DEIF - Model RSQ-3 -Precision LED Synchroscope
The DEIF RSQ-3 is a precision LED synchroscope designed to measure and indicate phase and voltage accordance between two input voltages, such as generator and busbar. This device provides an accurate display of phase differences and frequency discrepancies with high immunity to harmonic distortion. The LED interface illustrates phase differences with a resolution of 10 degrees, providing clear visual feedback for synchronisation tasks. The RSQ-3 is housed in a robust DIN standard casing, facilitating ease of installation and operation. It suits installations that require manual synchronisation by indicating whether the generator is too fast or too slow in relation to the busbar. This synchroscope leverages advanced processing to deliver reliable performance in demanding electrical environments, ensuring operational safety and accuracy. Given its sturdy construction and advanced design, it serves a vital role in ensuring synchronized power systems.
The DEIF RSQ-3 high-accuracy synchroscope accurately measures and indicates phase and voltage accordance between two input voltages (generator and busbar). It also indicates the frequency difference and is suitable for all types of installation that require manual synchronisation.
Clear LED display
The phase difference is calculated by the unit’s processor and shown on the circle of 36 red LEDs. The LEDs simulate the pointer tip of an analogue pointer instrument, showing the phase difference in degrees (at a resolution of 10 degrees). The lit LED moves to show the frequency difference in Hz between the generator and busbar (too slow or too fast).
Rugged and easy to use
The front-operated synchroscope has a rugged DIN standard housing and is easy to install and operate. The RSQ-3 is highly immune to harmonic distortion.
- Precision LED synchroscope
- LED circle indicates the frequency difference
- Galvanically separated
- High immunity to harmonic distortion
- For indication of phase and voltage accordance
- DIN standard size: Q96