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Telecom DC-AC Inverters 48V DC 19in Rack Mount IKVA/800W inverter model T48/220-1KS is for popular telecom communication application. Standard 19”/23”, 2U Rackmount; Pure Sine Wave Output;Optional SNMP communication Port,T48/220-1KS is China's leading telecom inverter Product. SNMP option allow the user remote communication access to the inverter.
MODEL | T48/220-1KS | |
Technical Index(VA) | 1K | |
DC input | Rated input voltage (Vdc) | 48Vdc |
Rated input current (A) | 21 | |
Allowable range of input DC voltage (Vdc) | Cutoff voltage 40V--60V Startup voltage 45.5V—57V | |
Backward noise current | ≤10% | |
AC by-pass input | Allowable by-pass voltage (Vac) | 260V-180V(±10V) |
Rated input current (A) | 4.5 | |
By-pass conversion time (ms) | ≤5ms | |
AC output | Rated capacity (VA) | 1K |
Rated output power (W) | 800 | |
Inverter output voltage and frequency | 220Vac,50HZ/60HZ | |
Inverter output current (A) | 3.6 | |
Output voltage precision (V) | 220±1.5% | |
Output frequency precision (Hz) | 50±0.1% Or 60±0.1% | |
Waveform | Pure sine wave | |
Total harmonic distortion (THD) | ≤3% (linear load) | |
Dynamic response time | 5% (load 0←→100%) | |
Power factor (PF) | 0.8 | |
Overload capacity | 100%-120% 60s 121%-150% 10s | |
Inversion efficiency (80% resistive load) | ≥85% | |
By-pass conversion time (ms) | ≤5ms | |
Working environment | Dielectric strength (input and output) | 1500Vac, 1 minute |
Noise (1m) | ≤40dB | |
Operating environment temperature | -20℃~+50℃ | |
Humidity | 0~90%, no moisture condensation | |
Operating altitude (m) | ≤2000 | |
Communication | RS232 and RS485, SNMP optional | |
Indication | LCD display | Input and output voltage, frequency, output current, temperature, percentage, etc. |
inverter status | Normal mains, normal inversion, battery under-voltage and output overload | |
Mechanical size | Standard rack | 347*482*88 |
(Depth × Width × Height) (mm) | ||
Protection function | DC input reverse polarity protection | Available |
Normal protections | Input under-voltage and overvoltage, output overload and short circuit protections, etc. |