110Vdc to 220vac 230Vac 50hz 1KVA 2KVA 3KVA 4KVA 5KVA 6KVA Pure Sine Wave Telecom Dc to Ac Power Inverter

Product Description

110Vdc to 220vac 50Hz Power Inverter

1KVA | 2KVA | 3KVA | 4KVA | 5KVA | 6KVA Pure Sine Wave Telecom Solution

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Working Modes

🔋 Pure DC Input Mode

Pure DC input operation. When the DC power is disconnected, the inverter automatically shuts down to stop working.

🔄 DC Priority & AC Bypass

Dual input with DC priority. Uses AC as backup; when DC power fails, it automatically switches to AC bypass mode.

AC Priority & DC Bypass

Dual input with AC priority. Uses DC as backup; when AC power fails, it automatically switches to inverter power.

Note: Please confirm the required working mode (Option 1, 2, or 3) before production.

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Technical Specifications

Model Parameter 1000-110 2000-110 3000-110 4000-110 5000-110 6000-110 8000-110 10000-110
DC INPUT
Rated Input Voltage 110Vdc
Rated Input Current 9A 18A 27A 36A 45A 55A 73A 91A
Input Voltage Range Shut down: ≤90V or ≥135V | Startup: 104V - 131V
AC OUTPUT
Rated Capacity 1KVA 2KVA 3KVA 4KVA 5KVA 6KVA 8KVA 10KVA
Rated Power 800W 1600W 2400W 3200W 4000W 4800W 6400W 8000W
Voltage & Frequency 120/220Vac, 50Hz/60Hz (Pure Sine Wave)
Output Accuracy Voltage: ±1.5% | Frequency: ±0.1%
Conversion Time ≤ 5ms (AC Bypass)
ENVIRONMENT & PROTECTION
Efficiency ≥ 85% (80% Resistive Load)
Operating Temp -25℃ ~ +50℃
Protection Input Over/Under Voltage, Overload, Short Circuit
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Product Visuals

Telecom Power Inverter Overview Production Environment
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Packaging & Delivery

Inverter Packaging

Frequently Asked Questions

Q1: What is a Pure Sine Wave Inverter and why is it important for telecom? A: Pure Sine Wave inverters provide high-quality electricity similar to the utility grid. It is essential for sensitive telecom equipment to prevent interference, reduce noise, and ensure the longevity of high-precision electronics.
Q2: How fast is the transfer time between DC and AC bypass? A: This telecom inverter features a high-speed switching mechanism with a conversion time of ≤5ms, ensuring that most equipment remains operational without rebooting during a power transition.
Q3: Can this inverter handle 110VDC battery systems? A: Yes, this series is specifically designed for 110Vdc nominal input, with a working range of 104V to 131V for startup and protective shutdown thresholds at 90V and 135V.
Q4: Does the system include protection against short circuits? A: Absolutely. It includes a comprehensive protection suite: input under-voltage, over-voltage, output overload, and output short circuit protection.
Q5: Is it possible to customize the output voltage to 120Vac instead of 220Vac? A: Yes, we offer flexibility in output configuration. The system can be configured for either 120Vac or 220Vac and 50Hz/60Hz depending on your regional requirements.
Q6: What is the efficiency rating of these inverters? A: The inverter maintains an efficiency rating of ≥85% under an 80% resistive load, ensuring minimal energy loss during the DC to AC conversion process.

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