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DESCRIPTION
ELI-S-400 400 VA Power Maximum
Emergency Lighting Inverter Sinusoidal (Sine Wave) Output 400 VA Power Maximum
APPLICATION
The Philips Bodine ELI-S-400 SineWave Emergency Lighting Inverter works in conjunction with LED fluorescent, or incandescent Lighting loads to create an emergency lighting system. The ELI-S-400 supports a maximum load of 400 VA. The unit consists of a sealed lead calcium battery, charger and electronic circuitry in one steel case. ELI-S-400 provides power to the input side of the fixture, including the ballast, and can be used with indoor or outdoor emergency fixture applications.
OPERATION
Upon failure of normal power, the ELI-S-400 instantly begins providing emergency power to the connected lighting load for a minimum of 90 minutes. A solid-state low voltage disconnect circuit protects the inverter battery from severe damage by deep discharge during prolonged power failures. When normal power is restored, the automatic, temperature-compensated, variable-rate float charger begins recharging the battery. The battery capacity is fully restored in less than 168 hours. A brownout sensing circuit ensures proper operation during low line conditions.
INSTALLATION
The ELI-S-400 does not affect normal fixture operation and may be used with a switched or unswitched fixture. It is designed for surface mounting and may be installed up to 1000 feet from the emergency fixture.
The Philips Bodine ELI-S-400 SineWave Emergency Lighting Inverter works in conjunction with LED fluorescent, or incandescent Lighting loads to create an emergency lighting system. The ELI-S-400 supports a maximum load of 400 VA. The unit consists of a sealed lead calcium battery, charger and electronic circuitry in one steel case. ELI-S-400 provides power to the input side of the fixture, including the ballast, and can be used with indoor or outdoor emergency fixture applications.
OPERATION
Upon failure of normal power, the ELI-S-400 instantly begins providing emergency power to the connected lighting load for a minimum of 90 minutes. A solid-state low voltage disconnect circuit protects the inverter battery from severe damage by deep discharge during prolonged power failures. When normal power is restored, the automatic, temperature-compensated, variable-rate float charger begins recharging the battery. The battery capacity is fully restored in less than 168 hours. A brownout sensing circuit ensures proper operation during low line conditions.
INSTALLATION
The ELI-S-400 does not affect normal fixture operation and may be used with a switched or unswitched fixture. It is designed for surface mounting and may be installed up to 1000 feet from the emergency fixture.