128A2244AC021 RICHARDS ELECTRICAL SUPPLY, 128A2244AC021 Datasheet - Page 10

• Manufacturer Part Number: 128A2244AC021
• Description: Mounting Bracket
• Manufacturer: RICHARDS ELECTRICAL SUPPLY

Specifications of 128A2244AC021

• Accessory Type: Universal Wraparound Capacitor Mounting Bracket
• For Use With: Oval Capacitors, 2.16" Base (GE's A Case)

1000 and 2000 Volts Peak/ Max DC
SPECIFICATIONS
Available Capacitance Range:
Capacitance Tolerance:
Capacitance Variation with Temperature:
Rated Voltage:
Rated Current:
Operating Temperature:
Storage Temperature:
Operating Life:
Dissipation Factor:
Case Material/Finish:
Terminations:
Dielectric Fluid:
Internal Protection:
A28F5000 Series Snubbers Capacitors
The A28F5000 series of Snubber Capacitors are designed for
use in power semiconductor circuits to protect the semicon-
ductor by limiting the rate of voltage rise. The dielectric system
is polypropylene and paper with foil electrodes. The RMS
currents encountered in these circuits are usually low; how-
ever, the peak currents are very high. Refer to the Application
Data for correct application of these capacitors.
© 2000 GE Company
0.05 to 2 µF
± 10%
±3% from -30 °C to +80 °C
See Ratings Table. The rating is the Maximum Peak voltage
permissible in either polarity.
See Ratings Tables. The value given is for derating purposes
only. Refer to the Application Note on Page 12 to determine
the required derating. In no circumstances should the 10
Amp RMS Current rating of the eyelet terminals be
exceeded. For 1/4-20 threaded terminals, full current less
any derating may be applied.
-40 °C to +70 °C
-55 °C to +90 °C
40,000 hours with 95% survival with proper derating
0.3% maximum
Aluminum Case with Steel Cover for eyelet terminal designs;
Aluminum case with Aluminum Cover for *Threaded
terminals.
0.125-in. Solder Eyelets (10 Amp RMS maximum) & 1/4-20
screw thread studs (60 A RMS maximum) For threaded
terminal designs, nut and washer hardware is supplied in bag
A28F5500 Series
A28F5600 Series
Internal Pressure Sensitive Interrupter for eyelet designs.
Threaded terminal designs do not contain an internal
protection mechanism. The user is responsible for ensuring
that the capacitors are correctly applied for safe use
9
Dielektrol VII
Dielektrol VII