|
|
| Neoline series, PWM (Pulse Width Modulation) and IGBT technology, microprocessor controlled, full sinus output Uninterruptible Power Supplies Series. |
Features:
Microprocessor controlled
Double-conversion Online
Input power factor raised> 0.98
Highly efficient operation
Sine wave THD <3%
Static bypass system
Overload and short circuit protected
Run time from optional battery
Easy-to-understand front panel displays
RS232 remote monitoring software and dry contact alarm outputs
TUV conforms to international standards such as ISO9001, CE |
|
|
Output power factor up to 0.8 is suitable for future load changes and provides higher load capacity
Active Power Factor Correction (PFC) technology enables the input power factor to approach 1 and significantly reduce the mains disturbance noisies.
Wide input voltage range is suitable for all demanding conditions.
The perfect input frequency range ensures that the UPS is suitable for different power sources such as a generator.
High Reliability
Modern DSP digital control technology provides high quality, performance and reliability.
High overload capacity, better compatibility with load and convenience for loads in various types
It provides strong immunity against electromagnetic interference according to EMC requirements of IEC 61000-4 standard.
|
Scope of application
Local networks (Lan)
Cash register
Telekom
Medical devices
Industrial control
Defense industry
Petrochemical
Ports and other important economic information fields
|
|
|
Key Features
Modern DSP digital control technology dramatically increases the performance and system reliability of the products.
Output power factor up to 0.8 is suitable for future load changes and provides higher load capacity.
High overload capacity, better compatibility with the load, and suitability for loads on a variety of loads, reduces total power factor power losses and utilization costs to as low as 90%.
High scalability: Fully satisfies customer requirements.
Emergency power off (EPO): The UPS can be turned off instantaneously in any emergency. |
|
| Power (kVA) |
2 |
3 |
5 |
6 |
10 |
15 |
INPUT |
| Voltage |
230 Vac,+/-15% |
| By-pass Voltage |
230 Vac, +/- 10% |
| Current |
13A |
19A |
30A |
35A |
44A |
58A |
87A |
| Input Frequency |
50 Hz(60Hz), +/- %5 |
| EMI |
EN50091-2 Class A. |
| Input Voltage Protection |
Electronic input tolerance external protection |
OUTPUT |
| Power (kW) |
1,4 |
2,1 |
3,5 |
4,2 |
5,25 |
7 |
10,5 |
| power factor |
0,7 |
| Voltage |
230 Vac, +/- 1% |
| Frequency |
50 Hz (60 Hz) |
| Frequency tolarance |
+/-2% (synchronize to network) |
| +/- 0,2% (self-operating) |
| efficiency %100 load |
85-87% |
86-90% |
| Crest faktor |
3:1 |
| OverLoad Protection |
100%125% load :10 minute |
| 125%150% load :1 minute |
| <150% load : by pass |
| Short-Circuit Protection |
Electronic short-circuit Protection |
| Output Voltage Protection |
Electronic Output Voltage tolerance out protection |
| THD (Total harmonic distortion) |
<3% |
| Communication |
Dry contact & RS232 |
BATTERIES |
| Type |
Full closed dry type maintenance is not required |
| Battery quantity |
14 |
14 |
16 |
20 |
| Charging voltage |
189 VDC |
189 VDC |
216 VDC |
270 VDC |
| Discharge end voltage |
140 VDC |
140 VDC |
160 VDC |
200 VDC |
| Battery cabinet |
Internal |
external |
| Battery operating temperature |
25 C |
| Battery Protection |
Automatic circuit breaker |
| Battery Voltage Protection |
Electronic battery voltage out of tolerance protection |
| Battery test |
Optionally |
|