The RSG 482 is a compact, bench-top impulse generator that simulates high voltage surges at low voltages, making it ideal for laboratory testing and educational applications. Its versatile functionality includes testing models, analyzing voltage distribution in high voltage windings under impulse stress, and pre-determining circuit parameters for impulse test setups.
Efficient and Safe Testing
Engineered for reliability, the RSG 482 enables rapid testing without compromising operator safety. Selector knobs allow for broad adjustments of all impulse circuit elements, making it easy to fine-tune waveforms for specific testing needs. With a 25 Hz repetition frequency, the impulse waveform can be observed as a stable image on any oscilloscope.
Flexible Impulse Control
Impulse parameters can be precisely adjusted in steps, allowing for detailed waveform manipulation. Additional external capacitors and resistors can be connected, expanding the system’s testing capabilities for larger impulse capacitances and varying resistance values.
User-Friendly Design
Designed for convenience, the RSG 482 can be easily mounted in a 19” rack or operated as a bench-top unit. All input and output jacks are located at the rear, while front-panel controls ensure intuitive, accessible operation.
Datasheet:
RSG 482 Recurrent Surge Generator Features
Small, bench-top model (also rack mountable) with 500 V output
Easy access of control knobs and input/output jacks
Various impulse waveforms can be created by easily adjusting series and parallel capacitance or resistance, and inductance
Internal chopping with broad limits
Analysis of impulse waveform on any oscilloscope
Ideal for training purposes and R&D experimentation
RSG 482 Recurrent Surge Generator Applications
Investigating the impulse voltage distribution in winding models of machines, transformers, reactors and instrument transformers
Predetermining impulse circuit data, for instance the value of the front resistance of an impulse generator, which can be performed by connecting the actual test object
Non-destructive testing of windings in dry state and under various impulse voltage conditions
Insulation fault localisation in windings
Investigating transfer characteristics of measuring systems
Transient wave measurement in cables and models
Training and experimentation in laboratories of technical colleges and electro technical institutes