FUNCTIONAL DEVICES INC / RIB RIBXGTA-ECM Current Sensor, With Terminal, Adjustable, Range 0.25 - 150 A

Functional Devices INC / RIB RIBXGTA-ECM current sensor is ideal for monitoring and measuring electrical current in building automation, HVAC (Heating, Ventilation, and Air Conditioning) systems and energy management. This current sensor is employed to provide real-time data on electrical currents flowing through circuits by accurately measuring current levels, aiding in assessing power consumption.

Features:

• It features an adjustable threshold for precise current detection, allowing customisation to specific requirements.
• This current sensor comes with output terminals for seamless integration into control systems, facilitating efficient monitoring.
• It is equipped with LEDs that indicate over-trip points and detect load currents, providing visual cues for quick diagnostics.
• The user-friendly design and technical features make it an invaluable component for applications where accurate current monitoring is essential, such as in building automation, HVAC systems and industrial controls.

Frequently Asked Questions:

Q. What is the current sensor test?

A. To ensure accurate measurement and assessment of devices, it is imperative that current sensors operate reliably. Conducting a current sensor test becomes essential for their evaluation. This evaluation necessitates a consistent current-carrying power supply with minimal noise (ripple).

Q. Why is current sensing important?

A. Current sensing holds significance in PA applications, addressing both the operational aspect of the PA system and the broader management of energy efficiency. Device variation leads to differences in PA bias current under the same bias voltage. Additionally, the bias current experiences variations with temperature changes.

Q. How to set up this Functional Devices INC / RIB RIBXGTA-ECM current sensor?

A.

• Initiate the load and allow it to stabilise.
• Rotate the screw counterclockwise until LED 1 illuminates (it might already be ON).
• Rotate the screw clockwise until LED 1 turns OFF.
• Turn the screw counterclockwise again until LED 1 lights up.