Functional Devices RIBXGTF current sensor is suitable for monitoring and measuring electrical currents, offering precise control, fault detection and enhanced energy efficiency. This sensor is used in building automation, HVAC systems and industrial controls to ensure efficient monitoring of electrical loads. It provides reliable feedback on current flow, facilitating precise control & automation processes.
Working Mechanism:
- This Functional Devices RIBXGTF current sensor operates based on the principle of magnetic induction.
- When a current flows through the monitored conductor, it induces a magnetic field within the sensor.
- This magnetic field is detected and converted into a proportional electrical signal.
- The signal is then processed to determine the current level.
Features:
- It has a switch adjustment method, allowing easy and quick adjustments to the sensor's settings.
- This sensor includes a pin electrical connection that streamlines installation for providing a straightforward & secure connection.
- It comes with two pins / terminals for ease of installation and reliable functionality.
- This sensor features a split core design for easy installation and adaptability to different electrical systems.
- It offers surface relay mounting to facilitate convenient and accessible installation, ensuring ease of integration into electrical systems.
- This sensor further features SPST-NO (single pole single throw normally opens) contact form to ensure a reliable and straightforward circuit connection.
Frequently Asked Questions:
Q. What are the factors to consider while choosing this Functional Devices RIBXGTF current sensor?
A. Major factors include compatibility with the required current range, application suitability, accuracy, ease of installation and integration, response time, environmental conditions, safety features, output type, calibration requirements and compatibility with other devices.
Q. How do I maintain this Functional Devices RIBXGTF current sensor?
A.
- Regularly calibrate the sensor according to the manufacturer's specifications to accurate current measurements.
- Ensure the sensor operates within specified environmental conditions to maintain optimal performance and longevity.
- Conduct routine visual inspections to identify and address any physical damage or wear that may affect sensor functionality.
- Keep the sensor clean from dust and contaminants to prevent interference with its operation, using recommended cleaning methods.
- Verify that all electrical connections and terminals are securely in place, free from corrosion, ensuring stable sensor operation.
Q. What safety precautions should I take when using this Functional Devices current sensor?
A.
- Disconnect power before handling the sensor.
- Assign tasks to qualified personnel.
- Ensure the sensor operates in specified conditions.
- Wear appropriate PPE during handling.
- Secure electrical connections to prevent faults.
- Use overcurrent protection in the circuit.
- Avoid tampering with internal components.
- Mount sensor securely to prevent damage.
- Familiarise with emergency procedures.
- Regularly inspect for safety hazards.
Trade pricing is available for 
Order Value should be £500+