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| 2000 POWER INVERTER AND BACKUP SYSTEM | ||||||||||||||
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APPLICATIONS: The Model 2000 Power Inverter is designed to provide backup power for a complete access control system when primary (AC) power fails. The model 2000 is not just another DC backup system. This unit converts DC battery power to AC power to keep your system operable at all times. The system acts as a power distribution panel during normal (AC) operation, and supplies backup power to the load during power outages. This capability ensures that the access control system remains operable during power outages and is ideal for any application where maintaining the access control system is critical. These include high security needs, government and military installations, apartment complexes and gated communities. ADVANCED FEATURES: Three-stage battery charging maintains proper battery voltage without over charging the batteries. RMS regulation ensures loads have the same amount of power as battery voltage changes. Provides a modified sine-wave output suitable for a variety of applications. Electronic control circuit monitors battery voltage while system is in inverter mode and commands up to six gate operators to open sequentially when battery power reaches critical levels. SPECIFICATIONS Model 2000: Modified sine wave output. Maximum 5voltage regulation (2.5 typical). Frequency regulation 60 Hz (within 4. 120 VAC output voltage. 3-stage charging. Temperature compensation probe included. Charger to inverter: 32-millisecond transfer time. Inverter to charger: 40-seconds. ETL Listed. OPTIONS AVAILABLE WITH THIS OPERATOR: 1500 Watt, 12.5 Amp maximum load. 2400 Watt, 20 Amp maximum load. 3600 Watt, 30 Amp maximum load. The model 2000 requires two (2) 12-volt, 100 amp-hour (or higher) deep cycle batteries connected in series to provide 1 24-volt DC input to the system. Batteries are not included with the model 2000. The amount of time that the model 2000 can provide backup power to the system is determined by many factors including: the number of gate operators being powered, amount of usage, amperage draw, size of batteries, wire size, wire run distance, temperature, etc. |
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