To achieve redundancy or to increase power capacity, GE's unique Redundant Parallel Architecture(RPA) technology enables the LP33 Series to parallel up to four units. RPA allows customer the flexibility to expand power by paralleling units, or the system's reliability can be increased by adding redundant units to create a totally redundant system eliminating single point of failure.

When sourcing a UPS from GE, you also get access to valuable services, such as solution design, integration within networking environments, customization, 24x7 preventive and corrective services, and training.

Applications
Power dependency has increased dramatically in the new business environment based on eCommerce applications, mobile networks, corporate Internet sites, medical equipment, banking systems, ePay and networked IT structures. Near 100% system availability is mandatory in view of the financial and business consequences. Not only does the absence of power have catastrophic consequences, but also an unnoticed mains disturbance can affect your expensive equipment or critical processes.

• High input power factor (>0.98) and low input THD distortion (<8%) prevents disturbances to other electrical equipment, thus eliminating the need for costly filters or oversized feeders.
• Transformerless design for compact footprint, easily transportable, robustly designed system with low audible noise suitable for both office and industrial environments.
• Utilizes high frequency PWM (Pulse Width Modulation) IGBT digital control technique resulting in extremely low output distortion and fast transient response eliminating the need for oversizing the UPS.
• Intelligent Energy Management in RPA Configuration and ECO-mode for single module configuration provides automatic energy savings.
• Superior Battery Management (SBM) enhances battery lifetime resulting in reduced cost of operation.
• Integrated internal manual maintenance bypass reducing the need for external (larger footprint) equipment.
• Fully compliant with standards (cUL: UL1778; CE: IEC 62040, ISO 9001)
• Internal batteries are standard and matching external battery cabinets are available for extended runtime requirements
• Remote monitoring and management available with connections via LAN, modem, SNMP, RS232, Modbus RTU, programmable alarm contacts, and TCP/IP.
• Transformerless design ensures smaller footprint and less weight than transformer technology UPS modules.
• Overload capability @ 125% load on inverter = 10mins. and 150%= 1min.
• Overload capability @ 200% load on bypass = 2mins.
• Output voltage THD @ 100% non-linear load on inverter = <3%
• Output voltage THD @ 100% linear load = <2%

• lUL 1778 listed
• Double conversions
• ECO-mode for high efficiency
• IEC 62040-2 listed
• 0.8 - 0.9 PF

• 3-phase in/out, 10-60 kVA (parallel up to 4 units using RPA™)
• 54-66Hz input frequency
• 208 volts

To achieve redundancy or to increase power capacity, GE's unique Redundant Parallel Architecture(RPA) technology enables the LP33 Series to parallel up to four units. RPA allows customer the flexibility to expand power by paralleling units, or the system's reliability can be increased by adding redundant units to create a totally redundant system eliminating single point of failure.

When sourcing a UPS from GE, you also get access to valuable services, such as solution design, integration within networking environments, customization, 24x7 preventive and corrective services, and training.

Applications
Power dependency has increased dramatically in the new business environment based on eCommerce applications, mobile networks, corporate Internet sites, medical equipment, banking systems, ePay and networked IT structures. Near 100% system availability is mandatory in view of the financial and business consequences. Not only does the absence of power have catastrophic consequences, but also an unnoticed mains disturbance can affect your expensive equipment or critical processes.

• High input power factor (>0.98) and low input THD distortion (<8%) prevents disturbances to other electrical equipment, thus eliminating the need for costly filters or oversized feeders.
• Transformerless design for compact footprint, easily transportable, robustly designed system with low audible noise suitable for both office and industrial environments.
• Utilizes high frequency PWM (Pulse Width Modulation) IGBT digital control technique resulting in extremely low output distortion and fast transient response eliminating the need for oversizing the UPS.
• Intelligent Energy Management in RPA Configuration and ECO-mode for single module configuration provides automatic energy savings.
• Superior Battery Management (SBM) enhances battery lifetime resulting in reduced cost of operation.
• Integrated internal manual maintenance bypass reducing the need for external (larger footprint) equipment.
• Fully compliant with standards (cUL: UL1778; CE: IEC 62040, ISO 9001)
• Internal batteries are standard and matching external battery cabinets are available for extended runtime requirements
• Remote monitoring and management available with connections via LAN, modem, SNMP, RS232, Modbus RTU, programmable alarm contacts, and TCP/IP.
• Transformerless design ensures smaller footprint and less weight than transformer technology UPS modules.
• Overload capability @ 125% load on inverter = 10mins. and 150%= 1min.
• Overload capability @ 200% load on bypass = 2mins.
• Output voltage THD @ 100% non-linear load on inverter = <3%
• Output voltage THD @ 100% linear load = <2%

• lUL 1778 listed
• Double conversions
• ECO-mode for high efficiency
• IEC 62040-2 listed
• 0.8 - 0.9 PF

• 3-phase in/out, 10-60 kVA (parallel up to 4 units using RPA™)
• 54-66Hz input frequency
• 208 volts

To achieve redundancy or to increase power capacity, GE's unique Redundant Parallel Architecture(RPA) technology enables the LP33 Series to parallel up to four units. RPA allows customer the flexibility to expand power by paralleling units, or the system's reliability can be increased by adding redundant units to create a totally redundant system eliminating single point of failure.

