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Home > Telecom Inverter > Single Phase 48V Telecom Inverter 2KW DC AC Converter 220VAC Sine Wave LCD 94% Efficiency Motors Industrial Use 50/60Hz Output
Single Phase 48V Telecom Inverter 2KW DC AC Converter 220VAC Sine Wave LCD 94% Efficiency Motors Industrial Use 50/60Hz Output
Single Phase 48V Telecom Inverter 2KW DC AC Converter 220VAC Sine Wave LCD 94% Efficiency Motors Industrial Use 50/60Hz Output
Single Phase 48V Telecom Inverter 2KW DC AC Converter 220VAC Sine Wave LCD 94% Efficiency Motors Industrial Use 50/60Hz Output
Single Phase 48V Telecom Inverter 2KW DC AC Converter 220VAC Sine Wave LCD 94% Efficiency Motors Industrial Use 50/60Hz Output
Single Phase 48V Telecom Inverter 2KW DC AC Converter 220VAC Sine Wave LCD 94% Efficiency Motors Industrial Use 50/60Hz Output
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Single Phase 48V Telecom Inverter 2KW DC AC Converter 220VAC Sine Wave LCD 94% Efficiency Motors Industrial Use 50/60Hz Output
Single Phase 48V Telecom Inverter 2KW DC AC Converter 220VAC Sine Wave LCD 94% Efficiency Motors Industrial Use 50/60Hz Output
Single Phase 48V Telecom Inverter 2KW DC AC Converter 220VAC Sine Wave LCD 94% Efficiency Motors Industrial Use 50/60Hz Output
Single Phase 48V Telecom Inverter 2KW DC AC Converter 220VAC Sine Wave LCD 94% Efficiency Motors Industrial Use 50/60Hz Output
Single Phase 48V Telecom Inverter 2KW DC AC Converter 220VAC Sine Wave LCD 94% Efficiency Motors Industrial Use 50/60Hz Output

Single Phase 48V Telecom Inverter 2KW DC AC Converter 220VAC Sine Wave LCD 94% Efficiency Motors Industrial Use 50/60Hz Output

