Products
Welcome to Magnetic Sensors Corporation's product page!
We’re passionate about providing innovative sensor solutions that are tailored to your industry’s specific needs. Our wide range of products, from magnetic speed sensors and proximity sensors to directional sensors and custom-designed solutions, can help you optimize your operations and increase productivity. We pride ourselves on our commitment to quality, reliability, and exceptional customer service, which has earned us a reputation as a trusted partner in the industry.
Take a look at our products and discover how Magnetic Sensors Corporation can help you improve efficiency, reduce downtime, and save costs. If you have any questions, our team is always here to help.
Don’t hesitate to contact us to learn more about our solutions and how we can support your magnetic sensors and coil needs!
Types of Sensors
Magnetic Sensors Corporation offers a range of sensors. Browse our products to find the right sensor for your needs.
Variable Reluctance / Passive Speed Sensors
Analog Variable ReIuctance (VR) Geartooth Sensors Passive Sensors generate a sine; wave output with; no external power source. Voltage is determined by target speed and air gap.
| Sizes Available | |
| Tubular | .150 to .500 inch dia |
| UNF Thread | 1/4-28 to 3/4-16 |
| Metric Thread | M12X1.25 TO M22X1.5 |
- No external power supply required
- High reliability long life
- Simple 2-wire installation
- No moving parts or contacts
- Operating Temp -40°C to + 185°C
- Wide variety of styles and sizes
- Pole piece from .040″ to 1.25″
- Spade, conical, round, or blind pole pieces are available
Hall Effect / Digital / Active Speed Sensors
Hall Effect (HE) Geartooth Sensors Measures target speed from zero to 20,000 pulses per second. Output frequency is proportional target speed.
| Sizes Available | |
| Tubular | .250 to. 500 in dia |
| UNF Thread | 1/4-28 to 3/4-16 |
| Metric Thread | M12X1.25 TO M22X1.5 |
- True zero-speed sensing
- Digital output
- No moving parts or contacts
- Supply Voltage from 4.5 – 24Vdc
- Operating Temp -40 °C to + 125 °C
- Wide variety of styles and sizes
- Rugged design
- Configurable for most environments
Speed and Direction Sensors
True Quadrature Hall Effect (HE) Speed and Direction Sensors Two 90° out-of-phase outputs measure speed and the direction of travel of gear teeth or other ferrous targets.
| Sizes Available | |
| Tubular | .500, .625, .750 inch dia |
| UNF Thread | 1/2-20 to 3/4-16 |
| Metric Thread | M12X1.25 TO M22X1.5 |
- The direction of travel sensing
- True zero-speed sensing
- Digital output
- Supply Voltage from 4.5 – 24Vdc
- Operating Temp -40 °C to + 125 °C
- No moving parts or contacts
Proximity Switches Speed Sensors
Zero Speed, Non-contact HE Proximity Switch measures rotary or linear motion. Registers the transition of target magnet past the face of the sensor. Frequency to 100,000 Hz.
| Sizes Available | |
| Tubular | .500, .750 inch dia |
| UNF Thread | 1/2-20 to 3/4-16 inch |
| Metric Thread | M12X1.25 TO M22X1.5 |
- Digital output
- Supply Voltage from 4.5 – 24Vdc
- Operating Temp -40 °C to + 125 °C
- No moving parts or contacts
- Easy orientation
Temperature Sensors
A temperature sensor measures temperature by touching the object being measured directly. It uses a thermistor, which changes its resistance as the temperature changes. This change in resistance is converted into an output signal, providing an accurate measurement of the object’s temperature.
Other Sensor Types
Miniature Sensors
MSC offers full function gear tooth sensors as small as 1/4″ diameter for limited space applications. Variable Reluctance, Digital Variable Reluctance, and Hall Effect true-zero speed sensing. Tubular and threaded styles with choice of termination.
Explosion Proof Sensors
ATEX and CSA are certified safe for hazardous environments, such as methane gas, flammable liquids, airborne dust, or other explosives available. Learn More
Other Sensing Products
| Proximity Sensors | A proximity sensor is an advanced electronic device essential in industries like robotics and automation, using technologies like infrared or electromagnetic fields to detect objects’ presence without physical contact, ensuring precise and touchless object recognition. |
| Position Sensors | A position sensor precisely tracks the location of an object in various applications, using advanced technology like Hall Effect principles or resistive sensing. It ensures accurate position tracking without physical contact, making it essential in fields like robotics and automotive systems. |
| Position Switches | Position switches are specialized devices that monitor the location or movement of an object, typically employing technologies like Hall Effect sensing or mechanical switches. These switches are crucial for detecting and signaling specific positions in various applications, including industrial automation and automotive systems. |
| Vane Sensors | Vane sensors are devices used for measuring airflow or wind direction in various applications, using simple mechanical components like vanes or blades. They are essential for determining wind speed and direction, commonly used in weather monitoring equipment and wind turbines. |
| Temperature | Temperature sensors are devices that measure and monitor temperature in different applications, using various technologies like thermocouples or resistive elements. They provide essential data for controlling and maintaining temperature in systems such as thermostats, weather stations, and industrial processes. |
| Dual Output | Dual-output sensors are specialized devices that provide two separate output signals or readings for a single input, often used for redundancy or for monitoring different aspects of a system. They are essential in applications where reliability and backup data are critical, such as aerospace and safety-critical systems. |
| Home Positioning | A home positioning sensor is a device used to determine and maintain the precise position of a component or system within a home automation or robotics application. It helps ensure accurate and consistent alignment, often used in devices like automated blinds or robot vacuum cleaners for efficient operation. |
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