When sourcing a UPS from GE, you also get access to valuable services, such as solution design, integration within networking environments, customization, 24x7 preventive and corrective services, and training.

Applications
Power dependency has increased dramatically in the new business environment based on eCommerce applications, mobile networks, corporate Internet sites, medical equipment, banking systems, ePay and networked IT structures. Near 100% system availability is mandatory in view of the financial and business consequences. Not only does the absence of power have catastrophic consequences, but also an unnoticed mains disturbance can affect your expensive equipment or critical processes.

• High input power factor (>0.98) and low input THD distortion (<8%) prevents disturbances to other electrical equipment, thus eliminating the need for costly filters or oversized feeders.
• Transformerless design for compact footprint, easily transportable, robustly designed system with low audible noise suitable for both office and industrial environments.
• Utilizes high frequency PWM (Pulse Width Modulation) IGBT digital control technique resulting in extremely low output distortion and fast transient response eliminating the need for oversizing the UPS.
• Intelligent Energy Management in RPA Configuration and ECO-mode for single module configuration provides automatic energy savings.
• Superior Battery Management (SBM) enhances battery lifetime resulting in reduced cost of operation.
• Integrated internal manual maintenance bypass reducing the need for external (larger footprint) equipment.
• Fully compliant with standards (cUL: UL1778; CE: IEC 62040, ISO 9001)
• Internal batteries are standard and matching external battery cabinets are available for extended runtime requirements
• Remote monitoring and management available with connections via LAN, modem, SNMP, RS232, Modbus RTU, programmable alarm contacts, and TCP/IP.
• Transformerless design ensures smaller footprint and less weight than transformer technology UPS modules.
• Overload capability @ 125% load on inverter = 10mins. and 150%= 1min.
• Overload capability @ 200% load on bypass = 2mins.
• Output voltage THD @ 100% non-linear load on inverter = <3%
• Output voltage THD @ 100% linear load = <2%

• lUL 1778 listed
• Double conversions
• ECO-mode for high efficiency
• IEC 62040-2 listed
• 0.8 - 0.9 PF

• 3-phase in/out, 10-60 kVA (parallel up to 4 units using RPA™)
• 54-66Hz input frequency
• 208 volts

The SG Series UPS is one of the best performing and most reliable three-phase UPS systems, providing critical power protection for a wide range of mission critical applications. Every UPS system operates in double conversion mode with true continuous on-line VFI (voltage and frequency independent) operation, yielding the maximum levels of power reliability for all mission-critical applications. The SG Series UPS was developed using GE's Design for Six Sigma methodology to ensure that the product fully meets customer requirements and expectations.

To achieve N+1 redundancy or to increase power capacity, the SG Series UPS can parallel up to eight (8) units (10-750kVA) using GE's unique Redundant Parallel Architecture (RPA) technology in a flexible and cost effective manner. In the RPA system, every UPS is controlled in a true peer-to-peer configuration with redundancy in all critical elements and functions. This advanced technology provides the highest possible system reliability eliminating any single points of failure associated with other types of UPS systems. The RPA system precisely synchronizes the output phase and automatically shares the load supported by each of the UPS.

GE UPS systems are designed with serviceability in mind. Any factory trained service provider can utilize GE's open architecture to perform diagnostics and maintenance without requiring any proprietary software or special interface equipment. The systems are fully supported by GE's Global Services team, which is renowned for its world-class, 7 x 24 preventive and corrective services, training, and application expertise. Call toll free @ 1-800-637-1738.

• Space Vector Modulation (SVM): an advanced Pulse Width Modulation (PWM) digital control technique, to modulate the inverter resulting in fast transient response, high efficiency and battery run time.
• Redundant Parallel Architecture (RPA): With RPA, SG Series UPS are controlled in a true peer-to-peer configuration, where all critical elements and functions are redundant.
• Digital Signal Processing (DSP): High speed DSP allows for extensive event logging capabilities and improves UPS response time and stability of installed parameters.
• Superior Battery Management (SBM): Enhances battery life and dramatically increases system reliability with online and programmable battery testing features.
• Intelligent Energy Management (IEM) automatically determines the most efficient mode of operation for an RPA system thus reducing overall operating costs.
• Standard inverter output isolation transformer that isolates utility power from the load providing additional critical power protection.
• Energy efficient: Efficient output across the load range, with best in class part load efficiency up to 94.4%, in double conversion mode.
• Enhanced Serviceability: Compact footprint, front access design, and internal maintenance bypass decrease installation, maintenance, and repair costs driving reduced Mean Time to Repair (MTTR).
• Extremely low output voltage distortion: Faster transient response for non-linear and 100% step loads.
• Zig zag output transformer: For inverter isolation providing improved output performance with step loads.
• Designed for serviceability: Front service access, open architecture, and automatic start-up procedure to reduce maintenance and repair costs.

• 480Volts, 60Hz.
• Double conversion.
• 6-pulse and 12-pulse rectifier.
• UL 1778, IEC 62040 listed.

• 10-20-30-40-50-80-100-120-150-225-300-400-750kVA (up to 8 units can be paralleled using RPA), 3-phase, 480Volts in/out
• Topology: True on-line, double conversion (VFI) with integral static switch and internal maintenance bypass
• Technology: Advanced IGBT with SVM strategy, microprocessor controlled at optimal switching frequency
• Operating Modes: True on-line double conversion, automatic bypass, frequency converter