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- Space saving footprint is the industry's most compact design.
- Holds up to 41-12 Volt Group 4D jars (492V). Cabinets can be configured to house a wide range of voltages.
- Ships fully loaded from factory for easy installation.
- Seismic certified to IBC (2012), ASCE-7 (2010) and CBC (2010) codes.
- Easy maintenance design allows full front access for safety.
- DC Circuit Breakers up to 800A available. Breaker options include: Shunt Trips, Auxiliary Contacts and Under Voltage Releases.
- Fully welded frame construction made of heavy gauge steel.
- Battery Racks are powder coated with a corrosion resistant powder using a five stage emersion pretreatment process.
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- Holds up to 40-12 Volt Group 4D jars (480V). Cabinets can be configured to house a wide range of voltages.
- Ships fully loaded from factory for easy installation.
- Seismic certified to IBC (2012), ASCE-7 (2010) and CBC (2010) codes.
- Easy maintenance design allows full front access for safety.
- DC Circuit Breakers up to 800A available. Breaker options include: Shunt Trips, Auxiliary Contacts and Under Voltage Releases.
- Fully welded frame construction made of heavy gauge steel.
- Battery Racks are powder coated with a corrosion resistant powder using a five stage emersion pretreatment process.
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- Holds up to 40 jars of 12 Volt, 750 wpc Front Access Batteries.
- Space saving foot print is the industry most compact design.
- Seismic certified to IBC (2012), ASCE-7 (2010) and CBC (2010) codes.
- Easy maintenance design allows full front access for safety.
- DC Circuit Breakers up to 800A available. Breaker options include: Shunt Trips, Auxiliary Contacts and Under Voltage Releases.
- Fully welded frame construction made of heavy gauge steel.
- Battery Racks are powder coated with a corrosion resistant powder using a five stage emersion pretreatment process.
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- Holds up to 40 jars of 12 Volt, 350 wpc to 700 wpc Front Access Batteries.
- Space saving foot print is the industry's most compact design.
- Seismic certified to IBC (2012), ASCE-7 (2010) and CBC (2010) codes.
- Easy maintenance design allows full front access for safety.
- DC Circuit Breakers up to 800A available. Breaker options include: Shunt Trips, Auxiliary Contacts and Under Voltage Releases.
- Fully welded frame construction made of heavy gauge steel.
- Battery Racks are powder coated with a corrosion resistant powder using a five stage emersion pretreatment process.
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- Holds up to 30 jars of 12 Volt, 350 wpc to 700 wpc Front Access Batteries.
- Ships fully loaded with batteries for easy installation.
- Seismic certified to IBC (2012), ASCE-7 (2010) and CBC (2010) codes.
- Easy maintenance design allows full front access for safety.
- DC Circuit Breakers up to 600A available. Breaker options include: Shunt Trips, Auxiliary Contacts and Under Voltage Releases.
- Fully welded frame construction made of heavy gauge steel.
- Battery Racks are powder coated with a corrosion resistant powder using a five stage emersion pretreatment process.
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- Holds up to 32 jars of 12 Volt, 750 wpc Front Access Batteries.
- Space saving footprint is the Industry's most compact design.
- Seismic certified to IBC (2012), ASCE-7 (2010) and CBC (2010) codes.
- Easy maintenance design allows full front access for safety.
- DC Circuit Breakers up to 600A available. Breaker options include: Shunt Trips, Auxiliary Contacts and Under Voltage Releases.
- Fully welded frame construction made of heavy gauge steel.
- Battery Racks are powder coated with a corrosion resistant powder using a five stage emersion pretreatment process.
[top] |
|
- Holds up to 32 jars of 12 Volt, 350 wpc to 700 wpc Front Access Batteries
- Seismic certified to IBC (2012) ASCE-7 (2010) and CBC (2010) codes.
- Easy maintenance design allows full front access for safety.
- DC Circuit Breakers up to 600A available. Breaker options include: Shunt Trips, Auxiliary Contacts and Under Voltage Releases.
- Fully welded frame construction made of heavy gauge steel.
- Battery Racks are powder coated with a corrosion resistant powder using a five stage emersion pretreatment process.
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