Description
⚡ Power & Topology
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Capacity: 10 kVA / 9 kW
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Topology: Online, double-conversion (VFI – provides pure sine wave, zero transfer time)
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Power Factor: Typically 0.9 to 1.0 depending on model configurations
🔌 Input & Output
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Input Voltage Range: 110–300 VAC (full capacity), with higher/lower limits powering derated operation
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Input Power Factor: ≥ 0.99
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Input Frequency: 50/60 Hz ±6–10 Hz
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Output Voltage: 220/230/240 VAC selectable, regulated to ±1 % accuracy
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Output Frequency: Synchronized to mains in line mode; ±0.1–1 Hz in battery mode
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Waveform: Pure sine wave on battery; clean regulation in online mode
🚨 Transfer & Protection
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Transfer Time: 0 ms switching; inverter-to-bypass within 0–4 ms
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Overload Handling (Inverter Mode):
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Up to 110 %: 30 min
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110–130 %: 10 min
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130–150 %: 30 s
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Bypass Overload: Supports extended operation up to 125 %, with shutdown beyond that
⚙️ Efficiency & Features
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Online Efficiency: ~94–95 % at full load; ECO mode ~98 %
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High Crest Ratio: 3:1 (supports non-linear loads)
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Power Factor Correction & Low THDi: Input THDi <4–5 %; output THDu <1 % (linear load)
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Cold‑start Capable: Yes
🔋 Battery & Backup
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No internal batteries included; designed for use with external battery bank
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External Battery Voltage: Typically ~192 VDC (16 × 12 V batteries)
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Battery Recharge: Max charge current ~5–10 A, recharges external batteries in several hours
🧰 Communications & Monitoring
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Interfaces: RS-232 standard; optional USB, SNMP, dry contacts
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EPO (Emergency Power Off): Supported
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Parallel Capability: Likely supports N+X configuration
📏 Physical & Environmental
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Form Factor: Tower or rack-mount compatible (depending on configuration)
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Typical Dimensions: ~250 × 500 × 480 mm (tower)
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Noise Level: ~<58 dB at full load
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Operating Temperature: 0 °C – 40 °C