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Product Description

Our Products
Main characteristics of telecom 48v inverter
  • Embedded installation design, supporting the national standard 19 inch rack mounted installation method and the mobile portable box installation method;
  • Adopting CPU control, the circuit is simple and reliable; Intelligent power on/off, high degree of automation, easy operation;
  • Adopting PWM pulse width modulation technology, the output is a pure sine wave with stable frequency and voltage, filtered out noise, and low distortion;
  • The interface is friendly and adopts LCD display: the working status, mains voltage, output voltage, battery voltage, frequency, load power, and other information are clear and understandable; And it has functions such as sound and light fault alarm and fault indication.
  • Divided into main power supply type, battery main supply type, and pure reverse type:
    • A) Main supply type of mains power: When there is mains power, it is at the output of mains power, and automatically switches to inverter output when there is a fault in mains power input;
    • B) Battery main supply type: When the battery is normal, it is in inverter output, and when the DC input fails, it automatically switches to mains output;
    • C) Pure inverter variant: not connected to AC mains power, pure inverter operation, supports long-term on load inverter operation;
  • It is allowed to cut off the DC and automatically switch to the mains bypass when the device is turned on, without affecting the power supply of the load, making it convenient to maintain and replace the battery;
  • If the battery voltage is too high or too low, the inverter power supply will turn off the output. If the battery voltage returns to normal, the power supply will automatically resume output;
  • Support communication function (RS485 communication interface or customized other interfaces):
    • RS485: Standard Modbus communication protocol, RS485 communication interface, RJ45 crystal port with 1 pin 485A and 2 pins 485B from the left
  • Supports no DC power on function and can operate in a state of only mains power. This feature allows the inverter power supply to be put into use first, and then the battery can be installed. (Machines set to parallel mode must be powered on with DC power)
  • The container shell of the mechanical and electrical unit is made of metal material and meets the anti vibration and service life requirements of the inverter power supply when moving in various environments;
Single Phase 48V Telecom Inverter 2KW DC AC Converter 220VAC Sine Wave LCD 94% Efficiency Motors Industrial Use 50/60Hz Output
Single Phase 48V Telecom Inverter 2KW DC AC Converter 220VAC Sine Wave LCD 94% Efficiency Motors Industrial Use 50/60Hz Output
Telecom Inverter Details
DC48V Series
rated power 1KW 2KW 3KW 4KW 5KW 6KW 8KW 10KW 12KW
Rated DC voltage DC48V
Battery voltage range DC40-64V Low voltage warning 44V
Low voltage power outage 42V(40-48V(ADJ)
Low voltage recovery 54V
High voltage power outage 63V(61-64V ADJ)
High voltage recovery 62V
Low voltage shutdown 38Vdc
DC priority type Low voltage switching of battery to mains voltage point 44V(42-51V)
Return to the battery supply voltage point after sufficient supply 52V(48-58V)
Communication input Rated AC input voltage AC220V AC110V
Scope of communication input 170-280Vac(UPS)
90-280Vac(APL)
Voltage drop point due to under voltage of the municipal power supply 170Vac±5V (UPS)
90Vac±5V (APL)
Under voltage recovery point of municipal power supply 180Vac±5V (UPS)
100Vac±5V (APL)
Overvoltage and power failure voltage point of mains power 280Vac±5V
Overvoltage recovery voltage point of mains power 270Vac±5V
Communication input frequency 50HZ/60HZ(ADJ)
Frequency range 40-65HZ
Single mains power on function yes
UPS conversion time <5ms(UPS); <13ms(Electrical mode)
AC output AC output voltage 220/230/240Vac±3% ADJ
Communication output frequency 50±1HZ/60±1HZ
Output waveform Pure sine wave (full voltage range)
Waveform distortion rate ≤3%(Linear Load)
Inverter peak efficiency 95%
Dynamic response (0~100%)≤5%
Power factor >0.9
Peak power (surge capability) Twice the rated power in 3 seconds
Idle power consumption (standby power consumption) 30W
power derating No derating (output power will not decrease with the decrease of battery voltage)
work environment Noise (1 meter) ≤40dB
Environmental temperature for use -40℃~+50℃
Storage environment temperature -40℃~+70℃
humidity 0~90%
Using altitude (m) ≤ 5000 (If it is higher than 1000, the usage will be reduced by 10% per liter starting from 1000)
Continuous running time Can run continuously for a long time
Cooling method Temperature controlled variable speed fan for heat dissipation
Mean time between failures Not less than 100000 hours
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Frequently Asked Questions
What are the primary working modes of this 48V telecom inverter?
This inverter is available in three distinct variants: Utility (Mains) Main Supply Type (switches to inverter during mains failure), Battery Main Supply Type (switches to mains during battery/DC failure), and Pure Inverter Type (dedicated standalone DC to AC operation).
Can the inverter operate without a DC battery connected?
Yes, it features a single-mains power-on function that allows the unit to run initially on AC mains input alone. This is particularly convenient during installation, allowing you to configure the inverter before adding the batteries. (Note: Parallel setups require DC power on).
Does this inverter support remote monitoring and communication?
Yes, it supports standard RS485 communication utilizing the Modbus protocol via an RJ45 crystal port (pin 1 for 485A and pin 2 for 485B). Customized communication interfaces are also supported upon request.
What installation methods are supported?
The inverter features an embedded installation design that fits standard 19-inch rack-mounted systems. It also supports mobile portable box installation for flexible deployment.
What are the protection features for high and low battery voltages?
The inverter will automatically shut off the AC output if the DC input voltage drops below 42V (adjustable 40-48V) or rises above 63V (adjustable 61-64V). Once the battery voltage returns to normal range (e.g., 54V for low recovery and 62V for high recovery), output resumes automatically.
What is the conversion time between utility power and battery mode?
The conversion time is extremely rapid: less than 5ms under UPS mode, and less than 13ms under standard electrical (APL) mode. This ensures continuous power supply for critical telecom loads.

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