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UPS TEOS 400 80kVA/80kW 3/3 30A - 3380XLT

https://tescom.staging.odoo.cloud.existanze.gr/web/image/product.template/3623/image_1920?unique=c989978

Top-tier Three-phase On-line UPS (PF=1.0) with 3-Level Inverter technology.

The TEOS 400 (80kVA) represents the cutting edge in 3-phase Online Double Conversion (VFI) technology. Designed for the absolute protection of critical infrastructure such as Data Centers, industrial units, and hospitals, it ensures zero transfer time and uninterrupted power supply.

With Power Factor 1.0 (kVA=kW) and a powerful 30A charger, it offers maximum useful power and the ability to support large battery banks for extended autonomy.

  • Power Factor 1.0 (PF=1): Maximum Watt output to fully utilize nominal power (80kW).
  • Top Efficiency: Up to 96% in Online mode and 98.5% in ECO mode for drastic operating cost reduction.
  • Full Scalability: Parallel capability up to 4 units (N+1) for increased power or redundancy.
  • Charging: Powerful 30A charger for fast recharging of large battery capacities.
  • Flexible Battery Management: Adjustable number of cells (32-40 pcs) to optimize autonomy.
  • Industrial Design: Features Self-Aging (Load Test) and Automatic Dust Cleaning for longevity in harsh environments.

SKU: UPS.0919

4,740.00 € 4740.0 EUR 4,740.00 €   Οι τιμές δεν περιλαμβάνουν ΦΠΑ

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  • 00 Input / Output Phases (3P)
  • 01 Topology (3P)
  • 02 Apparent Power (kVA) (3P)
  • 03 Real Power (kW) (3P)
  • 04 Control Design (3P)
  • 05 Input Wiring (3P)
  • 06 Rated Input Voltage (3P)
  • 07 Voltage Range (3P)
  • 08 Rated Frequency (3P)
  • 09 Frequency Range (3P)
  • 10 Input Power Factor (3P)
  • 11 Input THDi (3P)
  • 12 Dual Input Design (3P)
  • 13 Output Wiring (3P)
  • 14 Rated Ouput Voltage (3P)
  • 15 Voltage Precision (3P)
  • 16 Output Power Factor (PF) (3P)
  • 17 Waveform (3P)
  • 18 Transfer Time (3P)
  • 19 Output THDv (3P)
  • 20 Crest Factor (3P)
  • 21 Bypass Type (3P)
  • 22 Bypass Voltage Range (3P)
  • 23 Bypass Frequency Range (3P)
  • 25 Bypass Overload Capability (3P)
  • 24 Inverter Overload Capability (3P)
  • 26 DC Voltage (3P)
  • 27 Internal Battery Space (3P)
  • 28 Charging Current (3P)
  • 29 Charger Precision (3P)
  • 30 Cold Start (3P)
  • 31 AC/AC Efficiency (3P)
  • 32 ECO Mode Efficiency (3P)
  • 33 Parallel Connection (3P)
  • 34 Inverter Technology (3P)
  • 35 Self-Aging Function (3P)
  • 36 Automatic Dust Removal (3P)
  • 37 Display (3P)
  • 38 Standard Interface (3P)
  • 39 Optional Interface (3P)
  • 40 Dimensions (W x D x H) (3P)
  • 41 Net Weight (3P)
  • 42 Conformal Coating (3P)
  • 43 Operating Temperature (3P)
  • 44 Relative Humidity (3P)
  • 45 Operating Altitude (3P)
  • 46 Noise Level (3P)
  • 47 IP Rating (3P)
  • 48 Protections (3P)
  • 49 Safety & EMC Standards (3P)

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Specifications

01 Power & Topology
00 Input / Output Phases (3P) 3:3
01 Topology (3P) Online Double Conversion (VFI)
02 Apparent Power (kVA) (3P) 80 kVA
03 Real Power (kW) (3P) 80 kW
04 Control Design (3P) Dual-core DSP
02 Input
05 Input Wiring (3P) 3Φ + N + PE
06 Rated Input Voltage (3P) 380 / 400 / 415 Vac
07 Voltage Range (3P) 304 ~ 478Vac, full load / 228V~304Vac, load decrease linearly according to the min phase voltage
08 Rated Frequency (3P) 50 / 60 Hz
09 Frequency Range (3P) 40 Hz ~ 70 Hz
10 Input Power Factor (3P) > 0.99
11 Input THDi (3P) < 3% (linear load)
12 Dual Input Design (3P) Yes
03 Ouput
13 Output Wiring (3P) 3Φ + N + PE
14 Rated Ouput Voltage (3P) 380 / 400 / 415 Vac
15 Voltage Precision (3P) ± 1% (linear load)
16 Output Power Factor (PF) (3P) 1.0
17 Waveform (3P) Pure Sine
18 Transfer Time (3P) 0 ms
19 Output THDv (3P) < 1% (full linear load); < 3% (full non-linear load according to IEC/EN62040-3)
20 Crest Factor (3P) 3:1
04 Bypass & Overload
21 Bypass Type (3P) Static & Maintenance (MBS)
22 Bypass Voltage Range (3P) Selectable, default -20% ~ +15% / Up limited: +10%, +15%, +20%, +25%; Down limited: -10%, -15%, -20%, -30%, -40%
23 Bypass Frequency Range (3P) Selectable, ±1Hz, ±3Hz, ±5Hz
25 Bypass Overload Capability (3P) 125%: long term operation; 125%~130%: 10min; 130%~150%: 1min; 150%~400%: 1s; >400%, less than 200ms
24 Inverter Overload Capability (3P) <110% 60min, 110-125% 10min, 125-150% 1min, >150% 200ms
05 Battery
26 DC Voltage (3P) ± 240 VDC
27 Internal Battery Space (3P) 32 ~ 40 pcs (Selectable)
28 Charging Current (3P) 30 A
29 Charger Precision (3P) < 1%
30 Cold Start (3P) Yes
06 Efficiency & System
31 AC/AC Efficiency (3P) 96%
32 ECO Mode Efficiency (3P) 98.5% max.
33 Parallel Connection (3P) Up to 4 units
34 Inverter Technology (3P) 3-Level Technology
35 Self-Aging Function (3P) Yes
36 Automatic Dust Removal (3P) Yes
07 Interface & Comms
37 Display (3P) 5 inch touch screen
38 Standard Interface (3P) RS232, USB, RS485, Dry contacts, EPO
39 Optional Interface (3P) SNMP card, Wi-Fi card, GPRS card
08 Physical
40 Dimensions (W x D x H) (3P) 360x800x1200 mm
41 Net Weight (3P) 152 kg
42 Conformal Coating (3P) Yes
09 Environment
43 Operating Temperature (3P) 0°C ~ 40°C
44 Relative Humidity (3P) 0 ~ 95% (non-condensing)
45 Operating Altitude (3P) <1000m, load derated 1% per 100m from 1000 ~ 2000m
46 Noise Level (3P) < 70 dB
10 Protection
47 IP Rating (3P) IP20
48 Protections (3P) Short-circuit, Overload, Overtemperature, Low Battery, Fan Failure
11 Standards
49 Safety & EMC Standards (3P) IEC/EN62040-3