Shizuki Electrical RG-2 3-Phase Capacitor and similar items

This Shizuki Electrical RG-2 3-Phase Capacitor is in unused condition and is guaranteed to be functional. Please note that photos in listing were transferred from our smaller store that we are closing down due to lack of traffic/visibility. The majority of these photos were located in the description and as a result cannot be transferred. Please see screenshot of the description page from the original listing. We will be happy to provide additional information as well as new photos so please feel free to contact us with any questions. The capacitor design, production and testing to meet the latest IEC60831-1: 1996, IEC60831-2: 1995 and JIS C 4901 (2000) requirements. 1 Installation: Indoor 2. :-25+45? 2 Ambient temperature: -25 ? to +45 ? 3. Altitude: 1000 meters above sea level does not exceed Model: RG-2 2.:230V 380-440V(rms)? (2) Rated voltage: 230V and 380-440V (rms). ? Other rated voltage of the capacitor can be provided on request. 3. (kvar):230V( 2 - 30 kvar), 380 - 440V( 5 - 100 kvar) 3 Rated output (kvar): 230V (2 - 30 kvar), 380 - 440V (5 - 100 kvar) 4.:50 Hz or 60Hz 4. Rated frequency: 50 Hz or 60Hz 5. ? 5 Phase and Connection: Three-phase and the delta connection. ? Single-phase units can be provided on request. 1. RG-2-type capacitor is full of specially treated has been proved to be non-toxic environmental pollution the oil made of metallized polypropylene film. (2) The capacitors are generally designed for the top of the power cord through the buckle which can be installed in a vertical position. 3 The capacitor packaging coated with a layer color grade to Mount Sale 5Y7 / 1 non-corrosive polyurethane resin paint to extend the maintenance service period. Internal protective device Internal pressure sensor Cutter's principle of operation due to frequent self-healing caused by increased pressure within the capacitor to the capacitor box will expand the flexibility of wall projections. ? Serrated band will be torn in two, then the current will be interrupted as shown below. ? Thus, the capacitor will be disconnected with the power to prevent the shell rupture and may ensuing fire.