Fotek Magnetic Sensor | FC & MS Magnetic Sensors
At IndMALL Automation, we offer the Fotek Magnetic Sensor range, including the FC and MS Series, engineered for diverse industrial applications. These sensors are designed for precise detection with options in single and multi-range models, accommodating various operational demands. Features include Y-Δ starting capabilities and flicker functionality for specialized tasks, coupled with quick reset times and high setting accuracy.
Fotek Magnetic Sensor: FC Series
Multiple Timer Ranges: Available in single and multi-range models for various applications.
- Flicker Functionality: Includes specific models with flicker capabilities.
- Y-Δ Starter: Features specialized models for Y-Δ starting processes.
- Reset Time: Maximum reset time of 0.1 seconds across the series.
- Setting Accuracy: Up to 5% of Full Scale setting accuracy.
Magnetic Sensor Fotek: MS Series
Multiple Timer Ranges: Offers single and multi-range models tailored to diverse timing needs.
- Flicker Functionality: Certain models include flicker capabilities for specialized applications.
- Y-Δ Starter: Designed specifically for Y-Δ starting with precise timing control.
- Rapid Reset: Features a maximum reset time of 0.1 seconds for quick operations.
- Setting Accuracy: Ensures up to 5% of Full Scale setting accuracy.
The Fotek Magnetic Sensor series includes the FC and MS models, each designed for reliable and precise operation in various industrial settings. The FC Series is noted for its compact design, robust noise resistance, and high level of protection against environmental factors, marked by an IP-67 rating. On the other hand, the MS Series is recognized for its compact structure, high response frequency up to 5K Hz, and strong short circuit protection, with a maximum output current of 150mA. These features make both series highly effective for demanding applications.
Frequently Asked Questions
What does a magnetic sensor do?
A magnetic sensor detects the presence and magnitude of magnetic fields, such as those generated by magnets or electrical currents. These sensors are used in various applications, from determining position and speed in automotive systems to measuring compass direction in mobile devices. Magnetic sensors come in several types, each tailored to specific sensing requirements, enhancing their versatility in different technological and industrial settings.
How is a magnetic sensor tested for resistance and AC voltage?
Magnetic sensors have a wide range of applications across various fields. They are integral in automotive systems for detecting vehicle speed and position, in robotics for navigation, and in medical devices for monitoring and diagnostic purposes. They also play crucial roles in military equipment, space technologies for orientation and position, and geophysical studies to measure earth’s magnetic fields. Additionally, they are used in industrial settings for system control and process monitoring.
What's a disadvantage of using magnetic sensor?
A disadvantage of using magnetic sensors is their sensitivity to environmental factors. They can be disrupted by external magnetic fields, which can lead to inaccurate readings. Additionally, magnetic sensors usually have limited detection ranges and are specifically sensitive to the materials they are designed to detect, which may not include all metallic objects. This specificity can restrict their applicability in diverse sensing environments.
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