm PCD flange mounting.
Technical datasheets:
Features
- Range 20° to 360° in 1° increments
- D-type socket
- Suitable for high dither vibration applications
- Sensor operates from 5 VDC or 8 to 30 VDC
- Sealed to IP68/IP69K
MHR5300 Series
The MHR5300 high performance Magnetic-Hall contactless rotary position series is manufactured with a triangular flange mounting case for premium strength and durability. The sensor is available with the option of three stainless steel shafts that include sprung, round and blade, which are guided between two stainless steel, low friction ball-race bearings for maximum reliability.
Technical datasheets:
Features
- Range 20° to 360° in 1° increments
- Three stainless steel shaft options
- Low-friction ball-race bearings
- Sensor operates from 5 VDC or 8 to 30 VDC
- Sealed to IP68/IP69K
MHR5400 dual output series
The MHR5400 high performance dual output Magnetic-Hall contactless rotary series is designed for critical applications where signal error detection is an important consideration. Manufactured with a flange mounting case for premium strength and durability, they are available with the option of three stainless steel shafts that include sprung, round and blade, which are guided between two stainless steel, low friction ball-race bearings for maximum reliability.
Technical datasheets:
Features
- Dual channel with 3 output options
- Electrically isolated redundant outputs
- Range 20° to 360° in 1° increments
- Three stainless steel shaft options
- Low-friction ball-race bearings
- Sensor operates from 5 VDC or 8 to 30 VDC
- Sealed to IP68/IP69K
MHR5450 dual output series
The MHR5450 high performance dual output Magnetic-Hall contactless rotary series is specifically designed for critical throttle position (TPS) applications where signal error detection is an important consideration. The sensor is located directly on to the throttle body with a D-type socket and 32mm PCD flange mounting.
Technical datasheets:
Features
- Dual channel with 3 output options
- Electrically isolated redundant outputs
- Range 20° to 360° in 1° increments
- D-type socket
- Suitable for high vibration applications
- Sensor operates from 5 VDC or 8 to 30 VDC
- Sealed to IP68/IP69K
MHR5500 Series
The MHR5500 high performance Magnetic-Hall contactless rotary position series 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.
Technical datasheets:
Features
- Sensing module with separate magnet
- Range 20° to 360° in 1° increments
- Suitable for high vibration applications
- Sensor operates from 5 VDC or 8 to 30 VDC
- Sealed to IP68/IP69K
MHR5600 dual output series
The MHR5600 high performance dual output Magnetic-Hall contactless rotary series is designed for critical applications where signal error detection is an important consideration. Manufactured with a triangular flange mounting case for premium strength and durability, they are available with the option of three stainless steel shafts that include sprung, round and blade, which are guided between two stainless steel, low friction ball-race bearings for maximum reliability.
Technical datasheets:
Features
- Dual channel with 3 output options
- Electrically isolated redundant outputs
- Range 20° to 360° in 1° increments
- Three stainless steel shaft options
- Suitable for high vibration applications
- Sensor operates from 5 VDC or 8 to 30 VDC
- Sealed to IP68/IP69K
MHR5700 dual output series
The MHR5700 high performance dual output Magnetic-Hall contactless rotary series 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.
Technical datasheets:
Features
- Dual channel with 3 output options
- Sensing module with separate magnet
- Electrically isolated redundant outputs
- Range 20° to 360° in 1° increments
- Suitable for high vibration applications
- Sensor operates from 5 VDC or 8 to 30 VDC
- Sealed to IP68/IP69K
MHR5800 quad output series
The MHR5800 high performance quad output Magnetic-Hall contactless rotary series is designed for critical applications where multiple signal error detection is an important consideration. Manufactured with a flange mounting case for premium strength and durability, they are available with the option of three stainless steel shafts that include sprung, round and blade, which are guided between two stainless steel, low friction ball-race bearings for maximum reliability.
Technical datasheets:
Features
- Quad channel with 3 output options
- Electrically isolated redundant outputs
- Range 20° to 360° in 1° increments
- Three stainless steel shaft options
- Suitable for high vibration applications
- Sensor operates from 5 VDC or 8 to 30 VDC
- Sealed to IP68/IP69K
Design Capability
If you are an OEM and wish to discuss product options or Active Sensors design capabilities, please contact our specialist sales team: sales@activesensors.com.
Assured Performance
Active Sensors product development processes include exhaustive 'in-house and field testing' to ensure the sensor performance specification stated is backed by 'real-life' experience. This is our assurance to customers that our sensors are designed to perform.